--X33F-LB08-0PZ4-67a0c2e1 Content-Disposition: form-data; name=""; filename="DIRIS-DIGIWARE-BCM-2119VM---MULTI-CIRCUIT-CURRENT-MEASUREMENT-MODULE_COMMUNICATION-TABLE_2025-02_CMT-HTML-CLIENT_EN.html" Content-Type: application/octet-stream  MODBUS tables of DIRIS Digiware BCM-2119VM
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Visualization


Master parameters


Electrical network
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2960 0x0B90 Info persistant 10 NONE READ READ

Dec address Hex address Words count Description Unit Data type
2960 0x0B90 1 Network connection type
0 : Not defined
1 : 1P + N
2 : 2P
3 : 2P + N
4 : 3P
5 : 3P + N
8 : 3P HL		 - U8
2961 0x0B91 2 Nominal Voltage V U32
2963 0x0B93 1 Nominal Frequency
0 : 50 Hz
1 : 60 Hz
2 : Custom		 - U8
2964 0x0B94 1 Phase rotation
0 : V1 - V2 - V3
1 : V1 - V3 - V2
2 : Not defined		 - U8
2965 0x0B95 1 Voltage transformer used
0 : No
1 : Yes		 - U8
2966 0x0B96 2 Voltage transformer rate : primary V U32
2968 0x0B98 1 Voltage transformer rate : secondary V U16
2969 0x0B99 1 Reserved - -

RS485 slave connection
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
50097 0xC3B1 Info persistant 3 NONE READ READ

Dec address Hex address Words count Description Unit Data type
50097 0xC3B1 1 Baudrate :
0 : 1200
1 : 2400
2 : 4800
3 : 9600
4 : 19200
5 : 38400
6 : 57600
7 : 115200
8 : 500000		 - U16
50098 0xC3B2 1 Stop bit :
0 : 1
1 : 2		 - U16
50099 0xC3B3 1 Parity :
0 : None
1 : Odd
2 : Even		 - U16


Measurement


Loads


Instantaneous #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
37752 0x9378 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
37752 0x9378 1 Load status
0 : Disabled
1 : Enabled		 - U8
37753 0x9379 2 Date of last instance s DATETIME
37755 0x937B 1 Integration time s / 5 U16
37756 0x937C 2 System Ph-N Voltage V 10⁻² U32
37758 0x937E 2 System Ph-Ph Voltage V 10⁻² U32
37760 0x9380 2 System Current mA U32
37762 0x9382 2 Frequency mHz U32
37764 0x9384 2 Ph-N Voltage : V1 V 10⁻² U32
37766 0x9386 2 Ph-N Voltage : V2 V 10⁻² U32
37768 0x9388 2 Ph-N Voltage : V3 V 10⁻² U32
37770 0x938A 2 Ph-N Voltage : Vn V 10⁻² U32
37772 0x938C 2 Ph-Ph Voltage : U12 V 10⁻² U32
37774 0x938E 2 Ph-Ph Voltage : U23 V 10⁻² U32
37776 0x9390 2 Ph-Ph Voltage : U31 V 10⁻² U32
37778 0x9392 2 Current : I1 mA U32
37780 0x9394 2 Current : I2 mA U32
37782 0x9396 2 Current : I3 mA U32
37784 0x9398 2 Current : In mA U32
37786 0x939A 1 Inba % / 100 U16
37787 0x939B 2 Idir mA U32
37789 0x939D 2 Iinv mA U32
37791 0x939F 2 Ihom mA U32
37793 0x93A1 1 Inb % / 100 U16
37794 0x93A2 2 Snom VA U32
37796 0x93A4 2 Total active power W S32
37798 0x93A6 2 Total reactive power var S32
37800 0x93A8 2 Total lagging reactive power var S32
37802 0x93AA 2 Total leading reactive power var S32
37804 0x93AC 2 Total apparent power VA U32
37806 0x93AE 1 Total power factor - / 1000 S16
37807 0x93AF 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
37808 0x93B0 2 Active power : P1 W S32
37810 0x93B2 2 Active power : P2 W S32
37812 0x93B4 2 Active power : P3 W S32
37814 0x93B6 2 Reactive power : Q1 var S32
37816 0x93B8 2 Reactive power : Q2 var S32
37818 0x93BA 2 Reactive power : Q3 var S32
37820 0x93BC 2 Lagging reactive power : Q1_lagg var S32
37822 0x93BE 2 Lagging reactive power : Q2_lagg var S32
37824 0x93C0 2 Lagging reactive power : Q3_lagg var S32
37826 0x93C2 2 Leading reactive power : Q1_lead var S32
37828 0x93C4 2 Leading reactive power : Q2_lead var S32
37830 0x93C6 2 Leading reactive power : Q3_lead var S32
37832 0x93C8 2 Apparent power : S1 VA U32
37834 0x93CA 2 Apparent power : S2 VA U32
37836 0x93CC 2 Apparent power : S3 VA U32
37838 0x93CE 1 Power factor : PF1 - / 1000 S16
37839 0x93CF 1 Power factor : PF2 - / 1000 S16
37840 0x93D0 1 Power factor : PF3 - / 1000 S16
37841 0x93D1 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
37842 0x93D2 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
37843 0x93D3 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
37844 0x93D4 2 Current : Idelta mA U32
37846 0x93D6 2 Current : Ipe mA U32

Instantaneous #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
37854 0x93DE Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
37854 0x93DE 1 Load status
0 : Disabled
1 : Enabled		 - U8
37855 0x93DF 2 Date of last instance s DATETIME
37857 0x93E1 1 Integration time s / 5 U16
37858 0x93E2 2 System Ph-N Voltage V 10⁻² U32
37860 0x93E4 2 System Ph-Ph Voltage V 10⁻² U32
37862 0x93E6 2 System Current mA U32
37864 0x93E8 2 Frequency mHz U32
37866 0x93EA 2 Ph-N Voltage : V1 V 10⁻² U32
37868 0x93EC 2 Ph-N Voltage : V2 V 10⁻² U32
37870 0x93EE 2 Ph-N Voltage : V3 V 10⁻² U32
37872 0x93F0 2 Ph-N Voltage : Vn V 10⁻² U32
37874 0x93F2 2 Ph-Ph Voltage : U12 V 10⁻² U32
37876 0x93F4 2 Ph-Ph Voltage : U23 V 10⁻² U32
37878 0x93F6 2 Ph-Ph Voltage : U31 V 10⁻² U32
37880 0x93F8 2 Current : I1 mA U32
37882 0x93FA 2 Current : I2 mA U32
37884 0x93FC 2 Current : I3 mA U32
37886 0x93FE 2 Current : In mA U32
37888 0x9400 1 Inba % / 100 U16
37889 0x9401 2 Idir mA U32
37891 0x9403 2 Iinv mA U32
37893 0x9405 2 Ihom mA U32
37895 0x9407 1 Inb % / 100 U16
37896 0x9408 2 Snom VA U32
37898 0x940A 2 Total active power W S32
37900 0x940C 2 Total reactive power var S32
37902 0x940E 2 Total lagging reactive power var S32
37904 0x9410 2 Total leading reactive power var S32
37906 0x9412 2 Total apparent power VA U32
37908 0x9414 1 Total power factor - / 1000 S16
37909 0x9415 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
37910 0x9416 2 Active power : P1 W S32
37912 0x9418 2 Active power : P2 W S32
37914 0x941A 2 Active power : P3 W S32
37916 0x941C 2 Reactive power : Q1 var S32
37918 0x941E 2 Reactive power : Q2 var S32
37920 0x9420 2 Reactive power : Q3 var S32
37922 0x9422 2 Lagging reactive power : Q1_lagg var S32
37924 0x9424 2 Lagging reactive power : Q2_lagg var S32
37926 0x9426 2 Lagging reactive power : Q3_lagg var S32
37928 0x9428 2 Leading reactive power : Q1_lead var S32
37930 0x942A 2 Leading reactive power : Q2_lead var S32
37932 0x942C 2 Leading reactive power : Q3_lead var S32
37934 0x942E 2 Apparent power : S1 VA U32
37936 0x9430 2 Apparent power : S2 VA U32
37938 0x9432 2 Apparent power : S3 VA U32
37940 0x9434 1 Power factor : PF1 - / 1000 S16
37941 0x9435 1 Power factor : PF2 - / 1000 S16
37942 0x9436 1 Power factor : PF3 - / 1000 S16
37943 0x9437 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
37944 0x9438 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
37945 0x9439 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
37946 0x943A 2 Current : Idelta mA U32
37948 0x943C 2 Current : Ipe mA U32

Instantaneous #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
37956 0x9444 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
37956 0x9444 1 Load status
0 : Disabled
1 : Enabled		 - U8
37957 0x9445 2 Date of last instance s DATETIME
37959 0x9447 1 Integration time s / 5 U16
37960 0x9448 2 System Ph-N Voltage V 10⁻² U32
37962 0x944A 2 System Ph-Ph Voltage V 10⁻² U32
37964 0x944C 2 System Current mA U32
37966 0x944E 2 Frequency mHz U32
37968 0x9450 2 Ph-N Voltage : V1 V 10⁻² U32
37970 0x9452 2 Ph-N Voltage : V2 V 10⁻² U32
37972 0x9454 2 Ph-N Voltage : V3 V 10⁻² U32
37974 0x9456 2 Ph-N Voltage : Vn V 10⁻² U32
37976 0x9458 2 Ph-Ph Voltage : U12 V 10⁻² U32
37978 0x945A 2 Ph-Ph Voltage : U23 V 10⁻² U32
37980 0x945C 2 Ph-Ph Voltage : U31 V 10⁻² U32
37982 0x945E 2 Current : I1 mA U32
37984 0x9460 2 Current : I2 mA U32
37986 0x9462 2 Current : I3 mA U32
37988 0x9464 2 Current : In mA U32
37990 0x9466 1 Inba % / 100 U16
37991 0x9467 2 Idir mA U32
37993 0x9469 2 Iinv mA U32
37995 0x946B 2 Ihom mA U32
37997 0x946D 1 Inb % / 100 U16
37998 0x946E 2 Snom VA U32
38000 0x9470 2 Total active power W S32
38002 0x9472 2 Total reactive power var S32
38004 0x9474 2 Total lagging reactive power var S32
38006 0x9476 2 Total leading reactive power var S32
38008 0x9478 2 Total apparent power VA U32
38010 0x947A 1 Total power factor - / 1000 S16
38011 0x947B 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
38012 0x947C 2 Active power : P1 W S32
38014 0x947E 2 Active power : P2 W S32
38016 0x9480 2 Active power : P3 W S32
38018 0x9482 2 Reactive power : Q1 var S32
38020 0x9484 2 Reactive power : Q2 var S32
38022 0x9486 2 Reactive power : Q3 var S32
38024 0x9488 2 Lagging reactive power : Q1_lagg var S32
38026 0x948A 2 Lagging reactive power : Q2_lagg var S32
38028 0x948C 2 Lagging reactive power : Q3_lagg var S32
38030 0x948E 2 Leading reactive power : Q1_lead var S32
38032 0x9490 2 Leading reactive power : Q2_lead var S32
38034 0x9492 2 Leading reactive power : Q3_lead var S32
38036 0x9494 2 Apparent power : S1 VA U32
38038 0x9496 2 Apparent power : S2 VA U32
38040 0x9498 2 Apparent power : S3 VA U32
38042 0x949A 1 Power factor : PF1 - / 1000 S16
38043 0x949B 1 Power factor : PF2 - / 1000 S16
38044 0x949C 1 Power factor : PF3 - / 1000 S16
38045 0x949D 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
38046 0x949E 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
38047 0x949F 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
38048 0x94A0 2 Current : Idelta mA U32
38050 0x94A2 2 Current : Ipe mA U32

Instantaneous #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
38058 0x94AA Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
38058 0x94AA 1 Load status
0 : Disabled
1 : Enabled		 - U8
38059 0x94AB 2 Date of last instance s DATETIME
38061 0x94AD 1 Integration time s / 5 U16
38062 0x94AE 2 System Ph-N Voltage V 10⁻² U32
38064 0x94B0 2 System Ph-Ph Voltage V 10⁻² U32
38066 0x94B2 2 System Current mA U32
38068 0x94B4 2 Frequency mHz U32
38070 0x94B6 2 Ph-N Voltage : V1 V 10⁻² U32
38072 0x94B8 2 Ph-N Voltage : V2 V 10⁻² U32
38074 0x94BA 2 Ph-N Voltage : V3 V 10⁻² U32
38076 0x94BC 2 Ph-N Voltage : Vn V 10⁻² U32
38078 0x94BE 2 Ph-Ph Voltage : U12 V 10⁻² U32
38080 0x94C0 2 Ph-Ph Voltage : U23 V 10⁻² U32
38082 0x94C2 2 Ph-Ph Voltage : U31 V 10⁻² U32
38084 0x94C4 2 Current : I1 mA U32
38086 0x94C6 2 Current : I2 mA U32
38088 0x94C8 2 Current : I3 mA U32
38090 0x94CA 2 Current : In mA U32
38092 0x94CC 1 Inba % / 100 U16
38093 0x94CD 2 Idir mA U32
38095 0x94CF 2 Iinv mA U32
38097 0x94D1 2 Ihom mA U32
38099 0x94D3 1 Inb % / 100 U16
38100 0x94D4 2 Snom VA U32
38102 0x94D6 2 Total active power W S32
38104 0x94D8 2 Total reactive power var S32
38106 0x94DA 2 Total lagging reactive power var S32
38108 0x94DC 2 Total leading reactive power var S32
38110 0x94DE 2 Total apparent power VA U32
38112 0x94E0 1 Total power factor - / 1000 S16
38113 0x94E1 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
38114 0x94E2 2 Active power : P1 W S32
38116 0x94E4 2 Active power : P2 W S32
38118 0x94E6 2 Active power : P3 W S32
38120 0x94E8 2 Reactive power : Q1 var S32
38122 0x94EA 2 Reactive power : Q2 var S32
38124 0x94EC 2 Reactive power : Q3 var S32
38126 0x94EE 2 Lagging reactive power : Q1_lagg var S32
38128 0x94F0 2 Lagging reactive power : Q2_lagg var S32
38130 0x94F2 2 Lagging reactive power : Q3_lagg var S32
38132 0x94F4 2 Leading reactive power : Q1_lead var S32
38134 0x94F6 2 Leading reactive power : Q2_lead var S32
38136 0x94F8 2 Leading reactive power : Q3_lead var S32
38138 0x94FA 2 Apparent power : S1 VA U32
38140 0x94FC 2 Apparent power : S2 VA U32
38142 0x94FE 2 Apparent power : S3 VA U32
38144 0x9500 1 Power factor : PF1 - / 1000 S16
38145 0x9501 1 Power factor : PF2 - / 1000 S16
38146 0x9502 1 Power factor : PF3 - / 1000 S16
38147 0x9503 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
38148 0x9504 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
38149 0x9505 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
38150 0x9506 2 Current : Idelta mA U32
38152 0x9508 2 Current : Ipe mA U32

Instantaneous #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
38160 0x9510 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
38160 0x9510 1 Load status
0 : Disabled
1 : Enabled		 - U8
38161 0x9511 2 Date of last instance s DATETIME
38163 0x9513 1 Integration time s / 5 U16
38164 0x9514 2 System Ph-N Voltage V 10⁻² U32
38166 0x9516 2 System Ph-Ph Voltage V 10⁻² U32
38168 0x9518 2 System Current mA U32
38170 0x951A 2 Frequency mHz U32
38172 0x951C 2 Ph-N Voltage : V1 V 10⁻² U32
38174 0x951E 2 Ph-N Voltage : V2 V 10⁻² U32
38176 0x9520 2 Ph-N Voltage : V3 V 10⁻² U32
38178 0x9522 2 Ph-N Voltage : Vn V 10⁻² U32
38180 0x9524 2 Ph-Ph Voltage : U12 V 10⁻² U32
38182 0x9526 2 Ph-Ph Voltage : U23 V 10⁻² U32
38184 0x9528 2 Ph-Ph Voltage : U31 V 10⁻² U32
38186 0x952A 2 Current : I1 mA U32
38188 0x952C 2 Current : I2 mA U32
38190 0x952E 2 Current : I3 mA U32
38192 0x9530 2 Current : In mA U32
38194 0x9532 1 Inba % / 100 U16
38195 0x9533 2 Idir mA U32
38197 0x9535 2 Iinv mA U32
38199 0x9537 2 Ihom mA U32
38201 0x9539 1 Inb % / 100 U16
38202 0x953A 2 Snom VA U32
38204 0x953C 2 Total active power W S32
38206 0x953E 2 Total reactive power var S32
38208 0x9540 2 Total lagging reactive power var S32
38210 0x9542 2 Total leading reactive power var S32
38212 0x9544 2 Total apparent power VA U32
38214 0x9546 1 Total power factor - / 1000 S16
38215 0x9547 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
38216 0x9548 2 Active power : P1 W S32
38218 0x954A 2 Active power : P2 W S32
38220 0x954C 2 Active power : P3 W S32
38222 0x954E 2 Reactive power : Q1 var S32
38224 0x9550 2 Reactive power : Q2 var S32
38226 0x9552 2 Reactive power : Q3 var S32
38228 0x9554 2 Lagging reactive power : Q1_lagg var S32
38230 0x9556 2 Lagging reactive power : Q2_lagg var S32
38232 0x9558 2 Lagging reactive power : Q3_lagg var S32
38234 0x955A 2 Leading reactive power : Q1_lead var S32
38236 0x955C 2 Leading reactive power : Q2_lead var S32
38238 0x955E 2 Leading reactive power : Q3_lead var S32
38240 0x9560 2 Apparent power : S1 VA U32
38242 0x9562 2 Apparent power : S2 VA U32
38244 0x9564 2 Apparent power : S3 VA U32
38246 0x9566 1 Power factor : PF1 - / 1000 S16
38247 0x9567 1 Power factor : PF2 - / 1000 S16
38248 0x9568 1 Power factor : PF3 - / 1000 S16
38249 0x9569 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
38250 0x956A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
38251 0x956B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
38252 0x956C 2 Current : Idelta mA U32
38254 0x956E 2 Current : Ipe mA U32

Instantaneous #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
38262 0x9576 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
38262 0x9576 1 Load status
0 : Disabled
1 : Enabled		 - U8
38263 0x9577 2 Date of last instance s DATETIME
38265 0x9579 1 Integration time s / 5 U16
38266 0x957A 2 System Ph-N Voltage V 10⁻² U32
38268 0x957C 2 System Ph-Ph Voltage V 10⁻² U32
38270 0x957E 2 System Current mA U32
38272 0x9580 2 Frequency mHz U32
38274 0x9582 2 Ph-N Voltage : V1 V 10⁻² U32
38276 0x9584 2 Ph-N Voltage : V2 V 10⁻² U32
38278 0x9586 2 Ph-N Voltage : V3 V 10⁻² U32
38280 0x9588 2 Ph-N Voltage : Vn V 10⁻² U32
38282 0x958A 2 Ph-Ph Voltage : U12 V 10⁻² U32
38284 0x958C 2 Ph-Ph Voltage : U23 V 10⁻² U32
38286 0x958E 2 Ph-Ph Voltage : U31 V 10⁻² U32
38288 0x9590 2 Current : I1 mA U32
38290 0x9592 2 Current : I2 mA U32
38292 0x9594 2 Current : I3 mA U32
38294 0x9596 2 Current : In mA U32
38296 0x9598 1 Inba % / 100 U16
38297 0x9599 2 Idir mA U32
38299 0x959B 2 Iinv mA U32
38301 0x959D 2 Ihom mA U32
38303 0x959F 1 Inb % / 100 U16
38304 0x95A0 2 Snom VA U32
38306 0x95A2 2 Total active power W S32
38308 0x95A4 2 Total reactive power var S32
38310 0x95A6 2 Total lagging reactive power var S32
38312 0x95A8 2 Total leading reactive power var S32
38314 0x95AA 2 Total apparent power VA U32
38316 0x95AC 1 Total power factor - / 1000 S16
38317 0x95AD 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
38318 0x95AE 2 Active power : P1 W S32
38320 0x95B0 2 Active power : P2 W S32
38322 0x95B2 2 Active power : P3 W S32
38324 0x95B4 2 Reactive power : Q1 var S32
38326 0x95B6 2 Reactive power : Q2 var S32
38328 0x95B8 2 Reactive power : Q3 var S32
38330 0x95BA 2 Lagging reactive power : Q1_lagg var S32
38332 0x95BC 2 Lagging reactive power : Q2_lagg var S32
38334 0x95BE 2 Lagging reactive power : Q3_lagg var S32
38336 0x95C0 2 Leading reactive power : Q1_lead var S32
38338 0x95C2 2 Leading reactive power : Q2_lead var S32
38340 0x95C4 2 Leading reactive power : Q3_lead var S32
38342 0x95C6 2 Apparent power : S1 VA U32
38344 0x95C8 2 Apparent power : S2 VA U32
38346 0x95CA 2 Apparent power : S3 VA U32
38348 0x95CC 1 Power factor : PF1 - / 1000 S16
38349 0x95CD 1 Power factor : PF2 - / 1000 S16
38350 0x95CE 1 Power factor : PF3 - / 1000 S16
38351 0x95CF 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
38352 0x95D0 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
38353 0x95D1 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
38354 0x95D2 2 Current : Idelta mA U32
38356 0x95D4 2 Current : Ipe mA U32

Instantaneous #7
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
38364 0x95DC Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
38364 0x95DC 1 Load status
0 : Disabled
1 : Enabled		 - U8
38365 0x95DD 2 Date of last instance s DATETIME
38367 0x95DF 1 Integration time s / 5 U16
38368 0x95E0 2 System Ph-N Voltage V 10⁻² U32
38370 0x95E2 2 System Ph-Ph Voltage V 10⁻² U32
38372 0x95E4 2 System Current mA U32
38374 0x95E6 2 Frequency mHz U32
38376 0x95E8 2 Ph-N Voltage : V1 V 10⁻² U32
38378 0x95EA 2 Ph-N Voltage : V2 V 10⁻² U32
38380 0x95EC 2 Ph-N Voltage : V3 V 10⁻² U32
38382 0x95EE 2 Ph-N Voltage : Vn V 10⁻² U32
38384 0x95F0 2 Ph-Ph Voltage : U12 V 10⁻² U32
38386 0x95F2 2 Ph-Ph Voltage : U23 V 10⁻² U32
38388 0x95F4 2 Ph-Ph Voltage : U31 V 10⁻² U32
38390 0x95F6 2 Current : I1 mA U32
38392 0x95F8 2 Current : I2 mA U32
38394 0x95FA 2 Current : I3 mA U32
38396 0x95FC 2 Current : In mA U32
38398 0x95FE 1 Inba % / 100 U16
38399 0x95FF 2 Idir mA U32
38401 0x9601 2 Iinv mA U32
38403 0x9603 2 Ihom mA U32
38405 0x9605 1 Inb % / 100 U16
38406 0x9606 2 Snom VA U32
38408 0x9608 2 Total active power W S32
38410 0x960A 2 Total reactive power var S32
38412 0x960C 2 Total lagging reactive power var S32
38414 0x960E 2 Total leading reactive power var S32
38416 0x9610 2 Total apparent power VA U32
38418 0x9612 1 Total power factor - / 1000 S16
38419 0x9613 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
38420 0x9614 2 Active power : P1 W S32
38422 0x9616 2 Active power : P2 W S32
38424 0x9618 2 Active power : P3 W S32
38426 0x961A 2 Reactive power : Q1 var S32
38428 0x961C 2 Reactive power : Q2 var S32
38430 0x961E 2 Reactive power : Q3 var S32
38432 0x9620 2 Lagging reactive power : Q1_lagg var S32
38434 0x9622 2 Lagging reactive power : Q2_lagg var S32
38436 0x9624 2 Lagging reactive power : Q3_lagg var S32
38438 0x9626 2 Leading reactive power : Q1_lead var S32
38440 0x9628 2 Leading reactive power : Q2_lead var S32
38442 0x962A 2 Leading reactive power : Q3_lead var S32
38444 0x962C 2 Apparent power : S1 VA U32
38446 0x962E 2 Apparent power : S2 VA U32
38448 0x9630 2 Apparent power : S3 VA U32
38450 0x9632 1 Power factor : PF1 - / 1000 S16
38451 0x9633 1 Power factor : PF2 - / 1000 S16
38452 0x9634 1 Power factor : PF3 - / 1000 S16
38453 0x9635 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
38454 0x9636 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
38455 0x9637 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
38456 0x9638 2 Current : Idelta mA U32
38458 0x963A 2 Current : Ipe mA U32

Instantaneous #8
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
38466 0x9642 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
38466 0x9642 1 Load status
0 : Disabled
1 : Enabled		 - U8
38467 0x9643 2 Date of last instance s DATETIME
38469 0x9645 1 Integration time s / 5 U16
38470 0x9646 2 System Ph-N Voltage V 10⁻² U32
38472 0x9648 2 System Ph-Ph Voltage V 10⁻² U32
38474 0x964A 2 System Current mA U32
38476 0x964C 2 Frequency mHz U32
38478 0x964E 2 Ph-N Voltage : V1 V 10⁻² U32
38480 0x9650 2 Ph-N Voltage : V2 V 10⁻² U32
38482 0x9652 2 Ph-N Voltage : V3 V 10⁻² U32
38484 0x9654 2 Ph-N Voltage : Vn V 10⁻² U32
38486 0x9656 2 Ph-Ph Voltage : U12 V 10⁻² U32
38488 0x9658 2 Ph-Ph Voltage : U23 V 10⁻² U32
38490 0x965A 2 Ph-Ph Voltage : U31 V 10⁻² U32
38492 0x965C 2 Current : I1 mA U32
38494 0x965E 2 Current : I2 mA U32
38496 0x9660 2 Current : I3 mA U32
38498 0x9662 2 Current : In mA U32
38500 0x9664 1 Inba % / 100 U16
38501 0x9665 2 Idir mA U32
38503 0x9667 2 Iinv mA U32
38505 0x9669 2 Ihom mA U32
38507 0x966B 1 Inb % / 100 U16
38508 0x966C 2 Snom VA U32
38510 0x966E 2 Total active power W S32
38512 0x9670 2 Total reactive power var S32
38514 0x9672 2 Total lagging reactive power var S32
38516 0x9674 2 Total leading reactive power var S32
38518 0x9676 2 Total apparent power VA U32
38520 0x9678 1 Total power factor - / 1000 S16
38521 0x9679 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
38522 0x967A 2 Active power : P1 W S32
38524 0x967C 2 Active power : P2 W S32
38526 0x967E 2 Active power : P3 W S32
38528 0x9680 2 Reactive power : Q1 var S32
38530 0x9682 2 Reactive power : Q2 var S32
38532 0x9684 2 Reactive power : Q3 var S32
38534 0x9686 2 Lagging reactive power : Q1_lagg var S32
38536 0x9688 2 Lagging reactive power : Q2_lagg var S32
38538 0x968A 2 Lagging reactive power : Q3_lagg var S32
38540 0x968C 2 Leading reactive power : Q1_lead var S32
38542 0x968E 2 Leading reactive power : Q2_lead var S32
38544 0x9690 2 Leading reactive power : Q3_lead var S32
38546 0x9692 2 Apparent power : S1 VA U32
38548 0x9694 2 Apparent power : S2 VA U32
38550 0x9696 2 Apparent power : S3 VA U32
38552 0x9698 1 Power factor : PF1 - / 1000 S16
38553 0x9699 1 Power factor : PF2 - / 1000 S16
38554 0x969A 1 Power factor : PF3 - / 1000 S16
38555 0x969B 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
38556 0x969C 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
38557 0x969D 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
38558 0x969E 2 Current : Idelta mA U32
38560 0x96A0 2 Current : Ipe mA U32

Instantaneous #9
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
38568 0x96A8 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
38568 0x96A8 1 Load status
0 : Disabled
1 : Enabled		 - U8
38569 0x96A9 2 Date of last instance s DATETIME
38571 0x96AB 1 Integration time s / 5 U16
38572 0x96AC 2 System Ph-N Voltage V 10⁻² U32
38574 0x96AE 2 System Ph-Ph Voltage V 10⁻² U32
38576 0x96B0 2 System Current mA U32
38578 0x96B2 2 Frequency mHz U32
38580 0x96B4 2 Ph-N Voltage : V1 V 10⁻² U32
38582 0x96B6 2 Ph-N Voltage : V2 V 10⁻² U32
38584 0x96B8 2 Ph-N Voltage : V3 V 10⁻² U32
38586 0x96BA 2 Ph-N Voltage : Vn V 10⁻² U32
38588 0x96BC 2 Ph-Ph Voltage : U12 V 10⁻² U32
38590 0x96BE 2 Ph-Ph Voltage : U23 V 10⁻² U32
38592 0x96C0 2 Ph-Ph Voltage : U31 V 10⁻² U32
38594 0x96C2 2 Current : I1 mA U32
38596 0x96C4 2 Current : I2 mA U32
38598 0x96C6 2 Current : I3 mA U32
38600 0x96C8 2 Current : In mA U32
38602 0x96CA 1 Inba % / 100 U16
38603 0x96CB 2 Idir mA U32
38605 0x96CD 2 Iinv mA U32
38607 0x96CF 2 Ihom mA U32
38609 0x96D1 1 Inb % / 100 U16
38610 0x96D2 2 Snom VA U32
38612 0x96D4 2 Total active power W S32
38614 0x96D6 2 Total reactive power var S32
38616 0x96D8 2 Total lagging reactive power var S32
38618 0x96DA 2 Total leading reactive power var S32
38620 0x96DC 2 Total apparent power VA U32
38622 0x96DE 1 Total power factor - / 1000 S16
38623 0x96DF 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
38624 0x96E0 2 Active power : P1 W S32
38626 0x96E2 2 Active power : P2 W S32
38628 0x96E4 2 Active power : P3 W S32
38630 0x96E6 2 Reactive power : Q1 var S32
38632 0x96E8 2 Reactive power : Q2 var S32
38634 0x96EA 2 Reactive power : Q3 var S32
38636 0x96EC 2 Lagging reactive power : Q1_lagg var S32
38638 0x96EE 2 Lagging reactive power : Q2_lagg var S32
38640 0x96F0 2 Lagging reactive power : Q3_lagg var S32
38642 0x96F2 2 Leading reactive power : Q1_lead var S32
38644 0x96F4 2 Leading reactive power : Q2_lead var S32
38646 0x96F6 2 Leading reactive power : Q3_lead var S32
38648 0x96F8 2 Apparent power : S1 VA U32
38650 0x96FA 2 Apparent power : S2 VA U32
38652 0x96FC 2 Apparent power : S3 VA U32
38654 0x96FE 1 Power factor : PF1 - / 1000 S16
38655 0x96FF 1 Power factor : PF2 - / 1000 S16
38656 0x9700 1 Power factor : PF3 - / 1000 S16
38657 0x9701 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
38658 0x9702 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
38659 0x9703 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
38660 0x9704 2 Current : Idelta mA U32
38662 0x9706 2 Current : Ipe mA U32

Instantaneous #10
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
38670 0x970E Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
38670 0x970E 1 Load status
0 : Disabled
1 : Enabled		 - U8
38671 0x970F 2 Date of last instance s DATETIME
38673 0x9711 1 Integration time s / 5 U16
38674 0x9712 2 System Ph-N Voltage V 10⁻² U32
38676 0x9714 2 System Ph-Ph Voltage V 10⁻² U32
38678 0x9716 2 System Current mA U32
38680 0x9718 2 Frequency mHz U32
38682 0x971A 2 Ph-N Voltage : V1 V 10⁻² U32
38684 0x971C 2 Ph-N Voltage : V2 V 10⁻² U32
38686 0x971E 2 Ph-N Voltage : V3 V 10⁻² U32
38688 0x9720 2 Ph-N Voltage : Vn V 10⁻² U32
38690 0x9722 2 Ph-Ph Voltage : U12 V 10⁻² U32
38692 0x9724 2 Ph-Ph Voltage : U23 V 10⁻² U32
38694 0x9726 2 Ph-Ph Voltage : U31 V 10⁻² U32
38696 0x9728 2 Current : I1 mA U32
38698 0x972A 2 Current : I2 mA U32
38700 0x972C 2 Current : I3 mA U32
38702 0x972E 2 Current : In mA U32
38704 0x9730 1 Inba % / 100 U16
38705 0x9731 2 Idir mA U32
38707 0x9733 2 Iinv mA U32
38709 0x9735 2 Ihom mA U32
38711 0x9737 1 Inb % / 100 U16
38712 0x9738 2 Snom VA U32
38714 0x973A 2 Total active power W S32
38716 0x973C 2 Total reactive power var S32
38718 0x973E 2 Total lagging reactive power var S32
38720 0x9740 2 Total leading reactive power var S32
38722 0x9742 2 Total apparent power VA U32
38724 0x9744 1 Total power factor - / 1000 S16
38725 0x9745 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
38726 0x9746 2 Active power : P1 W S32
38728 0x9748 2 Active power : P2 W S32
38730 0x974A 2 Active power : P3 W S32
38732 0x974C 2 Reactive power : Q1 var S32
38734 0x974E 2 Reactive power : Q2 var S32
38736 0x9750 2 Reactive power : Q3 var S32
38738 0x9752 2 Lagging reactive power : Q1_lagg var S32
38740 0x9754 2 Lagging reactive power : Q2_lagg var S32
38742 0x9756 2 Lagging reactive power : Q3_lagg var S32
38744 0x9758 2 Leading reactive power : Q1_lead var S32
38746 0x975A 2 Leading reactive power : Q2_lead var S32
38748 0x975C 2 Leading reactive power : Q3_lead var S32
38750 0x975E 2 Apparent power : S1 VA U32
38752 0x9760 2 Apparent power : S2 VA U32
38754 0x9762 2 Apparent power : S3 VA U32
38756 0x9764 1 Power factor : PF1 - / 1000 S16
38757 0x9765 1 Power factor : PF2 - / 1000 S16
38758 0x9766 1 Power factor : PF3 - / 1000 S16
38759 0x9767 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
38760 0x9768 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
38761 0x9769 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
38762 0x976A 2 Current : Idelta mA U32
38764 0x976C 2 Current : Ipe mA U32

Instantaneous #11
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
38772 0x9774 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
38772 0x9774 1 Load status
0 : Disabled
1 : Enabled		 - U8
38773 0x9775 2 Date of last instance s DATETIME
38775 0x9777 1 Integration time s / 5 U16
38776 0x9778 2 System Ph-N Voltage V 10⁻² U32
38778 0x977A 2 System Ph-Ph Voltage V 10⁻² U32
38780 0x977C 2 System Current mA U32
38782 0x977E 2 Frequency mHz U32
38784 0x9780 2 Ph-N Voltage : V1 V 10⁻² U32
38786 0x9782 2 Ph-N Voltage : V2 V 10⁻² U32
38788 0x9784 2 Ph-N Voltage : V3 V 10⁻² U32
38790 0x9786 2 Ph-N Voltage : Vn V 10⁻² U32
38792 0x9788 2 Ph-Ph Voltage : U12 V 10⁻² U32
38794 0x978A 2 Ph-Ph Voltage : U23 V 10⁻² U32
38796 0x978C 2 Ph-Ph Voltage : U31 V 10⁻² U32
38798 0x978E 2 Current : I1 mA U32
38800 0x9790 2 Current : I2 mA U32
38802 0x9792 2 Current : I3 mA U32
38804 0x9794 2 Current : In mA U32
38806 0x9796 1 Inba % / 100 U16
38807 0x9797 2 Idir mA U32
38809 0x9799 2 Iinv mA U32
38811 0x979B 2 Ihom mA U32
38813 0x979D 1 Inb % / 100 U16
38814 0x979E 2 Snom VA U32
38816 0x97A0 2 Total active power W S32
38818 0x97A2 2 Total reactive power var S32
38820 0x97A4 2 Total lagging reactive power var S32
38822 0x97A6 2 Total leading reactive power var S32
38824 0x97A8 2 Total apparent power VA U32
38826 0x97AA 1 Total power factor - / 1000 S16
38827 0x97AB 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
38828 0x97AC 2 Active power : P1 W S32
38830 0x97AE 2 Active power : P2 W S32
38832 0x97B0 2 Active power : P3 W S32
38834 0x97B2 2 Reactive power : Q1 var S32
38836 0x97B4 2 Reactive power : Q2 var S32
38838 0x97B6 2 Reactive power : Q3 var S32
38840 0x97B8 2 Lagging reactive power : Q1_lagg var S32
38842 0x97BA 2 Lagging reactive power : Q2_lagg var S32
38844 0x97BC 2 Lagging reactive power : Q3_lagg var S32
38846 0x97BE 2 Leading reactive power : Q1_lead var S32
38848 0x97C0 2 Leading reactive power : Q2_lead var S32
38850 0x97C2 2 Leading reactive power : Q3_lead var S32
38852 0x97C4 2 Apparent power : S1 VA U32
38854 0x97C6 2 Apparent power : S2 VA U32
38856 0x97C8 2 Apparent power : S3 VA U32
38858 0x97CA 1 Power factor : PF1 - / 1000 S16
38859 0x97CB 1 Power factor : PF2 - / 1000 S16
38860 0x97CC 1 Power factor : PF3 - / 1000 S16
38861 0x97CD 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
38862 0x97CE 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
38863 0x97CF 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
38864 0x97D0 2 Current : Idelta mA U32
38866 0x97D2 2 Current : Ipe mA U32

Instantaneous #12
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
38874 0x97DA Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
38874 0x97DA 1 Load status
0 : Disabled
1 : Enabled		 - U8
38875 0x97DB 2 Date of last instance s DATETIME
38877 0x97DD 1 Integration time s / 5 U16
38878 0x97DE 2 System Ph-N Voltage V 10⁻² U32
38880 0x97E0 2 System Ph-Ph Voltage V 10⁻² U32
38882 0x97E2 2 System Current mA U32
38884 0x97E4 2 Frequency mHz U32
38886 0x97E6 2 Ph-N Voltage : V1 V 10⁻² U32
38888 0x97E8 2 Ph-N Voltage : V2 V 10⁻² U32
38890 0x97EA 2 Ph-N Voltage : V3 V 10⁻² U32
38892 0x97EC 2 Ph-N Voltage : Vn V 10⁻² U32
38894 0x97EE 2 Ph-Ph Voltage : U12 V 10⁻² U32
38896 0x97F0 2 Ph-Ph Voltage : U23 V 10⁻² U32
38898 0x97F2 2 Ph-Ph Voltage : U31 V 10⁻² U32
38900 0x97F4 2 Current : I1 mA U32
38902 0x97F6 2 Current : I2 mA U32
38904 0x97F8 2 Current : I3 mA U32
38906 0x97FA 2 Current : In mA U32
38908 0x97FC 1 Inba % / 100 U16
38909 0x97FD 2 Idir mA U32
38911 0x97FF 2 Iinv mA U32
38913 0x9801 2 Ihom mA U32
38915 0x9803 1 Inb % / 100 U16
38916 0x9804 2 Snom VA U32
38918 0x9806 2 Total active power W S32
38920 0x9808 2 Total reactive power var S32
38922 0x980A 2 Total lagging reactive power var S32
38924 0x980C 2 Total leading reactive power var S32
38926 0x980E 2 Total apparent power VA U32
38928 0x9810 1 Total power factor - / 1000 S16
38929 0x9811 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
38930 0x9812 2 Active power : P1 W S32
38932 0x9814 2 Active power : P2 W S32
38934 0x9816 2 Active power : P3 W S32
38936 0x9818 2 Reactive power : Q1 var S32
38938 0x981A 2 Reactive power : Q2 var S32
38940 0x981C 2 Reactive power : Q3 var S32
38942 0x981E 2 Lagging reactive power : Q1_lagg var S32
38944 0x9820 2 Lagging reactive power : Q2_lagg var S32
38946 0x9822 2 Lagging reactive power : Q3_lagg var S32
38948 0x9824 2 Leading reactive power : Q1_lead var S32
38950 0x9826 2 Leading reactive power : Q2_lead var S32
38952 0x9828 2 Leading reactive power : Q3_lead var S32
38954 0x982A 2 Apparent power : S1 VA U32
38956 0x982C 2 Apparent power : S2 VA U32
38958 0x982E 2 Apparent power : S3 VA U32
38960 0x9830 1 Power factor : PF1 - / 1000 S16
38961 0x9831 1 Power factor : PF2 - / 1000 S16
38962 0x9832 1 Power factor : PF3 - / 1000 S16
38963 0x9833 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
38964 0x9834 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
38965 0x9835 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
38966 0x9836 2 Current : Idelta mA U32
38968 0x9838 2 Current : Ipe mA U32

Instantaneous #13
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
38976 0x9840 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
38976 0x9840 1 Load status
0 : Disabled
1 : Enabled		 - U8
38977 0x9841 2 Date of last instance s DATETIME
38979 0x9843 1 Integration time s / 5 U16
38980 0x9844 2 System Ph-N Voltage V 10⁻² U32
38982 0x9846 2 System Ph-Ph Voltage V 10⁻² U32
38984 0x9848 2 System Current mA U32
38986 0x984A 2 Frequency mHz U32
38988 0x984C 2 Ph-N Voltage : V1 V 10⁻² U32
38990 0x984E 2 Ph-N Voltage : V2 V 10⁻² U32
38992 0x9850 2 Ph-N Voltage : V3 V 10⁻² U32
38994 0x9852 2 Ph-N Voltage : Vn V 10⁻² U32
38996 0x9854 2 Ph-Ph Voltage : U12 V 10⁻² U32
38998 0x9856 2 Ph-Ph Voltage : U23 V 10⁻² U32
39000 0x9858 2 Ph-Ph Voltage : U31 V 10⁻² U32
39002 0x985A 2 Current : I1 mA U32
39004 0x985C 2 Current : I2 mA U32
39006 0x985E 2 Current : I3 mA U32
39008 0x9860 2 Current : In mA U32
39010 0x9862 1 Inba % / 100 U16
39011 0x9863 2 Idir mA U32
39013 0x9865 2 Iinv mA U32
39015 0x9867 2 Ihom mA U32
39017 0x9869 1 Inb % / 100 U16
39018 0x986A 2 Snom VA U32
39020 0x986C 2 Total active power W S32
39022 0x986E 2 Total reactive power var S32
39024 0x9870 2 Total lagging reactive power var S32
39026 0x9872 2 Total leading reactive power var S32
39028 0x9874 2 Total apparent power VA U32
39030 0x9876 1 Total power factor - / 1000 S16
39031 0x9877 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
39032 0x9878 2 Active power : P1 W S32
39034 0x987A 2 Active power : P2 W S32
39036 0x987C 2 Active power : P3 W S32
39038 0x987E 2 Reactive power : Q1 var S32
39040 0x9880 2 Reactive power : Q2 var S32
39042 0x9882 2 Reactive power : Q3 var S32
39044 0x9884 2 Lagging reactive power : Q1_lagg var S32
39046 0x9886 2 Lagging reactive power : Q2_lagg var S32
39048 0x9888 2 Lagging reactive power : Q3_lagg var S32
39050 0x988A 2 Leading reactive power : Q1_lead var S32
39052 0x988C 2 Leading reactive power : Q2_lead var S32
39054 0x988E 2 Leading reactive power : Q3_lead var S32
39056 0x9890 2 Apparent power : S1 VA U32
39058 0x9892 2 Apparent power : S2 VA U32
39060 0x9894 2 Apparent power : S3 VA U32
39062 0x9896 1 Power factor : PF1 - / 1000 S16
39063 0x9897 1 Power factor : PF2 - / 1000 S16
39064 0x9898 1 Power factor : PF3 - / 1000 S16
39065 0x9899 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
39066 0x989A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
39067 0x989B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
39068 0x989C 2 Current : Idelta mA U32
39070 0x989E 2 Current : Ipe mA U32

Instantaneous #14
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
39078 0x98A6 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
39078 0x98A6 1 Load status
0 : Disabled
1 : Enabled		 - U8
39079 0x98A7 2 Date of last instance s DATETIME
39081 0x98A9 1 Integration time s / 5 U16
39082 0x98AA 2 System Ph-N Voltage V 10⁻² U32
39084 0x98AC 2 System Ph-Ph Voltage V 10⁻² U32
39086 0x98AE 2 System Current mA U32
39088 0x98B0 2 Frequency mHz U32
39090 0x98B2 2 Ph-N Voltage : V1 V 10⁻² U32
39092 0x98B4 2 Ph-N Voltage : V2 V 10⁻² U32
39094 0x98B6 2 Ph-N Voltage : V3 V 10⁻² U32
39096 0x98B8 2 Ph-N Voltage : Vn V 10⁻² U32
39098 0x98BA 2 Ph-Ph Voltage : U12 V 10⁻² U32
39100 0x98BC 2 Ph-Ph Voltage : U23 V 10⁻² U32
39102 0x98BE 2 Ph-Ph Voltage : U31 V 10⁻² U32
39104 0x98C0 2 Current : I1 mA U32
39106 0x98C2 2 Current : I2 mA U32
39108 0x98C4 2 Current : I3 mA U32
39110 0x98C6 2 Current : In mA U32
39112 0x98C8 1 Inba % / 100 U16
39113 0x98C9 2 Idir mA U32
39115 0x98CB 2 Iinv mA U32
39117 0x98CD 2 Ihom mA U32
39119 0x98CF 1 Inb % / 100 U16
39120 0x98D0 2 Snom VA U32
39122 0x98D2 2 Total active power W S32
39124 0x98D4 2 Total reactive power var S32
39126 0x98D6 2 Total lagging reactive power var S32
39128 0x98D8 2 Total leading reactive power var S32
39130 0x98DA 2 Total apparent power VA U32
39132 0x98DC 1 Total power factor - / 1000 S16
39133 0x98DD 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
39134 0x98DE 2 Active power : P1 W S32
39136 0x98E0 2 Active power : P2 W S32
39138 0x98E2 2 Active power : P3 W S32
39140 0x98E4 2 Reactive power : Q1 var S32
39142 0x98E6 2 Reactive power : Q2 var S32
39144 0x98E8 2 Reactive power : Q3 var S32
39146 0x98EA 2 Lagging reactive power : Q1_lagg var S32
39148 0x98EC 2 Lagging reactive power : Q2_lagg var S32
39150 0x98EE 2 Lagging reactive power : Q3_lagg var S32
39152 0x98F0 2 Leading reactive power : Q1_lead var S32
39154 0x98F2 2 Leading reactive power : Q2_lead var S32
39156 0x98F4 2 Leading reactive power : Q3_lead var S32
39158 0x98F6 2 Apparent power : S1 VA U32
39160 0x98F8 2 Apparent power : S2 VA U32
39162 0x98FA 2 Apparent power : S3 VA U32
39164 0x98FC 1 Power factor : PF1 - / 1000 S16
39165 0x98FD 1 Power factor : PF2 - / 1000 S16
39166 0x98FE 1 Power factor : PF3 - / 1000 S16
39167 0x98FF 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
39168 0x9900 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
39169 0x9901 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
39170 0x9902 2 Current : Idelta mA U32
39172 0x9904 2 Current : Ipe mA U32

Instantaneous #15
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
39180 0x990C Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
39180 0x990C 1 Load status
0 : Disabled
1 : Enabled		 - U8
39181 0x990D 2 Date of last instance s DATETIME
39183 0x990F 1 Integration time s / 5 U16
39184 0x9910 2 System Ph-N Voltage V 10⁻² U32
39186 0x9912 2 System Ph-Ph Voltage V 10⁻² U32
39188 0x9914 2 System Current mA U32
39190 0x9916 2 Frequency mHz U32
39192 0x9918 2 Ph-N Voltage : V1 V 10⁻² U32
39194 0x991A 2 Ph-N Voltage : V2 V 10⁻² U32
39196 0x991C 2 Ph-N Voltage : V3 V 10⁻² U32
39198 0x991E 2 Ph-N Voltage : Vn V 10⁻² U32
39200 0x9920 2 Ph-Ph Voltage : U12 V 10⁻² U32
39202 0x9922 2 Ph-Ph Voltage : U23 V 10⁻² U32
39204 0x9924 2 Ph-Ph Voltage : U31 V 10⁻² U32
39206 0x9926 2 Current : I1 mA U32
39208 0x9928 2 Current : I2 mA U32
39210 0x992A 2 Current : I3 mA U32
39212 0x992C 2 Current : In mA U32
39214 0x992E 1 Inba % / 100 U16
39215 0x992F 2 Idir mA U32
39217 0x9931 2 Iinv mA U32
39219 0x9933 2 Ihom mA U32
39221 0x9935 1 Inb % / 100 U16
39222 0x9936 2 Snom VA U32
39224 0x9938 2 Total active power W S32
39226 0x993A 2 Total reactive power var S32
39228 0x993C 2 Total lagging reactive power var S32
39230 0x993E 2 Total leading reactive power var S32
39232 0x9940 2 Total apparent power VA U32
39234 0x9942 1 Total power factor - / 1000 S16
39235 0x9943 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
39236 0x9944 2 Active power : P1 W S32
39238 0x9946 2 Active power : P2 W S32
39240 0x9948 2 Active power : P3 W S32
39242 0x994A 2 Reactive power : Q1 var S32
39244 0x994C 2 Reactive power : Q2 var S32
39246 0x994E 2 Reactive power : Q3 var S32
39248 0x9950 2 Lagging reactive power : Q1_lagg var S32
39250 0x9952 2 Lagging reactive power : Q2_lagg var S32
39252 0x9954 2 Lagging reactive power : Q3_lagg var S32
39254 0x9956 2 Leading reactive power : Q1_lead var S32
39256 0x9958 2 Leading reactive power : Q2_lead var S32
39258 0x995A 2 Leading reactive power : Q3_lead var S32
39260 0x995C 2 Apparent power : S1 VA U32
39262 0x995E 2 Apparent power : S2 VA U32
39264 0x9960 2 Apparent power : S3 VA U32
39266 0x9962 1 Power factor : PF1 - / 1000 S16
39267 0x9963 1 Power factor : PF2 - / 1000 S16
39268 0x9964 1 Power factor : PF3 - / 1000 S16
39269 0x9965 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
39270 0x9966 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
39271 0x9967 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
39272 0x9968 2 Current : Idelta mA U32
39274 0x996A 2 Current : Ipe mA U32

Instantaneous #16
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
39282 0x9972 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
39282 0x9972 1 Load status
0 : Disabled
1 : Enabled		 - U8
39283 0x9973 2 Date of last instance s DATETIME
39285 0x9975 1 Integration time s / 5 U16
39286 0x9976 2 System Ph-N Voltage V 10⁻² U32
39288 0x9978 2 System Ph-Ph Voltage V 10⁻² U32
39290 0x997A 2 System Current mA U32
39292 0x997C 2 Frequency mHz U32
39294 0x997E 2 Ph-N Voltage : V1 V 10⁻² U32
39296 0x9980 2 Ph-N Voltage : V2 V 10⁻² U32
39298 0x9982 2 Ph-N Voltage : V3 V 10⁻² U32
39300 0x9984 2 Ph-N Voltage : Vn V 10⁻² U32
39302 0x9986 2 Ph-Ph Voltage : U12 V 10⁻² U32
39304 0x9988 2 Ph-Ph Voltage : U23 V 10⁻² U32
39306 0x998A 2 Ph-Ph Voltage : U31 V 10⁻² U32
39308 0x998C 2 Current : I1 mA U32
39310 0x998E 2 Current : I2 mA U32
39312 0x9990 2 Current : I3 mA U32
39314 0x9992 2 Current : In mA U32
39316 0x9994 1 Inba % / 100 U16
39317 0x9995 2 Idir mA U32
39319 0x9997 2 Iinv mA U32
39321 0x9999 2 Ihom mA U32
39323 0x999B 1 Inb % / 100 U16
39324 0x999C 2 Snom VA U32
39326 0x999E 2 Total active power W S32
39328 0x99A0 2 Total reactive power var S32
39330 0x99A2 2 Total lagging reactive power var S32
39332 0x99A4 2 Total leading reactive power var S32
39334 0x99A6 2 Total apparent power VA U32
39336 0x99A8 1 Total power factor - / 1000 S16
39337 0x99A9 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
39338 0x99AA 2 Active power : P1 W S32
39340 0x99AC 2 Active power : P2 W S32
39342 0x99AE 2 Active power : P3 W S32
39344 0x99B0 2 Reactive power : Q1 var S32
39346 0x99B2 2 Reactive power : Q2 var S32
39348 0x99B4 2 Reactive power : Q3 var S32
39350 0x99B6 2 Lagging reactive power : Q1_lagg var S32
39352 0x99B8 2 Lagging reactive power : Q2_lagg var S32
39354 0x99BA 2 Lagging reactive power : Q3_lagg var S32
39356 0x99BC 2 Leading reactive power : Q1_lead var S32
39358 0x99BE 2 Leading reactive power : Q2_lead var S32
39360 0x99C0 2 Leading reactive power : Q3_lead var S32
39362 0x99C2 2 Apparent power : S1 VA U32
39364 0x99C4 2 Apparent power : S2 VA U32
39366 0x99C6 2 Apparent power : S3 VA U32
39368 0x99C8 1 Power factor : PF1 - / 1000 S16
39369 0x99C9 1 Power factor : PF2 - / 1000 S16
39370 0x99CA 1 Power factor : PF3 - / 1000 S16
39371 0x99CB 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
39372 0x99CC 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
39373 0x99CD 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
39374 0x99CE 2 Current : Idelta mA U32
39376 0x99D0 2 Current : Ipe mA U32

Instantaneous #17
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
39384 0x99D8 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
39384 0x99D8 1 Load status
0 : Disabled
1 : Enabled		 - U8
39385 0x99D9 2 Date of last instance s DATETIME
39387 0x99DB 1 Integration time s / 5 U16
39388 0x99DC 2 System Ph-N Voltage V 10⁻² U32
39390 0x99DE 2 System Ph-Ph Voltage V 10⁻² U32
39392 0x99E0 2 System Current mA U32
39394 0x99E2 2 Frequency mHz U32
39396 0x99E4 2 Ph-N Voltage : V1 V 10⁻² U32
39398 0x99E6 2 Ph-N Voltage : V2 V 10⁻² U32
39400 0x99E8 2 Ph-N Voltage : V3 V 10⁻² U32
39402 0x99EA 2 Ph-N Voltage : Vn V 10⁻² U32
39404 0x99EC 2 Ph-Ph Voltage : U12 V 10⁻² U32
39406 0x99EE 2 Ph-Ph Voltage : U23 V 10⁻² U32
39408 0x99F0 2 Ph-Ph Voltage : U31 V 10⁻² U32
39410 0x99F2 2 Current : I1 mA U32
39412 0x99F4 2 Current : I2 mA U32
39414 0x99F6 2 Current : I3 mA U32
39416 0x99F8 2 Current : In mA U32
39418 0x99FA 1 Inba % / 100 U16
39419 0x99FB 2 Idir mA U32
39421 0x99FD 2 Iinv mA U32
39423 0x99FF 2 Ihom mA U32
39425 0x9A01 1 Inb % / 100 U16
39426 0x9A02 2 Snom VA U32
39428 0x9A04 2 Total active power W S32
39430 0x9A06 2 Total reactive power var S32
39432 0x9A08 2 Total lagging reactive power var S32
39434 0x9A0A 2 Total leading reactive power var S32
39436 0x9A0C 2 Total apparent power VA U32
39438 0x9A0E 1 Total power factor - / 1000 S16
39439 0x9A0F 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
39440 0x9A10 2 Active power : P1 W S32
39442 0x9A12 2 Active power : P2 W S32
39444 0x9A14 2 Active power : P3 W S32
39446 0x9A16 2 Reactive power : Q1 var S32
39448 0x9A18 2 Reactive power : Q2 var S32
39450 0x9A1A 2 Reactive power : Q3 var S32
39452 0x9A1C 2 Lagging reactive power : Q1_lagg var S32
39454 0x9A1E 2 Lagging reactive power : Q2_lagg var S32
39456 0x9A20 2 Lagging reactive power : Q3_lagg var S32
39458 0x9A22 2 Leading reactive power : Q1_lead var S32
39460 0x9A24 2 Leading reactive power : Q2_lead var S32
39462 0x9A26 2 Leading reactive power : Q3_lead var S32
39464 0x9A28 2 Apparent power : S1 VA U32
39466 0x9A2A 2 Apparent power : S2 VA U32
39468 0x9A2C 2 Apparent power : S3 VA U32
39470 0x9A2E 1 Power factor : PF1 - / 1000 S16
39471 0x9A2F 1 Power factor : PF2 - / 1000 S16
39472 0x9A30 1 Power factor : PF3 - / 1000 S16
39473 0x9A31 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
39474 0x9A32 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
39475 0x9A33 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
39476 0x9A34 2 Current : Idelta mA U32
39478 0x9A36 2 Current : Ipe mA U32

Instantaneous #18
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
39486 0x9A3E Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
39486 0x9A3E 1 Load status
0 : Disabled
1 : Enabled		 - U8
39487 0x9A3F 2 Date of last instance s DATETIME
39489 0x9A41 1 Integration time s / 5 U16
39490 0x9A42 2 System Ph-N Voltage V 10⁻² U32
39492 0x9A44 2 System Ph-Ph Voltage V 10⁻² U32
39494 0x9A46 2 System Current mA U32
39496 0x9A48 2 Frequency mHz U32
39498 0x9A4A 2 Ph-N Voltage : V1 V 10⁻² U32
39500 0x9A4C 2 Ph-N Voltage : V2 V 10⁻² U32
39502 0x9A4E 2 Ph-N Voltage : V3 V 10⁻² U32
39504 0x9A50 2 Ph-N Voltage : Vn V 10⁻² U32
39506 0x9A52 2 Ph-Ph Voltage : U12 V 10⁻² U32
39508 0x9A54 2 Ph-Ph Voltage : U23 V 10⁻² U32
39510 0x9A56 2 Ph-Ph Voltage : U31 V 10⁻² U32
39512 0x9A58 2 Current : I1 mA U32
39514 0x9A5A 2 Current : I2 mA U32
39516 0x9A5C 2 Current : I3 mA U32
39518 0x9A5E 2 Current : In mA U32
39520 0x9A60 1 Inba % / 100 U16
39521 0x9A61 2 Idir mA U32
39523 0x9A63 2 Iinv mA U32
39525 0x9A65 2 Ihom mA U32
39527 0x9A67 1 Inb % / 100 U16
39528 0x9A68 2 Snom VA U32
39530 0x9A6A 2 Total active power W S32
39532 0x9A6C 2 Total reactive power var S32
39534 0x9A6E 2 Total lagging reactive power var S32
39536 0x9A70 2 Total leading reactive power var S32
39538 0x9A72 2 Total apparent power VA U32
39540 0x9A74 1 Total power factor - / 1000 S16
39541 0x9A75 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
39542 0x9A76 2 Active power : P1 W S32
39544 0x9A78 2 Active power : P2 W S32
39546 0x9A7A 2 Active power : P3 W S32
39548 0x9A7C 2 Reactive power : Q1 var S32
39550 0x9A7E 2 Reactive power : Q2 var S32
39552 0x9A80 2 Reactive power : Q3 var S32
39554 0x9A82 2 Lagging reactive power : Q1_lagg var S32
39556 0x9A84 2 Lagging reactive power : Q2_lagg var S32
39558 0x9A86 2 Lagging reactive power : Q3_lagg var S32
39560 0x9A88 2 Leading reactive power : Q1_lead var S32
39562 0x9A8A 2 Leading reactive power : Q2_lead var S32
39564 0x9A8C 2 Leading reactive power : Q3_lead var S32
39566 0x9A8E 2 Apparent power : S1 VA U32
39568 0x9A90 2 Apparent power : S2 VA U32
39570 0x9A92 2 Apparent power : S3 VA U32
39572 0x9A94 1 Power factor : PF1 - / 1000 S16
39573 0x9A95 1 Power factor : PF2 - / 1000 S16
39574 0x9A96 1 Power factor : PF3 - / 1000 S16
39575 0x9A97 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
39576 0x9A98 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
39577 0x9A99 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
39578 0x9A9A 2 Current : Idelta mA U32
39580 0x9A9C 2 Current : Ipe mA U32

Instantaneous #19
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
39588 0x9AA4 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
39588 0x9AA4 1 Load status
0 : Disabled
1 : Enabled		 - U8
39589 0x9AA5 2 Date of last instance s DATETIME
39591 0x9AA7 1 Integration time s / 5 U16
39592 0x9AA8 2 System Ph-N Voltage V 10⁻² U32
39594 0x9AAA 2 System Ph-Ph Voltage V 10⁻² U32
39596 0x9AAC 2 System Current mA U32
39598 0x9AAE 2 Frequency mHz U32
39600 0x9AB0 2 Ph-N Voltage : V1 V 10⁻² U32
39602 0x9AB2 2 Ph-N Voltage : V2 V 10⁻² U32
39604 0x9AB4 2 Ph-N Voltage : V3 V 10⁻² U32
39606 0x9AB6 2 Ph-N Voltage : Vn V 10⁻² U32
39608 0x9AB8 2 Ph-Ph Voltage : U12 V 10⁻² U32
39610 0x9ABA 2 Ph-Ph Voltage : U23 V 10⁻² U32
39612 0x9ABC 2 Ph-Ph Voltage : U31 V 10⁻² U32
39614 0x9ABE 2 Current : I1 mA U32
39616 0x9AC0 2 Current : I2 mA U32
39618 0x9AC2 2 Current : I3 mA U32
39620 0x9AC4 2 Current : In mA U32
39622 0x9AC6 1 Inba % / 100 U16
39623 0x9AC7 2 Idir mA U32
39625 0x9AC9 2 Iinv mA U32
39627 0x9ACB 2 Ihom mA U32
39629 0x9ACD 1 Inb % / 100 U16
39630 0x9ACE 2 Snom VA U32
39632 0x9AD0 2 Total active power W S32
39634 0x9AD2 2 Total reactive power var S32
39636 0x9AD4 2 Total lagging reactive power var S32
39638 0x9AD6 2 Total leading reactive power var S32
39640 0x9AD8 2 Total apparent power VA U32
39642 0x9ADA 1 Total power factor - / 1000 S16
39643 0x9ADB 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
39644 0x9ADC 2 Active power : P1 W S32
39646 0x9ADE 2 Active power : P2 W S32
39648 0x9AE0 2 Active power : P3 W S32
39650 0x9AE2 2 Reactive power : Q1 var S32
39652 0x9AE4 2 Reactive power : Q2 var S32
39654 0x9AE6 2 Reactive power : Q3 var S32
39656 0x9AE8 2 Lagging reactive power : Q1_lagg var S32
39658 0x9AEA 2 Lagging reactive power : Q2_lagg var S32
39660 0x9AEC 2 Lagging reactive power : Q3_lagg var S32
39662 0x9AEE 2 Leading reactive power : Q1_lead var S32
39664 0x9AF0 2 Leading reactive power : Q2_lead var S32
39666 0x9AF2 2 Leading reactive power : Q3_lead var S32
39668 0x9AF4 2 Apparent power : S1 VA U32
39670 0x9AF6 2 Apparent power : S2 VA U32
39672 0x9AF8 2 Apparent power : S3 VA U32
39674 0x9AFA 1 Power factor : PF1 - / 1000 S16
39675 0x9AFB 1 Power factor : PF2 - / 1000 S16
39676 0x9AFC 1 Power factor : PF3 - / 1000 S16
39677 0x9AFD 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
39678 0x9AFE 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
39679 0x9AFF 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
39680 0x9B00 2 Current : Idelta mA U32
39682 0x9B02 2 Current : Ipe mA U32

Instantaneous #20
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
39690 0x9B0A Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
39690 0x9B0A 1 Load status
0 : Disabled
1 : Enabled		 - U8
39691 0x9B0B 2 Date of last instance s DATETIME
39693 0x9B0D 1 Integration time s / 5 U16
39694 0x9B0E 2 System Ph-N Voltage V 10⁻² U32
39696 0x9B10 2 System Ph-Ph Voltage V 10⁻² U32
39698 0x9B12 2 System Current mA U32
39700 0x9B14 2 Frequency mHz U32
39702 0x9B16 2 Ph-N Voltage : V1 V 10⁻² U32
39704 0x9B18 2 Ph-N Voltage : V2 V 10⁻² U32
39706 0x9B1A 2 Ph-N Voltage : V3 V 10⁻² U32
39708 0x9B1C 2 Ph-N Voltage : Vn V 10⁻² U32
39710 0x9B1E 2 Ph-Ph Voltage : U12 V 10⁻² U32
39712 0x9B20 2 Ph-Ph Voltage : U23 V 10⁻² U32
39714 0x9B22 2 Ph-Ph Voltage : U31 V 10⁻² U32
39716 0x9B24 2 Current : I1 mA U32
39718 0x9B26 2 Current : I2 mA U32
39720 0x9B28 2 Current : I3 mA U32
39722 0x9B2A 2 Current : In mA U32
39724 0x9B2C 1 Inba % / 100 U16
39725 0x9B2D 2 Idir mA U32
39727 0x9B2F 2 Iinv mA U32
39729 0x9B31 2 Ihom mA U32
39731 0x9B33 1 Inb % / 100 U16
39732 0x9B34 2 Snom VA U32
39734 0x9B36 2 Total active power W S32
39736 0x9B38 2 Total reactive power var S32
39738 0x9B3A 2 Total lagging reactive power var S32
39740 0x9B3C 2 Total leading reactive power var S32
39742 0x9B3E 2 Total apparent power VA U32
39744 0x9B40 1 Total power factor - / 1000 S16
39745 0x9B41 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
39746 0x9B42 2 Active power : P1 W S32
39748 0x9B44 2 Active power : P2 W S32
39750 0x9B46 2 Active power : P3 W S32
39752 0x9B48 2 Reactive power : Q1 var S32
39754 0x9B4A 2 Reactive power : Q2 var S32
39756 0x9B4C 2 Reactive power : Q3 var S32
39758 0x9B4E 2 Lagging reactive power : Q1_lagg var S32
39760 0x9B50 2 Lagging reactive power : Q2_lagg var S32
39762 0x9B52 2 Lagging reactive power : Q3_lagg var S32
39764 0x9B54 2 Leading reactive power : Q1_lead var S32
39766 0x9B56 2 Leading reactive power : Q2_lead var S32
39768 0x9B58 2 Leading reactive power : Q3_lead var S32
39770 0x9B5A 2 Apparent power : S1 VA U32
39772 0x9B5C 2 Apparent power : S2 VA U32
39774 0x9B5E 2 Apparent power : S3 VA U32
39776 0x9B60 1 Power factor : PF1 - / 1000 S16
39777 0x9B61 1 Power factor : PF2 - / 1000 S16
39778 0x9B62 1 Power factor : PF3 - / 1000 S16
39779 0x9B63 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
39780 0x9B64 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
39781 0x9B65 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
39782 0x9B66 2 Current : Idelta mA U32
39784 0x9B68 2 Current : Ipe mA U32

Instantaneous #21
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
39792 0x9B70 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
39792 0x9B70 1 Load status
0 : Disabled
1 : Enabled		 - U8
39793 0x9B71 2 Date of last instance s DATETIME
39795 0x9B73 1 Integration time s / 5 U16
39796 0x9B74 2 System Ph-N Voltage V 10⁻² U32
39798 0x9B76 2 System Ph-Ph Voltage V 10⁻² U32
39800 0x9B78 2 System Current mA U32
39802 0x9B7A 2 Frequency mHz U32
39804 0x9B7C 2 Ph-N Voltage : V1 V 10⁻² U32
39806 0x9B7E 2 Ph-N Voltage : V2 V 10⁻² U32
39808 0x9B80 2 Ph-N Voltage : V3 V 10⁻² U32
39810 0x9B82 2 Ph-N Voltage : Vn V 10⁻² U32
39812 0x9B84 2 Ph-Ph Voltage : U12 V 10⁻² U32
39814 0x9B86 2 Ph-Ph Voltage : U23 V 10⁻² U32
39816 0x9B88 2 Ph-Ph Voltage : U31 V 10⁻² U32
39818 0x9B8A 2 Current : I1 mA U32
39820 0x9B8C 2 Current : I2 mA U32
39822 0x9B8E 2 Current : I3 mA U32
39824 0x9B90 2 Current : In mA U32
39826 0x9B92 1 Inba % / 100 U16
39827 0x9B93 2 Idir mA U32
39829 0x9B95 2 Iinv mA U32
39831 0x9B97 2 Ihom mA U32
39833 0x9B99 1 Inb % / 100 U16
39834 0x9B9A 2 Snom VA U32
39836 0x9B9C 2 Total active power W S32
39838 0x9B9E 2 Total reactive power var S32
39840 0x9BA0 2 Total lagging reactive power var S32
39842 0x9BA2 2 Total leading reactive power var S32
39844 0x9BA4 2 Total apparent power VA U32
39846 0x9BA6 1 Total power factor - / 1000 S16
39847 0x9BA7 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
39848 0x9BA8 2 Active power : P1 W S32
39850 0x9BAA 2 Active power : P2 W S32
39852 0x9BAC 2 Active power : P3 W S32
39854 0x9BAE 2 Reactive power : Q1 var S32
39856 0x9BB0 2 Reactive power : Q2 var S32
39858 0x9BB2 2 Reactive power : Q3 var S32
39860 0x9BB4 2 Lagging reactive power : Q1_lagg var S32
39862 0x9BB6 2 Lagging reactive power : Q2_lagg var S32
39864 0x9BB8 2 Lagging reactive power : Q3_lagg var S32
39866 0x9BBA 2 Leading reactive power : Q1_lead var S32
39868 0x9BBC 2 Leading reactive power : Q2_lead var S32
39870 0x9BBE 2 Leading reactive power : Q3_lead var S32
39872 0x9BC0 2 Apparent power : S1 VA U32
39874 0x9BC2 2 Apparent power : S2 VA U32
39876 0x9BC4 2 Apparent power : S3 VA U32
39878 0x9BC6 1 Power factor : PF1 - / 1000 S16
39879 0x9BC7 1 Power factor : PF2 - / 1000 S16
39880 0x9BC8 1 Power factor : PF3 - / 1000 S16
39881 0x9BC9 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
39882 0x9BCA 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
39883 0x9BCB 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
39884 0x9BCC 2 Current : Idelta mA U32
39886 0x9BCE 2 Current : Ipe mA U32

Instantaneous #22
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
39894 0x9BD6 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
39894 0x9BD6 1 Load status
0 : Disabled
1 : Enabled		 - U8
39895 0x9BD7 2 Date of last instance s DATETIME
39897 0x9BD9 1 Integration time s / 5 U16
39898 0x9BDA 2 System Ph-N Voltage V 10⁻² U32
39900 0x9BDC 2 System Ph-Ph Voltage V 10⁻² U32
39902 0x9BDE 2 System Current mA U32
39904 0x9BE0 2 Frequency mHz U32
39906 0x9BE2 2 Ph-N Voltage : V1 V 10⁻² U32
39908 0x9BE4 2 Ph-N Voltage : V2 V 10⁻² U32
39910 0x9BE6 2 Ph-N Voltage : V3 V 10⁻² U32
39912 0x9BE8 2 Ph-N Voltage : Vn V 10⁻² U32
39914 0x9BEA 2 Ph-Ph Voltage : U12 V 10⁻² U32
39916 0x9BEC 2 Ph-Ph Voltage : U23 V 10⁻² U32
39918 0x9BEE 2 Ph-Ph Voltage : U31 V 10⁻² U32
39920 0x9BF0 2 Current : I1 mA U32
39922 0x9BF2 2 Current : I2 mA U32
39924 0x9BF4 2 Current : I3 mA U32
39926 0x9BF6 2 Current : In mA U32
39928 0x9BF8 1 Inba % / 100 U16
39929 0x9BF9 2 Idir mA U32
39931 0x9BFB 2 Iinv mA U32
39933 0x9BFD 2 Ihom mA U32
39935 0x9BFF 1 Inb % / 100 U16
39936 0x9C00 2 Snom VA U32
39938 0x9C02 2 Total active power W S32
39940 0x9C04 2 Total reactive power var S32
39942 0x9C06 2 Total lagging reactive power var S32
39944 0x9C08 2 Total leading reactive power var S32
39946 0x9C0A 2 Total apparent power VA U32
39948 0x9C0C 1 Total power factor - / 1000 S16
39949 0x9C0D 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
39950 0x9C0E 2 Active power : P1 W S32
39952 0x9C10 2 Active power : P2 W S32
39954 0x9C12 2 Active power : P3 W S32
39956 0x9C14 2 Reactive power : Q1 var S32
39958 0x9C16 2 Reactive power : Q2 var S32
39960 0x9C18 2 Reactive power : Q3 var S32
39962 0x9C1A 2 Lagging reactive power : Q1_lagg var S32
39964 0x9C1C 2 Lagging reactive power : Q2_lagg var S32
39966 0x9C1E 2 Lagging reactive power : Q3_lagg var S32
39968 0x9C20 2 Leading reactive power : Q1_lead var S32
39970 0x9C22 2 Leading reactive power : Q2_lead var S32
39972 0x9C24 2 Leading reactive power : Q3_lead var S32
39974 0x9C26 2 Apparent power : S1 VA U32
39976 0x9C28 2 Apparent power : S2 VA U32
39978 0x9C2A 2 Apparent power : S3 VA U32
39980 0x9C2C 1 Power factor : PF1 - / 1000 S16
39981 0x9C2D 1 Power factor : PF2 - / 1000 S16
39982 0x9C2E 1 Power factor : PF3 - / 1000 S16
39983 0x9C2F 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
39984 0x9C30 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
39985 0x9C31 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
39986 0x9C32 2 Current : Idelta mA U32
39988 0x9C34 2 Current : Ipe mA U32

Instantaneous #23
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
39996 0x9C3C Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
39996 0x9C3C 1 Load status
0 : Disabled
1 : Enabled		 - U8
39997 0x9C3D 2 Date of last instance s DATETIME
39999 0x9C3F 1 Integration time s / 5 U16
40000 0x9C40 2 System Ph-N Voltage V 10⁻² U32
40002 0x9C42 2 System Ph-Ph Voltage V 10⁻² U32
40004 0x9C44 2 System Current mA U32
40006 0x9C46 2 Frequency mHz U32
40008 0x9C48 2 Ph-N Voltage : V1 V 10⁻² U32
40010 0x9C4A 2 Ph-N Voltage : V2 V 10⁻² U32
40012 0x9C4C 2 Ph-N Voltage : V3 V 10⁻² U32
40014 0x9C4E 2 Ph-N Voltage : Vn V 10⁻² U32
40016 0x9C50 2 Ph-Ph Voltage : U12 V 10⁻² U32
40018 0x9C52 2 Ph-Ph Voltage : U23 V 10⁻² U32
40020 0x9C54 2 Ph-Ph Voltage : U31 V 10⁻² U32
40022 0x9C56 2 Current : I1 mA U32
40024 0x9C58 2 Current : I2 mA U32
40026 0x9C5A 2 Current : I3 mA U32
40028 0x9C5C 2 Current : In mA U32
40030 0x9C5E 1 Inba % / 100 U16
40031 0x9C5F 2 Idir mA U32
40033 0x9C61 2 Iinv mA U32
40035 0x9C63 2 Ihom mA U32
40037 0x9C65 1 Inb % / 100 U16
40038 0x9C66 2 Snom VA U32
40040 0x9C68 2 Total active power W S32
40042 0x9C6A 2 Total reactive power var S32
40044 0x9C6C 2 Total lagging reactive power var S32
40046 0x9C6E 2 Total leading reactive power var S32
40048 0x9C70 2 Total apparent power VA U32
40050 0x9C72 1 Total power factor - / 1000 S16
40051 0x9C73 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
40052 0x9C74 2 Active power : P1 W S32
40054 0x9C76 2 Active power : P2 W S32
40056 0x9C78 2 Active power : P3 W S32
40058 0x9C7A 2 Reactive power : Q1 var S32
40060 0x9C7C 2 Reactive power : Q2 var S32
40062 0x9C7E 2 Reactive power : Q3 var S32
40064 0x9C80 2 Lagging reactive power : Q1_lagg var S32
40066 0x9C82 2 Lagging reactive power : Q2_lagg var S32
40068 0x9C84 2 Lagging reactive power : Q3_lagg var S32
40070 0x9C86 2 Leading reactive power : Q1_lead var S32
40072 0x9C88 2 Leading reactive power : Q2_lead var S32
40074 0x9C8A 2 Leading reactive power : Q3_lead var S32
40076 0x9C8C 2 Apparent power : S1 VA U32
40078 0x9C8E 2 Apparent power : S2 VA U32
40080 0x9C90 2 Apparent power : S3 VA U32
40082 0x9C92 1 Power factor : PF1 - / 1000 S16
40083 0x9C93 1 Power factor : PF2 - / 1000 S16
40084 0x9C94 1 Power factor : PF3 - / 1000 S16
40085 0x9C95 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
40086 0x9C96 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
40087 0x9C97 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
40088 0x9C98 2 Current : Idelta mA U32
40090 0x9C9A 2 Current : Ipe mA U32

Instantaneous #24
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
40098 0x9CA2 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
40098 0x9CA2 1 Load status
0 : Disabled
1 : Enabled		 - U8
40099 0x9CA3 2 Date of last instance s DATETIME
40101 0x9CA5 1 Integration time s / 5 U16
40102 0x9CA6 2 System Ph-N Voltage V 10⁻² U32
40104 0x9CA8 2 System Ph-Ph Voltage V 10⁻² U32
40106 0x9CAA 2 System Current mA U32
40108 0x9CAC 2 Frequency mHz U32
40110 0x9CAE 2 Ph-N Voltage : V1 V 10⁻² U32
40112 0x9CB0 2 Ph-N Voltage : V2 V 10⁻² U32
40114 0x9CB2 2 Ph-N Voltage : V3 V 10⁻² U32
40116 0x9CB4 2 Ph-N Voltage : Vn V 10⁻² U32
40118 0x9CB6 2 Ph-Ph Voltage : U12 V 10⁻² U32
40120 0x9CB8 2 Ph-Ph Voltage : U23 V 10⁻² U32
40122 0x9CBA 2 Ph-Ph Voltage : U31 V 10⁻² U32
40124 0x9CBC 2 Current : I1 mA U32
40126 0x9CBE 2 Current : I2 mA U32
40128 0x9CC0 2 Current : I3 mA U32
40130 0x9CC2 2 Current : In mA U32
40132 0x9CC4 1 Inba % / 100 U16
40133 0x9CC5 2 Idir mA U32
40135 0x9CC7 2 Iinv mA U32
40137 0x9CC9 2 Ihom mA U32
40139 0x9CCB 1 Inb % / 100 U16
40140 0x9CCC 2 Snom VA U32
40142 0x9CCE 2 Total active power W S32
40144 0x9CD0 2 Total reactive power var S32
40146 0x9CD2 2 Total lagging reactive power var S32
40148 0x9CD4 2 Total leading reactive power var S32
40150 0x9CD6 2 Total apparent power VA U32
40152 0x9CD8 1 Total power factor - / 1000 S16
40153 0x9CD9 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
40154 0x9CDA 2 Active power : P1 W S32
40156 0x9CDC 2 Active power : P2 W S32
40158 0x9CDE 2 Active power : P3 W S32
40160 0x9CE0 2 Reactive power : Q1 var S32
40162 0x9CE2 2 Reactive power : Q2 var S32
40164 0x9CE4 2 Reactive power : Q3 var S32
40166 0x9CE6 2 Lagging reactive power : Q1_lagg var S32
40168 0x9CE8 2 Lagging reactive power : Q2_lagg var S32
40170 0x9CEA 2 Lagging reactive power : Q3_lagg var S32
40172 0x9CEC 2 Leading reactive power : Q1_lead var S32
40174 0x9CEE 2 Leading reactive power : Q2_lead var S32
40176 0x9CF0 2 Leading reactive power : Q3_lead var S32
40178 0x9CF2 2 Apparent power : S1 VA U32
40180 0x9CF4 2 Apparent power : S2 VA U32
40182 0x9CF6 2 Apparent power : S3 VA U32
40184 0x9CF8 1 Power factor : PF1 - / 1000 S16
40185 0x9CF9 1 Power factor : PF2 - / 1000 S16
40186 0x9CFA 1 Power factor : PF3 - / 1000 S16
40187 0x9CFB 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
40188 0x9CFC 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
40189 0x9CFD 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
40190 0x9CFE 2 Current : Idelta mA U32
40192 0x9D00 2 Current : Ipe mA U32

Instantaneous fundamental #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
512 0x0200 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
512 0x0200 1 Load status
0 : Disabled
1 : Enabled		 - U8
513 0x0201 2 Date of last instance s DATETIME
515 0x0203 1 Integration time s / 5 U16
516 0x0204 2 Ph-N voltage: V1h1 V 10⁻² U32
518 0x0206 2 Ph-N voltage: V2h1 V 10⁻² U32
520 0x0208 2 Ph-N voltage: V3h1 V 10⁻² U32
522 0x020A 2 Ph-N voltage: Vnh1 V 10⁻² U32
524 0x020C 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
525 0x020D 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
526 0x020E 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
527 0x020F 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
528 0x0210 2 Ph-Ph voltage: U12h1 V 10⁻² U32
530 0x0212 2 Ph-Ph voltage: U23h1 V 10⁻² U32
532 0x0214 2 Ph-Ph voltage: U31h1 V 10⁻² U32
534 0x0216 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
535 0x0217 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
536 0x0218 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
537 0x0219 2 Current: I1h1 mA U32
539 0x021B 2 Current: I2h1 mA U32
541 0x021D 2 Current: I3h1 mA U32
543 0x021F 2 Current: Inh1 mA U32
545 0x0221 1 Current phase: phI1h1 ° 10⁻¹ S16
546 0x0222 1 Current phase: phI2h1 ° 10⁻¹ S16
547 0x0223 1 Current phase: phI3h1 ° 10⁻¹ S16
548 0x0224 1 Current phase: phInh1 ° 10⁻¹ S16
549 0x0225 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
550 0x0226 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
551 0x0227 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
552 0x0228 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
553 0x0229 2 P1h1 W S32
555 0x022B 2 P2h1 W S32
557 0x022D 2 P3h1 W S32
559 0x022F 2 Reserved - -
561 0x0231 2 Q1h1 var S32
563 0x0233 2 Q2h1 var S32
565 0x0235 2 Q3h1 var S32
567 0x0237 2 Reserved - -
569 0x0239 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
570 0x023A 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
571 0x023B 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
572 0x023C 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
573 0x023D 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
574 0x023E 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
575 0x023F 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
576 0x0240 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
577 0x0241 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
578 0x0242 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
579 0x0243 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
580 0x0244 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
581 0x0245 1 Curent total harmonic distortion : THD I1 % / 100 U16
582 0x0246 1 Curent total harmonic distortion : THD I2 % / 100 U16
583 0x0247 1 Curent total harmonic distortion : THD I3 % / 100 U16
584 0x0248 1 Curent total harmonic distortion : THD In % / 100 U16
585 0x0249 1 K-Factor I1 - / 100 U16
586 0x024A 1 K-Factor I2 - / 100 U16
587 0x024B 1 K-Factor I3 - / 100 U16
588 0x024C 1 K-Factor In - / 100 U16
589 0x024D 1 System THD V % / 100 U16
590 0x024E 1 System THD U % / 100 U16
591 0x024F 1 System THD I % / 100 U16
592 0x0250 1 Crest factor : I1 - / 1000 U16
593 0x0251 1 Crest factor : I2 - / 1000 U16
594 0x0252 1 Crest factor : I3 - / 1000 U16
595 0x0253 1 Crest factor : In - / 1000 U16
596 0x0254 1 Total demand distortion : TDD I1 % / 100 U16
597 0x0255 1 Total demand distortion : TDD I2 % / 100 U16
598 0x0256 1 Total demand distortion : TDD I3 % / 100 U16
599 0x0257 1 Total demand distortion : TDD In % / 100 U16
600 0x0258 1 System TDD I % / 100 U16
601 0x0259 2 S1h1 VA U32
603 0x025B 2 S2h1 VA U32
605 0x025D 2 S3h1 VA U32
607 0x025F 2 Reserved - -

Instantaneous fundamental #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
614 0x0266 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
614 0x0266 1 Load status
0 : Disabled
1 : Enabled		 - U8
615 0x0267 2 Date of last instance s DATETIME
617 0x0269 1 Integration time s / 5 U16
618 0x026A 2 Ph-N voltage: V1h1 V 10⁻² U32
620 0x026C 2 Ph-N voltage: V2h1 V 10⁻² U32
622 0x026E 2 Ph-N voltage: V3h1 V 10⁻² U32
624 0x0270 2 Ph-N voltage: Vnh1 V 10⁻² U32
626 0x0272 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
627 0x0273 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
628 0x0274 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
629 0x0275 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
630 0x0276 2 Ph-Ph voltage: U12h1 V 10⁻² U32
632 0x0278 2 Ph-Ph voltage: U23h1 V 10⁻² U32
634 0x027A 2 Ph-Ph voltage: U31h1 V 10⁻² U32
636 0x027C 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
637 0x027D 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
638 0x027E 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
639 0x027F 2 Current: I1h1 mA U32
641 0x0281 2 Current: I2h1 mA U32
643 0x0283 2 Current: I3h1 mA U32
645 0x0285 2 Current: Inh1 mA U32
647 0x0287 1 Current phase: phI1h1 ° 10⁻¹ S16
648 0x0288 1 Current phase: phI2h1 ° 10⁻¹ S16
649 0x0289 1 Current phase: phI3h1 ° 10⁻¹ S16
650 0x028A 1 Current phase: phInh1 ° 10⁻¹ S16
651 0x028B 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
652 0x028C 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
653 0x028D 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
654 0x028E 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
655 0x028F 2 P1h1 W S32
657 0x0291 2 P2h1 W S32
659 0x0293 2 P3h1 W S32
661 0x0295 2 Reserved - -
663 0x0297 2 Q1h1 var S32
665 0x0299 2 Q2h1 var S32
667 0x029B 2 Q3h1 var S32
669 0x029D 2 Reserved - -
671 0x029F 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
672 0x02A0 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
673 0x02A1 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
674 0x02A2 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
675 0x02A3 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
676 0x02A4 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
677 0x02A5 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
678 0x02A6 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
679 0x02A7 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
680 0x02A8 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
681 0x02A9 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
682 0x02AA 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
683 0x02AB 1 Curent total harmonic distortion : THD I1 % / 100 U16
684 0x02AC 1 Curent total harmonic distortion : THD I2 % / 100 U16
685 0x02AD 1 Curent total harmonic distortion : THD I3 % / 100 U16
686 0x02AE 1 Curent total harmonic distortion : THD In % / 100 U16
687 0x02AF 1 K-Factor I1 - / 100 U16
688 0x02B0 1 K-Factor I2 - / 100 U16
689 0x02B1 1 K-Factor I3 - / 100 U16
690 0x02B2 1 K-Factor In - / 100 U16
691 0x02B3 1 System THD V % / 100 U16
692 0x02B4 1 System THD U % / 100 U16
693 0x02B5 1 System THD I % / 100 U16
694 0x02B6 1 Crest factor : I1 - / 1000 U16
695 0x02B7 1 Crest factor : I2 - / 1000 U16
696 0x02B8 1 Crest factor : I3 - / 1000 U16
697 0x02B9 1 Crest factor : In - / 1000 U16
698 0x02BA 1 Total demand distortion : TDD I1 % / 100 U16
699 0x02BB 1 Total demand distortion : TDD I2 % / 100 U16
700 0x02BC 1 Total demand distortion : TDD I3 % / 100 U16
701 0x02BD 1 Total demand distortion : TDD In % / 100 U16
702 0x02BE 1 System TDD I % / 100 U16
703 0x02BF 2 S1h1 VA U32
705 0x02C1 2 S2h1 VA U32
707 0x02C3 2 S3h1 VA U32
709 0x02C5 2 Reserved - -

Instantaneous fundamental #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
716 0x02CC Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
716 0x02CC 1 Load status
0 : Disabled
1 : Enabled		 - U8
717 0x02CD 2 Date of last instance s DATETIME
719 0x02CF 1 Integration time s / 5 U16
720 0x02D0 2 Ph-N voltage: V1h1 V 10⁻² U32
722 0x02D2 2 Ph-N voltage: V2h1 V 10⁻² U32
724 0x02D4 2 Ph-N voltage: V3h1 V 10⁻² U32
726 0x02D6 2 Ph-N voltage: Vnh1 V 10⁻² U32
728 0x02D8 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
729 0x02D9 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
730 0x02DA 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
731 0x02DB 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
732 0x02DC 2 Ph-Ph voltage: U12h1 V 10⁻² U32
734 0x02DE 2 Ph-Ph voltage: U23h1 V 10⁻² U32
736 0x02E0 2 Ph-Ph voltage: U31h1 V 10⁻² U32
738 0x02E2 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
739 0x02E3 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
740 0x02E4 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
741 0x02E5 2 Current: I1h1 mA U32
743 0x02E7 2 Current: I2h1 mA U32
745 0x02E9 2 Current: I3h1 mA U32
747 0x02EB 2 Current: Inh1 mA U32
749 0x02ED 1 Current phase: phI1h1 ° 10⁻¹ S16
750 0x02EE 1 Current phase: phI2h1 ° 10⁻¹ S16
751 0x02EF 1 Current phase: phI3h1 ° 10⁻¹ S16
752 0x02F0 1 Current phase: phInh1 ° 10⁻¹ S16
753 0x02F1 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
754 0x02F2 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
755 0x02F3 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
756 0x02F4 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
757 0x02F5 2 P1h1 W S32
759 0x02F7 2 P2h1 W S32
761 0x02F9 2 P3h1 W S32
763 0x02FB 2 Reserved - -
765 0x02FD 2 Q1h1 var S32
767 0x02FF 2 Q2h1 var S32
769 0x0301 2 Q3h1 var S32
771 0x0303 2 Reserved - -
773 0x0305 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
774 0x0306 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
775 0x0307 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
776 0x0308 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
777 0x0309 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
778 0x030A 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
779 0x030B 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
780 0x030C 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
781 0x030D 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
782 0x030E 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
783 0x030F 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
784 0x0310 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
785 0x0311 1 Curent total harmonic distortion : THD I1 % / 100 U16
786 0x0312 1 Curent total harmonic distortion : THD I2 % / 100 U16
787 0x0313 1 Curent total harmonic distortion : THD I3 % / 100 U16
788 0x0314 1 Curent total harmonic distortion : THD In % / 100 U16
789 0x0315 1 K-Factor I1 - / 100 U16
790 0x0316 1 K-Factor I2 - / 100 U16
791 0x0317 1 K-Factor I3 - / 100 U16
792 0x0318 1 K-Factor In - / 100 U16
793 0x0319 1 System THD V % / 100 U16
794 0x031A 1 System THD U % / 100 U16
795 0x031B 1 System THD I % / 100 U16
796 0x031C 1 Crest factor : I1 - / 1000 U16
797 0x031D 1 Crest factor : I2 - / 1000 U16
798 0x031E 1 Crest factor : I3 - / 1000 U16
799 0x031F 1 Crest factor : In - / 1000 U16
800 0x0320 1 Total demand distortion : TDD I1 % / 100 U16
801 0x0321 1 Total demand distortion : TDD I2 % / 100 U16
802 0x0322 1 Total demand distortion : TDD I3 % / 100 U16
803 0x0323 1 Total demand distortion : TDD In % / 100 U16
804 0x0324 1 System TDD I % / 100 U16
805 0x0325 2 S1h1 VA U32
807 0x0327 2 S2h1 VA U32
809 0x0329 2 S3h1 VA U32
811 0x032B 2 Reserved - -

Instantaneous fundamental #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
818 0x0332 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
818 0x0332 1 Load status
0 : Disabled
1 : Enabled		 - U8
819 0x0333 2 Date of last instance s DATETIME
821 0x0335 1 Integration time s / 5 U16
822 0x0336 2 Ph-N voltage: V1h1 V 10⁻² U32
824 0x0338 2 Ph-N voltage: V2h1 V 10⁻² U32
826 0x033A 2 Ph-N voltage: V3h1 V 10⁻² U32
828 0x033C 2 Ph-N voltage: Vnh1 V 10⁻² U32
830 0x033E 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
831 0x033F 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
832 0x0340 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
833 0x0341 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
834 0x0342 2 Ph-Ph voltage: U12h1 V 10⁻² U32
836 0x0344 2 Ph-Ph voltage: U23h1 V 10⁻² U32
838 0x0346 2 Ph-Ph voltage: U31h1 V 10⁻² U32
840 0x0348 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
841 0x0349 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
842 0x034A 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
843 0x034B 2 Current: I1h1 mA U32
845 0x034D 2 Current: I2h1 mA U32
847 0x034F 2 Current: I3h1 mA U32
849 0x0351 2 Current: Inh1 mA U32
851 0x0353 1 Current phase: phI1h1 ° 10⁻¹ S16
852 0x0354 1 Current phase: phI2h1 ° 10⁻¹ S16
853 0x0355 1 Current phase: phI3h1 ° 10⁻¹ S16
854 0x0356 1 Current phase: phInh1 ° 10⁻¹ S16
855 0x0357 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
856 0x0358 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
857 0x0359 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
858 0x035A 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
859 0x035B 2 P1h1 W S32
861 0x035D 2 P2h1 W S32
863 0x035F 2 P3h1 W S32
865 0x0361 2 Reserved - -
867 0x0363 2 Q1h1 var S32
869 0x0365 2 Q2h1 var S32
871 0x0367 2 Q3h1 var S32
873 0x0369 2 Reserved - -
875 0x036B 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
876 0x036C 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
877 0x036D 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
878 0x036E 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
879 0x036F 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
880 0x0370 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
881 0x0371 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
882 0x0372 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
883 0x0373 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
884 0x0374 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
885 0x0375 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
886 0x0376 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
887 0x0377 1 Curent total harmonic distortion : THD I1 % / 100 U16
888 0x0378 1 Curent total harmonic distortion : THD I2 % / 100 U16
889 0x0379 1 Curent total harmonic distortion : THD I3 % / 100 U16
890 0x037A 1 Curent total harmonic distortion : THD In % / 100 U16
891 0x037B 1 K-Factor I1 - / 100 U16
892 0x037C 1 K-Factor I2 - / 100 U16
893 0x037D 1 K-Factor I3 - / 100 U16
894 0x037E 1 K-Factor In - / 100 U16
895 0x037F 1 System THD V % / 100 U16
896 0x0380 1 System THD U % / 100 U16
897 0x0381 1 System THD I % / 100 U16
898 0x0382 1 Crest factor : I1 - / 1000 U16
899 0x0383 1 Crest factor : I2 - / 1000 U16
900 0x0384 1 Crest factor : I3 - / 1000 U16
901 0x0385 1 Crest factor : In - / 1000 U16
902 0x0386 1 Total demand distortion : TDD I1 % / 100 U16
903 0x0387 1 Total demand distortion : TDD I2 % / 100 U16
904 0x0388 1 Total demand distortion : TDD I3 % / 100 U16
905 0x0389 1 Total demand distortion : TDD In % / 100 U16
906 0x038A 1 System TDD I % / 100 U16
907 0x038B 2 S1h1 VA U32
909 0x038D 2 S2h1 VA U32
911 0x038F 2 S3h1 VA U32
913 0x0391 2 Reserved - -

Instantaneous fundamental #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
920 0x0398 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
920 0x0398 1 Load status
0 : Disabled
1 : Enabled		 - U8
921 0x0399 2 Date of last instance s DATETIME
923 0x039B 1 Integration time s / 5 U16
924 0x039C 2 Ph-N voltage: V1h1 V 10⁻² U32
926 0x039E 2 Ph-N voltage: V2h1 V 10⁻² U32
928 0x03A0 2 Ph-N voltage: V3h1 V 10⁻² U32
930 0x03A2 2 Ph-N voltage: Vnh1 V 10⁻² U32
932 0x03A4 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
933 0x03A5 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
934 0x03A6 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
935 0x03A7 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
936 0x03A8 2 Ph-Ph voltage: U12h1 V 10⁻² U32
938 0x03AA 2 Ph-Ph voltage: U23h1 V 10⁻² U32
940 0x03AC 2 Ph-Ph voltage: U31h1 V 10⁻² U32
942 0x03AE 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
943 0x03AF 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
944 0x03B0 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
945 0x03B1 2 Current: I1h1 mA U32
947 0x03B3 2 Current: I2h1 mA U32
949 0x03B5 2 Current: I3h1 mA U32
951 0x03B7 2 Current: Inh1 mA U32
953 0x03B9 1 Current phase: phI1h1 ° 10⁻¹ S16
954 0x03BA 1 Current phase: phI2h1 ° 10⁻¹ S16
955 0x03BB 1 Current phase: phI3h1 ° 10⁻¹ S16
956 0x03BC 1 Current phase: phInh1 ° 10⁻¹ S16
957 0x03BD 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
958 0x03BE 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
959 0x03BF 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
960 0x03C0 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
961 0x03C1 2 P1h1 W S32
963 0x03C3 2 P2h1 W S32
965 0x03C5 2 P3h1 W S32
967 0x03C7 2 Reserved - -
969 0x03C9 2 Q1h1 var S32
971 0x03CB 2 Q2h1 var S32
973 0x03CD 2 Q3h1 var S32
975 0x03CF 2 Reserved - -
977 0x03D1 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
978 0x03D2 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
979 0x03D3 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
980 0x03D4 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
981 0x03D5 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
982 0x03D6 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
983 0x03D7 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
984 0x03D8 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
985 0x03D9 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
986 0x03DA 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
987 0x03DB 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
988 0x03DC 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
989 0x03DD 1 Curent total harmonic distortion : THD I1 % / 100 U16
990 0x03DE 1 Curent total harmonic distortion : THD I2 % / 100 U16
991 0x03DF 1 Curent total harmonic distortion : THD I3 % / 100 U16
992 0x03E0 1 Curent total harmonic distortion : THD In % / 100 U16
993 0x03E1 1 K-Factor I1 - / 100 U16
994 0x03E2 1 K-Factor I2 - / 100 U16
995 0x03E3 1 K-Factor I3 - / 100 U16
996 0x03E4 1 K-Factor In - / 100 U16
997 0x03E5 1 System THD V % / 100 U16
998 0x03E6 1 System THD U % / 100 U16
999 0x03E7 1 System THD I % / 100 U16
1000 0x03E8 1 Crest factor : I1 - / 1000 U16
1001 0x03E9 1 Crest factor : I2 - / 1000 U16
1002 0x03EA 1 Crest factor : I3 - / 1000 U16
1003 0x03EB 1 Crest factor : In - / 1000 U16
1004 0x03EC 1 Total demand distortion : TDD I1 % / 100 U16
1005 0x03ED 1 Total demand distortion : TDD I2 % / 100 U16
1006 0x03EE 1 Total demand distortion : TDD I3 % / 100 U16
1007 0x03EF 1 Total demand distortion : TDD In % / 100 U16
1008 0x03F0 1 System TDD I % / 100 U16
1009 0x03F1 2 S1h1 VA U32
1011 0x03F3 2 S2h1 VA U32
1013 0x03F5 2 S3h1 VA U32
1015 0x03F7 2 Reserved - -

Instantaneous fundamental #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1022 0x03FE Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
1022 0x03FE 1 Load status
0 : Disabled
1 : Enabled		 - U8
1023 0x03FF 2 Date of last instance s DATETIME
1025 0x0401 1 Integration time s / 5 U16
1026 0x0402 2 Ph-N voltage: V1h1 V 10⁻² U32
1028 0x0404 2 Ph-N voltage: V2h1 V 10⁻² U32
1030 0x0406 2 Ph-N voltage: V3h1 V 10⁻² U32
1032 0x0408 2 Ph-N voltage: Vnh1 V 10⁻² U32
1034 0x040A 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
1035 0x040B 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
1036 0x040C 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
1037 0x040D 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
1038 0x040E 2 Ph-Ph voltage: U12h1 V 10⁻² U32
1040 0x0410 2 Ph-Ph voltage: U23h1 V 10⁻² U32
1042 0x0412 2 Ph-Ph voltage: U31h1 V 10⁻² U32
1044 0x0414 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
1045 0x0415 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
1046 0x0416 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
1047 0x0417 2 Current: I1h1 mA U32
1049 0x0419 2 Current: I2h1 mA U32
1051 0x041B 2 Current: I3h1 mA U32
1053 0x041D 2 Current: Inh1 mA U32
1055 0x041F 1 Current phase: phI1h1 ° 10⁻¹ S16
1056 0x0420 1 Current phase: phI2h1 ° 10⁻¹ S16
1057 0x0421 1 Current phase: phI3h1 ° 10⁻¹ S16
1058 0x0422 1 Current phase: phInh1 ° 10⁻¹ S16
1059 0x0423 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
1060 0x0424 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
1061 0x0425 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
1062 0x0426 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
1063 0x0427 2 P1h1 W S32
1065 0x0429 2 P2h1 W S32
1067 0x042B 2 P3h1 W S32
1069 0x042D 2 Reserved - -
1071 0x042F 2 Q1h1 var S32
1073 0x0431 2 Q2h1 var S32
1075 0x0433 2 Q3h1 var S32
1077 0x0435 2 Reserved - -
1079 0x0437 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
1080 0x0438 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
1081 0x0439 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
1082 0x043A 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
1083 0x043B 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
1084 0x043C 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
1085 0x043D 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
1086 0x043E 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
1087 0x043F 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
1088 0x0440 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
1089 0x0441 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
1090 0x0442 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
1091 0x0443 1 Curent total harmonic distortion : THD I1 % / 100 U16
1092 0x0444 1 Curent total harmonic distortion : THD I2 % / 100 U16
1093 0x0445 1 Curent total harmonic distortion : THD I3 % / 100 U16
1094 0x0446 1 Curent total harmonic distortion : THD In % / 100 U16
1095 0x0447 1 K-Factor I1 - / 100 U16
1096 0x0448 1 K-Factor I2 - / 100 U16
1097 0x0449 1 K-Factor I3 - / 100 U16
1098 0x044A 1 K-Factor In - / 100 U16
1099 0x044B 1 System THD V % / 100 U16
1100 0x044C 1 System THD U % / 100 U16
1101 0x044D 1 System THD I % / 100 U16
1102 0x044E 1 Crest factor : I1 - / 1000 U16
1103 0x044F 1 Crest factor : I2 - / 1000 U16
1104 0x0450 1 Crest factor : I3 - / 1000 U16
1105 0x0451 1 Crest factor : In - / 1000 U16
1106 0x0452 1 Total demand distortion : TDD I1 % / 100 U16
1107 0x0453 1 Total demand distortion : TDD I2 % / 100 U16
1108 0x0454 1 Total demand distortion : TDD I3 % / 100 U16
1109 0x0455 1 Total demand distortion : TDD In % / 100 U16
1110 0x0456 1 System TDD I % / 100 U16
1111 0x0457 2 S1h1 VA U32
1113 0x0459 2 S2h1 VA U32
1115 0x045B 2 S3h1 VA U32
1117 0x045D 2 Reserved - -

Instantaneous fundamental #7
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1124 0x0464 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
1124 0x0464 1 Load status
0 : Disabled
1 : Enabled		 - U8
1125 0x0465 2 Date of last instance s DATETIME
1127 0x0467 1 Integration time s / 5 U16
1128 0x0468 2 Ph-N voltage: V1h1 V 10⁻² U32
1130 0x046A 2 Ph-N voltage: V2h1 V 10⁻² U32
1132 0x046C 2 Ph-N voltage: V3h1 V 10⁻² U32
1134 0x046E 2 Ph-N voltage: Vnh1 V 10⁻² U32
1136 0x0470 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
1137 0x0471 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
1138 0x0472 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
1139 0x0473 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
1140 0x0474 2 Ph-Ph voltage: U12h1 V 10⁻² U32
1142 0x0476 2 Ph-Ph voltage: U23h1 V 10⁻² U32
1144 0x0478 2 Ph-Ph voltage: U31h1 V 10⁻² U32
1146 0x047A 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
1147 0x047B 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
1148 0x047C 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
1149 0x047D 2 Current: I1h1 mA U32
1151 0x047F 2 Current: I2h1 mA U32
1153 0x0481 2 Current: I3h1 mA U32
1155 0x0483 2 Current: Inh1 mA U32
1157 0x0485 1 Current phase: phI1h1 ° 10⁻¹ S16
1158 0x0486 1 Current phase: phI2h1 ° 10⁻¹ S16
1159 0x0487 1 Current phase: phI3h1 ° 10⁻¹ S16
1160 0x0488 1 Current phase: phInh1 ° 10⁻¹ S16
1161 0x0489 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
1162 0x048A 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
1163 0x048B 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
1164 0x048C 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
1165 0x048D 2 P1h1 W S32
1167 0x048F 2 P2h1 W S32
1169 0x0491 2 P3h1 W S32
1171 0x0493 2 Reserved - -
1173 0x0495 2 Q1h1 var S32
1175 0x0497 2 Q2h1 var S32
1177 0x0499 2 Q3h1 var S32
1179 0x049B 2 Reserved - -
1181 0x049D 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
1182 0x049E 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
1183 0x049F 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
1184 0x04A0 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
1185 0x04A1 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
1186 0x04A2 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
1187 0x04A3 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
1188 0x04A4 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
1189 0x04A5 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
1190 0x04A6 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
1191 0x04A7 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
1192 0x04A8 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
1193 0x04A9 1 Curent total harmonic distortion : THD I1 % / 100 U16
1194 0x04AA 1 Curent total harmonic distortion : THD I2 % / 100 U16
1195 0x04AB 1 Curent total harmonic distortion : THD I3 % / 100 U16
1196 0x04AC 1 Curent total harmonic distortion : THD In % / 100 U16
1197 0x04AD 1 K-Factor I1 - / 100 U16
1198 0x04AE 1 K-Factor I2 - / 100 U16
1199 0x04AF 1 K-Factor I3 - / 100 U16
1200 0x04B0 1 K-Factor In - / 100 U16
1201 0x04B1 1 System THD V % / 100 U16
1202 0x04B2 1 System THD U % / 100 U16
1203 0x04B3 1 System THD I % / 100 U16
1204 0x04B4 1 Crest factor : I1 - / 1000 U16
1205 0x04B5 1 Crest factor : I2 - / 1000 U16
1206 0x04B6 1 Crest factor : I3 - / 1000 U16
1207 0x04B7 1 Crest factor : In - / 1000 U16
1208 0x04B8 1 Total demand distortion : TDD I1 % / 100 U16
1209 0x04B9 1 Total demand distortion : TDD I2 % / 100 U16
1210 0x04BA 1 Total demand distortion : TDD I3 % / 100 U16
1211 0x04BB 1 Total demand distortion : TDD In % / 100 U16
1212 0x04BC 1 System TDD I % / 100 U16
1213 0x04BD 2 S1h1 VA U32
1215 0x04BF 2 S2h1 VA U32
1217 0x04C1 2 S3h1 VA U32
1219 0x04C3 2 Reserved - -

Instantaneous fundamental #8
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1226 0x04CA Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
1226 0x04CA 1 Load status
0 : Disabled
1 : Enabled		 - U8
1227 0x04CB 2 Date of last instance s DATETIME
1229 0x04CD 1 Integration time s / 5 U16
1230 0x04CE 2 Ph-N voltage: V1h1 V 10⁻² U32
1232 0x04D0 2 Ph-N voltage: V2h1 V 10⁻² U32
1234 0x04D2 2 Ph-N voltage: V3h1 V 10⁻² U32
1236 0x04D4 2 Ph-N voltage: Vnh1 V 10⁻² U32
1238 0x04D6 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
1239 0x04D7 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
1240 0x04D8 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
1241 0x04D9 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
1242 0x04DA 2 Ph-Ph voltage: U12h1 V 10⁻² U32
1244 0x04DC 2 Ph-Ph voltage: U23h1 V 10⁻² U32
1246 0x04DE 2 Ph-Ph voltage: U31h1 V 10⁻² U32
1248 0x04E0 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
1249 0x04E1 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
1250 0x04E2 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
1251 0x04E3 2 Current: I1h1 mA U32
1253 0x04E5 2 Current: I2h1 mA U32
1255 0x04E7 2 Current: I3h1 mA U32
1257 0x04E9 2 Current: Inh1 mA U32
1259 0x04EB 1 Current phase: phI1h1 ° 10⁻¹ S16
1260 0x04EC 1 Current phase: phI2h1 ° 10⁻¹ S16
1261 0x04ED 1 Current phase: phI3h1 ° 10⁻¹ S16
1262 0x04EE 1 Current phase: phInh1 ° 10⁻¹ S16
1263 0x04EF 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
1264 0x04F0 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
1265 0x04F1 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
1266 0x04F2 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
1267 0x04F3 2 P1h1 W S32
1269 0x04F5 2 P2h1 W S32
1271 0x04F7 2 P3h1 W S32
1273 0x04F9 2 Reserved - -
1275 0x04FB 2 Q1h1 var S32
1277 0x04FD 2 Q2h1 var S32
1279 0x04FF 2 Q3h1 var S32
1281 0x0501 2 Reserved - -
1283 0x0503 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
1284 0x0504 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
1285 0x0505 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
1286 0x0506 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
1287 0x0507 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
1288 0x0508 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
1289 0x0509 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
1290 0x050A 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
1291 0x050B 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
1292 0x050C 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
1293 0x050D 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
1294 0x050E 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
1295 0x050F 1 Curent total harmonic distortion : THD I1 % / 100 U16
1296 0x0510 1 Curent total harmonic distortion : THD I2 % / 100 U16
1297 0x0511 1 Curent total harmonic distortion : THD I3 % / 100 U16
1298 0x0512 1 Curent total harmonic distortion : THD In % / 100 U16
1299 0x0513 1 K-Factor I1 - / 100 U16
1300 0x0514 1 K-Factor I2 - / 100 U16
1301 0x0515 1 K-Factor I3 - / 100 U16
1302 0x0516 1 K-Factor In - / 100 U16
1303 0x0517 1 System THD V % / 100 U16
1304 0x0518 1 System THD U % / 100 U16
1305 0x0519 1 System THD I % / 100 U16
1306 0x051A 1 Crest factor : I1 - / 1000 U16
1307 0x051B 1 Crest factor : I2 - / 1000 U16
1308 0x051C 1 Crest factor : I3 - / 1000 U16
1309 0x051D 1 Crest factor : In - / 1000 U16
1310 0x051E 1 Total demand distortion : TDD I1 % / 100 U16
1311 0x051F 1 Total demand distortion : TDD I2 % / 100 U16
1312 0x0520 1 Total demand distortion : TDD I3 % / 100 U16
1313 0x0521 1 Total demand distortion : TDD In % / 100 U16
1314 0x0522 1 System TDD I % / 100 U16
1315 0x0523 2 S1h1 VA U32
1317 0x0525 2 S2h1 VA U32
1319 0x0527 2 S3h1 VA U32
1321 0x0529 2 Reserved - -

Instantaneous fundamental #9
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1328 0x0530 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
1328 0x0530 1 Load status
0 : Disabled
1 : Enabled		 - U8
1329 0x0531 2 Date of last instance s DATETIME
1331 0x0533 1 Integration time s / 5 U16
1332 0x0534 2 Ph-N voltage: V1h1 V 10⁻² U32
1334 0x0536 2 Ph-N voltage: V2h1 V 10⁻² U32
1336 0x0538 2 Ph-N voltage: V3h1 V 10⁻² U32
1338 0x053A 2 Ph-N voltage: Vnh1 V 10⁻² U32
1340 0x053C 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
1341 0x053D 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
1342 0x053E 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
1343 0x053F 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
1344 0x0540 2 Ph-Ph voltage: U12h1 V 10⁻² U32
1346 0x0542 2 Ph-Ph voltage: U23h1 V 10⁻² U32
1348 0x0544 2 Ph-Ph voltage: U31h1 V 10⁻² U32
1350 0x0546 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
1351 0x0547 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
1352 0x0548 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
1353 0x0549 2 Current: I1h1 mA U32
1355 0x054B 2 Current: I2h1 mA U32
1357 0x054D 2 Current: I3h1 mA U32
1359 0x054F 2 Current: Inh1 mA U32
1361 0x0551 1 Current phase: phI1h1 ° 10⁻¹ S16
1362 0x0552 1 Current phase: phI2h1 ° 10⁻¹ S16
1363 0x0553 1 Current phase: phI3h1 ° 10⁻¹ S16
1364 0x0554 1 Current phase: phInh1 ° 10⁻¹ S16
1365 0x0555 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
1366 0x0556 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
1367 0x0557 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
1368 0x0558 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
1369 0x0559 2 P1h1 W S32
1371 0x055B 2 P2h1 W S32
1373 0x055D 2 P3h1 W S32
1375 0x055F 2 Reserved - -
1377 0x0561 2 Q1h1 var S32
1379 0x0563 2 Q2h1 var S32
1381 0x0565 2 Q3h1 var S32
1383 0x0567 2 Reserved - -
1385 0x0569 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
1386 0x056A 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
1387 0x056B 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
1388 0x056C 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
1389 0x056D 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
1390 0x056E 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
1391 0x056F 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
1392 0x0570 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
1393 0x0571 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
1394 0x0572 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
1395 0x0573 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
1396 0x0574 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
1397 0x0575 1 Curent total harmonic distortion : THD I1 % / 100 U16
1398 0x0576 1 Curent total harmonic distortion : THD I2 % / 100 U16
1399 0x0577 1 Curent total harmonic distortion : THD I3 % / 100 U16
1400 0x0578 1 Curent total harmonic distortion : THD In % / 100 U16
1401 0x0579 1 K-Factor I1 - / 100 U16
1402 0x057A 1 K-Factor I2 - / 100 U16
1403 0x057B 1 K-Factor I3 - / 100 U16
1404 0x057C 1 K-Factor In - / 100 U16
1405 0x057D 1 System THD V % / 100 U16
1406 0x057E 1 System THD U % / 100 U16
1407 0x057F 1 System THD I % / 100 U16
1408 0x0580 1 Crest factor : I1 - / 1000 U16
1409 0x0581 1 Crest factor : I2 - / 1000 U16
1410 0x0582 1 Crest factor : I3 - / 1000 U16
1411 0x0583 1 Crest factor : In - / 1000 U16
1412 0x0584 1 Total demand distortion : TDD I1 % / 100 U16
1413 0x0585 1 Total demand distortion : TDD I2 % / 100 U16
1414 0x0586 1 Total demand distortion : TDD I3 % / 100 U16
1415 0x0587 1 Total demand distortion : TDD In % / 100 U16
1416 0x0588 1 System TDD I % / 100 U16
1417 0x0589 2 S1h1 VA U32
1419 0x058B 2 S2h1 VA U32
1421 0x058D 2 S3h1 VA U32
1423 0x058F 2 Reserved - -

Instantaneous fundamental #10
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1430 0x0596 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
1430 0x0596 1 Load status
0 : Disabled
1 : Enabled		 - U8
1431 0x0597 2 Date of last instance s DATETIME
1433 0x0599 1 Integration time s / 5 U16
1434 0x059A 2 Ph-N voltage: V1h1 V 10⁻² U32
1436 0x059C 2 Ph-N voltage: V2h1 V 10⁻² U32
1438 0x059E 2 Ph-N voltage: V3h1 V 10⁻² U32
1440 0x05A0 2 Ph-N voltage: Vnh1 V 10⁻² U32
1442 0x05A2 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
1443 0x05A3 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
1444 0x05A4 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
1445 0x05A5 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
1446 0x05A6 2 Ph-Ph voltage: U12h1 V 10⁻² U32
1448 0x05A8 2 Ph-Ph voltage: U23h1 V 10⁻² U32
1450 0x05AA 2 Ph-Ph voltage: U31h1 V 10⁻² U32
1452 0x05AC 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
1453 0x05AD 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
1454 0x05AE 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
1455 0x05AF 2 Current: I1h1 mA U32
1457 0x05B1 2 Current: I2h1 mA U32
1459 0x05B3 2 Current: I3h1 mA U32
1461 0x05B5 2 Current: Inh1 mA U32
1463 0x05B7 1 Current phase: phI1h1 ° 10⁻¹ S16
1464 0x05B8 1 Current phase: phI2h1 ° 10⁻¹ S16
1465 0x05B9 1 Current phase: phI3h1 ° 10⁻¹ S16
1466 0x05BA 1 Current phase: phInh1 ° 10⁻¹ S16
1467 0x05BB 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
1468 0x05BC 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
1469 0x05BD 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
1470 0x05BE 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
1471 0x05BF 2 P1h1 W S32
1473 0x05C1 2 P2h1 W S32
1475 0x05C3 2 P3h1 W S32
1477 0x05C5 2 Reserved - -
1479 0x05C7 2 Q1h1 var S32
1481 0x05C9 2 Q2h1 var S32
1483 0x05CB 2 Q3h1 var S32
1485 0x05CD 2 Reserved - -
1487 0x05CF 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
1488 0x05D0 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
1489 0x05D1 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
1490 0x05D2 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
1491 0x05D3 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
1492 0x05D4 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
1493 0x05D5 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
1494 0x05D6 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
1495 0x05D7 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
1496 0x05D8 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
1497 0x05D9 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
1498 0x05DA 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
1499 0x05DB 1 Curent total harmonic distortion : THD I1 % / 100 U16
1500 0x05DC 1 Curent total harmonic distortion : THD I2 % / 100 U16
1501 0x05DD 1 Curent total harmonic distortion : THD I3 % / 100 U16
1502 0x05DE 1 Curent total harmonic distortion : THD In % / 100 U16
1503 0x05DF 1 K-Factor I1 - / 100 U16
1504 0x05E0 1 K-Factor I2 - / 100 U16
1505 0x05E1 1 K-Factor I3 - / 100 U16
1506 0x05E2 1 K-Factor In - / 100 U16
1507 0x05E3 1 System THD V % / 100 U16
1508 0x05E4 1 System THD U % / 100 U16
1509 0x05E5 1 System THD I % / 100 U16
1510 0x05E6 1 Crest factor : I1 - / 1000 U16
1511 0x05E7 1 Crest factor : I2 - / 1000 U16
1512 0x05E8 1 Crest factor : I3 - / 1000 U16
1513 0x05E9 1 Crest factor : In - / 1000 U16
1514 0x05EA 1 Total demand distortion : TDD I1 % / 100 U16
1515 0x05EB 1 Total demand distortion : TDD I2 % / 100 U16
1516 0x05EC 1 Total demand distortion : TDD I3 % / 100 U16
1517 0x05ED 1 Total demand distortion : TDD In % / 100 U16
1518 0x05EE 1 System TDD I % / 100 U16
1519 0x05EF 2 S1h1 VA U32
1521 0x05F1 2 S2h1 VA U32
1523 0x05F3 2 S3h1 VA U32
1525 0x05F5 2 Reserved - -

Instantaneous fundamental #11
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1532 0x05FC Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
1532 0x05FC 1 Load status
0 : Disabled
1 : Enabled		 - U8
1533 0x05FD 2 Date of last instance s DATETIME
1535 0x05FF 1 Integration time s / 5 U16
1536 0x0600 2 Ph-N voltage: V1h1 V 10⁻² U32
1538 0x0602 2 Ph-N voltage: V2h1 V 10⁻² U32
1540 0x0604 2 Ph-N voltage: V3h1 V 10⁻² U32
1542 0x0606 2 Ph-N voltage: Vnh1 V 10⁻² U32
1544 0x0608 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
1545 0x0609 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
1546 0x060A 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
1547 0x060B 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
1548 0x060C 2 Ph-Ph voltage: U12h1 V 10⁻² U32
1550 0x060E 2 Ph-Ph voltage: U23h1 V 10⁻² U32
1552 0x0610 2 Ph-Ph voltage: U31h1 V 10⁻² U32
1554 0x0612 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
1555 0x0613 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
1556 0x0614 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
1557 0x0615 2 Current: I1h1 mA U32
1559 0x0617 2 Current: I2h1 mA U32
1561 0x0619 2 Current: I3h1 mA U32
1563 0x061B 2 Current: Inh1 mA U32
1565 0x061D 1 Current phase: phI1h1 ° 10⁻¹ S16
1566 0x061E 1 Current phase: phI2h1 ° 10⁻¹ S16
1567 0x061F 1 Current phase: phI3h1 ° 10⁻¹ S16
1568 0x0620 1 Current phase: phInh1 ° 10⁻¹ S16
1569 0x0621 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
1570 0x0622 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
1571 0x0623 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
1572 0x0624 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
1573 0x0625 2 P1h1 W S32
1575 0x0627 2 P2h1 W S32
1577 0x0629 2 P3h1 W S32
1579 0x062B 2 Reserved - -
1581 0x062D 2 Q1h1 var S32
1583 0x062F 2 Q2h1 var S32
1585 0x0631 2 Q3h1 var S32
1587 0x0633 2 Reserved - -
1589 0x0635 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
1590 0x0636 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
1591 0x0637 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
1592 0x0638 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
1593 0x0639 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
1594 0x063A 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
1595 0x063B 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
1596 0x063C 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
1597 0x063D 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
1598 0x063E 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
1599 0x063F 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
1600 0x0640 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
1601 0x0641 1 Curent total harmonic distortion : THD I1 % / 100 U16
1602 0x0642 1 Curent total harmonic distortion : THD I2 % / 100 U16
1603 0x0643 1 Curent total harmonic distortion : THD I3 % / 100 U16
1604 0x0644 1 Curent total harmonic distortion : THD In % / 100 U16
1605 0x0645 1 K-Factor I1 - / 100 U16
1606 0x0646 1 K-Factor I2 - / 100 U16
1607 0x0647 1 K-Factor I3 - / 100 U16
1608 0x0648 1 K-Factor In - / 100 U16
1609 0x0649 1 System THD V % / 100 U16
1610 0x064A 1 System THD U % / 100 U16
1611 0x064B 1 System THD I % / 100 U16
1612 0x064C 1 Crest factor : I1 - / 1000 U16
1613 0x064D 1 Crest factor : I2 - / 1000 U16
1614 0x064E 1 Crest factor : I3 - / 1000 U16
1615 0x064F 1 Crest factor : In - / 1000 U16
1616 0x0650 1 Total demand distortion : TDD I1 % / 100 U16
1617 0x0651 1 Total demand distortion : TDD I2 % / 100 U16
1618 0x0652 1 Total demand distortion : TDD I3 % / 100 U16
1619 0x0653 1 Total demand distortion : TDD In % / 100 U16
1620 0x0654 1 System TDD I % / 100 U16
1621 0x0655 2 S1h1 VA U32
1623 0x0657 2 S2h1 VA U32
1625 0x0659 2 S3h1 VA U32
1627 0x065B 2 Reserved - -

Instantaneous fundamental #12
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1634 0x0662 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
1634 0x0662 1 Load status
0 : Disabled
1 : Enabled		 - U8
1635 0x0663 2 Date of last instance s DATETIME
1637 0x0665 1 Integration time s / 5 U16
1638 0x0666 2 Ph-N voltage: V1h1 V 10⁻² U32
1640 0x0668 2 Ph-N voltage: V2h1 V 10⁻² U32
1642 0x066A 2 Ph-N voltage: V3h1 V 10⁻² U32
1644 0x066C 2 Ph-N voltage: Vnh1 V 10⁻² U32
1646 0x066E 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
1647 0x066F 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
1648 0x0670 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
1649 0x0671 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
1650 0x0672 2 Ph-Ph voltage: U12h1 V 10⁻² U32
1652 0x0674 2 Ph-Ph voltage: U23h1 V 10⁻² U32
1654 0x0676 2 Ph-Ph voltage: U31h1 V 10⁻² U32
1656 0x0678 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
1657 0x0679 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
1658 0x067A 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
1659 0x067B 2 Current: I1h1 mA U32
1661 0x067D 2 Current: I2h1 mA U32
1663 0x067F 2 Current: I3h1 mA U32
1665 0x0681 2 Current: Inh1 mA U32
1667 0x0683 1 Current phase: phI1h1 ° 10⁻¹ S16
1668 0x0684 1 Current phase: phI2h1 ° 10⁻¹ S16
1669 0x0685 1 Current phase: phI3h1 ° 10⁻¹ S16
1670 0x0686 1 Current phase: phInh1 ° 10⁻¹ S16
1671 0x0687 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
1672 0x0688 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
1673 0x0689 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
1674 0x068A 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
1675 0x068B 2 P1h1 W S32
1677 0x068D 2 P2h1 W S32
1679 0x068F 2 P3h1 W S32
1681 0x0691 2 Reserved - -
1683 0x0693 2 Q1h1 var S32
1685 0x0695 2 Q2h1 var S32
1687 0x0697 2 Q3h1 var S32
1689 0x0699 2 Reserved - -
1691 0x069B 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
1692 0x069C 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
1693 0x069D 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
1694 0x069E 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
1695 0x069F 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
1696 0x06A0 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
1697 0x06A1 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
1698 0x06A2 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
1699 0x06A3 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
1700 0x06A4 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
1701 0x06A5 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
1702 0x06A6 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
1703 0x06A7 1 Curent total harmonic distortion : THD I1 % / 100 U16
1704 0x06A8 1 Curent total harmonic distortion : THD I2 % / 100 U16
1705 0x06A9 1 Curent total harmonic distortion : THD I3 % / 100 U16
1706 0x06AA 1 Curent total harmonic distortion : THD In % / 100 U16
1707 0x06AB 1 K-Factor I1 - / 100 U16
1708 0x06AC 1 K-Factor I2 - / 100 U16
1709 0x06AD 1 K-Factor I3 - / 100 U16
1710 0x06AE 1 K-Factor In - / 100 U16
1711 0x06AF 1 System THD V % / 100 U16
1712 0x06B0 1 System THD U % / 100 U16
1713 0x06B1 1 System THD I % / 100 U16
1714 0x06B2 1 Crest factor : I1 - / 1000 U16
1715 0x06B3 1 Crest factor : I2 - / 1000 U16
1716 0x06B4 1 Crest factor : I3 - / 1000 U16
1717 0x06B5 1 Crest factor : In - / 1000 U16
1718 0x06B6 1 Total demand distortion : TDD I1 % / 100 U16
1719 0x06B7 1 Total demand distortion : TDD I2 % / 100 U16
1720 0x06B8 1 Total demand distortion : TDD I3 % / 100 U16
1721 0x06B9 1 Total demand distortion : TDD In % / 100 U16
1722 0x06BA 1 System TDD I % / 100 U16
1723 0x06BB 2 S1h1 VA U32
1725 0x06BD 2 S2h1 VA U32
1727 0x06BF 2 S3h1 VA U32
1729 0x06C1 2 Reserved - -

Instantaneous fundamental #13
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1736 0x06C8 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
1736 0x06C8 1 Load status
0 : Disabled
1 : Enabled		 - U8
1737 0x06C9 2 Date of last instance s DATETIME
1739 0x06CB 1 Integration time s / 5 U16
1740 0x06CC 2 Ph-N voltage: V1h1 V 10⁻² U32
1742 0x06CE 2 Ph-N voltage: V2h1 V 10⁻² U32
1744 0x06D0 2 Ph-N voltage: V3h1 V 10⁻² U32
1746 0x06D2 2 Ph-N voltage: Vnh1 V 10⁻² U32
1748 0x06D4 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
1749 0x06D5 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
1750 0x06D6 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
1751 0x06D7 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
1752 0x06D8 2 Ph-Ph voltage: U12h1 V 10⁻² U32
1754 0x06DA 2 Ph-Ph voltage: U23h1 V 10⁻² U32
1756 0x06DC 2 Ph-Ph voltage: U31h1 V 10⁻² U32
1758 0x06DE 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
1759 0x06DF 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
1760 0x06E0 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
1761 0x06E1 2 Current: I1h1 mA U32
1763 0x06E3 2 Current: I2h1 mA U32
1765 0x06E5 2 Current: I3h1 mA U32
1767 0x06E7 2 Current: Inh1 mA U32
1769 0x06E9 1 Current phase: phI1h1 ° 10⁻¹ S16
1770 0x06EA 1 Current phase: phI2h1 ° 10⁻¹ S16
1771 0x06EB 1 Current phase: phI3h1 ° 10⁻¹ S16
1772 0x06EC 1 Current phase: phInh1 ° 10⁻¹ S16
1773 0x06ED 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
1774 0x06EE 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
1775 0x06EF 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
1776 0x06F0 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
1777 0x06F1 2 P1h1 W S32
1779 0x06F3 2 P2h1 W S32
1781 0x06F5 2 P3h1 W S32
1783 0x06F7 2 Reserved - -
1785 0x06F9 2 Q1h1 var S32
1787 0x06FB 2 Q2h1 var S32
1789 0x06FD 2 Q3h1 var S32
1791 0x06FF 2 Reserved - -
1793 0x0701 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
1794 0x0702 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
1795 0x0703 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
1796 0x0704 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
1797 0x0705 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
1798 0x0706 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
1799 0x0707 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
1800 0x0708 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
1801 0x0709 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
1802 0x070A 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
1803 0x070B 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
1804 0x070C 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
1805 0x070D 1 Curent total harmonic distortion : THD I1 % / 100 U16
1806 0x070E 1 Curent total harmonic distortion : THD I2 % / 100 U16
1807 0x070F 1 Curent total harmonic distortion : THD I3 % / 100 U16
1808 0x0710 1 Curent total harmonic distortion : THD In % / 100 U16
1809 0x0711 1 K-Factor I1 - / 100 U16
1810 0x0712 1 K-Factor I2 - / 100 U16
1811 0x0713 1 K-Factor I3 - / 100 U16
1812 0x0714 1 K-Factor In - / 100 U16
1813 0x0715 1 System THD V % / 100 U16
1814 0x0716 1 System THD U % / 100 U16
1815 0x0717 1 System THD I % / 100 U16
1816 0x0718 1 Crest factor : I1 - / 1000 U16
1817 0x0719 1 Crest factor : I2 - / 1000 U16
1818 0x071A 1 Crest factor : I3 - / 1000 U16
1819 0x071B 1 Crest factor : In - / 1000 U16
1820 0x071C 1 Total demand distortion : TDD I1 % / 100 U16
1821 0x071D 1 Total demand distortion : TDD I2 % / 100 U16
1822 0x071E 1 Total demand distortion : TDD I3 % / 100 U16
1823 0x071F 1 Total demand distortion : TDD In % / 100 U16
1824 0x0720 1 System TDD I % / 100 U16
1825 0x0721 2 S1h1 VA U32
1827 0x0723 2 S2h1 VA U32
1829 0x0725 2 S3h1 VA U32
1831 0x0727 2 Reserved - -

Instantaneous fundamental #14
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1838 0x072E Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
1838 0x072E 1 Load status
0 : Disabled
1 : Enabled		 - U8
1839 0x072F 2 Date of last instance s DATETIME
1841 0x0731 1 Integration time s / 5 U16
1842 0x0732 2 Ph-N voltage: V1h1 V 10⁻² U32
1844 0x0734 2 Ph-N voltage: V2h1 V 10⁻² U32
1846 0x0736 2 Ph-N voltage: V3h1 V 10⁻² U32
1848 0x0738 2 Ph-N voltage: Vnh1 V 10⁻² U32
1850 0x073A 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
1851 0x073B 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
1852 0x073C 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
1853 0x073D 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
1854 0x073E 2 Ph-Ph voltage: U12h1 V 10⁻² U32
1856 0x0740 2 Ph-Ph voltage: U23h1 V 10⁻² U32
1858 0x0742 2 Ph-Ph voltage: U31h1 V 10⁻² U32
1860 0x0744 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
1861 0x0745 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
1862 0x0746 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
1863 0x0747 2 Current: I1h1 mA U32
1865 0x0749 2 Current: I2h1 mA U32
1867 0x074B 2 Current: I3h1 mA U32
1869 0x074D 2 Current: Inh1 mA U32
1871 0x074F 1 Current phase: phI1h1 ° 10⁻¹ S16
1872 0x0750 1 Current phase: phI2h1 ° 10⁻¹ S16
1873 0x0751 1 Current phase: phI3h1 ° 10⁻¹ S16
1874 0x0752 1 Current phase: phInh1 ° 10⁻¹ S16
1875 0x0753 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
1876 0x0754 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
1877 0x0755 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
1878 0x0756 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
1879 0x0757 2 P1h1 W S32
1881 0x0759 2 P2h1 W S32
1883 0x075B 2 P3h1 W S32
1885 0x075D 2 Reserved - -
1887 0x075F 2 Q1h1 var S32
1889 0x0761 2 Q2h1 var S32
1891 0x0763 2 Q3h1 var S32
1893 0x0765 2 Reserved - -
1895 0x0767 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
1896 0x0768 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
1897 0x0769 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
1898 0x076A 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
1899 0x076B 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
1900 0x076C 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
1901 0x076D 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
1902 0x076E 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
1903 0x076F 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
1904 0x0770 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
1905 0x0771 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
1906 0x0772 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
1907 0x0773 1 Curent total harmonic distortion : THD I1 % / 100 U16
1908 0x0774 1 Curent total harmonic distortion : THD I2 % / 100 U16
1909 0x0775 1 Curent total harmonic distortion : THD I3 % / 100 U16
1910 0x0776 1 Curent total harmonic distortion : THD In % / 100 U16
1911 0x0777 1 K-Factor I1 - / 100 U16
1912 0x0778 1 K-Factor I2 - / 100 U16
1913 0x0779 1 K-Factor I3 - / 100 U16
1914 0x077A 1 K-Factor In - / 100 U16
1915 0x077B 1 System THD V % / 100 U16
1916 0x077C 1 System THD U % / 100 U16
1917 0x077D 1 System THD I % / 100 U16
1918 0x077E 1 Crest factor : I1 - / 1000 U16
1919 0x077F 1 Crest factor : I2 - / 1000 U16
1920 0x0780 1 Crest factor : I3 - / 1000 U16
1921 0x0781 1 Crest factor : In - / 1000 U16
1922 0x0782 1 Total demand distortion : TDD I1 % / 100 U16
1923 0x0783 1 Total demand distortion : TDD I2 % / 100 U16
1924 0x0784 1 Total demand distortion : TDD I3 % / 100 U16
1925 0x0785 1 Total demand distortion : TDD In % / 100 U16
1926 0x0786 1 System TDD I % / 100 U16
1927 0x0787 2 S1h1 VA U32
1929 0x0789 2 S2h1 VA U32
1931 0x078B 2 S3h1 VA U32
1933 0x078D 2 Reserved - -

Instantaneous fundamental #15
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1940 0x0794 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
1940 0x0794 1 Load status
0 : Disabled
1 : Enabled		 - U8
1941 0x0795 2 Date of last instance s DATETIME
1943 0x0797 1 Integration time s / 5 U16
1944 0x0798 2 Ph-N voltage: V1h1 V 10⁻² U32
1946 0x079A 2 Ph-N voltage: V2h1 V 10⁻² U32
1948 0x079C 2 Ph-N voltage: V3h1 V 10⁻² U32
1950 0x079E 2 Ph-N voltage: Vnh1 V 10⁻² U32
1952 0x07A0 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
1953 0x07A1 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
1954 0x07A2 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
1955 0x07A3 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
1956 0x07A4 2 Ph-Ph voltage: U12h1 V 10⁻² U32
1958 0x07A6 2 Ph-Ph voltage: U23h1 V 10⁻² U32
1960 0x07A8 2 Ph-Ph voltage: U31h1 V 10⁻² U32
1962 0x07AA 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
1963 0x07AB 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
1964 0x07AC 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
1965 0x07AD 2 Current: I1h1 mA U32
1967 0x07AF 2 Current: I2h1 mA U32
1969 0x07B1 2 Current: I3h1 mA U32
1971 0x07B3 2 Current: Inh1 mA U32
1973 0x07B5 1 Current phase: phI1h1 ° 10⁻¹ S16
1974 0x07B6 1 Current phase: phI2h1 ° 10⁻¹ S16
1975 0x07B7 1 Current phase: phI3h1 ° 10⁻¹ S16
1976 0x07B8 1 Current phase: phInh1 ° 10⁻¹ S16
1977 0x07B9 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
1978 0x07BA 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
1979 0x07BB 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
1980 0x07BC 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
1981 0x07BD 2 P1h1 W S32
1983 0x07BF 2 P2h1 W S32
1985 0x07C1 2 P3h1 W S32
1987 0x07C3 2 Reserved - -
1989 0x07C5 2 Q1h1 var S32
1991 0x07C7 2 Q2h1 var S32
1993 0x07C9 2 Q3h1 var S32
1995 0x07CB 2 Reserved - -
1997 0x07CD 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
1998 0x07CE 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
1999 0x07CF 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
2000 0x07D0 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
2001 0x07D1 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
2002 0x07D2 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
2003 0x07D3 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
2004 0x07D4 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
2005 0x07D5 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
2006 0x07D6 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
2007 0x07D7 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
2008 0x07D8 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
2009 0x07D9 1 Curent total harmonic distortion : THD I1 % / 100 U16
2010 0x07DA 1 Curent total harmonic distortion : THD I2 % / 100 U16
2011 0x07DB 1 Curent total harmonic distortion : THD I3 % / 100 U16
2012 0x07DC 1 Curent total harmonic distortion : THD In % / 100 U16
2013 0x07DD 1 K-Factor I1 - / 100 U16
2014 0x07DE 1 K-Factor I2 - / 100 U16
2015 0x07DF 1 K-Factor I3 - / 100 U16
2016 0x07E0 1 K-Factor In - / 100 U16
2017 0x07E1 1 System THD V % / 100 U16
2018 0x07E2 1 System THD U % / 100 U16
2019 0x07E3 1 System THD I % / 100 U16
2020 0x07E4 1 Crest factor : I1 - / 1000 U16
2021 0x07E5 1 Crest factor : I2 - / 1000 U16
2022 0x07E6 1 Crest factor : I3 - / 1000 U16
2023 0x07E7 1 Crest factor : In - / 1000 U16
2024 0x07E8 1 Total demand distortion : TDD I1 % / 100 U16
2025 0x07E9 1 Total demand distortion : TDD I2 % / 100 U16
2026 0x07EA 1 Total demand distortion : TDD I3 % / 100 U16
2027 0x07EB 1 Total demand distortion : TDD In % / 100 U16
2028 0x07EC 1 System TDD I % / 100 U16
2029 0x07ED 2 S1h1 VA U32
2031 0x07EF 2 S2h1 VA U32
2033 0x07F1 2 S3h1 VA U32
2035 0x07F3 2 Reserved - -

Instantaneous fundamental #16
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2042 0x07FA Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
2042 0x07FA 1 Load status
0 : Disabled
1 : Enabled		 - U8
2043 0x07FB 2 Date of last instance s DATETIME
2045 0x07FD 1 Integration time s / 5 U16
2046 0x07FE 2 Ph-N voltage: V1h1 V 10⁻² U32
2048 0x0800 2 Ph-N voltage: V2h1 V 10⁻² U32
2050 0x0802 2 Ph-N voltage: V3h1 V 10⁻² U32
2052 0x0804 2 Ph-N voltage: Vnh1 V 10⁻² U32
2054 0x0806 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
2055 0x0807 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
2056 0x0808 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
2057 0x0809 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
2058 0x080A 2 Ph-Ph voltage: U12h1 V 10⁻² U32
2060 0x080C 2 Ph-Ph voltage: U23h1 V 10⁻² U32
2062 0x080E 2 Ph-Ph voltage: U31h1 V 10⁻² U32
2064 0x0810 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
2065 0x0811 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
2066 0x0812 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
2067 0x0813 2 Current: I1h1 mA U32
2069 0x0815 2 Current: I2h1 mA U32
2071 0x0817 2 Current: I3h1 mA U32
2073 0x0819 2 Current: Inh1 mA U32
2075 0x081B 1 Current phase: phI1h1 ° 10⁻¹ S16
2076 0x081C 1 Current phase: phI2h1 ° 10⁻¹ S16
2077 0x081D 1 Current phase: phI3h1 ° 10⁻¹ S16
2078 0x081E 1 Current phase: phInh1 ° 10⁻¹ S16
2079 0x081F 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
2080 0x0820 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
2081 0x0821 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
2082 0x0822 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
2083 0x0823 2 P1h1 W S32
2085 0x0825 2 P2h1 W S32
2087 0x0827 2 P3h1 W S32
2089 0x0829 2 Reserved - -
2091 0x082B 2 Q1h1 var S32
2093 0x082D 2 Q2h1 var S32
2095 0x082F 2 Q3h1 var S32
2097 0x0831 2 Reserved - -
2099 0x0833 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
2100 0x0834 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
2101 0x0835 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
2102 0x0836 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
2103 0x0837 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
2104 0x0838 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
2105 0x0839 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
2106 0x083A 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
2107 0x083B 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
2108 0x083C 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
2109 0x083D 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
2110 0x083E 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
2111 0x083F 1 Curent total harmonic distortion : THD I1 % / 100 U16
2112 0x0840 1 Curent total harmonic distortion : THD I2 % / 100 U16
2113 0x0841 1 Curent total harmonic distortion : THD I3 % / 100 U16
2114 0x0842 1 Curent total harmonic distortion : THD In % / 100 U16
2115 0x0843 1 K-Factor I1 - / 100 U16
2116 0x0844 1 K-Factor I2 - / 100 U16
2117 0x0845 1 K-Factor I3 - / 100 U16
2118 0x0846 1 K-Factor In - / 100 U16
2119 0x0847 1 System THD V % / 100 U16
2120 0x0848 1 System THD U % / 100 U16
2121 0x0849 1 System THD I % / 100 U16
2122 0x084A 1 Crest factor : I1 - / 1000 U16
2123 0x084B 1 Crest factor : I2 - / 1000 U16
2124 0x084C 1 Crest factor : I3 - / 1000 U16
2125 0x084D 1 Crest factor : In - / 1000 U16
2126 0x084E 1 Total demand distortion : TDD I1 % / 100 U16
2127 0x084F 1 Total demand distortion : TDD I2 % / 100 U16
2128 0x0850 1 Total demand distortion : TDD I3 % / 100 U16
2129 0x0851 1 Total demand distortion : TDD In % / 100 U16
2130 0x0852 1 System TDD I % / 100 U16
2131 0x0853 2 S1h1 VA U32
2133 0x0855 2 S2h1 VA U32
2135 0x0857 2 S3h1 VA U32
2137 0x0859 2 Reserved - -

Instantaneous fundamental #17
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2144 0x0860 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
2144 0x0860 1 Load status
0 : Disabled
1 : Enabled		 - U8
2145 0x0861 2 Date of last instance s DATETIME
2147 0x0863 1 Integration time s / 5 U16
2148 0x0864 2 Ph-N voltage: V1h1 V 10⁻² U32
2150 0x0866 2 Ph-N voltage: V2h1 V 10⁻² U32
2152 0x0868 2 Ph-N voltage: V3h1 V 10⁻² U32
2154 0x086A 2 Ph-N voltage: Vnh1 V 10⁻² U32
2156 0x086C 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
2157 0x086D 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
2158 0x086E 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
2159 0x086F 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
2160 0x0870 2 Ph-Ph voltage: U12h1 V 10⁻² U32
2162 0x0872 2 Ph-Ph voltage: U23h1 V 10⁻² U32
2164 0x0874 2 Ph-Ph voltage: U31h1 V 10⁻² U32
2166 0x0876 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
2167 0x0877 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
2168 0x0878 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
2169 0x0879 2 Current: I1h1 mA U32
2171 0x087B 2 Current: I2h1 mA U32
2173 0x087D 2 Current: I3h1 mA U32
2175 0x087F 2 Current: Inh1 mA U32
2177 0x0881 1 Current phase: phI1h1 ° 10⁻¹ S16
2178 0x0882 1 Current phase: phI2h1 ° 10⁻¹ S16
2179 0x0883 1 Current phase: phI3h1 ° 10⁻¹ S16
2180 0x0884 1 Current phase: phInh1 ° 10⁻¹ S16
2181 0x0885 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
2182 0x0886 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
2183 0x0887 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
2184 0x0888 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
2185 0x0889 2 P1h1 W S32
2187 0x088B 2 P2h1 W S32
2189 0x088D 2 P3h1 W S32
2191 0x088F 2 Reserved - -
2193 0x0891 2 Q1h1 var S32
2195 0x0893 2 Q2h1 var S32
2197 0x0895 2 Q3h1 var S32
2199 0x0897 2 Reserved - -
2201 0x0899 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
2202 0x089A 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
2203 0x089B 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
2204 0x089C 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
2205 0x089D 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
2206 0x089E 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
2207 0x089F 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
2208 0x08A0 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
2209 0x08A1 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
2210 0x08A2 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
2211 0x08A3 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
2212 0x08A4 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
2213 0x08A5 1 Curent total harmonic distortion : THD I1 % / 100 U16
2214 0x08A6 1 Curent total harmonic distortion : THD I2 % / 100 U16
2215 0x08A7 1 Curent total harmonic distortion : THD I3 % / 100 U16
2216 0x08A8 1 Curent total harmonic distortion : THD In % / 100 U16
2217 0x08A9 1 K-Factor I1 - / 100 U16
2218 0x08AA 1 K-Factor I2 - / 100 U16
2219 0x08AB 1 K-Factor I3 - / 100 U16
2220 0x08AC 1 K-Factor In - / 100 U16
2221 0x08AD 1 System THD V % / 100 U16
2222 0x08AE 1 System THD U % / 100 U16
2223 0x08AF 1 System THD I % / 100 U16
2224 0x08B0 1 Crest factor : I1 - / 1000 U16
2225 0x08B1 1 Crest factor : I2 - / 1000 U16
2226 0x08B2 1 Crest factor : I3 - / 1000 U16
2227 0x08B3 1 Crest factor : In - / 1000 U16
2228 0x08B4 1 Total demand distortion : TDD I1 % / 100 U16
2229 0x08B5 1 Total demand distortion : TDD I2 % / 100 U16
2230 0x08B6 1 Total demand distortion : TDD I3 % / 100 U16
2231 0x08B7 1 Total demand distortion : TDD In % / 100 U16
2232 0x08B8 1 System TDD I % / 100 U16
2233 0x08B9 2 S1h1 VA U32
2235 0x08BB 2 S2h1 VA U32
2237 0x08BD 2 S3h1 VA U32
2239 0x08BF 2 Reserved - -

Instantaneous fundamental #18
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2246 0x08C6 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
2246 0x08C6 1 Load status
0 : Disabled
1 : Enabled		 - U8
2247 0x08C7 2 Date of last instance s DATETIME
2249 0x08C9 1 Integration time s / 5 U16
2250 0x08CA 2 Ph-N voltage: V1h1 V 10⁻² U32
2252 0x08CC 2 Ph-N voltage: V2h1 V 10⁻² U32
2254 0x08CE 2 Ph-N voltage: V3h1 V 10⁻² U32
2256 0x08D0 2 Ph-N voltage: Vnh1 V 10⁻² U32
2258 0x08D2 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
2259 0x08D3 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
2260 0x08D4 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
2261 0x08D5 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
2262 0x08D6 2 Ph-Ph voltage: U12h1 V 10⁻² U32
2264 0x08D8 2 Ph-Ph voltage: U23h1 V 10⁻² U32
2266 0x08DA 2 Ph-Ph voltage: U31h1 V 10⁻² U32
2268 0x08DC 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
2269 0x08DD 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
2270 0x08DE 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
2271 0x08DF 2 Current: I1h1 mA U32
2273 0x08E1 2 Current: I2h1 mA U32
2275 0x08E3 2 Current: I3h1 mA U32
2277 0x08E5 2 Current: Inh1 mA U32
2279 0x08E7 1 Current phase: phI1h1 ° 10⁻¹ S16
2280 0x08E8 1 Current phase: phI2h1 ° 10⁻¹ S16
2281 0x08E9 1 Current phase: phI3h1 ° 10⁻¹ S16
2282 0x08EA 1 Current phase: phInh1 ° 10⁻¹ S16
2283 0x08EB 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
2284 0x08EC 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
2285 0x08ED 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
2286 0x08EE 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
2287 0x08EF 2 P1h1 W S32
2289 0x08F1 2 P2h1 W S32
2291 0x08F3 2 P3h1 W S32
2293 0x08F5 2 Reserved - -
2295 0x08F7 2 Q1h1 var S32
2297 0x08F9 2 Q2h1 var S32
2299 0x08FB 2 Q3h1 var S32
2301 0x08FD 2 Reserved - -
2303 0x08FF 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
2304 0x0900 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
2305 0x0901 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
2306 0x0902 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
2307 0x0903 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
2308 0x0904 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
2309 0x0905 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
2310 0x0906 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
2311 0x0907 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
2312 0x0908 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
2313 0x0909 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
2314 0x090A 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
2315 0x090B 1 Curent total harmonic distortion : THD I1 % / 100 U16
2316 0x090C 1 Curent total harmonic distortion : THD I2 % / 100 U16
2317 0x090D 1 Curent total harmonic distortion : THD I3 % / 100 U16
2318 0x090E 1 Curent total harmonic distortion : THD In % / 100 U16
2319 0x090F 1 K-Factor I1 - / 100 U16
2320 0x0910 1 K-Factor I2 - / 100 U16
2321 0x0911 1 K-Factor I3 - / 100 U16
2322 0x0912 1 K-Factor In - / 100 U16
2323 0x0913 1 System THD V % / 100 U16
2324 0x0914 1 System THD U % / 100 U16
2325 0x0915 1 System THD I % / 100 U16
2326 0x0916 1 Crest factor : I1 - / 1000 U16
2327 0x0917 1 Crest factor : I2 - / 1000 U16
2328 0x0918 1 Crest factor : I3 - / 1000 U16
2329 0x0919 1 Crest factor : In - / 1000 U16
2330 0x091A 1 Total demand distortion : TDD I1 % / 100 U16
2331 0x091B 1 Total demand distortion : TDD I2 % / 100 U16
2332 0x091C 1 Total demand distortion : TDD I3 % / 100 U16
2333 0x091D 1 Total demand distortion : TDD In % / 100 U16
2334 0x091E 1 System TDD I % / 100 U16
2335 0x091F 2 S1h1 VA U32
2337 0x0921 2 S2h1 VA U32
2339 0x0923 2 S3h1 VA U32
2341 0x0925 2 Reserved - -

Instantaneous fundamental #19
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2348 0x092C Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
2348 0x092C 1 Load status
0 : Disabled
1 : Enabled		 - U8
2349 0x092D 2 Date of last instance s DATETIME
2351 0x092F 1 Integration time s / 5 U16
2352 0x0930 2 Ph-N voltage: V1h1 V 10⁻² U32
2354 0x0932 2 Ph-N voltage: V2h1 V 10⁻² U32
2356 0x0934 2 Ph-N voltage: V3h1 V 10⁻² U32
2358 0x0936 2 Ph-N voltage: Vnh1 V 10⁻² U32
2360 0x0938 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
2361 0x0939 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
2362 0x093A 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
2363 0x093B 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
2364 0x093C 2 Ph-Ph voltage: U12h1 V 10⁻² U32
2366 0x093E 2 Ph-Ph voltage: U23h1 V 10⁻² U32
2368 0x0940 2 Ph-Ph voltage: U31h1 V 10⁻² U32
2370 0x0942 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
2371 0x0943 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
2372 0x0944 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
2373 0x0945 2 Current: I1h1 mA U32
2375 0x0947 2 Current: I2h1 mA U32
2377 0x0949 2 Current: I3h1 mA U32
2379 0x094B 2 Current: Inh1 mA U32
2381 0x094D 1 Current phase: phI1h1 ° 10⁻¹ S16
2382 0x094E 1 Current phase: phI2h1 ° 10⁻¹ S16
2383 0x094F 1 Current phase: phI3h1 ° 10⁻¹ S16
2384 0x0950 1 Current phase: phInh1 ° 10⁻¹ S16
2385 0x0951 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
2386 0x0952 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
2387 0x0953 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
2388 0x0954 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
2389 0x0955 2 P1h1 W S32
2391 0x0957 2 P2h1 W S32
2393 0x0959 2 P3h1 W S32
2395 0x095B 2 Reserved - -
2397 0x095D 2 Q1h1 var S32
2399 0x095F 2 Q2h1 var S32
2401 0x0961 2 Q3h1 var S32
2403 0x0963 2 Reserved - -
2405 0x0965 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
2406 0x0966 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
2407 0x0967 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
2408 0x0968 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
2409 0x0969 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
2410 0x096A 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
2411 0x096B 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
2412 0x096C 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
2413 0x096D 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
2414 0x096E 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
2415 0x096F 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
2416 0x0970 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
2417 0x0971 1 Curent total harmonic distortion : THD I1 % / 100 U16
2418 0x0972 1 Curent total harmonic distortion : THD I2 % / 100 U16
2419 0x0973 1 Curent total harmonic distortion : THD I3 % / 100 U16
2420 0x0974 1 Curent total harmonic distortion : THD In % / 100 U16
2421 0x0975 1 K-Factor I1 - / 100 U16
2422 0x0976 1 K-Factor I2 - / 100 U16
2423 0x0977 1 K-Factor I3 - / 100 U16
2424 0x0978 1 K-Factor In - / 100 U16
2425 0x0979 1 System THD V % / 100 U16
2426 0x097A 1 System THD U % / 100 U16
2427 0x097B 1 System THD I % / 100 U16
2428 0x097C 1 Crest factor : I1 - / 1000 U16
2429 0x097D 1 Crest factor : I2 - / 1000 U16
2430 0x097E 1 Crest factor : I3 - / 1000 U16
2431 0x097F 1 Crest factor : In - / 1000 U16
2432 0x0980 1 Total demand distortion : TDD I1 % / 100 U16
2433 0x0981 1 Total demand distortion : TDD I2 % / 100 U16
2434 0x0982 1 Total demand distortion : TDD I3 % / 100 U16
2435 0x0983 1 Total demand distortion : TDD In % / 100 U16
2436 0x0984 1 System TDD I % / 100 U16
2437 0x0985 2 S1h1 VA U32
2439 0x0987 2 S2h1 VA U32
2441 0x0989 2 S3h1 VA U32
2443 0x098B 2 Reserved - -

Instantaneous fundamental #20
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2450 0x0992 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
2450 0x0992 1 Load status
0 : Disabled
1 : Enabled		 - U8
2451 0x0993 2 Date of last instance s DATETIME
2453 0x0995 1 Integration time s / 5 U16
2454 0x0996 2 Ph-N voltage: V1h1 V 10⁻² U32
2456 0x0998 2 Ph-N voltage: V2h1 V 10⁻² U32
2458 0x099A 2 Ph-N voltage: V3h1 V 10⁻² U32
2460 0x099C 2 Ph-N voltage: Vnh1 V 10⁻² U32
2462 0x099E 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
2463 0x099F 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
2464 0x09A0 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
2465 0x09A1 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
2466 0x09A2 2 Ph-Ph voltage: U12h1 V 10⁻² U32
2468 0x09A4 2 Ph-Ph voltage: U23h1 V 10⁻² U32
2470 0x09A6 2 Ph-Ph voltage: U31h1 V 10⁻² U32
2472 0x09A8 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
2473 0x09A9 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
2474 0x09AA 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
2475 0x09AB 2 Current: I1h1 mA U32
2477 0x09AD 2 Current: I2h1 mA U32
2479 0x09AF 2 Current: I3h1 mA U32
2481 0x09B1 2 Current: Inh1 mA U32
2483 0x09B3 1 Current phase: phI1h1 ° 10⁻¹ S16
2484 0x09B4 1 Current phase: phI2h1 ° 10⁻¹ S16
2485 0x09B5 1 Current phase: phI3h1 ° 10⁻¹ S16
2486 0x09B6 1 Current phase: phInh1 ° 10⁻¹ S16
2487 0x09B7 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
2488 0x09B8 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
2489 0x09B9 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
2490 0x09BA 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
2491 0x09BB 2 P1h1 W S32
2493 0x09BD 2 P2h1 W S32
2495 0x09BF 2 P3h1 W S32
2497 0x09C1 2 Reserved - -
2499 0x09C3 2 Q1h1 var S32
2501 0x09C5 2 Q2h1 var S32
2503 0x09C7 2 Q3h1 var S32
2505 0x09C9 2 Reserved - -
2507 0x09CB 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
2508 0x09CC 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
2509 0x09CD 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
2510 0x09CE 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
2511 0x09CF 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
2512 0x09D0 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
2513 0x09D1 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
2514 0x09D2 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
2515 0x09D3 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
2516 0x09D4 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
2517 0x09D5 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
2518 0x09D6 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
2519 0x09D7 1 Curent total harmonic distortion : THD I1 % / 100 U16
2520 0x09D8 1 Curent total harmonic distortion : THD I2 % / 100 U16
2521 0x09D9 1 Curent total harmonic distortion : THD I3 % / 100 U16
2522 0x09DA 1 Curent total harmonic distortion : THD In % / 100 U16
2523 0x09DB 1 K-Factor I1 - / 100 U16
2524 0x09DC 1 K-Factor I2 - / 100 U16
2525 0x09DD 1 K-Factor I3 - / 100 U16
2526 0x09DE 1 K-Factor In - / 100 U16
2527 0x09DF 1 System THD V % / 100 U16
2528 0x09E0 1 System THD U % / 100 U16
2529 0x09E1 1 System THD I % / 100 U16
2530 0x09E2 1 Crest factor : I1 - / 1000 U16
2531 0x09E3 1 Crest factor : I2 - / 1000 U16
2532 0x09E4 1 Crest factor : I3 - / 1000 U16
2533 0x09E5 1 Crest factor : In - / 1000 U16
2534 0x09E6 1 Total demand distortion : TDD I1 % / 100 U16
2535 0x09E7 1 Total demand distortion : TDD I2 % / 100 U16
2536 0x09E8 1 Total demand distortion : TDD I3 % / 100 U16
2537 0x09E9 1 Total demand distortion : TDD In % / 100 U16
2538 0x09EA 1 System TDD I % / 100 U16
2539 0x09EB 2 S1h1 VA U32
2541 0x09ED 2 S2h1 VA U32
2543 0x09EF 2 S3h1 VA U32
2545 0x09F1 2 Reserved - -

Instantaneous fundamental #21
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2552 0x09F8 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
2552 0x09F8 1 Load status
0 : Disabled
1 : Enabled		 - U8
2553 0x09F9 2 Date of last instance s DATETIME
2555 0x09FB 1 Integration time s / 5 U16
2556 0x09FC 2 Ph-N voltage: V1h1 V 10⁻² U32
2558 0x09FE 2 Ph-N voltage: V2h1 V 10⁻² U32
2560 0x0A00 2 Ph-N voltage: V3h1 V 10⁻² U32
2562 0x0A02 2 Ph-N voltage: Vnh1 V 10⁻² U32
2564 0x0A04 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
2565 0x0A05 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
2566 0x0A06 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
2567 0x0A07 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
2568 0x0A08 2 Ph-Ph voltage: U12h1 V 10⁻² U32
2570 0x0A0A 2 Ph-Ph voltage: U23h1 V 10⁻² U32
2572 0x0A0C 2 Ph-Ph voltage: U31h1 V 10⁻² U32
2574 0x0A0E 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
2575 0x0A0F 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
2576 0x0A10 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
2577 0x0A11 2 Current: I1h1 mA U32
2579 0x0A13 2 Current: I2h1 mA U32
2581 0x0A15 2 Current: I3h1 mA U32
2583 0x0A17 2 Current: Inh1 mA U32
2585 0x0A19 1 Current phase: phI1h1 ° 10⁻¹ S16
2586 0x0A1A 1 Current phase: phI2h1 ° 10⁻¹ S16
2587 0x0A1B 1 Current phase: phI3h1 ° 10⁻¹ S16
2588 0x0A1C 1 Current phase: phInh1 ° 10⁻¹ S16
2589 0x0A1D 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
2590 0x0A1E 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
2591 0x0A1F 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
2592 0x0A20 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
2593 0x0A21 2 P1h1 W S32
2595 0x0A23 2 P2h1 W S32
2597 0x0A25 2 P3h1 W S32
2599 0x0A27 2 Reserved - -
2601 0x0A29 2 Q1h1 var S32
2603 0x0A2B 2 Q2h1 var S32
2605 0x0A2D 2 Q3h1 var S32
2607 0x0A2F 2 Reserved - -
2609 0x0A31 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
2610 0x0A32 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
2611 0x0A33 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
2612 0x0A34 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
2613 0x0A35 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
2614 0x0A36 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
2615 0x0A37 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
2616 0x0A38 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
2617 0x0A39 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
2618 0x0A3A 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
2619 0x0A3B 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
2620 0x0A3C 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
2621 0x0A3D 1 Curent total harmonic distortion : THD I1 % / 100 U16
2622 0x0A3E 1 Curent total harmonic distortion : THD I2 % / 100 U16
2623 0x0A3F 1 Curent total harmonic distortion : THD I3 % / 100 U16
2624 0x0A40 1 Curent total harmonic distortion : THD In % / 100 U16
2625 0x0A41 1 K-Factor I1 - / 100 U16
2626 0x0A42 1 K-Factor I2 - / 100 U16
2627 0x0A43 1 K-Factor I3 - / 100 U16
2628 0x0A44 1 K-Factor In - / 100 U16
2629 0x0A45 1 System THD V % / 100 U16
2630 0x0A46 1 System THD U % / 100 U16
2631 0x0A47 1 System THD I % / 100 U16
2632 0x0A48 1 Crest factor : I1 - / 1000 U16
2633 0x0A49 1 Crest factor : I2 - / 1000 U16
2634 0x0A4A 1 Crest factor : I3 - / 1000 U16
2635 0x0A4B 1 Crest factor : In - / 1000 U16
2636 0x0A4C 1 Total demand distortion : TDD I1 % / 100 U16
2637 0x0A4D 1 Total demand distortion : TDD I2 % / 100 U16
2638 0x0A4E 1 Total demand distortion : TDD I3 % / 100 U16
2639 0x0A4F 1 Total demand distortion : TDD In % / 100 U16
2640 0x0A50 1 System TDD I % / 100 U16
2641 0x0A51 2 S1h1 VA U32
2643 0x0A53 2 S2h1 VA U32
2645 0x0A55 2 S3h1 VA U32
2647 0x0A57 2 Reserved - -

Instantaneous fundamental #22
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2654 0x0A5E Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
2654 0x0A5E 1 Load status
0 : Disabled
1 : Enabled		 - U8
2655 0x0A5F 2 Date of last instance s DATETIME
2657 0x0A61 1 Integration time s / 5 U16
2658 0x0A62 2 Ph-N voltage: V1h1 V 10⁻² U32
2660 0x0A64 2 Ph-N voltage: V2h1 V 10⁻² U32
2662 0x0A66 2 Ph-N voltage: V3h1 V 10⁻² U32
2664 0x0A68 2 Ph-N voltage: Vnh1 V 10⁻² U32
2666 0x0A6A 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
2667 0x0A6B 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
2668 0x0A6C 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
2669 0x0A6D 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
2670 0x0A6E 2 Ph-Ph voltage: U12h1 V 10⁻² U32
2672 0x0A70 2 Ph-Ph voltage: U23h1 V 10⁻² U32
2674 0x0A72 2 Ph-Ph voltage: U31h1 V 10⁻² U32
2676 0x0A74 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
2677 0x0A75 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
2678 0x0A76 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
2679 0x0A77 2 Current: I1h1 mA U32
2681 0x0A79 2 Current: I2h1 mA U32
2683 0x0A7B 2 Current: I3h1 mA U32
2685 0x0A7D 2 Current: Inh1 mA U32
2687 0x0A7F 1 Current phase: phI1h1 ° 10⁻¹ S16
2688 0x0A80 1 Current phase: phI2h1 ° 10⁻¹ S16
2689 0x0A81 1 Current phase: phI3h1 ° 10⁻¹ S16
2690 0x0A82 1 Current phase: phInh1 ° 10⁻¹ S16
2691 0x0A83 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
2692 0x0A84 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
2693 0x0A85 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
2694 0x0A86 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
2695 0x0A87 2 P1h1 W S32
2697 0x0A89 2 P2h1 W S32
2699 0x0A8B 2 P3h1 W S32
2701 0x0A8D 2 Reserved - -
2703 0x0A8F 2 Q1h1 var S32
2705 0x0A91 2 Q2h1 var S32
2707 0x0A93 2 Q3h1 var S32
2709 0x0A95 2 Reserved - -
2711 0x0A97 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
2712 0x0A98 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
2713 0x0A99 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
2714 0x0A9A 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
2715 0x0A9B 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
2716 0x0A9C 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
2717 0x0A9D 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
2718 0x0A9E 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
2719 0x0A9F 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
2720 0x0AA0 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
2721 0x0AA1 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
2722 0x0AA2 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
2723 0x0AA3 1 Curent total harmonic distortion : THD I1 % / 100 U16
2724 0x0AA4 1 Curent total harmonic distortion : THD I2 % / 100 U16
2725 0x0AA5 1 Curent total harmonic distortion : THD I3 % / 100 U16
2726 0x0AA6 1 Curent total harmonic distortion : THD In % / 100 U16
2727 0x0AA7 1 K-Factor I1 - / 100 U16
2728 0x0AA8 1 K-Factor I2 - / 100 U16
2729 0x0AA9 1 K-Factor I3 - / 100 U16
2730 0x0AAA 1 K-Factor In - / 100 U16
2731 0x0AAB 1 System THD V % / 100 U16
2732 0x0AAC 1 System THD U % / 100 U16
2733 0x0AAD 1 System THD I % / 100 U16
2734 0x0AAE 1 Crest factor : I1 - / 1000 U16
2735 0x0AAF 1 Crest factor : I2 - / 1000 U16
2736 0x0AB0 1 Crest factor : I3 - / 1000 U16
2737 0x0AB1 1 Crest factor : In - / 1000 U16
2738 0x0AB2 1 Total demand distortion : TDD I1 % / 100 U16
2739 0x0AB3 1 Total demand distortion : TDD I2 % / 100 U16
2740 0x0AB4 1 Total demand distortion : TDD I3 % / 100 U16
2741 0x0AB5 1 Total demand distortion : TDD In % / 100 U16
2742 0x0AB6 1 System TDD I % / 100 U16
2743 0x0AB7 2 S1h1 VA U32
2745 0x0AB9 2 S2h1 VA U32
2747 0x0ABB 2 S3h1 VA U32
2749 0x0ABD 2 Reserved - -

Instantaneous fundamental #23
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2756 0x0AC4 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
2756 0x0AC4 1 Load status
0 : Disabled
1 : Enabled		 - U8
2757 0x0AC5 2 Date of last instance s DATETIME
2759 0x0AC7 1 Integration time s / 5 U16
2760 0x0AC8 2 Ph-N voltage: V1h1 V 10⁻² U32
2762 0x0ACA 2 Ph-N voltage: V2h1 V 10⁻² U32
2764 0x0ACC 2 Ph-N voltage: V3h1 V 10⁻² U32
2766 0x0ACE 2 Ph-N voltage: Vnh1 V 10⁻² U32
2768 0x0AD0 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
2769 0x0AD1 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
2770 0x0AD2 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
2771 0x0AD3 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
2772 0x0AD4 2 Ph-Ph voltage: U12h1 V 10⁻² U32
2774 0x0AD6 2 Ph-Ph voltage: U23h1 V 10⁻² U32
2776 0x0AD8 2 Ph-Ph voltage: U31h1 V 10⁻² U32
2778 0x0ADA 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
2779 0x0ADB 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
2780 0x0ADC 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
2781 0x0ADD 2 Current: I1h1 mA U32
2783 0x0ADF 2 Current: I2h1 mA U32
2785 0x0AE1 2 Current: I3h1 mA U32
2787 0x0AE3 2 Current: Inh1 mA U32
2789 0x0AE5 1 Current phase: phI1h1 ° 10⁻¹ S16
2790 0x0AE6 1 Current phase: phI2h1 ° 10⁻¹ S16
2791 0x0AE7 1 Current phase: phI3h1 ° 10⁻¹ S16
2792 0x0AE8 1 Current phase: phInh1 ° 10⁻¹ S16
2793 0x0AE9 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
2794 0x0AEA 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
2795 0x0AEB 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
2796 0x0AEC 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
2797 0x0AED 2 P1h1 W S32
2799 0x0AEF 2 P2h1 W S32
2801 0x0AF1 2 P3h1 W S32
2803 0x0AF3 2 Reserved - -
2805 0x0AF5 2 Q1h1 var S32
2807 0x0AF7 2 Q2h1 var S32
2809 0x0AF9 2 Q3h1 var S32
2811 0x0AFB 2 Reserved - -
2813 0x0AFD 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
2814 0x0AFE 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
2815 0x0AFF 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
2816 0x0B00 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
2817 0x0B01 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
2818 0x0B02 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
2819 0x0B03 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
2820 0x0B04 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
2821 0x0B05 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
2822 0x0B06 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
2823 0x0B07 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
2824 0x0B08 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
2825 0x0B09 1 Curent total harmonic distortion : THD I1 % / 100 U16
2826 0x0B0A 1 Curent total harmonic distortion : THD I2 % / 100 U16
2827 0x0B0B 1 Curent total harmonic distortion : THD I3 % / 100 U16
2828 0x0B0C 1 Curent total harmonic distortion : THD In % / 100 U16
2829 0x0B0D 1 K-Factor I1 - / 100 U16
2830 0x0B0E 1 K-Factor I2 - / 100 U16
2831 0x0B0F 1 K-Factor I3 - / 100 U16
2832 0x0B10 1 K-Factor In - / 100 U16
2833 0x0B11 1 System THD V % / 100 U16
2834 0x0B12 1 System THD U % / 100 U16
2835 0x0B13 1 System THD I % / 100 U16
2836 0x0B14 1 Crest factor : I1 - / 1000 U16
2837 0x0B15 1 Crest factor : I2 - / 1000 U16
2838 0x0B16 1 Crest factor : I3 - / 1000 U16
2839 0x0B17 1 Crest factor : In - / 1000 U16
2840 0x0B18 1 Total demand distortion : TDD I1 % / 100 U16
2841 0x0B19 1 Total demand distortion : TDD I2 % / 100 U16
2842 0x0B1A 1 Total demand distortion : TDD I3 % / 100 U16
2843 0x0B1B 1 Total demand distortion : TDD In % / 100 U16
2844 0x0B1C 1 System TDD I % / 100 U16
2845 0x0B1D 2 S1h1 VA U32
2847 0x0B1F 2 S2h1 VA U32
2849 0x0B21 2 S3h1 VA U32
2851 0x0B23 2 Reserved - -

Instantaneous fundamental #24
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2858 0x0B2A Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
2858 0x0B2A 1 Load status
0 : Disabled
1 : Enabled		 - U8
2859 0x0B2B 2 Date of last instance s DATETIME
2861 0x0B2D 1 Integration time s / 5 U16
2862 0x0B2E 2 Ph-N voltage: V1h1 V 10⁻² U32
2864 0x0B30 2 Ph-N voltage: V2h1 V 10⁻² U32
2866 0x0B32 2 Ph-N voltage: V3h1 V 10⁻² U32
2868 0x0B34 2 Ph-N voltage: Vnh1 V 10⁻² U32
2870 0x0B36 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
2871 0x0B37 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
2872 0x0B38 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
2873 0x0B39 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
2874 0x0B3A 2 Ph-Ph voltage: U12h1 V 10⁻² U32
2876 0x0B3C 2 Ph-Ph voltage: U23h1 V 10⁻² U32
2878 0x0B3E 2 Ph-Ph voltage: U31h1 V 10⁻² U32
2880 0x0B40 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
2881 0x0B41 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
2882 0x0B42 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
2883 0x0B43 2 Current: I1h1 mA U32
2885 0x0B45 2 Current: I2h1 mA U32
2887 0x0B47 2 Current: I3h1 mA U32
2889 0x0B49 2 Current: Inh1 mA U32
2891 0x0B4B 1 Current phase: phI1h1 ° 10⁻¹ S16
2892 0x0B4C 1 Current phase: phI2h1 ° 10⁻¹ S16
2893 0x0B4D 1 Current phase: phI3h1 ° 10⁻¹ S16
2894 0x0B4E 1 Current phase: phInh1 ° 10⁻¹ S16
2895 0x0B4F 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
2896 0x0B50 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
2897 0x0B51 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
2898 0x0B52 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
2899 0x0B53 2 P1h1 W S32
2901 0x0B55 2 P2h1 W S32
2903 0x0B57 2 P3h1 W S32
2905 0x0B59 2 Reserved - -
2907 0x0B5B 2 Q1h1 var S32
2909 0x0B5D 2 Q2h1 var S32
2911 0x0B5F 2 Q3h1 var S32
2913 0x0B61 2 Reserved - -
2915 0x0B63 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
2916 0x0B64 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
2917 0x0B65 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
2918 0x0B66 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
2919 0x0B67 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
2920 0x0B68 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
2921 0x0B69 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
2922 0x0B6A 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
2923 0x0B6B 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
2924 0x0B6C 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
2925 0x0B6D 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
2926 0x0B6E 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
2927 0x0B6F 1 Curent total harmonic distortion : THD I1 % / 100 U16
2928 0x0B70 1 Curent total harmonic distortion : THD I2 % / 100 U16
2929 0x0B71 1 Curent total harmonic distortion : THD I3 % / 100 U16
2930 0x0B72 1 Curent total harmonic distortion : THD In % / 100 U16
2931 0x0B73 1 K-Factor I1 - / 100 U16
2932 0x0B74 1 K-Factor I2 - / 100 U16
2933 0x0B75 1 K-Factor I3 - / 100 U16
2934 0x0B76 1 K-Factor In - / 100 U16
2935 0x0B77 1 System THD V % / 100 U16
2936 0x0B78 1 System THD U % / 100 U16
2937 0x0B79 1 System THD I % / 100 U16
2938 0x0B7A 1 Crest factor : I1 - / 1000 U16
2939 0x0B7B 1 Crest factor : I2 - / 1000 U16
2940 0x0B7C 1 Crest factor : I3 - / 1000 U16
2941 0x0B7D 1 Crest factor : In - / 1000 U16
2942 0x0B7E 1 Total demand distortion : TDD I1 % / 100 U16
2943 0x0B7F 1 Total demand distortion : TDD I2 % / 100 U16
2944 0x0B80 1 Total demand distortion : TDD I3 % / 100 U16
2945 0x0B81 1 Total demand distortion : TDD In % / 100 U16
2946 0x0B82 1 System TDD I % / 100 U16
2947 0x0B83 2 S1h1 VA U32
2949 0x0B85 2 S2h1 VA U32
2951 0x0B87 2 S3h1 VA U32
2953 0x0B89 2 Reserved - -

Instantaneous min #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
29352 0x72A8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
29352 0x72A8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
29353 0x72A9 2 Minimum Frequency mHz U32
29355 0x72AB 2 Date of minimum F - DATETIME
29357 0x72AD 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
29359 0x72AF 2 Date of minimum V1 - DATETIME
29361 0x72B1 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
29363 0x72B3 2 Date of minimum V2 - DATETIME
29365 0x72B5 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
29367 0x72B7 2 Date of minimum V3 - DATETIME
29369 0x72B9 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
29371 0x72BB 2 Date of minimum Vn - DATETIME
29373 0x72BD 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
29375 0x72BF 2 Date of minimum U12 - DATETIME
29377 0x72C1 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
29379 0x72C3 2 Date of minimum U23 - DATETIME
29381 0x72C5 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
29383 0x72C7 2 Date of minimum U31 - DATETIME
29385 0x72C9 2 Minimum Current : I1 mA U32
29387 0x72CB 2 Date of minimum I1 - DATETIME
29389 0x72CD 2 Minimum Current : I2 mA U32
29391 0x72CF 2 Date of minimum I2 - DATETIME
29393 0x72D1 2 Minimum Current : I3 mA U32
29395 0x72D3 2 Date of minimum I3 - DATETIME
29397 0x72D5 2 Minimum Current : In mA U32
29399 0x72D7 2 Date of minimum In - DATETIME
29401 0x72D9 2 Minimum Total active power W S32
29403 0x72DB 2 Date of minimum Ptot - DATETIME
29405 0x72DD 2 Minimum Total reactive power var S32
29407 0x72DF 2 Date of minimum Qtot - DATETIME
29409 0x72E1 2 Minimum Total apparent power VA U32
29411 0x72E3 2 Date of minimum Stot - DATETIME
29413 0x72E5 1 Minimum Total power factor - / 1000 S16
29414 0x72E6 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
29415 0x72E7 2 Date of minimum Total power factor - DATETIME
29417 0x72E9 2 Minimum Active power : P1 W S32
29419 0x72EB 2 Date of minimum P1 - DATETIME
29421 0x72ED 2 Minimum Active power : P2 W S32
29423 0x72EF 2 Date of minimum P2 - DATETIME
29425 0x72F1 2 Minimum Active power : P3 W S32
29427 0x72F3 2 Date of minimum P3 - DATETIME
29429 0x72F5 2 Minimum Reactive power : Q1 var S32
29431 0x72F7 2 Date of minimum Q1 - DATETIME
29433 0x72F9 2 Minimum Reactive power : Q2 var S32
29435 0x72FB 2 Date of minimum Q2 - DATETIME
29437 0x72FD 2 Minimum Reactive power : Q3 var S32
29439 0x72FF 2 Date of minimum Q3 - DATETIME
29441 0x7301 2 Minimum Apparent power : S1 VA U32
29443 0x7303 2 Date of minimum S1 - DATETIME
29445 0x7305 2 Minimum Apparent power : S2 VA U32
29447 0x7307 2 Date of minimum S2 - DATETIME
29449 0x7309 2 Minimum Apparent power : S3 VA U32
29451 0x730B 2 Date of minimum S3 - DATETIME
29453 0x730D 1 Minimum Power factor : PF1 - / 1000 S16
29454 0x730E 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
29455 0x730F 2 Date of minimum PF1 - DATETIME
29457 0x7311 1 Minimum Power factor : PF2 - / 1000 S16
29458 0x7312 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
29459 0x7313 2 Date of minimum PF2 - DATETIME
29461 0x7315 1 Minimum Power factor : PF3 - / 1000 S16
29462 0x7316 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
29463 0x7317 2 Date of minimum PF3 - DATETIME
29465 0x7319 2 Minimum Current : Idelta mA U32
29467 0x731B 2 Date of minimum Idelta - DATETIME
29469 0x731D 2 Minimum Current : Ipe mA U32
29471 0x731F 2 Date of minimum Ipe - DATETIME

Instantaneous min #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
29476 0x7324 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
29476 0x7324 1 Load status :
0 : Disabled
1 : Enabled		 - U8
29477 0x7325 2 Minimum Frequency mHz U32
29479 0x7327 2 Date of minimum F - DATETIME
29481 0x7329 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
29483 0x732B 2 Date of minimum V1 - DATETIME
29485 0x732D 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
29487 0x732F 2 Date of minimum V2 - DATETIME
29489 0x7331 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
29491 0x7333 2 Date of minimum V3 - DATETIME
29493 0x7335 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
29495 0x7337 2 Date of minimum Vn - DATETIME
29497 0x7339 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
29499 0x733B 2 Date of minimum U12 - DATETIME
29501 0x733D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
29503 0x733F 2 Date of minimum U23 - DATETIME
29505 0x7341 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
29507 0x7343 2 Date of minimum U31 - DATETIME
29509 0x7345 2 Minimum Current : I1 mA U32
29511 0x7347 2 Date of minimum I1 - DATETIME
29513 0x7349 2 Minimum Current : I2 mA U32
29515 0x734B 2 Date of minimum I2 - DATETIME
29517 0x734D 2 Minimum Current : I3 mA U32
29519 0x734F 2 Date of minimum I3 - DATETIME
29521 0x7351 2 Minimum Current : In mA U32
29523 0x7353 2 Date of minimum In - DATETIME
29525 0x7355 2 Minimum Total active power W S32
29527 0x7357 2 Date of minimum Ptot - DATETIME
29529 0x7359 2 Minimum Total reactive power var S32
29531 0x735B 2 Date of minimum Qtot - DATETIME
29533 0x735D 2 Minimum Total apparent power VA U32
29535 0x735F 2 Date of minimum Stot - DATETIME
29537 0x7361 1 Minimum Total power factor - / 1000 S16
29538 0x7362 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
29539 0x7363 2 Date of minimum Total power factor - DATETIME
29541 0x7365 2 Minimum Active power : P1 W S32
29543 0x7367 2 Date of minimum P1 - DATETIME
29545 0x7369 2 Minimum Active power : P2 W S32
29547 0x736B 2 Date of minimum P2 - DATETIME
29549 0x736D 2 Minimum Active power : P3 W S32
29551 0x736F 2 Date of minimum P3 - DATETIME
29553 0x7371 2 Minimum Reactive power : Q1 var S32
29555 0x7373 2 Date of minimum Q1 - DATETIME
29557 0x7375 2 Minimum Reactive power : Q2 var S32
29559 0x7377 2 Date of minimum Q2 - DATETIME
29561 0x7379 2 Minimum Reactive power : Q3 var S32
29563 0x737B 2 Date of minimum Q3 - DATETIME
29565 0x737D 2 Minimum Apparent power : S1 VA U32
29567 0x737F 2 Date of minimum S1 - DATETIME
29569 0x7381 2 Minimum Apparent power : S2 VA U32
29571 0x7383 2 Date of minimum S2 - DATETIME
29573 0x7385 2 Minimum Apparent power : S3 VA U32
29575 0x7387 2 Date of minimum S3 - DATETIME
29577 0x7389 1 Minimum Power factor : PF1 - / 1000 S16
29578 0x738A 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
29579 0x738B 2 Date of minimum PF1 - DATETIME
29581 0x738D 1 Minimum Power factor : PF2 - / 1000 S16
29582 0x738E 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
29583 0x738F 2 Date of minimum PF2 - DATETIME
29585 0x7391 1 Minimum Power factor : PF3 - / 1000 S16
29586 0x7392 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
29587 0x7393 2 Date of minimum PF3 - DATETIME
29589 0x7395 2 Minimum Current : Idelta mA U32
29591 0x7397 2 Date of minimum Idelta - DATETIME
29593 0x7399 2 Minimum Current : Ipe mA U32
29595 0x739B 2 Date of minimum Ipe - DATETIME

Instantaneous min #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
29600 0x73A0 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
29600 0x73A0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
29601 0x73A1 2 Minimum Frequency mHz U32
29603 0x73A3 2 Date of minimum F - DATETIME
29605 0x73A5 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
29607 0x73A7 2 Date of minimum V1 - DATETIME
29609 0x73A9 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
29611 0x73AB 2 Date of minimum V2 - DATETIME
29613 0x73AD 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
29615 0x73AF 2 Date of minimum V3 - DATETIME
29617 0x73B1 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
29619 0x73B3 2 Date of minimum Vn - DATETIME
29621 0x73B5 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
29623 0x73B7 2 Date of minimum U12 - DATETIME
29625 0x73B9 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
29627 0x73BB 2 Date of minimum U23 - DATETIME
29629 0x73BD 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
29631 0x73BF 2 Date of minimum U31 - DATETIME
29633 0x73C1 2 Minimum Current : I1 mA U32
29635 0x73C3 2 Date of minimum I1 - DATETIME
29637 0x73C5 2 Minimum Current : I2 mA U32
29639 0x73C7 2 Date of minimum I2 - DATETIME
29641 0x73C9 2 Minimum Current : I3 mA U32
29643 0x73CB 2 Date of minimum I3 - DATETIME
29645 0x73CD 2 Minimum Current : In mA U32
29647 0x73CF 2 Date of minimum In - DATETIME
29649 0x73D1 2 Minimum Total active power W S32
29651 0x73D3 2 Date of minimum Ptot - DATETIME
29653 0x73D5 2 Minimum Total reactive power var S32
29655 0x73D7 2 Date of minimum Qtot - DATETIME
29657 0x73D9 2 Minimum Total apparent power VA U32
29659 0x73DB 2 Date of minimum Stot - DATETIME
29661 0x73DD 1 Minimum Total power factor - / 1000 S16
29662 0x73DE 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
29663 0x73DF 2 Date of minimum Total power factor - DATETIME
29665 0x73E1 2 Minimum Active power : P1 W S32
29667 0x73E3 2 Date of minimum P1 - DATETIME
29669 0x73E5 2 Minimum Active power : P2 W S32
29671 0x73E7 2 Date of minimum P2 - DATETIME
29673 0x73E9 2 Minimum Active power : P3 W S32
29675 0x73EB 2 Date of minimum P3 - DATETIME
29677 0x73ED 2 Minimum Reactive power : Q1 var S32
29679 0x73EF 2 Date of minimum Q1 - DATETIME
29681 0x73F1 2 Minimum Reactive power : Q2 var S32
29683 0x73F3 2 Date of minimum Q2 - DATETIME
29685 0x73F5 2 Minimum Reactive power : Q3 var S32
29687 0x73F7 2 Date of minimum Q3 - DATETIME
29689 0x73F9 2 Minimum Apparent power : S1 VA U32
29691 0x73FB 2 Date of minimum S1 - DATETIME
29693 0x73FD 2 Minimum Apparent power : S2 VA U32
29695 0x73FF 2 Date of minimum S2 - DATETIME
29697 0x7401 2 Minimum Apparent power : S3 VA U32
29699 0x7403 2 Date of minimum S3 - DATETIME
29701 0x7405 1 Minimum Power factor : PF1 - / 1000 S16
29702 0x7406 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
29703 0x7407 2 Date of minimum PF1 - DATETIME
29705 0x7409 1 Minimum Power factor : PF2 - / 1000 S16
29706 0x740A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
29707 0x740B 2 Date of minimum PF2 - DATETIME
29709 0x740D 1 Minimum Power factor : PF3 - / 1000 S16
29710 0x740E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
29711 0x740F 2 Date of minimum PF3 - DATETIME
29713 0x7411 2 Minimum Current : Idelta mA U32
29715 0x7413 2 Date of minimum Idelta - DATETIME
29717 0x7415 2 Minimum Current : Ipe mA U32
29719 0x7417 2 Date of minimum Ipe - DATETIME

Instantaneous min #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
29724 0x741C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
29724 0x741C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
29725 0x741D 2 Minimum Frequency mHz U32
29727 0x741F 2 Date of minimum F - DATETIME
29729 0x7421 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
29731 0x7423 2 Date of minimum V1 - DATETIME
29733 0x7425 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
29735 0x7427 2 Date of minimum V2 - DATETIME
29737 0x7429 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
29739 0x742B 2 Date of minimum V3 - DATETIME
29741 0x742D 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
29743 0x742F 2 Date of minimum Vn - DATETIME
29745 0x7431 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
29747 0x7433 2 Date of minimum U12 - DATETIME
29749 0x7435 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
29751 0x7437 2 Date of minimum U23 - DATETIME
29753 0x7439 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
29755 0x743B 2 Date of minimum U31 - DATETIME
29757 0x743D 2 Minimum Current : I1 mA U32
29759 0x743F 2 Date of minimum I1 - DATETIME
29761 0x7441 2 Minimum Current : I2 mA U32
29763 0x7443 2 Date of minimum I2 - DATETIME
29765 0x7445 2 Minimum Current : I3 mA U32
29767 0x7447 2 Date of minimum I3 - DATETIME
29769 0x7449 2 Minimum Current : In mA U32
29771 0x744B 2 Date of minimum In - DATETIME
29773 0x744D 2 Minimum Total active power W S32
29775 0x744F 2 Date of minimum Ptot - DATETIME
29777 0x7451 2 Minimum Total reactive power var S32
29779 0x7453 2 Date of minimum Qtot - DATETIME
29781 0x7455 2 Minimum Total apparent power VA U32
29783 0x7457 2 Date of minimum Stot - DATETIME
29785 0x7459 1 Minimum Total power factor - / 1000 S16
29786 0x745A 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
29787 0x745B 2 Date of minimum Total power factor - DATETIME
29789 0x745D 2 Minimum Active power : P1 W S32
29791 0x745F 2 Date of minimum P1 - DATETIME
29793 0x7461 2 Minimum Active power : P2 W S32
29795 0x7463 2 Date of minimum P2 - DATETIME
29797 0x7465 2 Minimum Active power : P3 W S32
29799 0x7467 2 Date of minimum P3 - DATETIME
29801 0x7469 2 Minimum Reactive power : Q1 var S32
29803 0x746B 2 Date of minimum Q1 - DATETIME
29805 0x746D 2 Minimum Reactive power : Q2 var S32
29807 0x746F 2 Date of minimum Q2 - DATETIME
29809 0x7471 2 Minimum Reactive power : Q3 var S32
29811 0x7473 2 Date of minimum Q3 - DATETIME
29813 0x7475 2 Minimum Apparent power : S1 VA U32
29815 0x7477 2 Date of minimum S1 - DATETIME
29817 0x7479 2 Minimum Apparent power : S2 VA U32
29819 0x747B 2 Date of minimum S2 - DATETIME
29821 0x747D 2 Minimum Apparent power : S3 VA U32
29823 0x747F 2 Date of minimum S3 - DATETIME
29825 0x7481 1 Minimum Power factor : PF1 - / 1000 S16
29826 0x7482 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
29827 0x7483 2 Date of minimum PF1 - DATETIME
29829 0x7485 1 Minimum Power factor : PF2 - / 1000 S16
29830 0x7486 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
29831 0x7487 2 Date of minimum PF2 - DATETIME
29833 0x7489 1 Minimum Power factor : PF3 - / 1000 S16
29834 0x748A 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
29835 0x748B 2 Date of minimum PF3 - DATETIME
29837 0x748D 2 Minimum Current : Idelta mA U32
29839 0x748F 2 Date of minimum Idelta - DATETIME
29841 0x7491 2 Minimum Current : Ipe mA U32
29843 0x7493 2 Date of minimum Ipe - DATETIME

Instantaneous min #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
29848 0x7498 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
29848 0x7498 1 Load status :
0 : Disabled
1 : Enabled		 - U8
29849 0x7499 2 Minimum Frequency mHz U32
29851 0x749B 2 Date of minimum F - DATETIME
29853 0x749D 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
29855 0x749F 2 Date of minimum V1 - DATETIME
29857 0x74A1 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
29859 0x74A3 2 Date of minimum V2 - DATETIME
29861 0x74A5 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
29863 0x74A7 2 Date of minimum V3 - DATETIME
29865 0x74A9 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
29867 0x74AB 2 Date of minimum Vn - DATETIME
29869 0x74AD 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
29871 0x74AF 2 Date of minimum U12 - DATETIME
29873 0x74B1 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
29875 0x74B3 2 Date of minimum U23 - DATETIME
29877 0x74B5 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
29879 0x74B7 2 Date of minimum U31 - DATETIME
29881 0x74B9 2 Minimum Current : I1 mA U32
29883 0x74BB 2 Date of minimum I1 - DATETIME
29885 0x74BD 2 Minimum Current : I2 mA U32
29887 0x74BF 2 Date of minimum I2 - DATETIME
29889 0x74C1 2 Minimum Current : I3 mA U32
29891 0x74C3 2 Date of minimum I3 - DATETIME
29893 0x74C5 2 Minimum Current : In mA U32
29895 0x74C7 2 Date of minimum In - DATETIME
29897 0x74C9 2 Minimum Total active power W S32
29899 0x74CB 2 Date of minimum Ptot - DATETIME
29901 0x74CD 2 Minimum Total reactive power var S32
29903 0x74CF 2 Date of minimum Qtot - DATETIME
29905 0x74D1 2 Minimum Total apparent power VA U32
29907 0x74D3 2 Date of minimum Stot - DATETIME
29909 0x74D5 1 Minimum Total power factor - / 1000 S16
29910 0x74D6 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
29911 0x74D7 2 Date of minimum Total power factor - DATETIME
29913 0x74D9 2 Minimum Active power : P1 W S32
29915 0x74DB 2 Date of minimum P1 - DATETIME
29917 0x74DD 2 Minimum Active power : P2 W S32
29919 0x74DF 2 Date of minimum P2 - DATETIME
29921 0x74E1 2 Minimum Active power : P3 W S32
29923 0x74E3 2 Date of minimum P3 - DATETIME
29925 0x74E5 2 Minimum Reactive power : Q1 var S32
29927 0x74E7 2 Date of minimum Q1 - DATETIME
29929 0x74E9 2 Minimum Reactive power : Q2 var S32
29931 0x74EB 2 Date of minimum Q2 - DATETIME
29933 0x74ED 2 Minimum Reactive power : Q3 var S32
29935 0x74EF 2 Date of minimum Q3 - DATETIME
29937 0x74F1 2 Minimum Apparent power : S1 VA U32
29939 0x74F3 2 Date of minimum S1 - DATETIME
29941 0x74F5 2 Minimum Apparent power : S2 VA U32
29943 0x74F7 2 Date of minimum S2 - DATETIME
29945 0x74F9 2 Minimum Apparent power : S3 VA U32
29947 0x74FB 2 Date of minimum S3 - DATETIME
29949 0x74FD 1 Minimum Power factor : PF1 - / 1000 S16
29950 0x74FE 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
29951 0x74FF 2 Date of minimum PF1 - DATETIME
29953 0x7501 1 Minimum Power factor : PF2 - / 1000 S16
29954 0x7502 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
29955 0x7503 2 Date of minimum PF2 - DATETIME
29957 0x7505 1 Minimum Power factor : PF3 - / 1000 S16
29958 0x7506 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
29959 0x7507 2 Date of minimum PF3 - DATETIME
29961 0x7509 2 Minimum Current : Idelta mA U32
29963 0x750B 2 Date of minimum Idelta - DATETIME
29965 0x750D 2 Minimum Current : Ipe mA U32
29967 0x750F 2 Date of minimum Ipe - DATETIME

Instantaneous min #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
29972 0x7514 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
29972 0x7514 1 Load status :
0 : Disabled
1 : Enabled		 - U8
29973 0x7515 2 Minimum Frequency mHz U32
29975 0x7517 2 Date of minimum F - DATETIME
29977 0x7519 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
29979 0x751B 2 Date of minimum V1 - DATETIME
29981 0x751D 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
29983 0x751F 2 Date of minimum V2 - DATETIME
29985 0x7521 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
29987 0x7523 2 Date of minimum V3 - DATETIME
29989 0x7525 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
29991 0x7527 2 Date of minimum Vn - DATETIME
29993 0x7529 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
29995 0x752B 2 Date of minimum U12 - DATETIME
29997 0x752D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
29999 0x752F 2 Date of minimum U23 - DATETIME
30001 0x7531 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
30003 0x7533 2 Date of minimum U31 - DATETIME
30005 0x7535 2 Minimum Current : I1 mA U32
30007 0x7537 2 Date of minimum I1 - DATETIME
30009 0x7539 2 Minimum Current : I2 mA U32
30011 0x753B 2 Date of minimum I2 - DATETIME
30013 0x753D 2 Minimum Current : I3 mA U32
30015 0x753F 2 Date of minimum I3 - DATETIME
30017 0x7541 2 Minimum Current : In mA U32
30019 0x7543 2 Date of minimum In - DATETIME
30021 0x7545 2 Minimum Total active power W S32
30023 0x7547 2 Date of minimum Ptot - DATETIME
30025 0x7549 2 Minimum Total reactive power var S32
30027 0x754B 2 Date of minimum Qtot - DATETIME
30029 0x754D 2 Minimum Total apparent power VA U32
30031 0x754F 2 Date of minimum Stot - DATETIME
30033 0x7551 1 Minimum Total power factor - / 1000 S16
30034 0x7552 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
30035 0x7553 2 Date of minimum Total power factor - DATETIME
30037 0x7555 2 Minimum Active power : P1 W S32
30039 0x7557 2 Date of minimum P1 - DATETIME
30041 0x7559 2 Minimum Active power : P2 W S32
30043 0x755B 2 Date of minimum P2 - DATETIME
30045 0x755D 2 Minimum Active power : P3 W S32
30047 0x755F 2 Date of minimum P3 - DATETIME
30049 0x7561 2 Minimum Reactive power : Q1 var S32
30051 0x7563 2 Date of minimum Q1 - DATETIME
30053 0x7565 2 Minimum Reactive power : Q2 var S32
30055 0x7567 2 Date of minimum Q2 - DATETIME
30057 0x7569 2 Minimum Reactive power : Q3 var S32
30059 0x756B 2 Date of minimum Q3 - DATETIME
30061 0x756D 2 Minimum Apparent power : S1 VA U32
30063 0x756F 2 Date of minimum S1 - DATETIME
30065 0x7571 2 Minimum Apparent power : S2 VA U32
30067 0x7573 2 Date of minimum S2 - DATETIME
30069 0x7575 2 Minimum Apparent power : S3 VA U32
30071 0x7577 2 Date of minimum S3 - DATETIME
30073 0x7579 1 Minimum Power factor : PF1 - / 1000 S16
30074 0x757A 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
30075 0x757B 2 Date of minimum PF1 - DATETIME
30077 0x757D 1 Minimum Power factor : PF2 - / 1000 S16
30078 0x757E 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
30079 0x757F 2 Date of minimum PF2 - DATETIME
30081 0x7581 1 Minimum Power factor : PF3 - / 1000 S16
30082 0x7582 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
30083 0x7583 2 Date of minimum PF3 - DATETIME
30085 0x7585 2 Minimum Current : Idelta mA U32
30087 0x7587 2 Date of minimum Idelta - DATETIME
30089 0x7589 2 Minimum Current : Ipe mA U32
30091 0x758B 2 Date of minimum Ipe - DATETIME

Instantaneous min #7
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
30096 0x7590 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
30096 0x7590 1 Load status :
0 : Disabled
1 : Enabled		 - U8
30097 0x7591 2 Minimum Frequency mHz U32
30099 0x7593 2 Date of minimum F - DATETIME
30101 0x7595 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
30103 0x7597 2 Date of minimum V1 - DATETIME
30105 0x7599 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
30107 0x759B 2 Date of minimum V2 - DATETIME
30109 0x759D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
30111 0x759F 2 Date of minimum V3 - DATETIME
30113 0x75A1 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
30115 0x75A3 2 Date of minimum Vn - DATETIME
30117 0x75A5 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
30119 0x75A7 2 Date of minimum U12 - DATETIME
30121 0x75A9 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
30123 0x75AB 2 Date of minimum U23 - DATETIME
30125 0x75AD 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
30127 0x75AF 2 Date of minimum U31 - DATETIME
30129 0x75B1 2 Minimum Current : I1 mA U32
30131 0x75B3 2 Date of minimum I1 - DATETIME
30133 0x75B5 2 Minimum Current : I2 mA U32
30135 0x75B7 2 Date of minimum I2 - DATETIME
30137 0x75B9 2 Minimum Current : I3 mA U32
30139 0x75BB 2 Date of minimum I3 - DATETIME
30141 0x75BD 2 Minimum Current : In mA U32
30143 0x75BF 2 Date of minimum In - DATETIME
30145 0x75C1 2 Minimum Total active power W S32
30147 0x75C3 2 Date of minimum Ptot - DATETIME
30149 0x75C5 2 Minimum Total reactive power var S32
30151 0x75C7 2 Date of minimum Qtot - DATETIME
30153 0x75C9 2 Minimum Total apparent power VA U32
30155 0x75CB 2 Date of minimum Stot - DATETIME
30157 0x75CD 1 Minimum Total power factor - / 1000 S16
30158 0x75CE 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
30159 0x75CF 2 Date of minimum Total power factor - DATETIME
30161 0x75D1 2 Minimum Active power : P1 W S32
30163 0x75D3 2 Date of minimum P1 - DATETIME
30165 0x75D5 2 Minimum Active power : P2 W S32
30167 0x75D7 2 Date of minimum P2 - DATETIME
30169 0x75D9 2 Minimum Active power : P3 W S32
30171 0x75DB 2 Date of minimum P3 - DATETIME
30173 0x75DD 2 Minimum Reactive power : Q1 var S32
30175 0x75DF 2 Date of minimum Q1 - DATETIME
30177 0x75E1 2 Minimum Reactive power : Q2 var S32
30179 0x75E3 2 Date of minimum Q2 - DATETIME
30181 0x75E5 2 Minimum Reactive power : Q3 var S32
30183 0x75E7 2 Date of minimum Q3 - DATETIME
30185 0x75E9 2 Minimum Apparent power : S1 VA U32
30187 0x75EB 2 Date of minimum S1 - DATETIME
30189 0x75ED 2 Minimum Apparent power : S2 VA U32
30191 0x75EF 2 Date of minimum S2 - DATETIME
30193 0x75F1 2 Minimum Apparent power : S3 VA U32
30195 0x75F3 2 Date of minimum S3 - DATETIME
30197 0x75F5 1 Minimum Power factor : PF1 - / 1000 S16
30198 0x75F6 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
30199 0x75F7 2 Date of minimum PF1 - DATETIME
30201 0x75F9 1 Minimum Power factor : PF2 - / 1000 S16
30202 0x75FA 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
30203 0x75FB 2 Date of minimum PF2 - DATETIME
30205 0x75FD 1 Minimum Power factor : PF3 - / 1000 S16
30206 0x75FE 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
30207 0x75FF 2 Date of minimum PF3 - DATETIME
30209 0x7601 2 Minimum Current : Idelta mA U32
30211 0x7603 2 Date of minimum Idelta - DATETIME
30213 0x7605 2 Minimum Current : Ipe mA U32
30215 0x7607 2 Date of minimum Ipe - DATETIME

Instantaneous min #8
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
30220 0x760C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
30220 0x760C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
30221 0x760D 2 Minimum Frequency mHz U32
30223 0x760F 2 Date of minimum F - DATETIME
30225 0x7611 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
30227 0x7613 2 Date of minimum V1 - DATETIME
30229 0x7615 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
30231 0x7617 2 Date of minimum V2 - DATETIME
30233 0x7619 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
30235 0x761B 2 Date of minimum V3 - DATETIME
30237 0x761D 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
30239 0x761F 2 Date of minimum Vn - DATETIME
30241 0x7621 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
30243 0x7623 2 Date of minimum U12 - DATETIME
30245 0x7625 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
30247 0x7627 2 Date of minimum U23 - DATETIME
30249 0x7629 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
30251 0x762B 2 Date of minimum U31 - DATETIME
30253 0x762D 2 Minimum Current : I1 mA U32
30255 0x762F 2 Date of minimum I1 - DATETIME
30257 0x7631 2 Minimum Current : I2 mA U32
30259 0x7633 2 Date of minimum I2 - DATETIME
30261 0x7635 2 Minimum Current : I3 mA U32
30263 0x7637 2 Date of minimum I3 - DATETIME
30265 0x7639 2 Minimum Current : In mA U32
30267 0x763B 2 Date of minimum In - DATETIME
30269 0x763D 2 Minimum Total active power W S32
30271 0x763F 2 Date of minimum Ptot - DATETIME
30273 0x7641 2 Minimum Total reactive power var S32
30275 0x7643 2 Date of minimum Qtot - DATETIME
30277 0x7645 2 Minimum Total apparent power VA U32
30279 0x7647 2 Date of minimum Stot - DATETIME
30281 0x7649 1 Minimum Total power factor - / 1000 S16
30282 0x764A 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
30283 0x764B 2 Date of minimum Total power factor - DATETIME
30285 0x764D 2 Minimum Active power : P1 W S32
30287 0x764F 2 Date of minimum P1 - DATETIME
30289 0x7651 2 Minimum Active power : P2 W S32
30291 0x7653 2 Date of minimum P2 - DATETIME
30293 0x7655 2 Minimum Active power : P3 W S32
30295 0x7657 2 Date of minimum P3 - DATETIME
30297 0x7659 2 Minimum Reactive power : Q1 var S32
30299 0x765B 2 Date of minimum Q1 - DATETIME
30301 0x765D 2 Minimum Reactive power : Q2 var S32
30303 0x765F 2 Date of minimum Q2 - DATETIME
30305 0x7661 2 Minimum Reactive power : Q3 var S32
30307 0x7663 2 Date of minimum Q3 - DATETIME
30309 0x7665 2 Minimum Apparent power : S1 VA U32
30311 0x7667 2 Date of minimum S1 - DATETIME
30313 0x7669 2 Minimum Apparent power : S2 VA U32
30315 0x766B 2 Date of minimum S2 - DATETIME
30317 0x766D 2 Minimum Apparent power : S3 VA U32
30319 0x766F 2 Date of minimum S3 - DATETIME
30321 0x7671 1 Minimum Power factor : PF1 - / 1000 S16
30322 0x7672 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
30323 0x7673 2 Date of minimum PF1 - DATETIME
30325 0x7675 1 Minimum Power factor : PF2 - / 1000 S16
30326 0x7676 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
30327 0x7677 2 Date of minimum PF2 - DATETIME
30329 0x7679 1 Minimum Power factor : PF3 - / 1000 S16
30330 0x767A 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
30331 0x767B 2 Date of minimum PF3 - DATETIME
30333 0x767D 2 Minimum Current : Idelta mA U32
30335 0x767F 2 Date of minimum Idelta - DATETIME
30337 0x7681 2 Minimum Current : Ipe mA U32
30339 0x7683 2 Date of minimum Ipe - DATETIME

Instantaneous min #9
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
30344 0x7688 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
30344 0x7688 1 Load status :
0 : Disabled
1 : Enabled		 - U8
30345 0x7689 2 Minimum Frequency mHz U32
30347 0x768B 2 Date of minimum F - DATETIME
30349 0x768D 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
30351 0x768F 2 Date of minimum V1 - DATETIME
30353 0x7691 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
30355 0x7693 2 Date of minimum V2 - DATETIME
30357 0x7695 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
30359 0x7697 2 Date of minimum V3 - DATETIME
30361 0x7699 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
30363 0x769B 2 Date of minimum Vn - DATETIME
30365 0x769D 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
30367 0x769F 2 Date of minimum U12 - DATETIME
30369 0x76A1 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
30371 0x76A3 2 Date of minimum U23 - DATETIME
30373 0x76A5 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
30375 0x76A7 2 Date of minimum U31 - DATETIME
30377 0x76A9 2 Minimum Current : I1 mA U32
30379 0x76AB 2 Date of minimum I1 - DATETIME
30381 0x76AD 2 Minimum Current : I2 mA U32
30383 0x76AF 2 Date of minimum I2 - DATETIME
30385 0x76B1 2 Minimum Current : I3 mA U32
30387 0x76B3 2 Date of minimum I3 - DATETIME
30389 0x76B5 2 Minimum Current : In mA U32
30391 0x76B7 2 Date of minimum In - DATETIME
30393 0x76B9 2 Minimum Total active power W S32
30395 0x76BB 2 Date of minimum Ptot - DATETIME
30397 0x76BD 2 Minimum Total reactive power var S32
30399 0x76BF 2 Date of minimum Qtot - DATETIME
30401 0x76C1 2 Minimum Total apparent power VA U32
30403 0x76C3 2 Date of minimum Stot - DATETIME
30405 0x76C5 1 Minimum Total power factor - / 1000 S16
30406 0x76C6 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
30407 0x76C7 2 Date of minimum Total power factor - DATETIME
30409 0x76C9 2 Minimum Active power : P1 W S32
30411 0x76CB 2 Date of minimum P1 - DATETIME
30413 0x76CD 2 Minimum Active power : P2 W S32
30415 0x76CF 2 Date of minimum P2 - DATETIME
30417 0x76D1 2 Minimum Active power : P3 W S32
30419 0x76D3 2 Date of minimum P3 - DATETIME
30421 0x76D5 2 Minimum Reactive power : Q1 var S32
30423 0x76D7 2 Date of minimum Q1 - DATETIME
30425 0x76D9 2 Minimum Reactive power : Q2 var S32
30427 0x76DB 2 Date of minimum Q2 - DATETIME
30429 0x76DD 2 Minimum Reactive power : Q3 var S32
30431 0x76DF 2 Date of minimum Q3 - DATETIME
30433 0x76E1 2 Minimum Apparent power : S1 VA U32
30435 0x76E3 2 Date of minimum S1 - DATETIME
30437 0x76E5 2 Minimum Apparent power : S2 VA U32
30439 0x76E7 2 Date of minimum S2 - DATETIME
30441 0x76E9 2 Minimum Apparent power : S3 VA U32
30443 0x76EB 2 Date of minimum S3 - DATETIME
30445 0x76ED 1 Minimum Power factor : PF1 - / 1000 S16
30446 0x76EE 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
30447 0x76EF 2 Date of minimum PF1 - DATETIME
30449 0x76F1 1 Minimum Power factor : PF2 - / 1000 S16
30450 0x76F2 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
30451 0x76F3 2 Date of minimum PF2 - DATETIME
30453 0x76F5 1 Minimum Power factor : PF3 - / 1000 S16
30454 0x76F6 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
30455 0x76F7 2 Date of minimum PF3 - DATETIME
30457 0x76F9 2 Minimum Current : Idelta mA U32
30459 0x76FB 2 Date of minimum Idelta - DATETIME
30461 0x76FD 2 Minimum Current : Ipe mA U32
30463 0x76FF 2 Date of minimum Ipe - DATETIME

Instantaneous min #10
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
30468 0x7704 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
30468 0x7704 1 Load status :
0 : Disabled
1 : Enabled		 - U8
30469 0x7705 2 Minimum Frequency mHz U32
30471 0x7707 2 Date of minimum F - DATETIME
30473 0x7709 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
30475 0x770B 2 Date of minimum V1 - DATETIME
30477 0x770D 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
30479 0x770F 2 Date of minimum V2 - DATETIME
30481 0x7711 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
30483 0x7713 2 Date of minimum V3 - DATETIME
30485 0x7715 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
30487 0x7717 2 Date of minimum Vn - DATETIME
30489 0x7719 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
30491 0x771B 2 Date of minimum U12 - DATETIME
30493 0x771D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
30495 0x771F 2 Date of minimum U23 - DATETIME
30497 0x7721 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
30499 0x7723 2 Date of minimum U31 - DATETIME
30501 0x7725 2 Minimum Current : I1 mA U32
30503 0x7727 2 Date of minimum I1 - DATETIME
30505 0x7729 2 Minimum Current : I2 mA U32
30507 0x772B 2 Date of minimum I2 - DATETIME
30509 0x772D 2 Minimum Current : I3 mA U32
30511 0x772F 2 Date of minimum I3 - DATETIME
30513 0x7731 2 Minimum Current : In mA U32
30515 0x7733 2 Date of minimum In - DATETIME
30517 0x7735 2 Minimum Total active power W S32
30519 0x7737 2 Date of minimum Ptot - DATETIME
30521 0x7739 2 Minimum Total reactive power var S32
30523 0x773B 2 Date of minimum Qtot - DATETIME
30525 0x773D 2 Minimum Total apparent power VA U32
30527 0x773F 2 Date of minimum Stot - DATETIME
30529 0x7741 1 Minimum Total power factor - / 1000 S16
30530 0x7742 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
30531 0x7743 2 Date of minimum Total power factor - DATETIME
30533 0x7745 2 Minimum Active power : P1 W S32
30535 0x7747 2 Date of minimum P1 - DATETIME
30537 0x7749 2 Minimum Active power : P2 W S32
30539 0x774B 2 Date of minimum P2 - DATETIME
30541 0x774D 2 Minimum Active power : P3 W S32
30543 0x774F 2 Date of minimum P3 - DATETIME
30545 0x7751 2 Minimum Reactive power : Q1 var S32
30547 0x7753 2 Date of minimum Q1 - DATETIME
30549 0x7755 2 Minimum Reactive power : Q2 var S32
30551 0x7757 2 Date of minimum Q2 - DATETIME
30553 0x7759 2 Minimum Reactive power : Q3 var S32
30555 0x775B 2 Date of minimum Q3 - DATETIME
30557 0x775D 2 Minimum Apparent power : S1 VA U32
30559 0x775F 2 Date of minimum S1 - DATETIME
30561 0x7761 2 Minimum Apparent power : S2 VA U32
30563 0x7763 2 Date of minimum S2 - DATETIME
30565 0x7765 2 Minimum Apparent power : S3 VA U32
30567 0x7767 2 Date of minimum S3 - DATETIME
30569 0x7769 1 Minimum Power factor : PF1 - / 1000 S16
30570 0x776A 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
30571 0x776B 2 Date of minimum PF1 - DATETIME
30573 0x776D 1 Minimum Power factor : PF2 - / 1000 S16
30574 0x776E 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
30575 0x776F 2 Date of minimum PF2 - DATETIME
30577 0x7771 1 Minimum Power factor : PF3 - / 1000 S16
30578 0x7772 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
30579 0x7773 2 Date of minimum PF3 - DATETIME
30581 0x7775 2 Minimum Current : Idelta mA U32
30583 0x7777 2 Date of minimum Idelta - DATETIME
30585 0x7779 2 Minimum Current : Ipe mA U32
30587 0x777B 2 Date of minimum Ipe - DATETIME

Instantaneous min #11
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
30592 0x7780 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
30592 0x7780 1 Load status :
0 : Disabled
1 : Enabled		 - U8
30593 0x7781 2 Minimum Frequency mHz U32
30595 0x7783 2 Date of minimum F - DATETIME
30597 0x7785 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
30599 0x7787 2 Date of minimum V1 - DATETIME
30601 0x7789 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
30603 0x778B 2 Date of minimum V2 - DATETIME
30605 0x778D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
30607 0x778F 2 Date of minimum V3 - DATETIME
30609 0x7791 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
30611 0x7793 2 Date of minimum Vn - DATETIME
30613 0x7795 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
30615 0x7797 2 Date of minimum U12 - DATETIME
30617 0x7799 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
30619 0x779B 2 Date of minimum U23 - DATETIME
30621 0x779D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
30623 0x779F 2 Date of minimum U31 - DATETIME
30625 0x77A1 2 Minimum Current : I1 mA U32
30627 0x77A3 2 Date of minimum I1 - DATETIME
30629 0x77A5 2 Minimum Current : I2 mA U32
30631 0x77A7 2 Date of minimum I2 - DATETIME
30633 0x77A9 2 Minimum Current : I3 mA U32
30635 0x77AB 2 Date of minimum I3 - DATETIME
30637 0x77AD 2 Minimum Current : In mA U32
30639 0x77AF 2 Date of minimum In - DATETIME
30641 0x77B1 2 Minimum Total active power W S32
30643 0x77B3 2 Date of minimum Ptot - DATETIME
30645 0x77B5 2 Minimum Total reactive power var S32
30647 0x77B7 2 Date of minimum Qtot - DATETIME
30649 0x77B9 2 Minimum Total apparent power VA U32
30651 0x77BB 2 Date of minimum Stot - DATETIME
30653 0x77BD 1 Minimum Total power factor - / 1000 S16
30654 0x77BE 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
30655 0x77BF 2 Date of minimum Total power factor - DATETIME
30657 0x77C1 2 Minimum Active power : P1 W S32
30659 0x77C3 2 Date of minimum P1 - DATETIME
30661 0x77C5 2 Minimum Active power : P2 W S32
30663 0x77C7 2 Date of minimum P2 - DATETIME
30665 0x77C9 2 Minimum Active power : P3 W S32
30667 0x77CB 2 Date of minimum P3 - DATETIME
30669 0x77CD 2 Minimum Reactive power : Q1 var S32
30671 0x77CF 2 Date of minimum Q1 - DATETIME
30673 0x77D1 2 Minimum Reactive power : Q2 var S32
30675 0x77D3 2 Date of minimum Q2 - DATETIME
30677 0x77D5 2 Minimum Reactive power : Q3 var S32
30679 0x77D7 2 Date of minimum Q3 - DATETIME
30681 0x77D9 2 Minimum Apparent power : S1 VA U32
30683 0x77DB 2 Date of minimum S1 - DATETIME
30685 0x77DD 2 Minimum Apparent power : S2 VA U32
30687 0x77DF 2 Date of minimum S2 - DATETIME
30689 0x77E1 2 Minimum Apparent power : S3 VA U32
30691 0x77E3 2 Date of minimum S3 - DATETIME
30693 0x77E5 1 Minimum Power factor : PF1 - / 1000 S16
30694 0x77E6 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
30695 0x77E7 2 Date of minimum PF1 - DATETIME
30697 0x77E9 1 Minimum Power factor : PF2 - / 1000 S16
30698 0x77EA 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
30699 0x77EB 2 Date of minimum PF2 - DATETIME
30701 0x77ED 1 Minimum Power factor : PF3 - / 1000 S16
30702 0x77EE 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
30703 0x77EF 2 Date of minimum PF3 - DATETIME
30705 0x77F1 2 Minimum Current : Idelta mA U32
30707 0x77F3 2 Date of minimum Idelta - DATETIME
30709 0x77F5 2 Minimum Current : Ipe mA U32
30711 0x77F7 2 Date of minimum Ipe - DATETIME

Instantaneous min #12
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
30716 0x77FC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
30716 0x77FC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
30717 0x77FD 2 Minimum Frequency mHz U32
30719 0x77FF 2 Date of minimum F - DATETIME
30721 0x7801 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
30723 0x7803 2 Date of minimum V1 - DATETIME
30725 0x7805 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
30727 0x7807 2 Date of minimum V2 - DATETIME
30729 0x7809 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
30731 0x780B 2 Date of minimum V3 - DATETIME
30733 0x780D 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
30735 0x780F 2 Date of minimum Vn - DATETIME
30737 0x7811 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
30739 0x7813 2 Date of minimum U12 - DATETIME
30741 0x7815 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
30743 0x7817 2 Date of minimum U23 - DATETIME
30745 0x7819 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
30747 0x781B 2 Date of minimum U31 - DATETIME
30749 0x781D 2 Minimum Current : I1 mA U32
30751 0x781F 2 Date of minimum I1 - DATETIME
30753 0x7821 2 Minimum Current : I2 mA U32
30755 0x7823 2 Date of minimum I2 - DATETIME
30757 0x7825 2 Minimum Current : I3 mA U32
30759 0x7827 2 Date of minimum I3 - DATETIME
30761 0x7829 2 Minimum Current : In mA U32
30763 0x782B 2 Date of minimum In - DATETIME
30765 0x782D 2 Minimum Total active power W S32
30767 0x782F 2 Date of minimum Ptot - DATETIME
30769 0x7831 2 Minimum Total reactive power var S32
30771 0x7833 2 Date of minimum Qtot - DATETIME
30773 0x7835 2 Minimum Total apparent power VA U32
30775 0x7837 2 Date of minimum Stot - DATETIME
30777 0x7839 1 Minimum Total power factor - / 1000 S16
30778 0x783A 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
30779 0x783B 2 Date of minimum Total power factor - DATETIME
30781 0x783D 2 Minimum Active power : P1 W S32
30783 0x783F 2 Date of minimum P1 - DATETIME
30785 0x7841 2 Minimum Active power : P2 W S32
30787 0x7843 2 Date of minimum P2 - DATETIME
30789 0x7845 2 Minimum Active power : P3 W S32
30791 0x7847 2 Date of minimum P3 - DATETIME
30793 0x7849 2 Minimum Reactive power : Q1 var S32
30795 0x784B 2 Date of minimum Q1 - DATETIME
30797 0x784D 2 Minimum Reactive power : Q2 var S32
30799 0x784F 2 Date of minimum Q2 - DATETIME
30801 0x7851 2 Minimum Reactive power : Q3 var S32
30803 0x7853 2 Date of minimum Q3 - DATETIME
30805 0x7855 2 Minimum Apparent power : S1 VA U32
30807 0x7857 2 Date of minimum S1 - DATETIME
30809 0x7859 2 Minimum Apparent power : S2 VA U32
30811 0x785B 2 Date of minimum S2 - DATETIME
30813 0x785D 2 Minimum Apparent power : S3 VA U32
30815 0x785F 2 Date of minimum S3 - DATETIME
30817 0x7861 1 Minimum Power factor : PF1 - / 1000 S16
30818 0x7862 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
30819 0x7863 2 Date of minimum PF1 - DATETIME
30821 0x7865 1 Minimum Power factor : PF2 - / 1000 S16
30822 0x7866 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
30823 0x7867 2 Date of minimum PF2 - DATETIME
30825 0x7869 1 Minimum Power factor : PF3 - / 1000 S16
30826 0x786A 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
30827 0x786B 2 Date of minimum PF3 - DATETIME
30829 0x786D 2 Minimum Current : Idelta mA U32
30831 0x786F 2 Date of minimum Idelta - DATETIME
30833 0x7871 2 Minimum Current : Ipe mA U32
30835 0x7873 2 Date of minimum Ipe - DATETIME

Instantaneous min #13
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
30840 0x7878 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
30840 0x7878 1 Load status :
0 : Disabled
1 : Enabled		 - U8
30841 0x7879 2 Minimum Frequency mHz U32
30843 0x787B 2 Date of minimum F - DATETIME
30845 0x787D 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
30847 0x787F 2 Date of minimum V1 - DATETIME
30849 0x7881 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
30851 0x7883 2 Date of minimum V2 - DATETIME
30853 0x7885 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
30855 0x7887 2 Date of minimum V3 - DATETIME
30857 0x7889 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
30859 0x788B 2 Date of minimum Vn - DATETIME
30861 0x788D 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
30863 0x788F 2 Date of minimum U12 - DATETIME
30865 0x7891 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
30867 0x7893 2 Date of minimum U23 - DATETIME
30869 0x7895 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
30871 0x7897 2 Date of minimum U31 - DATETIME
30873 0x7899 2 Minimum Current : I1 mA U32
30875 0x789B 2 Date of minimum I1 - DATETIME
30877 0x789D 2 Minimum Current : I2 mA U32
30879 0x789F 2 Date of minimum I2 - DATETIME
30881 0x78A1 2 Minimum Current : I3 mA U32
30883 0x78A3 2 Date of minimum I3 - DATETIME
30885 0x78A5 2 Minimum Current : In mA U32
30887 0x78A7 2 Date of minimum In - DATETIME
30889 0x78A9 2 Minimum Total active power W S32
30891 0x78AB 2 Date of minimum Ptot - DATETIME
30893 0x78AD 2 Minimum Total reactive power var S32
30895 0x78AF 2 Date of minimum Qtot - DATETIME
30897 0x78B1 2 Minimum Total apparent power VA U32
30899 0x78B3 2 Date of minimum Stot - DATETIME
30901 0x78B5 1 Minimum Total power factor - / 1000 S16
30902 0x78B6 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
30903 0x78B7 2 Date of minimum Total power factor - DATETIME
30905 0x78B9 2 Minimum Active power : P1 W S32
30907 0x78BB 2 Date of minimum P1 - DATETIME
30909 0x78BD 2 Minimum Active power : P2 W S32
30911 0x78BF 2 Date of minimum P2 - DATETIME
30913 0x78C1 2 Minimum Active power : P3 W S32
30915 0x78C3 2 Date of minimum P3 - DATETIME
30917 0x78C5 2 Minimum Reactive power : Q1 var S32
30919 0x78C7 2 Date of minimum Q1 - DATETIME
30921 0x78C9 2 Minimum Reactive power : Q2 var S32
30923 0x78CB 2 Date of minimum Q2 - DATETIME
30925 0x78CD 2 Minimum Reactive power : Q3 var S32
30927 0x78CF 2 Date of minimum Q3 - DATETIME
30929 0x78D1 2 Minimum Apparent power : S1 VA U32
30931 0x78D3 2 Date of minimum S1 - DATETIME
30933 0x78D5 2 Minimum Apparent power : S2 VA U32
30935 0x78D7 2 Date of minimum S2 - DATETIME
30937 0x78D9 2 Minimum Apparent power : S3 VA U32
30939 0x78DB 2 Date of minimum S3 - DATETIME
30941 0x78DD 1 Minimum Power factor : PF1 - / 1000 S16
30942 0x78DE 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
30943 0x78DF 2 Date of minimum PF1 - DATETIME
30945 0x78E1 1 Minimum Power factor : PF2 - / 1000 S16
30946 0x78E2 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
30947 0x78E3 2 Date of minimum PF2 - DATETIME
30949 0x78E5 1 Minimum Power factor : PF3 - / 1000 S16
30950 0x78E6 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
30951 0x78E7 2 Date of minimum PF3 - DATETIME
30953 0x78E9 2 Minimum Current : Idelta mA U32
30955 0x78EB 2 Date of minimum Idelta - DATETIME
30957 0x78ED 2 Minimum Current : Ipe mA U32
30959 0x78EF 2 Date of minimum Ipe - DATETIME

Instantaneous min #14
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
30964 0x78F4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
30964 0x78F4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
30965 0x78F5 2 Minimum Frequency mHz U32
30967 0x78F7 2 Date of minimum F - DATETIME
30969 0x78F9 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
30971 0x78FB 2 Date of minimum V1 - DATETIME
30973 0x78FD 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
30975 0x78FF 2 Date of minimum V2 - DATETIME
30977 0x7901 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
30979 0x7903 2 Date of minimum V3 - DATETIME
30981 0x7905 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
30983 0x7907 2 Date of minimum Vn - DATETIME
30985 0x7909 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
30987 0x790B 2 Date of minimum U12 - DATETIME
30989 0x790D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
30991 0x790F 2 Date of minimum U23 - DATETIME
30993 0x7911 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
30995 0x7913 2 Date of minimum U31 - DATETIME
30997 0x7915 2 Minimum Current : I1 mA U32
30999 0x7917 2 Date of minimum I1 - DATETIME
31001 0x7919 2 Minimum Current : I2 mA U32
31003 0x791B 2 Date of minimum I2 - DATETIME
31005 0x791D 2 Minimum Current : I3 mA U32
31007 0x791F 2 Date of minimum I3 - DATETIME
31009 0x7921 2 Minimum Current : In mA U32
31011 0x7923 2 Date of minimum In - DATETIME
31013 0x7925 2 Minimum Total active power W S32
31015 0x7927 2 Date of minimum Ptot - DATETIME
31017 0x7929 2 Minimum Total reactive power var S32
31019 0x792B 2 Date of minimum Qtot - DATETIME
31021 0x792D 2 Minimum Total apparent power VA U32
31023 0x792F 2 Date of minimum Stot - DATETIME
31025 0x7931 1 Minimum Total power factor - / 1000 S16
31026 0x7932 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
31027 0x7933 2 Date of minimum Total power factor - DATETIME
31029 0x7935 2 Minimum Active power : P1 W S32
31031 0x7937 2 Date of minimum P1 - DATETIME
31033 0x7939 2 Minimum Active power : P2 W S32
31035 0x793B 2 Date of minimum P2 - DATETIME
31037 0x793D 2 Minimum Active power : P3 W S32
31039 0x793F 2 Date of minimum P3 - DATETIME
31041 0x7941 2 Minimum Reactive power : Q1 var S32
31043 0x7943 2 Date of minimum Q1 - DATETIME
31045 0x7945 2 Minimum Reactive power : Q2 var S32
31047 0x7947 2 Date of minimum Q2 - DATETIME
31049 0x7949 2 Minimum Reactive power : Q3 var S32
31051 0x794B 2 Date of minimum Q3 - DATETIME
31053 0x794D 2 Minimum Apparent power : S1 VA U32
31055 0x794F 2 Date of minimum S1 - DATETIME
31057 0x7951 2 Minimum Apparent power : S2 VA U32
31059 0x7953 2 Date of minimum S2 - DATETIME
31061 0x7955 2 Minimum Apparent power : S3 VA U32
31063 0x7957 2 Date of minimum S3 - DATETIME
31065 0x7959 1 Minimum Power factor : PF1 - / 1000 S16
31066 0x795A 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
31067 0x795B 2 Date of minimum PF1 - DATETIME
31069 0x795D 1 Minimum Power factor : PF2 - / 1000 S16
31070 0x795E 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
31071 0x795F 2 Date of minimum PF2 - DATETIME
31073 0x7961 1 Minimum Power factor : PF3 - / 1000 S16
31074 0x7962 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
31075 0x7963 2 Date of minimum PF3 - DATETIME
31077 0x7965 2 Minimum Current : Idelta mA U32
31079 0x7967 2 Date of minimum Idelta - DATETIME
31081 0x7969 2 Minimum Current : Ipe mA U32
31083 0x796B 2 Date of minimum Ipe - DATETIME

Instantaneous min #15
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
31088 0x7970 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
31088 0x7970 1 Load status :
0 : Disabled
1 : Enabled		 - U8
31089 0x7971 2 Minimum Frequency mHz U32
31091 0x7973 2 Date of minimum F - DATETIME
31093 0x7975 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
31095 0x7977 2 Date of minimum V1 - DATETIME
31097 0x7979 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
31099 0x797B 2 Date of minimum V2 - DATETIME
31101 0x797D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
31103 0x797F 2 Date of minimum V3 - DATETIME
31105 0x7981 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
31107 0x7983 2 Date of minimum Vn - DATETIME
31109 0x7985 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
31111 0x7987 2 Date of minimum U12 - DATETIME
31113 0x7989 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
31115 0x798B 2 Date of minimum U23 - DATETIME
31117 0x798D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
31119 0x798F 2 Date of minimum U31 - DATETIME
31121 0x7991 2 Minimum Current : I1 mA U32
31123 0x7993 2 Date of minimum I1 - DATETIME
31125 0x7995 2 Minimum Current : I2 mA U32
31127 0x7997 2 Date of minimum I2 - DATETIME
31129 0x7999 2 Minimum Current : I3 mA U32
31131 0x799B 2 Date of minimum I3 - DATETIME
31133 0x799D 2 Minimum Current : In mA U32
31135 0x799F 2 Date of minimum In - DATETIME
31137 0x79A1 2 Minimum Total active power W S32
31139 0x79A3 2 Date of minimum Ptot - DATETIME
31141 0x79A5 2 Minimum Total reactive power var S32
31143 0x79A7 2 Date of minimum Qtot - DATETIME
31145 0x79A9 2 Minimum Total apparent power VA U32
31147 0x79AB 2 Date of minimum Stot - DATETIME
31149 0x79AD 1 Minimum Total power factor - / 1000 S16
31150 0x79AE 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
31151 0x79AF 2 Date of minimum Total power factor - DATETIME
31153 0x79B1 2 Minimum Active power : P1 W S32
31155 0x79B3 2 Date of minimum P1 - DATETIME
31157 0x79B5 2 Minimum Active power : P2 W S32
31159 0x79B7 2 Date of minimum P2 - DATETIME
31161 0x79B9 2 Minimum Active power : P3 W S32
31163 0x79BB 2 Date of minimum P3 - DATETIME
31165 0x79BD 2 Minimum Reactive power : Q1 var S32
31167 0x79BF 2 Date of minimum Q1 - DATETIME
31169 0x79C1 2 Minimum Reactive power : Q2 var S32
31171 0x79C3 2 Date of minimum Q2 - DATETIME
31173 0x79C5 2 Minimum Reactive power : Q3 var S32
31175 0x79C7 2 Date of minimum Q3 - DATETIME
31177 0x79C9 2 Minimum Apparent power : S1 VA U32
31179 0x79CB 2 Date of minimum S1 - DATETIME
31181 0x79CD 2 Minimum Apparent power : S2 VA U32
31183 0x79CF 2 Date of minimum S2 - DATETIME
31185 0x79D1 2 Minimum Apparent power : S3 VA U32
31187 0x79D3 2 Date of minimum S3 - DATETIME
31189 0x79D5 1 Minimum Power factor : PF1 - / 1000 S16
31190 0x79D6 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
31191 0x79D7 2 Date of minimum PF1 - DATETIME
31193 0x79D9 1 Minimum Power factor : PF2 - / 1000 S16
31194 0x79DA 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
31195 0x79DB 2 Date of minimum PF2 - DATETIME
31197 0x79DD 1 Minimum Power factor : PF3 - / 1000 S16
31198 0x79DE 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
31199 0x79DF 2 Date of minimum PF3 - DATETIME
31201 0x79E1 2 Minimum Current : Idelta mA U32
31203 0x79E3 2 Date of minimum Idelta - DATETIME
31205 0x79E5 2 Minimum Current : Ipe mA U32
31207 0x79E7 2 Date of minimum Ipe - DATETIME

Instantaneous min #16
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
31212 0x79EC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
31212 0x79EC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
31213 0x79ED 2 Minimum Frequency mHz U32
31215 0x79EF 2 Date of minimum F - DATETIME
31217 0x79F1 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
31219 0x79F3 2 Date of minimum V1 - DATETIME
31221 0x79F5 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
31223 0x79F7 2 Date of minimum V2 - DATETIME
31225 0x79F9 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
31227 0x79FB 2 Date of minimum V3 - DATETIME
31229 0x79FD 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
31231 0x79FF 2 Date of minimum Vn - DATETIME
31233 0x7A01 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
31235 0x7A03 2 Date of minimum U12 - DATETIME
31237 0x7A05 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
31239 0x7A07 2 Date of minimum U23 - DATETIME
31241 0x7A09 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
31243 0x7A0B 2 Date of minimum U31 - DATETIME
31245 0x7A0D 2 Minimum Current : I1 mA U32
31247 0x7A0F 2 Date of minimum I1 - DATETIME
31249 0x7A11 2 Minimum Current : I2 mA U32
31251 0x7A13 2 Date of minimum I2 - DATETIME
31253 0x7A15 2 Minimum Current : I3 mA U32
31255 0x7A17 2 Date of minimum I3 - DATETIME
31257 0x7A19 2 Minimum Current : In mA U32
31259 0x7A1B 2 Date of minimum In - DATETIME
31261 0x7A1D 2 Minimum Total active power W S32
31263 0x7A1F 2 Date of minimum Ptot - DATETIME
31265 0x7A21 2 Minimum Total reactive power var S32
31267 0x7A23 2 Date of minimum Qtot - DATETIME
31269 0x7A25 2 Minimum Total apparent power VA U32
31271 0x7A27 2 Date of minimum Stot - DATETIME
31273 0x7A29 1 Minimum Total power factor - / 1000 S16
31274 0x7A2A 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
31275 0x7A2B 2 Date of minimum Total power factor - DATETIME
31277 0x7A2D 2 Minimum Active power : P1 W S32
31279 0x7A2F 2 Date of minimum P1 - DATETIME
31281 0x7A31 2 Minimum Active power : P2 W S32
31283 0x7A33 2 Date of minimum P2 - DATETIME
31285 0x7A35 2 Minimum Active power : P3 W S32
31287 0x7A37 2 Date of minimum P3 - DATETIME
31289 0x7A39 2 Minimum Reactive power : Q1 var S32
31291 0x7A3B 2 Date of minimum Q1 - DATETIME
31293 0x7A3D 2 Minimum Reactive power : Q2 var S32
31295 0x7A3F 2 Date of minimum Q2 - DATETIME
31297 0x7A41 2 Minimum Reactive power : Q3 var S32
31299 0x7A43 2 Date of minimum Q3 - DATETIME
31301 0x7A45 2 Minimum Apparent power : S1 VA U32
31303 0x7A47 2 Date of minimum S1 - DATETIME
31305 0x7A49 2 Minimum Apparent power : S2 VA U32
31307 0x7A4B 2 Date of minimum S2 - DATETIME
31309 0x7A4D 2 Minimum Apparent power : S3 VA U32
31311 0x7A4F 2 Date of minimum S3 - DATETIME
31313 0x7A51 1 Minimum Power factor : PF1 - / 1000 S16
31314 0x7A52 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
31315 0x7A53 2 Date of minimum PF1 - DATETIME
31317 0x7A55 1 Minimum Power factor : PF2 - / 1000 S16
31318 0x7A56 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
31319 0x7A57 2 Date of minimum PF2 - DATETIME
31321 0x7A59 1 Minimum Power factor : PF3 - / 1000 S16
31322 0x7A5A 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
31323 0x7A5B 2 Date of minimum PF3 - DATETIME
31325 0x7A5D 2 Minimum Current : Idelta mA U32
31327 0x7A5F 2 Date of minimum Idelta - DATETIME
31329 0x7A61 2 Minimum Current : Ipe mA U32
31331 0x7A63 2 Date of minimum Ipe - DATETIME

Instantaneous min #17
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
31336 0x7A68 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
31336 0x7A68 1 Load status :
0 : Disabled
1 : Enabled		 - U8
31337 0x7A69 2 Minimum Frequency mHz U32
31339 0x7A6B 2 Date of minimum F - DATETIME
31341 0x7A6D 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
31343 0x7A6F 2 Date of minimum V1 - DATETIME
31345 0x7A71 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
31347 0x7A73 2 Date of minimum V2 - DATETIME
31349 0x7A75 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
31351 0x7A77 2 Date of minimum V3 - DATETIME
31353 0x7A79 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
31355 0x7A7B 2 Date of minimum Vn - DATETIME
31357 0x7A7D 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
31359 0x7A7F 2 Date of minimum U12 - DATETIME
31361 0x7A81 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
31363 0x7A83 2 Date of minimum U23 - DATETIME
31365 0x7A85 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
31367 0x7A87 2 Date of minimum U31 - DATETIME
31369 0x7A89 2 Minimum Current : I1 mA U32
31371 0x7A8B 2 Date of minimum I1 - DATETIME
31373 0x7A8D 2 Minimum Current : I2 mA U32
31375 0x7A8F 2 Date of minimum I2 - DATETIME
31377 0x7A91 2 Minimum Current : I3 mA U32
31379 0x7A93 2 Date of minimum I3 - DATETIME
31381 0x7A95 2 Minimum Current : In mA U32
31383 0x7A97 2 Date of minimum In - DATETIME
31385 0x7A99 2 Minimum Total active power W S32
31387 0x7A9B 2 Date of minimum Ptot - DATETIME
31389 0x7A9D 2 Minimum Total reactive power var S32
31391 0x7A9F 2 Date of minimum Qtot - DATETIME
31393 0x7AA1 2 Minimum Total apparent power VA U32
31395 0x7AA3 2 Date of minimum Stot - DATETIME
31397 0x7AA5 1 Minimum Total power factor - / 1000 S16
31398 0x7AA6 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
31399 0x7AA7 2 Date of minimum Total power factor - DATETIME
31401 0x7AA9 2 Minimum Active power : P1 W S32
31403 0x7AAB 2 Date of minimum P1 - DATETIME
31405 0x7AAD 2 Minimum Active power : P2 W S32
31407 0x7AAF 2 Date of minimum P2 - DATETIME
31409 0x7AB1 2 Minimum Active power : P3 W S32
31411 0x7AB3 2 Date of minimum P3 - DATETIME
31413 0x7AB5 2 Minimum Reactive power : Q1 var S32
31415 0x7AB7 2 Date of minimum Q1 - DATETIME
31417 0x7AB9 2 Minimum Reactive power : Q2 var S32
31419 0x7ABB 2 Date of minimum Q2 - DATETIME
31421 0x7ABD 2 Minimum Reactive power : Q3 var S32
31423 0x7ABF 2 Date of minimum Q3 - DATETIME
31425 0x7AC1 2 Minimum Apparent power : S1 VA U32
31427 0x7AC3 2 Date of minimum S1 - DATETIME
31429 0x7AC5 2 Minimum Apparent power : S2 VA U32
31431 0x7AC7 2 Date of minimum S2 - DATETIME
31433 0x7AC9 2 Minimum Apparent power : S3 VA U32
31435 0x7ACB 2 Date of minimum S3 - DATETIME
31437 0x7ACD 1 Minimum Power factor : PF1 - / 1000 S16
31438 0x7ACE 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
31439 0x7ACF 2 Date of minimum PF1 - DATETIME
31441 0x7AD1 1 Minimum Power factor : PF2 - / 1000 S16
31442 0x7AD2 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
31443 0x7AD3 2 Date of minimum PF2 - DATETIME
31445 0x7AD5 1 Minimum Power factor : PF3 - / 1000 S16
31446 0x7AD6 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
31447 0x7AD7 2 Date of minimum PF3 - DATETIME
31449 0x7AD9 2 Minimum Current : Idelta mA U32
31451 0x7ADB 2 Date of minimum Idelta - DATETIME
31453 0x7ADD 2 Minimum Current : Ipe mA U32
31455 0x7ADF 2 Date of minimum Ipe - DATETIME

Instantaneous min #18
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
31460 0x7AE4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
31460 0x7AE4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
31461 0x7AE5 2 Minimum Frequency mHz U32
31463 0x7AE7 2 Date of minimum F - DATETIME
31465 0x7AE9 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
31467 0x7AEB 2 Date of minimum V1 - DATETIME
31469 0x7AED 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
31471 0x7AEF 2 Date of minimum V2 - DATETIME
31473 0x7AF1 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
31475 0x7AF3 2 Date of minimum V3 - DATETIME
31477 0x7AF5 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
31479 0x7AF7 2 Date of minimum Vn - DATETIME
31481 0x7AF9 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
31483 0x7AFB 2 Date of minimum U12 - DATETIME
31485 0x7AFD 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
31487 0x7AFF 2 Date of minimum U23 - DATETIME
31489 0x7B01 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
31491 0x7B03 2 Date of minimum U31 - DATETIME
31493 0x7B05 2 Minimum Current : I1 mA U32
31495 0x7B07 2 Date of minimum I1 - DATETIME
31497 0x7B09 2 Minimum Current : I2 mA U32
31499 0x7B0B 2 Date of minimum I2 - DATETIME
31501 0x7B0D 2 Minimum Current : I3 mA U32
31503 0x7B0F 2 Date of minimum I3 - DATETIME
31505 0x7B11 2 Minimum Current : In mA U32
31507 0x7B13 2 Date of minimum In - DATETIME
31509 0x7B15 2 Minimum Total active power W S32
31511 0x7B17 2 Date of minimum Ptot - DATETIME
31513 0x7B19 2 Minimum Total reactive power var S32
31515 0x7B1B 2 Date of minimum Qtot - DATETIME
31517 0x7B1D 2 Minimum Total apparent power VA U32
31519 0x7B1F 2 Date of minimum Stot - DATETIME
31521 0x7B21 1 Minimum Total power factor - / 1000 S16
31522 0x7B22 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
31523 0x7B23 2 Date of minimum Total power factor - DATETIME
31525 0x7B25 2 Minimum Active power : P1 W S32
31527 0x7B27 2 Date of minimum P1 - DATETIME
31529 0x7B29 2 Minimum Active power : P2 W S32
31531 0x7B2B 2 Date of minimum P2 - DATETIME
31533 0x7B2D 2 Minimum Active power : P3 W S32
31535 0x7B2F 2 Date of minimum P3 - DATETIME
31537 0x7B31 2 Minimum Reactive power : Q1 var S32
31539 0x7B33 2 Date of minimum Q1 - DATETIME
31541 0x7B35 2 Minimum Reactive power : Q2 var S32
31543 0x7B37 2 Date of minimum Q2 - DATETIME
31545 0x7B39 2 Minimum Reactive power : Q3 var S32
31547 0x7B3B 2 Date of minimum Q3 - DATETIME
31549 0x7B3D 2 Minimum Apparent power : S1 VA U32
31551 0x7B3F 2 Date of minimum S1 - DATETIME
31553 0x7B41 2 Minimum Apparent power : S2 VA U32
31555 0x7B43 2 Date of minimum S2 - DATETIME
31557 0x7B45 2 Minimum Apparent power : S3 VA U32
31559 0x7B47 2 Date of minimum S3 - DATETIME
31561 0x7B49 1 Minimum Power factor : PF1 - / 1000 S16
31562 0x7B4A 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
31563 0x7B4B 2 Date of minimum PF1 - DATETIME
31565 0x7B4D 1 Minimum Power factor : PF2 - / 1000 S16
31566 0x7B4E 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
31567 0x7B4F 2 Date of minimum PF2 - DATETIME
31569 0x7B51 1 Minimum Power factor : PF3 - / 1000 S16
31570 0x7B52 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
31571 0x7B53 2 Date of minimum PF3 - DATETIME
31573 0x7B55 2 Minimum Current : Idelta mA U32
31575 0x7B57 2 Date of minimum Idelta - DATETIME
31577 0x7B59 2 Minimum Current : Ipe mA U32
31579 0x7B5B 2 Date of minimum Ipe - DATETIME

Instantaneous min #19
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
31584 0x7B60 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
31584 0x7B60 1 Load status :
0 : Disabled
1 : Enabled		 - U8
31585 0x7B61 2 Minimum Frequency mHz U32
31587 0x7B63 2 Date of minimum F - DATETIME
31589 0x7B65 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
31591 0x7B67 2 Date of minimum V1 - DATETIME
31593 0x7B69 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
31595 0x7B6B 2 Date of minimum V2 - DATETIME
31597 0x7B6D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
31599 0x7B6F 2 Date of minimum V3 - DATETIME
31601 0x7B71 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
31603 0x7B73 2 Date of minimum Vn - DATETIME
31605 0x7B75 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
31607 0x7B77 2 Date of minimum U12 - DATETIME
31609 0x7B79 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
31611 0x7B7B 2 Date of minimum U23 - DATETIME
31613 0x7B7D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
31615 0x7B7F 2 Date of minimum U31 - DATETIME
31617 0x7B81 2 Minimum Current : I1 mA U32
31619 0x7B83 2 Date of minimum I1 - DATETIME
31621 0x7B85 2 Minimum Current : I2 mA U32
31623 0x7B87 2 Date of minimum I2 - DATETIME
31625 0x7B89 2 Minimum Current : I3 mA U32
31627 0x7B8B 2 Date of minimum I3 - DATETIME
31629 0x7B8D 2 Minimum Current : In mA U32
31631 0x7B8F 2 Date of minimum In - DATETIME
31633 0x7B91 2 Minimum Total active power W S32
31635 0x7B93 2 Date of minimum Ptot - DATETIME
31637 0x7B95 2 Minimum Total reactive power var S32
31639 0x7B97 2 Date of minimum Qtot - DATETIME
31641 0x7B99 2 Minimum Total apparent power VA U32
31643 0x7B9B 2 Date of minimum Stot - DATETIME
31645 0x7B9D 1 Minimum Total power factor - / 1000 S16
31646 0x7B9E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
31647 0x7B9F 2 Date of minimum Total power factor - DATETIME
31649 0x7BA1 2 Minimum Active power : P1 W S32
31651 0x7BA3 2 Date of minimum P1 - DATETIME
31653 0x7BA5 2 Minimum Active power : P2 W S32
31655 0x7BA7 2 Date of minimum P2 - DATETIME
31657 0x7BA9 2 Minimum Active power : P3 W S32
31659 0x7BAB 2 Date of minimum P3 - DATETIME
31661 0x7BAD 2 Minimum Reactive power : Q1 var S32
31663 0x7BAF 2 Date of minimum Q1 - DATETIME
31665 0x7BB1 2 Minimum Reactive power : Q2 var S32
31667 0x7BB3 2 Date of minimum Q2 - DATETIME
31669 0x7BB5 2 Minimum Reactive power : Q3 var S32
31671 0x7BB7 2 Date of minimum Q3 - DATETIME
31673 0x7BB9 2 Minimum Apparent power : S1 VA U32
31675 0x7BBB 2 Date of minimum S1 - DATETIME
31677 0x7BBD 2 Minimum Apparent power : S2 VA U32
31679 0x7BBF 2 Date of minimum S2 - DATETIME
31681 0x7BC1 2 Minimum Apparent power : S3 VA U32
31683 0x7BC3 2 Date of minimum S3 - DATETIME
31685 0x7BC5 1 Minimum Power factor : PF1 - / 1000 S16
31686 0x7BC6 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
31687 0x7BC7 2 Date of minimum PF1 - DATETIME
31689 0x7BC9 1 Minimum Power factor : PF2 - / 1000 S16
31690 0x7BCA 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
31691 0x7BCB 2 Date of minimum PF2 - DATETIME
31693 0x7BCD 1 Minimum Power factor : PF3 - / 1000 S16
31694 0x7BCE 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
31695 0x7BCF 2 Date of minimum PF3 - DATETIME
31697 0x7BD1 2 Minimum Current : Idelta mA U32
31699 0x7BD3 2 Date of minimum Idelta - DATETIME
31701 0x7BD5 2 Minimum Current : Ipe mA U32
31703 0x7BD7 2 Date of minimum Ipe - DATETIME

Instantaneous min #20
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
31708 0x7BDC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
31708 0x7BDC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
31709 0x7BDD 2 Minimum Frequency mHz U32
31711 0x7BDF 2 Date of minimum F - DATETIME
31713 0x7BE1 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
31715 0x7BE3 2 Date of minimum V1 - DATETIME
31717 0x7BE5 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
31719 0x7BE7 2 Date of minimum V2 - DATETIME
31721 0x7BE9 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
31723 0x7BEB 2 Date of minimum V3 - DATETIME
31725 0x7BED 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
31727 0x7BEF 2 Date of minimum Vn - DATETIME
31729 0x7BF1 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
31731 0x7BF3 2 Date of minimum U12 - DATETIME
31733 0x7BF5 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
31735 0x7BF7 2 Date of minimum U23 - DATETIME
31737 0x7BF9 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
31739 0x7BFB 2 Date of minimum U31 - DATETIME
31741 0x7BFD 2 Minimum Current : I1 mA U32
31743 0x7BFF 2 Date of minimum I1 - DATETIME
31745 0x7C01 2 Minimum Current : I2 mA U32
31747 0x7C03 2 Date of minimum I2 - DATETIME
31749 0x7C05 2 Minimum Current : I3 mA U32
31751 0x7C07 2 Date of minimum I3 - DATETIME
31753 0x7C09 2 Minimum Current : In mA U32
31755 0x7C0B 2 Date of minimum In - DATETIME
31757 0x7C0D 2 Minimum Total active power W S32
31759 0x7C0F 2 Date of minimum Ptot - DATETIME
31761 0x7C11 2 Minimum Total reactive power var S32
31763 0x7C13 2 Date of minimum Qtot - DATETIME
31765 0x7C15 2 Minimum Total apparent power VA U32
31767 0x7C17 2 Date of minimum Stot - DATETIME
31769 0x7C19 1 Minimum Total power factor - / 1000 S16
31770 0x7C1A 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
31771 0x7C1B 2 Date of minimum Total power factor - DATETIME
31773 0x7C1D 2 Minimum Active power : P1 W S32
31775 0x7C1F 2 Date of minimum P1 - DATETIME
31777 0x7C21 2 Minimum Active power : P2 W S32
31779 0x7C23 2 Date of minimum P2 - DATETIME
31781 0x7C25 2 Minimum Active power : P3 W S32
31783 0x7C27 2 Date of minimum P3 - DATETIME
31785 0x7C29 2 Minimum Reactive power : Q1 var S32
31787 0x7C2B 2 Date of minimum Q1 - DATETIME
31789 0x7C2D 2 Minimum Reactive power : Q2 var S32
31791 0x7C2F 2 Date of minimum Q2 - DATETIME
31793 0x7C31 2 Minimum Reactive power : Q3 var S32
31795 0x7C33 2 Date of minimum Q3 - DATETIME
31797 0x7C35 2 Minimum Apparent power : S1 VA U32
31799 0x7C37 2 Date of minimum S1 - DATETIME
31801 0x7C39 2 Minimum Apparent power : S2 VA U32
31803 0x7C3B 2 Date of minimum S2 - DATETIME
31805 0x7C3D 2 Minimum Apparent power : S3 VA U32
31807 0x7C3F 2 Date of minimum S3 - DATETIME
31809 0x7C41 1 Minimum Power factor : PF1 - / 1000 S16
31810 0x7C42 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
31811 0x7C43 2 Date of minimum PF1 - DATETIME
31813 0x7C45 1 Minimum Power factor : PF2 - / 1000 S16
31814 0x7C46 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
31815 0x7C47 2 Date of minimum PF2 - DATETIME
31817 0x7C49 1 Minimum Power factor : PF3 - / 1000 S16
31818 0x7C4A 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
31819 0x7C4B 2 Date of minimum PF3 - DATETIME
31821 0x7C4D 2 Minimum Current : Idelta mA U32
31823 0x7C4F 2 Date of minimum Idelta - DATETIME
31825 0x7C51 2 Minimum Current : Ipe mA U32
31827 0x7C53 2 Date of minimum Ipe - DATETIME

Instantaneous min #21
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
31832 0x7C58 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
31832 0x7C58 1 Load status :
0 : Disabled
1 : Enabled		 - U8
31833 0x7C59 2 Minimum Frequency mHz U32
31835 0x7C5B 2 Date of minimum F - DATETIME
31837 0x7C5D 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
31839 0x7C5F 2 Date of minimum V1 - DATETIME
31841 0x7C61 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
31843 0x7C63 2 Date of minimum V2 - DATETIME
31845 0x7C65 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
31847 0x7C67 2 Date of minimum V3 - DATETIME
31849 0x7C69 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
31851 0x7C6B 2 Date of minimum Vn - DATETIME
31853 0x7C6D 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
31855 0x7C6F 2 Date of minimum U12 - DATETIME
31857 0x7C71 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
31859 0x7C73 2 Date of minimum U23 - DATETIME
31861 0x7C75 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
31863 0x7C77 2 Date of minimum U31 - DATETIME
31865 0x7C79 2 Minimum Current : I1 mA U32
31867 0x7C7B 2 Date of minimum I1 - DATETIME
31869 0x7C7D 2 Minimum Current : I2 mA U32
31871 0x7C7F 2 Date of minimum I2 - DATETIME
31873 0x7C81 2 Minimum Current : I3 mA U32
31875 0x7C83 2 Date of minimum I3 - DATETIME
31877 0x7C85 2 Minimum Current : In mA U32
31879 0x7C87 2 Date of minimum In - DATETIME
31881 0x7C89 2 Minimum Total active power W S32
31883 0x7C8B 2 Date of minimum Ptot - DATETIME
31885 0x7C8D 2 Minimum Total reactive power var S32
31887 0x7C8F 2 Date of minimum Qtot - DATETIME
31889 0x7C91 2 Minimum Total apparent power VA U32
31891 0x7C93 2 Date of minimum Stot - DATETIME
31893 0x7C95 1 Minimum Total power factor - / 1000 S16
31894 0x7C96 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
31895 0x7C97 2 Date of minimum Total power factor - DATETIME
31897 0x7C99 2 Minimum Active power : P1 W S32
31899 0x7C9B 2 Date of minimum P1 - DATETIME
31901 0x7C9D 2 Minimum Active power : P2 W S32
31903 0x7C9F 2 Date of minimum P2 - DATETIME
31905 0x7CA1 2 Minimum Active power : P3 W S32
31907 0x7CA3 2 Date of minimum P3 - DATETIME
31909 0x7CA5 2 Minimum Reactive power : Q1 var S32
31911 0x7CA7 2 Date of minimum Q1 - DATETIME
31913 0x7CA9 2 Minimum Reactive power : Q2 var S32
31915 0x7CAB 2 Date of minimum Q2 - DATETIME
31917 0x7CAD 2 Minimum Reactive power : Q3 var S32
31919 0x7CAF 2 Date of minimum Q3 - DATETIME
31921 0x7CB1 2 Minimum Apparent power : S1 VA U32
31923 0x7CB3 2 Date of minimum S1 - DATETIME
31925 0x7CB5 2 Minimum Apparent power : S2 VA U32
31927 0x7CB7 2 Date of minimum S2 - DATETIME
31929 0x7CB9 2 Minimum Apparent power : S3 VA U32
31931 0x7CBB 2 Date of minimum S3 - DATETIME
31933 0x7CBD 1 Minimum Power factor : PF1 - / 1000 S16
31934 0x7CBE 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
31935 0x7CBF 2 Date of minimum PF1 - DATETIME
31937 0x7CC1 1 Minimum Power factor : PF2 - / 1000 S16
31938 0x7CC2 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
31939 0x7CC3 2 Date of minimum PF2 - DATETIME
31941 0x7CC5 1 Minimum Power factor : PF3 - / 1000 S16
31942 0x7CC6 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
31943 0x7CC7 2 Date of minimum PF3 - DATETIME
31945 0x7CC9 2 Minimum Current : Idelta mA U32
31947 0x7CCB 2 Date of minimum Idelta - DATETIME
31949 0x7CCD 2 Minimum Current : Ipe mA U32
31951 0x7CCF 2 Date of minimum Ipe - DATETIME

Instantaneous min #22
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
31956 0x7CD4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
31956 0x7CD4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
31957 0x7CD5 2 Minimum Frequency mHz U32
31959 0x7CD7 2 Date of minimum F - DATETIME
31961 0x7CD9 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
31963 0x7CDB 2 Date of minimum V1 - DATETIME
31965 0x7CDD 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
31967 0x7CDF 2 Date of minimum V2 - DATETIME
31969 0x7CE1 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
31971 0x7CE3 2 Date of minimum V3 - DATETIME
31973 0x7CE5 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
31975 0x7CE7 2 Date of minimum Vn - DATETIME
31977 0x7CE9 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
31979 0x7CEB 2 Date of minimum U12 - DATETIME
31981 0x7CED 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
31983 0x7CEF 2 Date of minimum U23 - DATETIME
31985 0x7CF1 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
31987 0x7CF3 2 Date of minimum U31 - DATETIME
31989 0x7CF5 2 Minimum Current : I1 mA U32
31991 0x7CF7 2 Date of minimum I1 - DATETIME
31993 0x7CF9 2 Minimum Current : I2 mA U32
31995 0x7CFB 2 Date of minimum I2 - DATETIME
31997 0x7CFD 2 Minimum Current : I3 mA U32
31999 0x7CFF 2 Date of minimum I3 - DATETIME
32001 0x7D01 2 Minimum Current : In mA U32
32003 0x7D03 2 Date of minimum In - DATETIME
32005 0x7D05 2 Minimum Total active power W S32
32007 0x7D07 2 Date of minimum Ptot - DATETIME
32009 0x7D09 2 Minimum Total reactive power var S32
32011 0x7D0B 2 Date of minimum Qtot - DATETIME
32013 0x7D0D 2 Minimum Total apparent power VA U32
32015 0x7D0F 2 Date of minimum Stot - DATETIME
32017 0x7D11 1 Minimum Total power factor - / 1000 S16
32018 0x7D12 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
32019 0x7D13 2 Date of minimum Total power factor - DATETIME
32021 0x7D15 2 Minimum Active power : P1 W S32
32023 0x7D17 2 Date of minimum P1 - DATETIME
32025 0x7D19 2 Minimum Active power : P2 W S32
32027 0x7D1B 2 Date of minimum P2 - DATETIME
32029 0x7D1D 2 Minimum Active power : P3 W S32
32031 0x7D1F 2 Date of minimum P3 - DATETIME
32033 0x7D21 2 Minimum Reactive power : Q1 var S32
32035 0x7D23 2 Date of minimum Q1 - DATETIME
32037 0x7D25 2 Minimum Reactive power : Q2 var S32
32039 0x7D27 2 Date of minimum Q2 - DATETIME
32041 0x7D29 2 Minimum Reactive power : Q3 var S32
32043 0x7D2B 2 Date of minimum Q3 - DATETIME
32045 0x7D2D 2 Minimum Apparent power : S1 VA U32
32047 0x7D2F 2 Date of minimum S1 - DATETIME
32049 0x7D31 2 Minimum Apparent power : S2 VA U32
32051 0x7D33 2 Date of minimum S2 - DATETIME
32053 0x7D35 2 Minimum Apparent power : S3 VA U32
32055 0x7D37 2 Date of minimum S3 - DATETIME
32057 0x7D39 1 Minimum Power factor : PF1 - / 1000 S16
32058 0x7D3A 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
32059 0x7D3B 2 Date of minimum PF1 - DATETIME
32061 0x7D3D 1 Minimum Power factor : PF2 - / 1000 S16
32062 0x7D3E 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
32063 0x7D3F 2 Date of minimum PF2 - DATETIME
32065 0x7D41 1 Minimum Power factor : PF3 - / 1000 S16
32066 0x7D42 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
32067 0x7D43 2 Date of minimum PF3 - DATETIME
32069 0x7D45 2 Minimum Current : Idelta mA U32
32071 0x7D47 2 Date of minimum Idelta - DATETIME
32073 0x7D49 2 Minimum Current : Ipe mA U32
32075 0x7D4B 2 Date of minimum Ipe - DATETIME

Instantaneous min #23
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
32080 0x7D50 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
32080 0x7D50 1 Load status :
0 : Disabled
1 : Enabled		 - U8
32081 0x7D51 2 Minimum Frequency mHz U32
32083 0x7D53 2 Date of minimum F - DATETIME
32085 0x7D55 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
32087 0x7D57 2 Date of minimum V1 - DATETIME
32089 0x7D59 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
32091 0x7D5B 2 Date of minimum V2 - DATETIME
32093 0x7D5D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
32095 0x7D5F 2 Date of minimum V3 - DATETIME
32097 0x7D61 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
32099 0x7D63 2 Date of minimum Vn - DATETIME
32101 0x7D65 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
32103 0x7D67 2 Date of minimum U12 - DATETIME
32105 0x7D69 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
32107 0x7D6B 2 Date of minimum U23 - DATETIME
32109 0x7D6D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
32111 0x7D6F 2 Date of minimum U31 - DATETIME
32113 0x7D71 2 Minimum Current : I1 mA U32
32115 0x7D73 2 Date of minimum I1 - DATETIME
32117 0x7D75 2 Minimum Current : I2 mA U32
32119 0x7D77 2 Date of minimum I2 - DATETIME
32121 0x7D79 2 Minimum Current : I3 mA U32
32123 0x7D7B 2 Date of minimum I3 - DATETIME
32125 0x7D7D 2 Minimum Current : In mA U32
32127 0x7D7F 2 Date of minimum In - DATETIME
32129 0x7D81 2 Minimum Total active power W S32
32131 0x7D83 2 Date of minimum Ptot - DATETIME
32133 0x7D85 2 Minimum Total reactive power var S32
32135 0x7D87 2 Date of minimum Qtot - DATETIME
32137 0x7D89 2 Minimum Total apparent power VA U32
32139 0x7D8B 2 Date of minimum Stot - DATETIME
32141 0x7D8D 1 Minimum Total power factor - / 1000 S16
32142 0x7D8E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
32143 0x7D8F 2 Date of minimum Total power factor - DATETIME
32145 0x7D91 2 Minimum Active power : P1 W S32
32147 0x7D93 2 Date of minimum P1 - DATETIME
32149 0x7D95 2 Minimum Active power : P2 W S32
32151 0x7D97 2 Date of minimum P2 - DATETIME
32153 0x7D99 2 Minimum Active power : P3 W S32
32155 0x7D9B 2 Date of minimum P3 - DATETIME
32157 0x7D9D 2 Minimum Reactive power : Q1 var S32
32159 0x7D9F 2 Date of minimum Q1 - DATETIME
32161 0x7DA1 2 Minimum Reactive power : Q2 var S32
32163 0x7DA3 2 Date of minimum Q2 - DATETIME
32165 0x7DA5 2 Minimum Reactive power : Q3 var S32
32167 0x7DA7 2 Date of minimum Q3 - DATETIME
32169 0x7DA9 2 Minimum Apparent power : S1 VA U32
32171 0x7DAB 2 Date of minimum S1 - DATETIME
32173 0x7DAD 2 Minimum Apparent power : S2 VA U32
32175 0x7DAF 2 Date of minimum S2 - DATETIME
32177 0x7DB1 2 Minimum Apparent power : S3 VA U32
32179 0x7DB3 2 Date of minimum S3 - DATETIME
32181 0x7DB5 1 Minimum Power factor : PF1 - / 1000 S16
32182 0x7DB6 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
32183 0x7DB7 2 Date of minimum PF1 - DATETIME
32185 0x7DB9 1 Minimum Power factor : PF2 - / 1000 S16
32186 0x7DBA 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
32187 0x7DBB 2 Date of minimum PF2 - DATETIME
32189 0x7DBD 1 Minimum Power factor : PF3 - / 1000 S16
32190 0x7DBE 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
32191 0x7DBF 2 Date of minimum PF3 - DATETIME
32193 0x7DC1 2 Minimum Current : Idelta mA U32
32195 0x7DC3 2 Date of minimum Idelta - DATETIME
32197 0x7DC5 2 Minimum Current : Ipe mA U32
32199 0x7DC7 2 Date of minimum Ipe - DATETIME

Instantaneous min #24
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
32204 0x7DCC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
32204 0x7DCC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
32205 0x7DCD 2 Minimum Frequency mHz U32
32207 0x7DCF 2 Date of minimum F - DATETIME
32209 0x7DD1 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
32211 0x7DD3 2 Date of minimum V1 - DATETIME
32213 0x7DD5 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
32215 0x7DD7 2 Date of minimum V2 - DATETIME
32217 0x7DD9 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
32219 0x7DDB 2 Date of minimum V3 - DATETIME
32221 0x7DDD 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
32223 0x7DDF 2 Date of minimum Vn - DATETIME
32225 0x7DE1 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
32227 0x7DE3 2 Date of minimum U12 - DATETIME
32229 0x7DE5 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
32231 0x7DE7 2 Date of minimum U23 - DATETIME
32233 0x7DE9 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
32235 0x7DEB 2 Date of minimum U31 - DATETIME
32237 0x7DED 2 Minimum Current : I1 mA U32
32239 0x7DEF 2 Date of minimum I1 - DATETIME
32241 0x7DF1 2 Minimum Current : I2 mA U32
32243 0x7DF3 2 Date of minimum I2 - DATETIME
32245 0x7DF5 2 Minimum Current : I3 mA U32
32247 0x7DF7 2 Date of minimum I3 - DATETIME
32249 0x7DF9 2 Minimum Current : In mA U32
32251 0x7DFB 2 Date of minimum In - DATETIME
32253 0x7DFD 2 Minimum Total active power W S32
32255 0x7DFF 2 Date of minimum Ptot - DATETIME
32257 0x7E01 2 Minimum Total reactive power var S32
32259 0x7E03 2 Date of minimum Qtot - DATETIME
32261 0x7E05 2 Minimum Total apparent power VA U32
32263 0x7E07 2 Date of minimum Stot - DATETIME
32265 0x7E09 1 Minimum Total power factor - / 1000 S16
32266 0x7E0A 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
32267 0x7E0B 2 Date of minimum Total power factor - DATETIME
32269 0x7E0D 2 Minimum Active power : P1 W S32
32271 0x7E0F 2 Date of minimum P1 - DATETIME
32273 0x7E11 2 Minimum Active power : P2 W S32
32275 0x7E13 2 Date of minimum P2 - DATETIME
32277 0x7E15 2 Minimum Active power : P3 W S32
32279 0x7E17 2 Date of minimum P3 - DATETIME
32281 0x7E19 2 Minimum Reactive power : Q1 var S32
32283 0x7E1B 2 Date of minimum Q1 - DATETIME
32285 0x7E1D 2 Minimum Reactive power : Q2 var S32
32287 0x7E1F 2 Date of minimum Q2 - DATETIME
32289 0x7E21 2 Minimum Reactive power : Q3 var S32
32291 0x7E23 2 Date of minimum Q3 - DATETIME
32293 0x7E25 2 Minimum Apparent power : S1 VA U32
32295 0x7E27 2 Date of minimum S1 - DATETIME
32297 0x7E29 2 Minimum Apparent power : S2 VA U32
32299 0x7E2B 2 Date of minimum S2 - DATETIME
32301 0x7E2D 2 Minimum Apparent power : S3 VA U32
32303 0x7E2F 2 Date of minimum S3 - DATETIME
32305 0x7E31 1 Minimum Power factor : PF1 - / 1000 S16
32306 0x7E32 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
32307 0x7E33 2 Date of minimum PF1 - DATETIME
32309 0x7E35 1 Minimum Power factor : PF2 - / 1000 S16
32310 0x7E36 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
32311 0x7E37 2 Date of minimum PF2 - DATETIME
32313 0x7E39 1 Minimum Power factor : PF3 - / 1000 S16
32314 0x7E3A 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
32315 0x7E3B 2 Date of minimum PF3 - DATETIME
32317 0x7E3D 2 Minimum Current : Idelta mA U32
32319 0x7E3F 2 Date of minimum Idelta - DATETIME
32321 0x7E41 2 Minimum Current : Ipe mA U32
32323 0x7E43 2 Date of minimum Ipe - DATETIME

Instantaneous max #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
32328 0x7E48 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
32328 0x7E48 1 Load status :
0 : Disabled
1 : Enabled		 - U8
32329 0x7E49 2 Maximum Frequency mHz U32
32331 0x7E4B 2 Date of maximum F - DATETIME
32333 0x7E4D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
32335 0x7E4F 2 Date of maximum V1 - DATETIME
32337 0x7E51 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
32339 0x7E53 2 Date of maximum V2 - DATETIME
32341 0x7E55 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
32343 0x7E57 2 Date of maximum V3 - DATETIME
32345 0x7E59 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
32347 0x7E5B 2 Date of maximum Vn - DATETIME
32349 0x7E5D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
32351 0x7E5F 2 Date of maximum U12 - DATETIME
32353 0x7E61 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
32355 0x7E63 2 Date of maximum U23 - DATETIME
32357 0x7E65 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
32359 0x7E67 2 Date of maximum U31 - DATETIME
32361 0x7E69 2 Maximum Current : I1 mA U32
32363 0x7E6B 2 Date of maximum I1 - DATETIME
32365 0x7E6D 2 Maximum Current : I2 mA U32
32367 0x7E6F 2 Date of maximum I2 - DATETIME
32369 0x7E71 2 Maximum Current : I3 mA U32
32371 0x7E73 2 Date of maximum I3 - DATETIME
32373 0x7E75 2 Maximum Current : In mA U32
32375 0x7E77 2 Date of maximum In - DATETIME
32377 0x7E79 2 Maximum Total active power W S32
32379 0x7E7B 2 Date of maximum Ptot - DATETIME
32381 0x7E7D 2 Maximum Total reactive power var S32
32383 0x7E7F 2 Date of maximum Qtot - DATETIME
32385 0x7E81 2 Maximum Total apparent power VA U32
32387 0x7E83 2 Date of maximum Stot - DATETIME
32389 0x7E85 1 Maximum Total power factor - / 1000 S16
32390 0x7E86 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
32391 0x7E87 2 Date of maximum Total power factor - DATETIME
32393 0x7E89 2 Maximum Active power : P1 W S32
32395 0x7E8B 2 Date of maximum P1 - DATETIME
32397 0x7E8D 2 Maximum Active power : P2 W S32
32399 0x7E8F 2 Date of maximum P2 - DATETIME
32401 0x7E91 2 Maximum Active power : P3 W S32
32403 0x7E93 2 Date of maximum P3 - DATETIME
32405 0x7E95 2 Maximum Reactive power : Q1 var S32
32407 0x7E97 2 Date of maximum Q1 - DATETIME
32409 0x7E99 2 Maximum Reactive power : Q2 var S32
32411 0x7E9B 2 Date of maximum Q2 - DATETIME
32413 0x7E9D 2 Maximum Reactive power : Q3 var S32
32415 0x7E9F 2 Date of maximum Q3 - DATETIME
32417 0x7EA1 2 Maximum Apparent power : S1 VA U32
32419 0x7EA3 2 Date of maximum S1 - DATETIME
32421 0x7EA5 2 Maximum Apparent power : S2 VA U32
32423 0x7EA7 2 Date of maximum S2 - DATETIME
32425 0x7EA9 2 Maximum Apparent power : S3 VA U32
32427 0x7EAB 2 Date of maximum S3 - DATETIME
32429 0x7EAD 1 Maximum Power factor : PF1 - / 1000 S16
32430 0x7EAE 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
32431 0x7EAF 2 Date of maximum PF1 - DATETIME
32433 0x7EB1 1 Maximum Power factor : PF2 - / 1000 S16
32434 0x7EB2 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
32435 0x7EB3 2 Date of maximum PF2 - DATETIME
32437 0x7EB5 1 Maximum Power factor : PF3 - / 1000 S16
32438 0x7EB6 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
32439 0x7EB7 2 Date of maximum PF3 - DATETIME
32441 0x7EB9 2 Maximum Current : Idelta mA U32
32443 0x7EBB 2 Date of maximum Idelta - DATETIME
32445 0x7EBD 2 Maximum Current : Ipe mA U32
32447 0x7EBF 2 Date of maximum Ipe - DATETIME

Instantaneous max #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
32452 0x7EC4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
32452 0x7EC4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
32453 0x7EC5 2 Maximum Frequency mHz U32
32455 0x7EC7 2 Date of maximum F - DATETIME
32457 0x7EC9 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
32459 0x7ECB 2 Date of maximum V1 - DATETIME
32461 0x7ECD 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
32463 0x7ECF 2 Date of maximum V2 - DATETIME
32465 0x7ED1 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
32467 0x7ED3 2 Date of maximum V3 - DATETIME
32469 0x7ED5 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
32471 0x7ED7 2 Date of maximum Vn - DATETIME
32473 0x7ED9 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
32475 0x7EDB 2 Date of maximum U12 - DATETIME
32477 0x7EDD 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
32479 0x7EDF 2 Date of maximum U23 - DATETIME
32481 0x7EE1 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
32483 0x7EE3 2 Date of maximum U31 - DATETIME
32485 0x7EE5 2 Maximum Current : I1 mA U32
32487 0x7EE7 2 Date of maximum I1 - DATETIME
32489 0x7EE9 2 Maximum Current : I2 mA U32
32491 0x7EEB 2 Date of maximum I2 - DATETIME
32493 0x7EED 2 Maximum Current : I3 mA U32
32495 0x7EEF 2 Date of maximum I3 - DATETIME
32497 0x7EF1 2 Maximum Current : In mA U32
32499 0x7EF3 2 Date of maximum In - DATETIME
32501 0x7EF5 2 Maximum Total active power W S32
32503 0x7EF7 2 Date of maximum Ptot - DATETIME
32505 0x7EF9 2 Maximum Total reactive power var S32
32507 0x7EFB 2 Date of maximum Qtot - DATETIME
32509 0x7EFD 2 Maximum Total apparent power VA U32
32511 0x7EFF 2 Date of maximum Stot - DATETIME
32513 0x7F01 1 Maximum Total power factor - / 1000 S16
32514 0x7F02 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
32515 0x7F03 2 Date of maximum Total power factor - DATETIME
32517 0x7F05 2 Maximum Active power : P1 W S32
32519 0x7F07 2 Date of maximum P1 - DATETIME
32521 0x7F09 2 Maximum Active power : P2 W S32
32523 0x7F0B 2 Date of maximum P2 - DATETIME
32525 0x7F0D 2 Maximum Active power : P3 W S32
32527 0x7F0F 2 Date of maximum P3 - DATETIME
32529 0x7F11 2 Maximum Reactive power : Q1 var S32
32531 0x7F13 2 Date of maximum Q1 - DATETIME
32533 0x7F15 2 Maximum Reactive power : Q2 var S32
32535 0x7F17 2 Date of maximum Q2 - DATETIME
32537 0x7F19 2 Maximum Reactive power : Q3 var S32
32539 0x7F1B 2 Date of maximum Q3 - DATETIME
32541 0x7F1D 2 Maximum Apparent power : S1 VA U32
32543 0x7F1F 2 Date of maximum S1 - DATETIME
32545 0x7F21 2 Maximum Apparent power : S2 VA U32
32547 0x7F23 2 Date of maximum S2 - DATETIME
32549 0x7F25 2 Maximum Apparent power : S3 VA U32
32551 0x7F27 2 Date of maximum S3 - DATETIME
32553 0x7F29 1 Maximum Power factor : PF1 - / 1000 S16
32554 0x7F2A 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
32555 0x7F2B 2 Date of maximum PF1 - DATETIME
32557 0x7F2D 1 Maximum Power factor : PF2 - / 1000 S16
32558 0x7F2E 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
32559 0x7F2F 2 Date of maximum PF2 - DATETIME
32561 0x7F31 1 Maximum Power factor : PF3 - / 1000 S16
32562 0x7F32 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
32563 0x7F33 2 Date of maximum PF3 - DATETIME
32565 0x7F35 2 Maximum Current : Idelta mA U32
32567 0x7F37 2 Date of maximum Idelta - DATETIME
32569 0x7F39 2 Maximum Current : Ipe mA U32
32571 0x7F3B 2 Date of maximum Ipe - DATETIME

Instantaneous max #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
32576 0x7F40 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
32576 0x7F40 1 Load status :
0 : Disabled
1 : Enabled		 - U8
32577 0x7F41 2 Maximum Frequency mHz U32
32579 0x7F43 2 Date of maximum F - DATETIME
32581 0x7F45 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
32583 0x7F47 2 Date of maximum V1 - DATETIME
32585 0x7F49 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
32587 0x7F4B 2 Date of maximum V2 - DATETIME
32589 0x7F4D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
32591 0x7F4F 2 Date of maximum V3 - DATETIME
32593 0x7F51 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
32595 0x7F53 2 Date of maximum Vn - DATETIME
32597 0x7F55 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
32599 0x7F57 2 Date of maximum U12 - DATETIME
32601 0x7F59 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
32603 0x7F5B 2 Date of maximum U23 - DATETIME
32605 0x7F5D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
32607 0x7F5F 2 Date of maximum U31 - DATETIME
32609 0x7F61 2 Maximum Current : I1 mA U32
32611 0x7F63 2 Date of maximum I1 - DATETIME
32613 0x7F65 2 Maximum Current : I2 mA U32
32615 0x7F67 2 Date of maximum I2 - DATETIME
32617 0x7F69 2 Maximum Current : I3 mA U32
32619 0x7F6B 2 Date of maximum I3 - DATETIME
32621 0x7F6D 2 Maximum Current : In mA U32
32623 0x7F6F 2 Date of maximum In - DATETIME
32625 0x7F71 2 Maximum Total active power W S32
32627 0x7F73 2 Date of maximum Ptot - DATETIME
32629 0x7F75 2 Maximum Total reactive power var S32
32631 0x7F77 2 Date of maximum Qtot - DATETIME
32633 0x7F79 2 Maximum Total apparent power VA U32
32635 0x7F7B 2 Date of maximum Stot - DATETIME
32637 0x7F7D 1 Maximum Total power factor - / 1000 S16
32638 0x7F7E 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
32639 0x7F7F 2 Date of maximum Total power factor - DATETIME
32641 0x7F81 2 Maximum Active power : P1 W S32
32643 0x7F83 2 Date of maximum P1 - DATETIME
32645 0x7F85 2 Maximum Active power : P2 W S32
32647 0x7F87 2 Date of maximum P2 - DATETIME
32649 0x7F89 2 Maximum Active power : P3 W S32
32651 0x7F8B 2 Date of maximum P3 - DATETIME
32653 0x7F8D 2 Maximum Reactive power : Q1 var S32
32655 0x7F8F 2 Date of maximum Q1 - DATETIME
32657 0x7F91 2 Maximum Reactive power : Q2 var S32
32659 0x7F93 2 Date of maximum Q2 - DATETIME
32661 0x7F95 2 Maximum Reactive power : Q3 var S32
32663 0x7F97 2 Date of maximum Q3 - DATETIME
32665 0x7F99 2 Maximum Apparent power : S1 VA U32
32667 0x7F9B 2 Date of maximum S1 - DATETIME
32669 0x7F9D 2 Maximum Apparent power : S2 VA U32
32671 0x7F9F 2 Date of maximum S2 - DATETIME
32673 0x7FA1 2 Maximum Apparent power : S3 VA U32
32675 0x7FA3 2 Date of maximum S3 - DATETIME
32677 0x7FA5 1 Maximum Power factor : PF1 - / 1000 S16
32678 0x7FA6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
32679 0x7FA7 2 Date of maximum PF1 - DATETIME
32681 0x7FA9 1 Maximum Power factor : PF2 - / 1000 S16
32682 0x7FAA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
32683 0x7FAB 2 Date of maximum PF2 - DATETIME
32685 0x7FAD 1 Maximum Power factor : PF3 - / 1000 S16
32686 0x7FAE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
32687 0x7FAF 2 Date of maximum PF3 - DATETIME
32689 0x7FB1 2 Maximum Current : Idelta mA U32
32691 0x7FB3 2 Date of maximum Idelta - DATETIME
32693 0x7FB5 2 Maximum Current : Ipe mA U32
32695 0x7FB7 2 Date of maximum Ipe - DATETIME

Instantaneous max #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
32700 0x7FBC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
32700 0x7FBC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
32701 0x7FBD 2 Maximum Frequency mHz U32
32703 0x7FBF 2 Date of maximum F - DATETIME
32705 0x7FC1 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
32707 0x7FC3 2 Date of maximum V1 - DATETIME
32709 0x7FC5 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
32711 0x7FC7 2 Date of maximum V2 - DATETIME
32713 0x7FC9 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
32715 0x7FCB 2 Date of maximum V3 - DATETIME
32717 0x7FCD 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
32719 0x7FCF 2 Date of maximum Vn - DATETIME
32721 0x7FD1 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
32723 0x7FD3 2 Date of maximum U12 - DATETIME
32725 0x7FD5 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
32727 0x7FD7 2 Date of maximum U23 - DATETIME
32729 0x7FD9 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
32731 0x7FDB 2 Date of maximum U31 - DATETIME
32733 0x7FDD 2 Maximum Current : I1 mA U32
32735 0x7FDF 2 Date of maximum I1 - DATETIME
32737 0x7FE1 2 Maximum Current : I2 mA U32
32739 0x7FE3 2 Date of maximum I2 - DATETIME
32741 0x7FE5 2 Maximum Current : I3 mA U32
32743 0x7FE7 2 Date of maximum I3 - DATETIME
32745 0x7FE9 2 Maximum Current : In mA U32
32747 0x7FEB 2 Date of maximum In - DATETIME
32749 0x7FED 2 Maximum Total active power W S32
32751 0x7FEF 2 Date of maximum Ptot - DATETIME
32753 0x7FF1 2 Maximum Total reactive power var S32
32755 0x7FF3 2 Date of maximum Qtot - DATETIME
32757 0x7FF5 2 Maximum Total apparent power VA U32
32759 0x7FF7 2 Date of maximum Stot - DATETIME
32761 0x7FF9 1 Maximum Total power factor - / 1000 S16
32762 0x7FFA 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
32763 0x7FFB 2 Date of maximum Total power factor - DATETIME
32765 0x7FFD 2 Maximum Active power : P1 W S32
32767 0x7FFF 2 Date of maximum P1 - DATETIME
32769 0x8001 2 Maximum Active power : P2 W S32
32771 0x8003 2 Date of maximum P2 - DATETIME
32773 0x8005 2 Maximum Active power : P3 W S32
32775 0x8007 2 Date of maximum P3 - DATETIME
32777 0x8009 2 Maximum Reactive power : Q1 var S32
32779 0x800B 2 Date of maximum Q1 - DATETIME
32781 0x800D 2 Maximum Reactive power : Q2 var S32
32783 0x800F 2 Date of maximum Q2 - DATETIME
32785 0x8011 2 Maximum Reactive power : Q3 var S32
32787 0x8013 2 Date of maximum Q3 - DATETIME
32789 0x8015 2 Maximum Apparent power : S1 VA U32
32791 0x8017 2 Date of maximum S1 - DATETIME
32793 0x8019 2 Maximum Apparent power : S2 VA U32
32795 0x801B 2 Date of maximum S2 - DATETIME
32797 0x801D 2 Maximum Apparent power : S3 VA U32
32799 0x801F 2 Date of maximum S3 - DATETIME
32801 0x8021 1 Maximum Power factor : PF1 - / 1000 S16
32802 0x8022 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
32803 0x8023 2 Date of maximum PF1 - DATETIME
32805 0x8025 1 Maximum Power factor : PF2 - / 1000 S16
32806 0x8026 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
32807 0x8027 2 Date of maximum PF2 - DATETIME
32809 0x8029 1 Maximum Power factor : PF3 - / 1000 S16
32810 0x802A 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
32811 0x802B 2 Date of maximum PF3 - DATETIME
32813 0x802D 2 Maximum Current : Idelta mA U32
32815 0x802F 2 Date of maximum Idelta - DATETIME
32817 0x8031 2 Maximum Current : Ipe mA U32
32819 0x8033 2 Date of maximum Ipe - DATETIME

Instantaneous max #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
32824 0x8038 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
32824 0x8038 1 Load status :
0 : Disabled
1 : Enabled		 - U8
32825 0x8039 2 Maximum Frequency mHz U32
32827 0x803B 2 Date of maximum F - DATETIME
32829 0x803D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
32831 0x803F 2 Date of maximum V1 - DATETIME
32833 0x8041 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
32835 0x8043 2 Date of maximum V2 - DATETIME
32837 0x8045 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
32839 0x8047 2 Date of maximum V3 - DATETIME
32841 0x8049 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
32843 0x804B 2 Date of maximum Vn - DATETIME
32845 0x804D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
32847 0x804F 2 Date of maximum U12 - DATETIME
32849 0x8051 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
32851 0x8053 2 Date of maximum U23 - DATETIME
32853 0x8055 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
32855 0x8057 2 Date of maximum U31 - DATETIME
32857 0x8059 2 Maximum Current : I1 mA U32
32859 0x805B 2 Date of maximum I1 - DATETIME
32861 0x805D 2 Maximum Current : I2 mA U32
32863 0x805F 2 Date of maximum I2 - DATETIME
32865 0x8061 2 Maximum Current : I3 mA U32
32867 0x8063 2 Date of maximum I3 - DATETIME
32869 0x8065 2 Maximum Current : In mA U32
32871 0x8067 2 Date of maximum In - DATETIME
32873 0x8069 2 Maximum Total active power W S32
32875 0x806B 2 Date of maximum Ptot - DATETIME
32877 0x806D 2 Maximum Total reactive power var S32
32879 0x806F 2 Date of maximum Qtot - DATETIME
32881 0x8071 2 Maximum Total apparent power VA U32
32883 0x8073 2 Date of maximum Stot - DATETIME
32885 0x8075 1 Maximum Total power factor - / 1000 S16
32886 0x8076 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
32887 0x8077 2 Date of maximum Total power factor - DATETIME
32889 0x8079 2 Maximum Active power : P1 W S32
32891 0x807B 2 Date of maximum P1 - DATETIME
32893 0x807D 2 Maximum Active power : P2 W S32
32895 0x807F 2 Date of maximum P2 - DATETIME
32897 0x8081 2 Maximum Active power : P3 W S32
32899 0x8083 2 Date of maximum P3 - DATETIME
32901 0x8085 2 Maximum Reactive power : Q1 var S32
32903 0x8087 2 Date of maximum Q1 - DATETIME
32905 0x8089 2 Maximum Reactive power : Q2 var S32
32907 0x808B 2 Date of maximum Q2 - DATETIME
32909 0x808D 2 Maximum Reactive power : Q3 var S32
32911 0x808F 2 Date of maximum Q3 - DATETIME
32913 0x8091 2 Maximum Apparent power : S1 VA U32
32915 0x8093 2 Date of maximum S1 - DATETIME
32917 0x8095 2 Maximum Apparent power : S2 VA U32
32919 0x8097 2 Date of maximum S2 - DATETIME
32921 0x8099 2 Maximum Apparent power : S3 VA U32
32923 0x809B 2 Date of maximum S3 - DATETIME
32925 0x809D 1 Maximum Power factor : PF1 - / 1000 S16
32926 0x809E 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
32927 0x809F 2 Date of maximum PF1 - DATETIME
32929 0x80A1 1 Maximum Power factor : PF2 - / 1000 S16
32930 0x80A2 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
32931 0x80A3 2 Date of maximum PF2 - DATETIME
32933 0x80A5 1 Maximum Power factor : PF3 - / 1000 S16
32934 0x80A6 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
32935 0x80A7 2 Date of maximum PF3 - DATETIME
32937 0x80A9 2 Maximum Current : Idelta mA U32
32939 0x80AB 2 Date of maximum Idelta - DATETIME
32941 0x80AD 2 Maximum Current : Ipe mA U32
32943 0x80AF 2 Date of maximum Ipe - DATETIME

Instantaneous max #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
32948 0x80B4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
32948 0x80B4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
32949 0x80B5 2 Maximum Frequency mHz U32
32951 0x80B7 2 Date of maximum F - DATETIME
32953 0x80B9 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
32955 0x80BB 2 Date of maximum V1 - DATETIME
32957 0x80BD 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
32959 0x80BF 2 Date of maximum V2 - DATETIME
32961 0x80C1 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
32963 0x80C3 2 Date of maximum V3 - DATETIME
32965 0x80C5 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
32967 0x80C7 2 Date of maximum Vn - DATETIME
32969 0x80C9 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
32971 0x80CB 2 Date of maximum U12 - DATETIME
32973 0x80CD 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
32975 0x80CF 2 Date of maximum U23 - DATETIME
32977 0x80D1 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
32979 0x80D3 2 Date of maximum U31 - DATETIME
32981 0x80D5 2 Maximum Current : I1 mA U32
32983 0x80D7 2 Date of maximum I1 - DATETIME
32985 0x80D9 2 Maximum Current : I2 mA U32
32987 0x80DB 2 Date of maximum I2 - DATETIME
32989 0x80DD 2 Maximum Current : I3 mA U32
32991 0x80DF 2 Date of maximum I3 - DATETIME
32993 0x80E1 2 Maximum Current : In mA U32
32995 0x80E3 2 Date of maximum In - DATETIME
32997 0x80E5 2 Maximum Total active power W S32
32999 0x80E7 2 Date of maximum Ptot - DATETIME
33001 0x80E9 2 Maximum Total reactive power var S32
33003 0x80EB 2 Date of maximum Qtot - DATETIME
33005 0x80ED 2 Maximum Total apparent power VA U32
33007 0x80EF 2 Date of maximum Stot - DATETIME
33009 0x80F1 1 Maximum Total power factor - / 1000 S16
33010 0x80F2 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
33011 0x80F3 2 Date of maximum Total power factor - DATETIME
33013 0x80F5 2 Maximum Active power : P1 W S32
33015 0x80F7 2 Date of maximum P1 - DATETIME
33017 0x80F9 2 Maximum Active power : P2 W S32
33019 0x80FB 2 Date of maximum P2 - DATETIME
33021 0x80FD 2 Maximum Active power : P3 W S32
33023 0x80FF 2 Date of maximum P3 - DATETIME
33025 0x8101 2 Maximum Reactive power : Q1 var S32
33027 0x8103 2 Date of maximum Q1 - DATETIME
33029 0x8105 2 Maximum Reactive power : Q2 var S32
33031 0x8107 2 Date of maximum Q2 - DATETIME
33033 0x8109 2 Maximum Reactive power : Q3 var S32
33035 0x810B 2 Date of maximum Q3 - DATETIME
33037 0x810D 2 Maximum Apparent power : S1 VA U32
33039 0x810F 2 Date of maximum S1 - DATETIME
33041 0x8111 2 Maximum Apparent power : S2 VA U32
33043 0x8113 2 Date of maximum S2 - DATETIME
33045 0x8115 2 Maximum Apparent power : S3 VA U32
33047 0x8117 2 Date of maximum S3 - DATETIME
33049 0x8119 1 Maximum Power factor : PF1 - / 1000 S16
33050 0x811A 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
33051 0x811B 2 Date of maximum PF1 - DATETIME
33053 0x811D 1 Maximum Power factor : PF2 - / 1000 S16
33054 0x811E 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
33055 0x811F 2 Date of maximum PF2 - DATETIME
33057 0x8121 1 Maximum Power factor : PF3 - / 1000 S16
33058 0x8122 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
33059 0x8123 2 Date of maximum PF3 - DATETIME
33061 0x8125 2 Maximum Current : Idelta mA U32
33063 0x8127 2 Date of maximum Idelta - DATETIME
33065 0x8129 2 Maximum Current : Ipe mA U32
33067 0x812B 2 Date of maximum Ipe - DATETIME

Instantaneous max #7
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
33072 0x8130 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
33072 0x8130 1 Load status :
0 : Disabled
1 : Enabled		 - U8
33073 0x8131 2 Maximum Frequency mHz U32
33075 0x8133 2 Date of maximum F - DATETIME
33077 0x8135 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
33079 0x8137 2 Date of maximum V1 - DATETIME
33081 0x8139 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
33083 0x813B 2 Date of maximum V2 - DATETIME
33085 0x813D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
33087 0x813F 2 Date of maximum V3 - DATETIME
33089 0x8141 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
33091 0x8143 2 Date of maximum Vn - DATETIME
33093 0x8145 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
33095 0x8147 2 Date of maximum U12 - DATETIME
33097 0x8149 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
33099 0x814B 2 Date of maximum U23 - DATETIME
33101 0x814D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
33103 0x814F 2 Date of maximum U31 - DATETIME
33105 0x8151 2 Maximum Current : I1 mA U32
33107 0x8153 2 Date of maximum I1 - DATETIME
33109 0x8155 2 Maximum Current : I2 mA U32
33111 0x8157 2 Date of maximum I2 - DATETIME
33113 0x8159 2 Maximum Current : I3 mA U32
33115 0x815B 2 Date of maximum I3 - DATETIME
33117 0x815D 2 Maximum Current : In mA U32
33119 0x815F 2 Date of maximum In - DATETIME
33121 0x8161 2 Maximum Total active power W S32
33123 0x8163 2 Date of maximum Ptot - DATETIME
33125 0x8165 2 Maximum Total reactive power var S32
33127 0x8167 2 Date of maximum Qtot - DATETIME
33129 0x8169 2 Maximum Total apparent power VA U32
33131 0x816B 2 Date of maximum Stot - DATETIME
33133 0x816D 1 Maximum Total power factor - / 1000 S16
33134 0x816E 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
33135 0x816F 2 Date of maximum Total power factor - DATETIME
33137 0x8171 2 Maximum Active power : P1 W S32
33139 0x8173 2 Date of maximum P1 - DATETIME
33141 0x8175 2 Maximum Active power : P2 W S32
33143 0x8177 2 Date of maximum P2 - DATETIME
33145 0x8179 2 Maximum Active power : P3 W S32
33147 0x817B 2 Date of maximum P3 - DATETIME
33149 0x817D 2 Maximum Reactive power : Q1 var S32
33151 0x817F 2 Date of maximum Q1 - DATETIME
33153 0x8181 2 Maximum Reactive power : Q2 var S32
33155 0x8183 2 Date of maximum Q2 - DATETIME
33157 0x8185 2 Maximum Reactive power : Q3 var S32
33159 0x8187 2 Date of maximum Q3 - DATETIME
33161 0x8189 2 Maximum Apparent power : S1 VA U32
33163 0x818B 2 Date of maximum S1 - DATETIME
33165 0x818D 2 Maximum Apparent power : S2 VA U32
33167 0x818F 2 Date of maximum S2 - DATETIME
33169 0x8191 2 Maximum Apparent power : S3 VA U32
33171 0x8193 2 Date of maximum S3 - DATETIME
33173 0x8195 1 Maximum Power factor : PF1 - / 1000 S16
33174 0x8196 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
33175 0x8197 2 Date of maximum PF1 - DATETIME
33177 0x8199 1 Maximum Power factor : PF2 - / 1000 S16
33178 0x819A 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
33179 0x819B 2 Date of maximum PF2 - DATETIME
33181 0x819D 1 Maximum Power factor : PF3 - / 1000 S16
33182 0x819E 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
33183 0x819F 2 Date of maximum PF3 - DATETIME
33185 0x81A1 2 Maximum Current : Idelta mA U32
33187 0x81A3 2 Date of maximum Idelta - DATETIME
33189 0x81A5 2 Maximum Current : Ipe mA U32
33191 0x81A7 2 Date of maximum Ipe - DATETIME

Instantaneous max #8
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
33196 0x81AC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
33196 0x81AC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
33197 0x81AD 2 Maximum Frequency mHz U32
33199 0x81AF 2 Date of maximum F - DATETIME
33201 0x81B1 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
33203 0x81B3 2 Date of maximum V1 - DATETIME
33205 0x81B5 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
33207 0x81B7 2 Date of maximum V2 - DATETIME
33209 0x81B9 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
33211 0x81BB 2 Date of maximum V3 - DATETIME
33213 0x81BD 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
33215 0x81BF 2 Date of maximum Vn - DATETIME
33217 0x81C1 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
33219 0x81C3 2 Date of maximum U12 - DATETIME
33221 0x81C5 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
33223 0x81C7 2 Date of maximum U23 - DATETIME
33225 0x81C9 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
33227 0x81CB 2 Date of maximum U31 - DATETIME
33229 0x81CD 2 Maximum Current : I1 mA U32
33231 0x81CF 2 Date of maximum I1 - DATETIME
33233 0x81D1 2 Maximum Current : I2 mA U32
33235 0x81D3 2 Date of maximum I2 - DATETIME
33237 0x81D5 2 Maximum Current : I3 mA U32
33239 0x81D7 2 Date of maximum I3 - DATETIME
33241 0x81D9 2 Maximum Current : In mA U32
33243 0x81DB 2 Date of maximum In - DATETIME
33245 0x81DD 2 Maximum Total active power W S32
33247 0x81DF 2 Date of maximum Ptot - DATETIME
33249 0x81E1 2 Maximum Total reactive power var S32
33251 0x81E3 2 Date of maximum Qtot - DATETIME
33253 0x81E5 2 Maximum Total apparent power VA U32
33255 0x81E7 2 Date of maximum Stot - DATETIME
33257 0x81E9 1 Maximum Total power factor - / 1000 S16
33258 0x81EA 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
33259 0x81EB 2 Date of maximum Total power factor - DATETIME
33261 0x81ED 2 Maximum Active power : P1 W S32
33263 0x81EF 2 Date of maximum P1 - DATETIME
33265 0x81F1 2 Maximum Active power : P2 W S32
33267 0x81F3 2 Date of maximum P2 - DATETIME
33269 0x81F5 2 Maximum Active power : P3 W S32
33271 0x81F7 2 Date of maximum P3 - DATETIME
33273 0x81F9 2 Maximum Reactive power : Q1 var S32
33275 0x81FB 2 Date of maximum Q1 - DATETIME
33277 0x81FD 2 Maximum Reactive power : Q2 var S32
33279 0x81FF 2 Date of maximum Q2 - DATETIME
33281 0x8201 2 Maximum Reactive power : Q3 var S32
33283 0x8203 2 Date of maximum Q3 - DATETIME
33285 0x8205 2 Maximum Apparent power : S1 VA U32
33287 0x8207 2 Date of maximum S1 - DATETIME
33289 0x8209 2 Maximum Apparent power : S2 VA U32
33291 0x820B 2 Date of maximum S2 - DATETIME
33293 0x820D 2 Maximum Apparent power : S3 VA U32
33295 0x820F 2 Date of maximum S3 - DATETIME
33297 0x8211 1 Maximum Power factor : PF1 - / 1000 S16
33298 0x8212 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
33299 0x8213 2 Date of maximum PF1 - DATETIME
33301 0x8215 1 Maximum Power factor : PF2 - / 1000 S16
33302 0x8216 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
33303 0x8217 2 Date of maximum PF2 - DATETIME
33305 0x8219 1 Maximum Power factor : PF3 - / 1000 S16
33306 0x821A 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
33307 0x821B 2 Date of maximum PF3 - DATETIME
33309 0x821D 2 Maximum Current : Idelta mA U32
33311 0x821F 2 Date of maximum Idelta - DATETIME
33313 0x8221 2 Maximum Current : Ipe mA U32
33315 0x8223 2 Date of maximum Ipe - DATETIME

Instantaneous max #9
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
33320 0x8228 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
33320 0x8228 1 Load status :
0 : Disabled
1 : Enabled		 - U8
33321 0x8229 2 Maximum Frequency mHz U32
33323 0x822B 2 Date of maximum F - DATETIME
33325 0x822D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
33327 0x822F 2 Date of maximum V1 - DATETIME
33329 0x8231 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
33331 0x8233 2 Date of maximum V2 - DATETIME
33333 0x8235 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
33335 0x8237 2 Date of maximum V3 - DATETIME
33337 0x8239 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
33339 0x823B 2 Date of maximum Vn - DATETIME
33341 0x823D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
33343 0x823F 2 Date of maximum U12 - DATETIME
33345 0x8241 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
33347 0x8243 2 Date of maximum U23 - DATETIME
33349 0x8245 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
33351 0x8247 2 Date of maximum U31 - DATETIME
33353 0x8249 2 Maximum Current : I1 mA U32
33355 0x824B 2 Date of maximum I1 - DATETIME
33357 0x824D 2 Maximum Current : I2 mA U32
33359 0x824F 2 Date of maximum I2 - DATETIME
33361 0x8251 2 Maximum Current : I3 mA U32
33363 0x8253 2 Date of maximum I3 - DATETIME
33365 0x8255 2 Maximum Current : In mA U32
33367 0x8257 2 Date of maximum In - DATETIME
33369 0x8259 2 Maximum Total active power W S32
33371 0x825B 2 Date of maximum Ptot - DATETIME
33373 0x825D 2 Maximum Total reactive power var S32
33375 0x825F 2 Date of maximum Qtot - DATETIME
33377 0x8261 2 Maximum Total apparent power VA U32
33379 0x8263 2 Date of maximum Stot - DATETIME
33381 0x8265 1 Maximum Total power factor - / 1000 S16
33382 0x8266 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
33383 0x8267 2 Date of maximum Total power factor - DATETIME
33385 0x8269 2 Maximum Active power : P1 W S32
33387 0x826B 2 Date of maximum P1 - DATETIME
33389 0x826D 2 Maximum Active power : P2 W S32
33391 0x826F 2 Date of maximum P2 - DATETIME
33393 0x8271 2 Maximum Active power : P3 W S32
33395 0x8273 2 Date of maximum P3 - DATETIME
33397 0x8275 2 Maximum Reactive power : Q1 var S32
33399 0x8277 2 Date of maximum Q1 - DATETIME
33401 0x8279 2 Maximum Reactive power : Q2 var S32
33403 0x827B 2 Date of maximum Q2 - DATETIME
33405 0x827D 2 Maximum Reactive power : Q3 var S32
33407 0x827F 2 Date of maximum Q3 - DATETIME
33409 0x8281 2 Maximum Apparent power : S1 VA U32
33411 0x8283 2 Date of maximum S1 - DATETIME
33413 0x8285 2 Maximum Apparent power : S2 VA U32
33415 0x8287 2 Date of maximum S2 - DATETIME
33417 0x8289 2 Maximum Apparent power : S3 VA U32
33419 0x828B 2 Date of maximum S3 - DATETIME
33421 0x828D 1 Maximum Power factor : PF1 - / 1000 S16
33422 0x828E 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
33423 0x828F 2 Date of maximum PF1 - DATETIME
33425 0x8291 1 Maximum Power factor : PF2 - / 1000 S16
33426 0x8292 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
33427 0x8293 2 Date of maximum PF2 - DATETIME
33429 0x8295 1 Maximum Power factor : PF3 - / 1000 S16
33430 0x8296 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
33431 0x8297 2 Date of maximum PF3 - DATETIME
33433 0x8299 2 Maximum Current : Idelta mA U32
33435 0x829B 2 Date of maximum Idelta - DATETIME
33437 0x829D 2 Maximum Current : Ipe mA U32
33439 0x829F 2 Date of maximum Ipe - DATETIME

Instantaneous max #10
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
33444 0x82A4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
33444 0x82A4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
33445 0x82A5 2 Maximum Frequency mHz U32
33447 0x82A7 2 Date of maximum F - DATETIME
33449 0x82A9 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
33451 0x82AB 2 Date of maximum V1 - DATETIME
33453 0x82AD 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
33455 0x82AF 2 Date of maximum V2 - DATETIME
33457 0x82B1 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
33459 0x82B3 2 Date of maximum V3 - DATETIME
33461 0x82B5 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
33463 0x82B7 2 Date of maximum Vn - DATETIME
33465 0x82B9 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
33467 0x82BB 2 Date of maximum U12 - DATETIME
33469 0x82BD 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
33471 0x82BF 2 Date of maximum U23 - DATETIME
33473 0x82C1 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
33475 0x82C3 2 Date of maximum U31 - DATETIME
33477 0x82C5 2 Maximum Current : I1 mA U32
33479 0x82C7 2 Date of maximum I1 - DATETIME
33481 0x82C9 2 Maximum Current : I2 mA U32
33483 0x82CB 2 Date of maximum I2 - DATETIME
33485 0x82CD 2 Maximum Current : I3 mA U32
33487 0x82CF 2 Date of maximum I3 - DATETIME
33489 0x82D1 2 Maximum Current : In mA U32
33491 0x82D3 2 Date of maximum In - DATETIME
33493 0x82D5 2 Maximum Total active power W S32
33495 0x82D7 2 Date of maximum Ptot - DATETIME
33497 0x82D9 2 Maximum Total reactive power var S32
33499 0x82DB 2 Date of maximum Qtot - DATETIME
33501 0x82DD 2 Maximum Total apparent power VA U32
33503 0x82DF 2 Date of maximum Stot - DATETIME
33505 0x82E1 1 Maximum Total power factor - / 1000 S16
33506 0x82E2 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
33507 0x82E3 2 Date of maximum Total power factor - DATETIME
33509 0x82E5 2 Maximum Active power : P1 W S32
33511 0x82E7 2 Date of maximum P1 - DATETIME
33513 0x82E9 2 Maximum Active power : P2 W S32
33515 0x82EB 2 Date of maximum P2 - DATETIME
33517 0x82ED 2 Maximum Active power : P3 W S32
33519 0x82EF 2 Date of maximum P3 - DATETIME
33521 0x82F1 2 Maximum Reactive power : Q1 var S32
33523 0x82F3 2 Date of maximum Q1 - DATETIME
33525 0x82F5 2 Maximum Reactive power : Q2 var S32
33527 0x82F7 2 Date of maximum Q2 - DATETIME
33529 0x82F9 2 Maximum Reactive power : Q3 var S32
33531 0x82FB 2 Date of maximum Q3 - DATETIME
33533 0x82FD 2 Maximum Apparent power : S1 VA U32
33535 0x82FF 2 Date of maximum S1 - DATETIME
33537 0x8301 2 Maximum Apparent power : S2 VA U32
33539 0x8303 2 Date of maximum S2 - DATETIME
33541 0x8305 2 Maximum Apparent power : S3 VA U32
33543 0x8307 2 Date of maximum S3 - DATETIME
33545 0x8309 1 Maximum Power factor : PF1 - / 1000 S16
33546 0x830A 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
33547 0x830B 2 Date of maximum PF1 - DATETIME
33549 0x830D 1 Maximum Power factor : PF2 - / 1000 S16
33550 0x830E 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
33551 0x830F 2 Date of maximum PF2 - DATETIME
33553 0x8311 1 Maximum Power factor : PF3 - / 1000 S16
33554 0x8312 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
33555 0x8313 2 Date of maximum PF3 - DATETIME
33557 0x8315 2 Maximum Current : Idelta mA U32
33559 0x8317 2 Date of maximum Idelta - DATETIME
33561 0x8319 2 Maximum Current : Ipe mA U32
33563 0x831B 2 Date of maximum Ipe - DATETIME

Instantaneous max #11
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
33568 0x8320 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
33568 0x8320 1 Load status :
0 : Disabled
1 : Enabled		 - U8
33569 0x8321 2 Maximum Frequency mHz U32
33571 0x8323 2 Date of maximum F - DATETIME
33573 0x8325 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
33575 0x8327 2 Date of maximum V1 - DATETIME
33577 0x8329 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
33579 0x832B 2 Date of maximum V2 - DATETIME
33581 0x832D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
33583 0x832F 2 Date of maximum V3 - DATETIME
33585 0x8331 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
33587 0x8333 2 Date of maximum Vn - DATETIME
33589 0x8335 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
33591 0x8337 2 Date of maximum U12 - DATETIME
33593 0x8339 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
33595 0x833B 2 Date of maximum U23 - DATETIME
33597 0x833D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
33599 0x833F 2 Date of maximum U31 - DATETIME
33601 0x8341 2 Maximum Current : I1 mA U32
33603 0x8343 2 Date of maximum I1 - DATETIME
33605 0x8345 2 Maximum Current : I2 mA U32
33607 0x8347 2 Date of maximum I2 - DATETIME
33609 0x8349 2 Maximum Current : I3 mA U32
33611 0x834B 2 Date of maximum I3 - DATETIME
33613 0x834D 2 Maximum Current : In mA U32
33615 0x834F 2 Date of maximum In - DATETIME
33617 0x8351 2 Maximum Total active power W S32
33619 0x8353 2 Date of maximum Ptot - DATETIME
33621 0x8355 2 Maximum Total reactive power var S32
33623 0x8357 2 Date of maximum Qtot - DATETIME
33625 0x8359 2 Maximum Total apparent power VA U32
33627 0x835B 2 Date of maximum Stot - DATETIME
33629 0x835D 1 Maximum Total power factor - / 1000 S16
33630 0x835E 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
33631 0x835F 2 Date of maximum Total power factor - DATETIME
33633 0x8361 2 Maximum Active power : P1 W S32
33635 0x8363 2 Date of maximum P1 - DATETIME
33637 0x8365 2 Maximum Active power : P2 W S32
33639 0x8367 2 Date of maximum P2 - DATETIME
33641 0x8369 2 Maximum Active power : P3 W S32
33643 0x836B 2 Date of maximum P3 - DATETIME
33645 0x836D 2 Maximum Reactive power : Q1 var S32
33647 0x836F 2 Date of maximum Q1 - DATETIME
33649 0x8371 2 Maximum Reactive power : Q2 var S32
33651 0x8373 2 Date of maximum Q2 - DATETIME
33653 0x8375 2 Maximum Reactive power : Q3 var S32
33655 0x8377 2 Date of maximum Q3 - DATETIME
33657 0x8379 2 Maximum Apparent power : S1 VA U32
33659 0x837B 2 Date of maximum S1 - DATETIME
33661 0x837D 2 Maximum Apparent power : S2 VA U32
33663 0x837F 2 Date of maximum S2 - DATETIME
33665 0x8381 2 Maximum Apparent power : S3 VA U32
33667 0x8383 2 Date of maximum S3 - DATETIME
33669 0x8385 1 Maximum Power factor : PF1 - / 1000 S16
33670 0x8386 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
33671 0x8387 2 Date of maximum PF1 - DATETIME
33673 0x8389 1 Maximum Power factor : PF2 - / 1000 S16
33674 0x838A 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
33675 0x838B 2 Date of maximum PF2 - DATETIME
33677 0x838D 1 Maximum Power factor : PF3 - / 1000 S16
33678 0x838E 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
33679 0x838F 2 Date of maximum PF3 - DATETIME
33681 0x8391 2 Maximum Current : Idelta mA U32
33683 0x8393 2 Date of maximum Idelta - DATETIME
33685 0x8395 2 Maximum Current : Ipe mA U32
33687 0x8397 2 Date of maximum Ipe - DATETIME

Instantaneous max #12
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
33692 0x839C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
33692 0x839C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
33693 0x839D 2 Maximum Frequency mHz U32
33695 0x839F 2 Date of maximum F - DATETIME
33697 0x83A1 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
33699 0x83A3 2 Date of maximum V1 - DATETIME
33701 0x83A5 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
33703 0x83A7 2 Date of maximum V2 - DATETIME
33705 0x83A9 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
33707 0x83AB 2 Date of maximum V3 - DATETIME
33709 0x83AD 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
33711 0x83AF 2 Date of maximum Vn - DATETIME
33713 0x83B1 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
33715 0x83B3 2 Date of maximum U12 - DATETIME
33717 0x83B5 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
33719 0x83B7 2 Date of maximum U23 - DATETIME
33721 0x83B9 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
33723 0x83BB 2 Date of maximum U31 - DATETIME
33725 0x83BD 2 Maximum Current : I1 mA U32
33727 0x83BF 2 Date of maximum I1 - DATETIME
33729 0x83C1 2 Maximum Current : I2 mA U32
33731 0x83C3 2 Date of maximum I2 - DATETIME
33733 0x83C5 2 Maximum Current : I3 mA U32
33735 0x83C7 2 Date of maximum I3 - DATETIME
33737 0x83C9 2 Maximum Current : In mA U32
33739 0x83CB 2 Date of maximum In - DATETIME
33741 0x83CD 2 Maximum Total active power W S32
33743 0x83CF 2 Date of maximum Ptot - DATETIME
33745 0x83D1 2 Maximum Total reactive power var S32
33747 0x83D3 2 Date of maximum Qtot - DATETIME
33749 0x83D5 2 Maximum Total apparent power VA U32
33751 0x83D7 2 Date of maximum Stot - DATETIME
33753 0x83D9 1 Maximum Total power factor - / 1000 S16
33754 0x83DA 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
33755 0x83DB 2 Date of maximum Total power factor - DATETIME
33757 0x83DD 2 Maximum Active power : P1 W S32
33759 0x83DF 2 Date of maximum P1 - DATETIME
33761 0x83E1 2 Maximum Active power : P2 W S32
33763 0x83E3 2 Date of maximum P2 - DATETIME
33765 0x83E5 2 Maximum Active power : P3 W S32
33767 0x83E7 2 Date of maximum P3 - DATETIME
33769 0x83E9 2 Maximum Reactive power : Q1 var S32
33771 0x83EB 2 Date of maximum Q1 - DATETIME
33773 0x83ED 2 Maximum Reactive power : Q2 var S32
33775 0x83EF 2 Date of maximum Q2 - DATETIME
33777 0x83F1 2 Maximum Reactive power : Q3 var S32
33779 0x83F3 2 Date of maximum Q3 - DATETIME
33781 0x83F5 2 Maximum Apparent power : S1 VA U32
33783 0x83F7 2 Date of maximum S1 - DATETIME
33785 0x83F9 2 Maximum Apparent power : S2 VA U32
33787 0x83FB 2 Date of maximum S2 - DATETIME
33789 0x83FD 2 Maximum Apparent power : S3 VA U32
33791 0x83FF 2 Date of maximum S3 - DATETIME
33793 0x8401 1 Maximum Power factor : PF1 - / 1000 S16
33794 0x8402 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
33795 0x8403 2 Date of maximum PF1 - DATETIME
33797 0x8405 1 Maximum Power factor : PF2 - / 1000 S16
33798 0x8406 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
33799 0x8407 2 Date of maximum PF2 - DATETIME
33801 0x8409 1 Maximum Power factor : PF3 - / 1000 S16
33802 0x840A 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
33803 0x840B 2 Date of maximum PF3 - DATETIME
33805 0x840D 2 Maximum Current : Idelta mA U32
33807 0x840F 2 Date of maximum Idelta - DATETIME
33809 0x8411 2 Maximum Current : Ipe mA U32
33811 0x8413 2 Date of maximum Ipe - DATETIME

Instantaneous max #13
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
33816 0x8418 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
33816 0x8418 1 Load status :
0 : Disabled
1 : Enabled		 - U8
33817 0x8419 2 Maximum Frequency mHz U32
33819 0x841B 2 Date of maximum F - DATETIME
33821 0x841D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
33823 0x841F 2 Date of maximum V1 - DATETIME
33825 0x8421 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
33827 0x8423 2 Date of maximum V2 - DATETIME
33829 0x8425 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
33831 0x8427 2 Date of maximum V3 - DATETIME
33833 0x8429 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
33835 0x842B 2 Date of maximum Vn - DATETIME
33837 0x842D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
33839 0x842F 2 Date of maximum U12 - DATETIME
33841 0x8431 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
33843 0x8433 2 Date of maximum U23 - DATETIME
33845 0x8435 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
33847 0x8437 2 Date of maximum U31 - DATETIME
33849 0x8439 2 Maximum Current : I1 mA U32
33851 0x843B 2 Date of maximum I1 - DATETIME
33853 0x843D 2 Maximum Current : I2 mA U32
33855 0x843F 2 Date of maximum I2 - DATETIME
33857 0x8441 2 Maximum Current : I3 mA U32
33859 0x8443 2 Date of maximum I3 - DATETIME
33861 0x8445 2 Maximum Current : In mA U32
33863 0x8447 2 Date of maximum In - DATETIME
33865 0x8449 2 Maximum Total active power W S32
33867 0x844B 2 Date of maximum Ptot - DATETIME
33869 0x844D 2 Maximum Total reactive power var S32
33871 0x844F 2 Date of maximum Qtot - DATETIME
33873 0x8451 2 Maximum Total apparent power VA U32
33875 0x8453 2 Date of maximum Stot - DATETIME
33877 0x8455 1 Maximum Total power factor - / 1000 S16
33878 0x8456 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
33879 0x8457 2 Date of maximum Total power factor - DATETIME
33881 0x8459 2 Maximum Active power : P1 W S32
33883 0x845B 2 Date of maximum P1 - DATETIME
33885 0x845D 2 Maximum Active power : P2 W S32
33887 0x845F 2 Date of maximum P2 - DATETIME
33889 0x8461 2 Maximum Active power : P3 W S32
33891 0x8463 2 Date of maximum P3 - DATETIME
33893 0x8465 2 Maximum Reactive power : Q1 var S32
33895 0x8467 2 Date of maximum Q1 - DATETIME
33897 0x8469 2 Maximum Reactive power : Q2 var S32
33899 0x846B 2 Date of maximum Q2 - DATETIME
33901 0x846D 2 Maximum Reactive power : Q3 var S32
33903 0x846F 2 Date of maximum Q3 - DATETIME
33905 0x8471 2 Maximum Apparent power : S1 VA U32
33907 0x8473 2 Date of maximum S1 - DATETIME
33909 0x8475 2 Maximum Apparent power : S2 VA U32
33911 0x8477 2 Date of maximum S2 - DATETIME
33913 0x8479 2 Maximum Apparent power : S3 VA U32
33915 0x847B 2 Date of maximum S3 - DATETIME
33917 0x847D 1 Maximum Power factor : PF1 - / 1000 S16
33918 0x847E 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
33919 0x847F 2 Date of maximum PF1 - DATETIME
33921 0x8481 1 Maximum Power factor : PF2 - / 1000 S16
33922 0x8482 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
33923 0x8483 2 Date of maximum PF2 - DATETIME
33925 0x8485 1 Maximum Power factor : PF3 - / 1000 S16
33926 0x8486 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
33927 0x8487 2 Date of maximum PF3 - DATETIME
33929 0x8489 2 Maximum Current : Idelta mA U32
33931 0x848B 2 Date of maximum Idelta - DATETIME
33933 0x848D 2 Maximum Current : Ipe mA U32
33935 0x848F 2 Date of maximum Ipe - DATETIME

Instantaneous max #14
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
33940 0x8494 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
33940 0x8494 1 Load status :
0 : Disabled
1 : Enabled		 - U8
33941 0x8495 2 Maximum Frequency mHz U32
33943 0x8497 2 Date of maximum F - DATETIME
33945 0x8499 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
33947 0x849B 2 Date of maximum V1 - DATETIME
33949 0x849D 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
33951 0x849F 2 Date of maximum V2 - DATETIME
33953 0x84A1 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
33955 0x84A3 2 Date of maximum V3 - DATETIME
33957 0x84A5 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
33959 0x84A7 2 Date of maximum Vn - DATETIME
33961 0x84A9 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
33963 0x84AB 2 Date of maximum U12 - DATETIME
33965 0x84AD 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
33967 0x84AF 2 Date of maximum U23 - DATETIME
33969 0x84B1 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
33971 0x84B3 2 Date of maximum U31 - DATETIME
33973 0x84B5 2 Maximum Current : I1 mA U32
33975 0x84B7 2 Date of maximum I1 - DATETIME
33977 0x84B9 2 Maximum Current : I2 mA U32
33979 0x84BB 2 Date of maximum I2 - DATETIME
33981 0x84BD 2 Maximum Current : I3 mA U32
33983 0x84BF 2 Date of maximum I3 - DATETIME
33985 0x84C1 2 Maximum Current : In mA U32
33987 0x84C3 2 Date of maximum In - DATETIME
33989 0x84C5 2 Maximum Total active power W S32
33991 0x84C7 2 Date of maximum Ptot - DATETIME
33993 0x84C9 2 Maximum Total reactive power var S32
33995 0x84CB 2 Date of maximum Qtot - DATETIME
33997 0x84CD 2 Maximum Total apparent power VA U32
33999 0x84CF 2 Date of maximum Stot - DATETIME
34001 0x84D1 1 Maximum Total power factor - / 1000 S16
34002 0x84D2 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
34003 0x84D3 2 Date of maximum Total power factor - DATETIME
34005 0x84D5 2 Maximum Active power : P1 W S32
34007 0x84D7 2 Date of maximum P1 - DATETIME
34009 0x84D9 2 Maximum Active power : P2 W S32
34011 0x84DB 2 Date of maximum P2 - DATETIME
34013 0x84DD 2 Maximum Active power : P3 W S32
34015 0x84DF 2 Date of maximum P3 - DATETIME
34017 0x84E1 2 Maximum Reactive power : Q1 var S32
34019 0x84E3 2 Date of maximum Q1 - DATETIME
34021 0x84E5 2 Maximum Reactive power : Q2 var S32
34023 0x84E7 2 Date of maximum Q2 - DATETIME
34025 0x84E9 2 Maximum Reactive power : Q3 var S32
34027 0x84EB 2 Date of maximum Q3 - DATETIME
34029 0x84ED 2 Maximum Apparent power : S1 VA U32
34031 0x84EF 2 Date of maximum S1 - DATETIME
34033 0x84F1 2 Maximum Apparent power : S2 VA U32
34035 0x84F3 2 Date of maximum S2 - DATETIME
34037 0x84F5 2 Maximum Apparent power : S3 VA U32
34039 0x84F7 2 Date of maximum S3 - DATETIME
34041 0x84F9 1 Maximum Power factor : PF1 - / 1000 S16
34042 0x84FA 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
34043 0x84FB 2 Date of maximum PF1 - DATETIME
34045 0x84FD 1 Maximum Power factor : PF2 - / 1000 S16
34046 0x84FE 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
34047 0x84FF 2 Date of maximum PF2 - DATETIME
34049 0x8501 1 Maximum Power factor : PF3 - / 1000 S16
34050 0x8502 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
34051 0x8503 2 Date of maximum PF3 - DATETIME
34053 0x8505 2 Maximum Current : Idelta mA U32
34055 0x8507 2 Date of maximum Idelta - DATETIME
34057 0x8509 2 Maximum Current : Ipe mA U32
34059 0x850B 2 Date of maximum Ipe - DATETIME

Instantaneous max #15
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
34064 0x8510 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
34064 0x8510 1 Load status :
0 : Disabled
1 : Enabled		 - U8
34065 0x8511 2 Maximum Frequency mHz U32
34067 0x8513 2 Date of maximum F - DATETIME
34069 0x8515 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
34071 0x8517 2 Date of maximum V1 - DATETIME
34073 0x8519 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
34075 0x851B 2 Date of maximum V2 - DATETIME
34077 0x851D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
34079 0x851F 2 Date of maximum V3 - DATETIME
34081 0x8521 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
34083 0x8523 2 Date of maximum Vn - DATETIME
34085 0x8525 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
34087 0x8527 2 Date of maximum U12 - DATETIME
34089 0x8529 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
34091 0x852B 2 Date of maximum U23 - DATETIME
34093 0x852D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
34095 0x852F 2 Date of maximum U31 - DATETIME
34097 0x8531 2 Maximum Current : I1 mA U32
34099 0x8533 2 Date of maximum I1 - DATETIME
34101 0x8535 2 Maximum Current : I2 mA U32
34103 0x8537 2 Date of maximum I2 - DATETIME
34105 0x8539 2 Maximum Current : I3 mA U32
34107 0x853B 2 Date of maximum I3 - DATETIME
34109 0x853D 2 Maximum Current : In mA U32
34111 0x853F 2 Date of maximum In - DATETIME
34113 0x8541 2 Maximum Total active power W S32
34115 0x8543 2 Date of maximum Ptot - DATETIME
34117 0x8545 2 Maximum Total reactive power var S32
34119 0x8547 2 Date of maximum Qtot - DATETIME
34121 0x8549 2 Maximum Total apparent power VA U32
34123 0x854B 2 Date of maximum Stot - DATETIME
34125 0x854D 1 Maximum Total power factor - / 1000 S16
34126 0x854E 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
34127 0x854F 2 Date of maximum Total power factor - DATETIME
34129 0x8551 2 Maximum Active power : P1 W S32
34131 0x8553 2 Date of maximum P1 - DATETIME
34133 0x8555 2 Maximum Active power : P2 W S32
34135 0x8557 2 Date of maximum P2 - DATETIME
34137 0x8559 2 Maximum Active power : P3 W S32
34139 0x855B 2 Date of maximum P3 - DATETIME
34141 0x855D 2 Maximum Reactive power : Q1 var S32
34143 0x855F 2 Date of maximum Q1 - DATETIME
34145 0x8561 2 Maximum Reactive power : Q2 var S32
34147 0x8563 2 Date of maximum Q2 - DATETIME
34149 0x8565 2 Maximum Reactive power : Q3 var S32
34151 0x8567 2 Date of maximum Q3 - DATETIME
34153 0x8569 2 Maximum Apparent power : S1 VA U32
34155 0x856B 2 Date of maximum S1 - DATETIME
34157 0x856D 2 Maximum Apparent power : S2 VA U32
34159 0x856F 2 Date of maximum S2 - DATETIME
34161 0x8571 2 Maximum Apparent power : S3 VA U32
34163 0x8573 2 Date of maximum S3 - DATETIME
34165 0x8575 1 Maximum Power factor : PF1 - / 1000 S16
34166 0x8576 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
34167 0x8577 2 Date of maximum PF1 - DATETIME
34169 0x8579 1 Maximum Power factor : PF2 - / 1000 S16
34170 0x857A 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
34171 0x857B 2 Date of maximum PF2 - DATETIME
34173 0x857D 1 Maximum Power factor : PF3 - / 1000 S16
34174 0x857E 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
34175 0x857F 2 Date of maximum PF3 - DATETIME
34177 0x8581 2 Maximum Current : Idelta mA U32
34179 0x8583 2 Date of maximum Idelta - DATETIME
34181 0x8585 2 Maximum Current : Ipe mA U32
34183 0x8587 2 Date of maximum Ipe - DATETIME

Instantaneous max #16
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
34188 0x858C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
34188 0x858C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
34189 0x858D 2 Maximum Frequency mHz U32
34191 0x858F 2 Date of maximum F - DATETIME
34193 0x8591 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
34195 0x8593 2 Date of maximum V1 - DATETIME
34197 0x8595 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
34199 0x8597 2 Date of maximum V2 - DATETIME
34201 0x8599 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
34203 0x859B 2 Date of maximum V3 - DATETIME
34205 0x859D 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
34207 0x859F 2 Date of maximum Vn - DATETIME
34209 0x85A1 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
34211 0x85A3 2 Date of maximum U12 - DATETIME
34213 0x85A5 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
34215 0x85A7 2 Date of maximum U23 - DATETIME
34217 0x85A9 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
34219 0x85AB 2 Date of maximum U31 - DATETIME
34221 0x85AD 2 Maximum Current : I1 mA U32
34223 0x85AF 2 Date of maximum I1 - DATETIME
34225 0x85B1 2 Maximum Current : I2 mA U32
34227 0x85B3 2 Date of maximum I2 - DATETIME
34229 0x85B5 2 Maximum Current : I3 mA U32
34231 0x85B7 2 Date of maximum I3 - DATETIME
34233 0x85B9 2 Maximum Current : In mA U32
34235 0x85BB 2 Date of maximum In - DATETIME
34237 0x85BD 2 Maximum Total active power W S32
34239 0x85BF 2 Date of maximum Ptot - DATETIME
34241 0x85C1 2 Maximum Total reactive power var S32
34243 0x85C3 2 Date of maximum Qtot - DATETIME
34245 0x85C5 2 Maximum Total apparent power VA U32
34247 0x85C7 2 Date of maximum Stot - DATETIME
34249 0x85C9 1 Maximum Total power factor - / 1000 S16
34250 0x85CA 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
34251 0x85CB 2 Date of maximum Total power factor - DATETIME
34253 0x85CD 2 Maximum Active power : P1 W S32
34255 0x85CF 2 Date of maximum P1 - DATETIME
34257 0x85D1 2 Maximum Active power : P2 W S32
34259 0x85D3 2 Date of maximum P2 - DATETIME
34261 0x85D5 2 Maximum Active power : P3 W S32
34263 0x85D7 2 Date of maximum P3 - DATETIME
34265 0x85D9 2 Maximum Reactive power : Q1 var S32
34267 0x85DB 2 Date of maximum Q1 - DATETIME
34269 0x85DD 2 Maximum Reactive power : Q2 var S32
34271 0x85DF 2 Date of maximum Q2 - DATETIME
34273 0x85E1 2 Maximum Reactive power : Q3 var S32
34275 0x85E3 2 Date of maximum Q3 - DATETIME
34277 0x85E5 2 Maximum Apparent power : S1 VA U32
34279 0x85E7 2 Date of maximum S1 - DATETIME
34281 0x85E9 2 Maximum Apparent power : S2 VA U32
34283 0x85EB 2 Date of maximum S2 - DATETIME
34285 0x85ED 2 Maximum Apparent power : S3 VA U32
34287 0x85EF 2 Date of maximum S3 - DATETIME
34289 0x85F1 1 Maximum Power factor : PF1 - / 1000 S16
34290 0x85F2 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
34291 0x85F3 2 Date of maximum PF1 - DATETIME
34293 0x85F5 1 Maximum Power factor : PF2 - / 1000 S16
34294 0x85F6 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
34295 0x85F7 2 Date of maximum PF2 - DATETIME
34297 0x85F9 1 Maximum Power factor : PF3 - / 1000 S16
34298 0x85FA 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
34299 0x85FB 2 Date of maximum PF3 - DATETIME
34301 0x85FD 2 Maximum Current : Idelta mA U32
34303 0x85FF 2 Date of maximum Idelta - DATETIME
34305 0x8601 2 Maximum Current : Ipe mA U32
34307 0x8603 2 Date of maximum Ipe - DATETIME

Instantaneous max #17
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
34312 0x8608 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
34312 0x8608 1 Load status :
0 : Disabled
1 : Enabled		 - U8
34313 0x8609 2 Maximum Frequency mHz U32
34315 0x860B 2 Date of maximum F - DATETIME
34317 0x860D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
34319 0x860F 2 Date of maximum V1 - DATETIME
34321 0x8611 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
34323 0x8613 2 Date of maximum V2 - DATETIME
34325 0x8615 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
34327 0x8617 2 Date of maximum V3 - DATETIME
34329 0x8619 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
34331 0x861B 2 Date of maximum Vn - DATETIME
34333 0x861D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
34335 0x861F 2 Date of maximum U12 - DATETIME
34337 0x8621 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
34339 0x8623 2 Date of maximum U23 - DATETIME
34341 0x8625 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
34343 0x8627 2 Date of maximum U31 - DATETIME
34345 0x8629 2 Maximum Current : I1 mA U32
34347 0x862B 2 Date of maximum I1 - DATETIME
34349 0x862D 2 Maximum Current : I2 mA U32
34351 0x862F 2 Date of maximum I2 - DATETIME
34353 0x8631 2 Maximum Current : I3 mA U32
34355 0x8633 2 Date of maximum I3 - DATETIME
34357 0x8635 2 Maximum Current : In mA U32
34359 0x8637 2 Date of maximum In - DATETIME
34361 0x8639 2 Maximum Total active power W S32
34363 0x863B 2 Date of maximum Ptot - DATETIME
34365 0x863D 2 Maximum Total reactive power var S32
34367 0x863F 2 Date of maximum Qtot - DATETIME
34369 0x8641 2 Maximum Total apparent power VA U32
34371 0x8643 2 Date of maximum Stot - DATETIME
34373 0x8645 1 Maximum Total power factor - / 1000 S16
34374 0x8646 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
34375 0x8647 2 Date of maximum Total power factor - DATETIME
34377 0x8649 2 Maximum Active power : P1 W S32
34379 0x864B 2 Date of maximum P1 - DATETIME
34381 0x864D 2 Maximum Active power : P2 W S32
34383 0x864F 2 Date of maximum P2 - DATETIME
34385 0x8651 2 Maximum Active power : P3 W S32
34387 0x8653 2 Date of maximum P3 - DATETIME
34389 0x8655 2 Maximum Reactive power : Q1 var S32
34391 0x8657 2 Date of maximum Q1 - DATETIME
34393 0x8659 2 Maximum Reactive power : Q2 var S32
34395 0x865B 2 Date of maximum Q2 - DATETIME
34397 0x865D 2 Maximum Reactive power : Q3 var S32
34399 0x865F 2 Date of maximum Q3 - DATETIME
34401 0x8661 2 Maximum Apparent power : S1 VA U32
34403 0x8663 2 Date of maximum S1 - DATETIME
34405 0x8665 2 Maximum Apparent power : S2 VA U32
34407 0x8667 2 Date of maximum S2 - DATETIME
34409 0x8669 2 Maximum Apparent power : S3 VA U32
34411 0x866B 2 Date of maximum S3 - DATETIME
34413 0x866D 1 Maximum Power factor : PF1 - / 1000 S16
34414 0x866E 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
34415 0x866F 2 Date of maximum PF1 - DATETIME
34417 0x8671 1 Maximum Power factor : PF2 - / 1000 S16
34418 0x8672 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
34419 0x8673 2 Date of maximum PF2 - DATETIME
34421 0x8675 1 Maximum Power factor : PF3 - / 1000 S16
34422 0x8676 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
34423 0x8677 2 Date of maximum PF3 - DATETIME
34425 0x8679 2 Maximum Current : Idelta mA U32
34427 0x867B 2 Date of maximum Idelta - DATETIME
34429 0x867D 2 Maximum Current : Ipe mA U32
34431 0x867F 2 Date of maximum Ipe - DATETIME

Instantaneous max #18
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
34436 0x8684 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
34436 0x8684 1 Load status :
0 : Disabled
1 : Enabled		 - U8
34437 0x8685 2 Maximum Frequency mHz U32
34439 0x8687 2 Date of maximum F - DATETIME
34441 0x8689 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
34443 0x868B 2 Date of maximum V1 - DATETIME
34445 0x868D 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
34447 0x868F 2 Date of maximum V2 - DATETIME
34449 0x8691 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
34451 0x8693 2 Date of maximum V3 - DATETIME
34453 0x8695 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
34455 0x8697 2 Date of maximum Vn - DATETIME
34457 0x8699 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
34459 0x869B 2 Date of maximum U12 - DATETIME
34461 0x869D 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
34463 0x869F 2 Date of maximum U23 - DATETIME
34465 0x86A1 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
34467 0x86A3 2 Date of maximum U31 - DATETIME
34469 0x86A5 2 Maximum Current : I1 mA U32
34471 0x86A7 2 Date of maximum I1 - DATETIME
34473 0x86A9 2 Maximum Current : I2 mA U32
34475 0x86AB 2 Date of maximum I2 - DATETIME
34477 0x86AD 2 Maximum Current : I3 mA U32
34479 0x86AF 2 Date of maximum I3 - DATETIME
34481 0x86B1 2 Maximum Current : In mA U32
34483 0x86B3 2 Date of maximum In - DATETIME
34485 0x86B5 2 Maximum Total active power W S32
34487 0x86B7 2 Date of maximum Ptot - DATETIME
34489 0x86B9 2 Maximum Total reactive power var S32
34491 0x86BB 2 Date of maximum Qtot - DATETIME
34493 0x86BD 2 Maximum Total apparent power VA U32
34495 0x86BF 2 Date of maximum Stot - DATETIME
34497 0x86C1 1 Maximum Total power factor - / 1000 S16
34498 0x86C2 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
34499 0x86C3 2 Date of maximum Total power factor - DATETIME
34501 0x86C5 2 Maximum Active power : P1 W S32
34503 0x86C7 2 Date of maximum P1 - DATETIME
34505 0x86C9 2 Maximum Active power : P2 W S32
34507 0x86CB 2 Date of maximum P2 - DATETIME
34509 0x86CD 2 Maximum Active power : P3 W S32
34511 0x86CF 2 Date of maximum P3 - DATETIME
34513 0x86D1 2 Maximum Reactive power : Q1 var S32
34515 0x86D3 2 Date of maximum Q1 - DATETIME
34517 0x86D5 2 Maximum Reactive power : Q2 var S32
34519 0x86D7 2 Date of maximum Q2 - DATETIME
34521 0x86D9 2 Maximum Reactive power : Q3 var S32
34523 0x86DB 2 Date of maximum Q3 - DATETIME
34525 0x86DD 2 Maximum Apparent power : S1 VA U32
34527 0x86DF 2 Date of maximum S1 - DATETIME
34529 0x86E1 2 Maximum Apparent power : S2 VA U32
34531 0x86E3 2 Date of maximum S2 - DATETIME
34533 0x86E5 2 Maximum Apparent power : S3 VA U32
34535 0x86E7 2 Date of maximum S3 - DATETIME
34537 0x86E9 1 Maximum Power factor : PF1 - / 1000 S16
34538 0x86EA 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
34539 0x86EB 2 Date of maximum PF1 - DATETIME
34541 0x86ED 1 Maximum Power factor : PF2 - / 1000 S16
34542 0x86EE 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
34543 0x86EF 2 Date of maximum PF2 - DATETIME
34545 0x86F1 1 Maximum Power factor : PF3 - / 1000 S16
34546 0x86F2 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
34547 0x86F3 2 Date of maximum PF3 - DATETIME
34549 0x86F5 2 Maximum Current : Idelta mA U32
34551 0x86F7 2 Date of maximum Idelta - DATETIME
34553 0x86F9 2 Maximum Current : Ipe mA U32
34555 0x86FB 2 Date of maximum Ipe - DATETIME

Instantaneous max #19
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
34560 0x8700 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
34560 0x8700 1 Load status :
0 : Disabled
1 : Enabled		 - U8
34561 0x8701 2 Maximum Frequency mHz U32
34563 0x8703 2 Date of maximum F - DATETIME
34565 0x8705 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
34567 0x8707 2 Date of maximum V1 - DATETIME
34569 0x8709 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
34571 0x870B 2 Date of maximum V2 - DATETIME
34573 0x870D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
34575 0x870F 2 Date of maximum V3 - DATETIME
34577 0x8711 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
34579 0x8713 2 Date of maximum Vn - DATETIME
34581 0x8715 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
34583 0x8717 2 Date of maximum U12 - DATETIME
34585 0x8719 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
34587 0x871B 2 Date of maximum U23 - DATETIME
34589 0x871D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
34591 0x871F 2 Date of maximum U31 - DATETIME
34593 0x8721 2 Maximum Current : I1 mA U32
34595 0x8723 2 Date of maximum I1 - DATETIME
34597 0x8725 2 Maximum Current : I2 mA U32
34599 0x8727 2 Date of maximum I2 - DATETIME
34601 0x8729 2 Maximum Current : I3 mA U32
34603 0x872B 2 Date of maximum I3 - DATETIME
34605 0x872D 2 Maximum Current : In mA U32
34607 0x872F 2 Date of maximum In - DATETIME
34609 0x8731 2 Maximum Total active power W S32
34611 0x8733 2 Date of maximum Ptot - DATETIME
34613 0x8735 2 Maximum Total reactive power var S32
34615 0x8737 2 Date of maximum Qtot - DATETIME
34617 0x8739 2 Maximum Total apparent power VA U32
34619 0x873B 2 Date of maximum Stot - DATETIME
34621 0x873D 1 Maximum Total power factor - / 1000 S16
34622 0x873E 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
34623 0x873F 2 Date of maximum Total power factor - DATETIME
34625 0x8741 2 Maximum Active power : P1 W S32
34627 0x8743 2 Date of maximum P1 - DATETIME
34629 0x8745 2 Maximum Active power : P2 W S32
34631 0x8747 2 Date of maximum P2 - DATETIME
34633 0x8749 2 Maximum Active power : P3 W S32
34635 0x874B 2 Date of maximum P3 - DATETIME
34637 0x874D 2 Maximum Reactive power : Q1 var S32
34639 0x874F 2 Date of maximum Q1 - DATETIME
34641 0x8751 2 Maximum Reactive power : Q2 var S32
34643 0x8753 2 Date of maximum Q2 - DATETIME
34645 0x8755 2 Maximum Reactive power : Q3 var S32
34647 0x8757 2 Date of maximum Q3 - DATETIME
34649 0x8759 2 Maximum Apparent power : S1 VA U32
34651 0x875B 2 Date of maximum S1 - DATETIME
34653 0x875D 2 Maximum Apparent power : S2 VA U32
34655 0x875F 2 Date of maximum S2 - DATETIME
34657 0x8761 2 Maximum Apparent power : S3 VA U32
34659 0x8763 2 Date of maximum S3 - DATETIME
34661 0x8765 1 Maximum Power factor : PF1 - / 1000 S16
34662 0x8766 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
34663 0x8767 2 Date of maximum PF1 - DATETIME
34665 0x8769 1 Maximum Power factor : PF2 - / 1000 S16
34666 0x876A 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
34667 0x876B 2 Date of maximum PF2 - DATETIME
34669 0x876D 1 Maximum Power factor : PF3 - / 1000 S16
34670 0x876E 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
34671 0x876F 2 Date of maximum PF3 - DATETIME
34673 0x8771 2 Maximum Current : Idelta mA U32
34675 0x8773 2 Date of maximum Idelta - DATETIME
34677 0x8775 2 Maximum Current : Ipe mA U32
34679 0x8777 2 Date of maximum Ipe - DATETIME

Instantaneous max #20
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
34684 0x877C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
34684 0x877C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
34685 0x877D 2 Maximum Frequency mHz U32
34687 0x877F 2 Date of maximum F - DATETIME
34689 0x8781 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
34691 0x8783 2 Date of maximum V1 - DATETIME
34693 0x8785 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
34695 0x8787 2 Date of maximum V2 - DATETIME
34697 0x8789 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
34699 0x878B 2 Date of maximum V3 - DATETIME
34701 0x878D 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
34703 0x878F 2 Date of maximum Vn - DATETIME
34705 0x8791 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
34707 0x8793 2 Date of maximum U12 - DATETIME
34709 0x8795 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
34711 0x8797 2 Date of maximum U23 - DATETIME
34713 0x8799 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
34715 0x879B 2 Date of maximum U31 - DATETIME
34717 0x879D 2 Maximum Current : I1 mA U32
34719 0x879F 2 Date of maximum I1 - DATETIME
34721 0x87A1 2 Maximum Current : I2 mA U32
34723 0x87A3 2 Date of maximum I2 - DATETIME
34725 0x87A5 2 Maximum Current : I3 mA U32
34727 0x87A7 2 Date of maximum I3 - DATETIME
34729 0x87A9 2 Maximum Current : In mA U32
34731 0x87AB 2 Date of maximum In - DATETIME
34733 0x87AD 2 Maximum Total active power W S32
34735 0x87AF 2 Date of maximum Ptot - DATETIME
34737 0x87B1 2 Maximum Total reactive power var S32
34739 0x87B3 2 Date of maximum Qtot - DATETIME
34741 0x87B5 2 Maximum Total apparent power VA U32
34743 0x87B7 2 Date of maximum Stot - DATETIME
34745 0x87B9 1 Maximum Total power factor - / 1000 S16
34746 0x87BA 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
34747 0x87BB 2 Date of maximum Total power factor - DATETIME
34749 0x87BD 2 Maximum Active power : P1 W S32
34751 0x87BF 2 Date of maximum P1 - DATETIME
34753 0x87C1 2 Maximum Active power : P2 W S32
34755 0x87C3 2 Date of maximum P2 - DATETIME
34757 0x87C5 2 Maximum Active power : P3 W S32
34759 0x87C7 2 Date of maximum P3 - DATETIME
34761 0x87C9 2 Maximum Reactive power : Q1 var S32
34763 0x87CB 2 Date of maximum Q1 - DATETIME
34765 0x87CD 2 Maximum Reactive power : Q2 var S32
34767 0x87CF 2 Date of maximum Q2 - DATETIME
34769 0x87D1 2 Maximum Reactive power : Q3 var S32
34771 0x87D3 2 Date of maximum Q3 - DATETIME
34773 0x87D5 2 Maximum Apparent power : S1 VA U32
34775 0x87D7 2 Date of maximum S1 - DATETIME
34777 0x87D9 2 Maximum Apparent power : S2 VA U32
34779 0x87DB 2 Date of maximum S2 - DATETIME
34781 0x87DD 2 Maximum Apparent power : S3 VA U32
34783 0x87DF 2 Date of maximum S3 - DATETIME
34785 0x87E1 1 Maximum Power factor : PF1 - / 1000 S16
34786 0x87E2 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
34787 0x87E3 2 Date of maximum PF1 - DATETIME
34789 0x87E5 1 Maximum Power factor : PF2 - / 1000 S16
34790 0x87E6 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
34791 0x87E7 2 Date of maximum PF2 - DATETIME
34793 0x87E9 1 Maximum Power factor : PF3 - / 1000 S16
34794 0x87EA 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
34795 0x87EB 2 Date of maximum PF3 - DATETIME
34797 0x87ED 2 Maximum Current : Idelta mA U32
34799 0x87EF 2 Date of maximum Idelta - DATETIME
34801 0x87F1 2 Maximum Current : Ipe mA U32
34803 0x87F3 2 Date of maximum Ipe - DATETIME

Instantaneous max #21
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
34808 0x87F8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
34808 0x87F8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
34809 0x87F9 2 Maximum Frequency mHz U32
34811 0x87FB 2 Date of maximum F - DATETIME
34813 0x87FD 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
34815 0x87FF 2 Date of maximum V1 - DATETIME
34817 0x8801 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
34819 0x8803 2 Date of maximum V2 - DATETIME
34821 0x8805 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
34823 0x8807 2 Date of maximum V3 - DATETIME
34825 0x8809 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
34827 0x880B 2 Date of maximum Vn - DATETIME
34829 0x880D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
34831 0x880F 2 Date of maximum U12 - DATETIME
34833 0x8811 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
34835 0x8813 2 Date of maximum U23 - DATETIME
34837 0x8815 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
34839 0x8817 2 Date of maximum U31 - DATETIME
34841 0x8819 2 Maximum Current : I1 mA U32
34843 0x881B 2 Date of maximum I1 - DATETIME
34845 0x881D 2 Maximum Current : I2 mA U32
34847 0x881F 2 Date of maximum I2 - DATETIME
34849 0x8821 2 Maximum Current : I3 mA U32
34851 0x8823 2 Date of maximum I3 - DATETIME
34853 0x8825 2 Maximum Current : In mA U32
34855 0x8827 2 Date of maximum In - DATETIME
34857 0x8829 2 Maximum Total active power W S32
34859 0x882B 2 Date of maximum Ptot - DATETIME
34861 0x882D 2 Maximum Total reactive power var S32
34863 0x882F 2 Date of maximum Qtot - DATETIME
34865 0x8831 2 Maximum Total apparent power VA U32
34867 0x8833 2 Date of maximum Stot - DATETIME
34869 0x8835 1 Maximum Total power factor - / 1000 S16
34870 0x8836 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
34871 0x8837 2 Date of maximum Total power factor - DATETIME
34873 0x8839 2 Maximum Active power : P1 W S32
34875 0x883B 2 Date of maximum P1 - DATETIME
34877 0x883D 2 Maximum Active power : P2 W S32
34879 0x883F 2 Date of maximum P2 - DATETIME
34881 0x8841 2 Maximum Active power : P3 W S32
34883 0x8843 2 Date of maximum P3 - DATETIME
34885 0x8845 2 Maximum Reactive power : Q1 var S32
34887 0x8847 2 Date of maximum Q1 - DATETIME
34889 0x8849 2 Maximum Reactive power : Q2 var S32
34891 0x884B 2 Date of maximum Q2 - DATETIME
34893 0x884D 2 Maximum Reactive power : Q3 var S32
34895 0x884F 2 Date of maximum Q3 - DATETIME
34897 0x8851 2 Maximum Apparent power : S1 VA U32
34899 0x8853 2 Date of maximum S1 - DATETIME
34901 0x8855 2 Maximum Apparent power : S2 VA U32
34903 0x8857 2 Date of maximum S2 - DATETIME
34905 0x8859 2 Maximum Apparent power : S3 VA U32
34907 0x885B 2 Date of maximum S3 - DATETIME
34909 0x885D 1 Maximum Power factor : PF1 - / 1000 S16
34910 0x885E 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
34911 0x885F 2 Date of maximum PF1 - DATETIME
34913 0x8861 1 Maximum Power factor : PF2 - / 1000 S16
34914 0x8862 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
34915 0x8863 2 Date of maximum PF2 - DATETIME
34917 0x8865 1 Maximum Power factor : PF3 - / 1000 S16
34918 0x8866 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
34919 0x8867 2 Date of maximum PF3 - DATETIME
34921 0x8869 2 Maximum Current : Idelta mA U32
34923 0x886B 2 Date of maximum Idelta - DATETIME
34925 0x886D 2 Maximum Current : Ipe mA U32
34927 0x886F 2 Date of maximum Ipe - DATETIME

Instantaneous max #22
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
34932 0x8874 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
34932 0x8874 1 Load status :
0 : Disabled
1 : Enabled		 - U8
34933 0x8875 2 Maximum Frequency mHz U32
34935 0x8877 2 Date of maximum F - DATETIME
34937 0x8879 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
34939 0x887B 2 Date of maximum V1 - DATETIME
34941 0x887D 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
34943 0x887F 2 Date of maximum V2 - DATETIME
34945 0x8881 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
34947 0x8883 2 Date of maximum V3 - DATETIME
34949 0x8885 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
34951 0x8887 2 Date of maximum Vn - DATETIME
34953 0x8889 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
34955 0x888B 2 Date of maximum U12 - DATETIME
34957 0x888D 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
34959 0x888F 2 Date of maximum U23 - DATETIME
34961 0x8891 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
34963 0x8893 2 Date of maximum U31 - DATETIME
34965 0x8895 2 Maximum Current : I1 mA U32
34967 0x8897 2 Date of maximum I1 - DATETIME
34969 0x8899 2 Maximum Current : I2 mA U32
34971 0x889B 2 Date of maximum I2 - DATETIME
34973 0x889D 2 Maximum Current : I3 mA U32
34975 0x889F 2 Date of maximum I3 - DATETIME
34977 0x88A1 2 Maximum Current : In mA U32
34979 0x88A3 2 Date of maximum In - DATETIME
34981 0x88A5 2 Maximum Total active power W S32
34983 0x88A7 2 Date of maximum Ptot - DATETIME
34985 0x88A9 2 Maximum Total reactive power var S32
34987 0x88AB 2 Date of maximum Qtot - DATETIME
34989 0x88AD 2 Maximum Total apparent power VA U32
34991 0x88AF 2 Date of maximum Stot - DATETIME
34993 0x88B1 1 Maximum Total power factor - / 1000 S16
34994 0x88B2 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
34995 0x88B3 2 Date of maximum Total power factor - DATETIME
34997 0x88B5 2 Maximum Active power : P1 W S32
34999 0x88B7 2 Date of maximum P1 - DATETIME
35001 0x88B9 2 Maximum Active power : P2 W S32
35003 0x88BB 2 Date of maximum P2 - DATETIME
35005 0x88BD 2 Maximum Active power : P3 W S32
35007 0x88BF 2 Date of maximum P3 - DATETIME
35009 0x88C1 2 Maximum Reactive power : Q1 var S32
35011 0x88C3 2 Date of maximum Q1 - DATETIME
35013 0x88C5 2 Maximum Reactive power : Q2 var S32
35015 0x88C7 2 Date of maximum Q2 - DATETIME
35017 0x88C9 2 Maximum Reactive power : Q3 var S32
35019 0x88CB 2 Date of maximum Q3 - DATETIME
35021 0x88CD 2 Maximum Apparent power : S1 VA U32
35023 0x88CF 2 Date of maximum S1 - DATETIME
35025 0x88D1 2 Maximum Apparent power : S2 VA U32
35027 0x88D3 2 Date of maximum S2 - DATETIME
35029 0x88D5 2 Maximum Apparent power : S3 VA U32
35031 0x88D7 2 Date of maximum S3 - DATETIME
35033 0x88D9 1 Maximum Power factor : PF1 - / 1000 S16
35034 0x88DA 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
35035 0x88DB 2 Date of maximum PF1 - DATETIME
35037 0x88DD 1 Maximum Power factor : PF2 - / 1000 S16
35038 0x88DE 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
35039 0x88DF 2 Date of maximum PF2 - DATETIME
35041 0x88E1 1 Maximum Power factor : PF3 - / 1000 S16
35042 0x88E2 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
35043 0x88E3 2 Date of maximum PF3 - DATETIME
35045 0x88E5 2 Maximum Current : Idelta mA U32
35047 0x88E7 2 Date of maximum Idelta - DATETIME
35049 0x88E9 2 Maximum Current : Ipe mA U32
35051 0x88EB 2 Date of maximum Ipe - DATETIME

Instantaneous max #23
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
35056 0x88F0 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
35056 0x88F0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
35057 0x88F1 2 Maximum Frequency mHz U32
35059 0x88F3 2 Date of maximum F - DATETIME
35061 0x88F5 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
35063 0x88F7 2 Date of maximum V1 - DATETIME
35065 0x88F9 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
35067 0x88FB 2 Date of maximum V2 - DATETIME
35069 0x88FD 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
35071 0x88FF 2 Date of maximum V3 - DATETIME
35073 0x8901 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
35075 0x8903 2 Date of maximum Vn - DATETIME
35077 0x8905 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
35079 0x8907 2 Date of maximum U12 - DATETIME
35081 0x8909 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
35083 0x890B 2 Date of maximum U23 - DATETIME
35085 0x890D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
35087 0x890F 2 Date of maximum U31 - DATETIME
35089 0x8911 2 Maximum Current : I1 mA U32
35091 0x8913 2 Date of maximum I1 - DATETIME
35093 0x8915 2 Maximum Current : I2 mA U32
35095 0x8917 2 Date of maximum I2 - DATETIME
35097 0x8919 2 Maximum Current : I3 mA U32
35099 0x891B 2 Date of maximum I3 - DATETIME
35101 0x891D 2 Maximum Current : In mA U32
35103 0x891F 2 Date of maximum In - DATETIME
35105 0x8921 2 Maximum Total active power W S32
35107 0x8923 2 Date of maximum Ptot - DATETIME
35109 0x8925 2 Maximum Total reactive power var S32
35111 0x8927 2 Date of maximum Qtot - DATETIME
35113 0x8929 2 Maximum Total apparent power VA U32
35115 0x892B 2 Date of maximum Stot - DATETIME
35117 0x892D 1 Maximum Total power factor - / 1000 S16
35118 0x892E 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
35119 0x892F 2 Date of maximum Total power factor - DATETIME
35121 0x8931 2 Maximum Active power : P1 W S32
35123 0x8933 2 Date of maximum P1 - DATETIME
35125 0x8935 2 Maximum Active power : P2 W S32
35127 0x8937 2 Date of maximum P2 - DATETIME
35129 0x8939 2 Maximum Active power : P3 W S32
35131 0x893B 2 Date of maximum P3 - DATETIME
35133 0x893D 2 Maximum Reactive power : Q1 var S32
35135 0x893F 2 Date of maximum Q1 - DATETIME
35137 0x8941 2 Maximum Reactive power : Q2 var S32
35139 0x8943 2 Date of maximum Q2 - DATETIME
35141 0x8945 2 Maximum Reactive power : Q3 var S32
35143 0x8947 2 Date of maximum Q3 - DATETIME
35145 0x8949 2 Maximum Apparent power : S1 VA U32
35147 0x894B 2 Date of maximum S1 - DATETIME
35149 0x894D 2 Maximum Apparent power : S2 VA U32
35151 0x894F 2 Date of maximum S2 - DATETIME
35153 0x8951 2 Maximum Apparent power : S3 VA U32
35155 0x8953 2 Date of maximum S3 - DATETIME
35157 0x8955 1 Maximum Power factor : PF1 - / 1000 S16
35158 0x8956 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
35159 0x8957 2 Date of maximum PF1 - DATETIME
35161 0x8959 1 Maximum Power factor : PF2 - / 1000 S16
35162 0x895A 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
35163 0x895B 2 Date of maximum PF2 - DATETIME
35165 0x895D 1 Maximum Power factor : PF3 - / 1000 S16
35166 0x895E 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
35167 0x895F 2 Date of maximum PF3 - DATETIME
35169 0x8961 2 Maximum Current : Idelta mA U32
35171 0x8963 2 Date of maximum Idelta - DATETIME
35173 0x8965 2 Maximum Current : Ipe mA U32
35175 0x8967 2 Date of maximum Ipe - DATETIME

Instantaneous max #24
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
35180 0x896C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
35180 0x896C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
35181 0x896D 2 Maximum Frequency mHz U32
35183 0x896F 2 Date of maximum F - DATETIME
35185 0x8971 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
35187 0x8973 2 Date of maximum V1 - DATETIME
35189 0x8975 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
35191 0x8977 2 Date of maximum V2 - DATETIME
35193 0x8979 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
35195 0x897B 2 Date of maximum V3 - DATETIME
35197 0x897D 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
35199 0x897F 2 Date of maximum Vn - DATETIME
35201 0x8981 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
35203 0x8983 2 Date of maximum U12 - DATETIME
35205 0x8985 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
35207 0x8987 2 Date of maximum U23 - DATETIME
35209 0x8989 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
35211 0x898B 2 Date of maximum U31 - DATETIME
35213 0x898D 2 Maximum Current : I1 mA U32
35215 0x898F 2 Date of maximum I1 - DATETIME
35217 0x8991 2 Maximum Current : I2 mA U32
35219 0x8993 2 Date of maximum I2 - DATETIME
35221 0x8995 2 Maximum Current : I3 mA U32
35223 0x8997 2 Date of maximum I3 - DATETIME
35225 0x8999 2 Maximum Current : In mA U32
35227 0x899B 2 Date of maximum In - DATETIME
35229 0x899D 2 Maximum Total active power W S32
35231 0x899F 2 Date of maximum Ptot - DATETIME
35233 0x89A1 2 Maximum Total reactive power var S32
35235 0x89A3 2 Date of maximum Qtot - DATETIME
35237 0x89A5 2 Maximum Total apparent power VA U32
35239 0x89A7 2 Date of maximum Stot - DATETIME
35241 0x89A9 1 Maximum Total power factor - / 1000 S16
35242 0x89AA 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
35243 0x89AB 2 Date of maximum Total power factor - DATETIME
35245 0x89AD 2 Maximum Active power : P1 W S32
35247 0x89AF 2 Date of maximum P1 - DATETIME
35249 0x89B1 2 Maximum Active power : P2 W S32
35251 0x89B3 2 Date of maximum P2 - DATETIME
35253 0x89B5 2 Maximum Active power : P3 W S32
35255 0x89B7 2 Date of maximum P3 - DATETIME
35257 0x89B9 2 Maximum Reactive power : Q1 var S32
35259 0x89BB 2 Date of maximum Q1 - DATETIME
35261 0x89BD 2 Maximum Reactive power : Q2 var S32
35263 0x89BF 2 Date of maximum Q2 - DATETIME
35265 0x89C1 2 Maximum Reactive power : Q3 var S32
35267 0x89C3 2 Date of maximum Q3 - DATETIME
35269 0x89C5 2 Maximum Apparent power : S1 VA U32
35271 0x89C7 2 Date of maximum S1 - DATETIME
35273 0x89C9 2 Maximum Apparent power : S2 VA U32
35275 0x89CB 2 Date of maximum S2 - DATETIME
35277 0x89CD 2 Maximum Apparent power : S3 VA U32
35279 0x89CF 2 Date of maximum S3 - DATETIME
35281 0x89D1 1 Maximum Power factor : PF1 - / 1000 S16
35282 0x89D2 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
35283 0x89D3 2 Date of maximum PF1 - DATETIME
35285 0x89D5 1 Maximum Power factor : PF2 - / 1000 S16
35286 0x89D6 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
35287 0x89D7 2 Date of maximum PF2 - DATETIME
35289 0x89D9 1 Maximum Power factor : PF3 - / 1000 S16
35290 0x89DA 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
35291 0x89DB 2 Date of maximum PF3 - DATETIME
35293 0x89DD 2 Maximum Current : Idelta mA U32
35295 0x89DF 2 Date of maximum Idelta - DATETIME
35297 0x89E1 2 Maximum Current : Ipe mA U32
35299 0x89E3 2 Date of maximum Ipe - DATETIME

Average #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
35304 0x89E8 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
35304 0x89E8 1 Load status
0 : Disabled
1 : Enabled		 - U8
35305 0x89E9 2 Date of last instance s DATETIME
35307 0x89EB 1 Integration time min / 5 U16
35308 0x89EC 2 System Ph-N Voltage V 10⁻² U32
35310 0x89EE 2 System Ph-Ph Voltage V 10⁻² U32
35312 0x89F0 2 System Current mA U32
35314 0x89F2 2 Frequency mHz U32
35316 0x89F4 2 Ph-N Voltage : V1 V 10⁻² U32
35318 0x89F6 2 Ph-N Voltage : V2 V 10⁻² U32
35320 0x89F8 2 Ph-N Voltage : V3 V 10⁻² U32
35322 0x89FA 2 Ph-N Voltage : Vn V 10⁻² U32
35324 0x89FC 2 Ph-Ph Voltage : U12 V 10⁻² U32
35326 0x89FE 2 Ph-Ph Voltage : U23 V 10⁻² U32
35328 0x8A00 2 Ph-Ph Voltage : U31 V 10⁻² U32
35330 0x8A02 2 Current : I1 mA U32
35332 0x8A04 2 Current : I2 mA U32
35334 0x8A06 2 Current : I3 mA U32
35336 0x8A08 2 Current : In mA U32
35338 0x8A0A 1 Inba % / 100 U16
35339 0x8A0B 2 Idir mA U32
35341 0x8A0D 2 Iinv mA U32
35343 0x8A0F 2 Ihom mA U32
35345 0x8A11 1 Inb % / 100 U16
35346 0x8A12 2 Snom VA U32
35348 0x8A14 2 Total active power W S32
35350 0x8A16 2 Total reactive power var S32
35352 0x8A18 2 Total lagging reactive power var S32
35354 0x8A1A 2 Total leading reactive power var S32
35356 0x8A1C 2 Total apparent power VA U32
35358 0x8A1E 1 Total power factor - / 1000 S16
35359 0x8A1F 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
35360 0x8A20 2 Active power : P1 W S32
35362 0x8A22 2 Active power : P2 W S32
35364 0x8A24 2 Active power : P3 W S32
35366 0x8A26 2 Reactive power : Q1 var S32
35368 0x8A28 2 Reactive power : Q2 var S32
35370 0x8A2A 2 Reactive power : Q3 var S32
35372 0x8A2C 2 Lagging reactive power : Q1_lagg var S32
35374 0x8A2E 2 Lagging reactive power : Q2_lagg var S32
35376 0x8A30 2 Lagging reactive power : Q3_lagg var S32
35378 0x8A32 2 Leading reactive power : Q1_lead var S32
35380 0x8A34 2 Leading reactive power : Q2_lead var S32
35382 0x8A36 2 Leading reactive power : Q3_lead var S32
35384 0x8A38 2 Apparent power : S1 VA U32
35386 0x8A3A 2 Apparent power : S2 VA U32
35388 0x8A3C 2 Apparent power : S3 VA U32
35390 0x8A3E 1 Power factor : PF1 - / 1000 S16
35391 0x8A3F 1 Power factor : PF2 - / 1000 S16
35392 0x8A40 1 Power factor : PF3 - / 1000 S16
35393 0x8A41 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
35394 0x8A42 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
35395 0x8A43 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
35396 0x8A44 2 Current : Idelta mA U32
35398 0x8A46 2 Current : Ipe mA U32

Average #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
35406 0x8A4E Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
35406 0x8A4E 1 Load status
0 : Disabled
1 : Enabled		 - U8
35407 0x8A4F 2 Date of last instance s DATETIME
35409 0x8A51 1 Integration time min / 5 U16
35410 0x8A52 2 System Ph-N Voltage V 10⁻² U32
35412 0x8A54 2 System Ph-Ph Voltage V 10⁻² U32
35414 0x8A56 2 System Current mA U32
35416 0x8A58 2 Frequency mHz U32
35418 0x8A5A 2 Ph-N Voltage : V1 V 10⁻² U32
35420 0x8A5C 2 Ph-N Voltage : V2 V 10⁻² U32
35422 0x8A5E 2 Ph-N Voltage : V3 V 10⁻² U32
35424 0x8A60 2 Ph-N Voltage : Vn V 10⁻² U32
35426 0x8A62 2 Ph-Ph Voltage : U12 V 10⁻² U32
35428 0x8A64 2 Ph-Ph Voltage : U23 V 10⁻² U32
35430 0x8A66 2 Ph-Ph Voltage : U31 V 10⁻² U32
35432 0x8A68 2 Current : I1 mA U32
35434 0x8A6A 2 Current : I2 mA U32
35436 0x8A6C 2 Current : I3 mA U32
35438 0x8A6E 2 Current : In mA U32
35440 0x8A70 1 Inba % / 100 U16
35441 0x8A71 2 Idir mA U32
35443 0x8A73 2 Iinv mA U32
35445 0x8A75 2 Ihom mA U32
35447 0x8A77 1 Inb % / 100 U16
35448 0x8A78 2 Snom VA U32
35450 0x8A7A 2 Total active power W S32
35452 0x8A7C 2 Total reactive power var S32
35454 0x8A7E 2 Total lagging reactive power var S32
35456 0x8A80 2 Total leading reactive power var S32
35458 0x8A82 2 Total apparent power VA U32
35460 0x8A84 1 Total power factor - / 1000 S16
35461 0x8A85 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
35462 0x8A86 2 Active power : P1 W S32
35464 0x8A88 2 Active power : P2 W S32
35466 0x8A8A 2 Active power : P3 W S32
35468 0x8A8C 2 Reactive power : Q1 var S32
35470 0x8A8E 2 Reactive power : Q2 var S32
35472 0x8A90 2 Reactive power : Q3 var S32
35474 0x8A92 2 Lagging reactive power : Q1_lagg var S32
35476 0x8A94 2 Lagging reactive power : Q2_lagg var S32
35478 0x8A96 2 Lagging reactive power : Q3_lagg var S32
35480 0x8A98 2 Leading reactive power : Q1_lead var S32
35482 0x8A9A 2 Leading reactive power : Q2_lead var S32
35484 0x8A9C 2 Leading reactive power : Q3_lead var S32
35486 0x8A9E 2 Apparent power : S1 VA U32
35488 0x8AA0 2 Apparent power : S2 VA U32
35490 0x8AA2 2 Apparent power : S3 VA U32
35492 0x8AA4 1 Power factor : PF1 - / 1000 S16
35493 0x8AA5 1 Power factor : PF2 - / 1000 S16
35494 0x8AA6 1 Power factor : PF3 - / 1000 S16
35495 0x8AA7 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
35496 0x8AA8 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
35497 0x8AA9 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
35498 0x8AAA 2 Current : Idelta mA U32
35500 0x8AAC 2 Current : Ipe mA U32

Average #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
35508 0x8AB4 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
35508 0x8AB4 1 Load status
0 : Disabled
1 : Enabled		 - U8
35509 0x8AB5 2 Date of last instance s DATETIME
35511 0x8AB7 1 Integration time min / 5 U16
35512 0x8AB8 2 System Ph-N Voltage V 10⁻² U32
35514 0x8ABA 2 System Ph-Ph Voltage V 10⁻² U32
35516 0x8ABC 2 System Current mA U32
35518 0x8ABE 2 Frequency mHz U32
35520 0x8AC0 2 Ph-N Voltage : V1 V 10⁻² U32
35522 0x8AC2 2 Ph-N Voltage : V2 V 10⁻² U32
35524 0x8AC4 2 Ph-N Voltage : V3 V 10⁻² U32
35526 0x8AC6 2 Ph-N Voltage : Vn V 10⁻² U32
35528 0x8AC8 2 Ph-Ph Voltage : U12 V 10⁻² U32
35530 0x8ACA 2 Ph-Ph Voltage : U23 V 10⁻² U32
35532 0x8ACC 2 Ph-Ph Voltage : U31 V 10⁻² U32
35534 0x8ACE 2 Current : I1 mA U32
35536 0x8AD0 2 Current : I2 mA U32
35538 0x8AD2 2 Current : I3 mA U32
35540 0x8AD4 2 Current : In mA U32
35542 0x8AD6 1 Inba % / 100 U16
35543 0x8AD7 2 Idir mA U32
35545 0x8AD9 2 Iinv mA U32
35547 0x8ADB 2 Ihom mA U32
35549 0x8ADD 1 Inb % / 100 U16
35550 0x8ADE 2 Snom VA U32
35552 0x8AE0 2 Total active power W S32
35554 0x8AE2 2 Total reactive power var S32
35556 0x8AE4 2 Total lagging reactive power var S32
35558 0x8AE6 2 Total leading reactive power var S32
35560 0x8AE8 2 Total apparent power VA U32
35562 0x8AEA 1 Total power factor - / 1000 S16
35563 0x8AEB 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
35564 0x8AEC 2 Active power : P1 W S32
35566 0x8AEE 2 Active power : P2 W S32
35568 0x8AF0 2 Active power : P3 W S32
35570 0x8AF2 2 Reactive power : Q1 var S32
35572 0x8AF4 2 Reactive power : Q2 var S32
35574 0x8AF6 2 Reactive power : Q3 var S32
35576 0x8AF8 2 Lagging reactive power : Q1_lagg var S32
35578 0x8AFA 2 Lagging reactive power : Q2_lagg var S32
35580 0x8AFC 2 Lagging reactive power : Q3_lagg var S32
35582 0x8AFE 2 Leading reactive power : Q1_lead var S32
35584 0x8B00 2 Leading reactive power : Q2_lead var S32
35586 0x8B02 2 Leading reactive power : Q3_lead var S32
35588 0x8B04 2 Apparent power : S1 VA U32
35590 0x8B06 2 Apparent power : S2 VA U32
35592 0x8B08 2 Apparent power : S3 VA U32
35594 0x8B0A 1 Power factor : PF1 - / 1000 S16
35595 0x8B0B 1 Power factor : PF2 - / 1000 S16
35596 0x8B0C 1 Power factor : PF3 - / 1000 S16
35597 0x8B0D 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
35598 0x8B0E 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
35599 0x8B0F 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
35600 0x8B10 2 Current : Idelta mA U32
35602 0x8B12 2 Current : Ipe mA U32

Average #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
35610 0x8B1A Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
35610 0x8B1A 1 Load status
0 : Disabled
1 : Enabled		 - U8
35611 0x8B1B 2 Date of last instance s DATETIME
35613 0x8B1D 1 Integration time min / 5 U16
35614 0x8B1E 2 System Ph-N Voltage V 10⁻² U32
35616 0x8B20 2 System Ph-Ph Voltage V 10⁻² U32
35618 0x8B22 2 System Current mA U32
35620 0x8B24 2 Frequency mHz U32
35622 0x8B26 2 Ph-N Voltage : V1 V 10⁻² U32
35624 0x8B28 2 Ph-N Voltage : V2 V 10⁻² U32
35626 0x8B2A 2 Ph-N Voltage : V3 V 10⁻² U32
35628 0x8B2C 2 Ph-N Voltage : Vn V 10⁻² U32
35630 0x8B2E 2 Ph-Ph Voltage : U12 V 10⁻² U32
35632 0x8B30 2 Ph-Ph Voltage : U23 V 10⁻² U32
35634 0x8B32 2 Ph-Ph Voltage : U31 V 10⁻² U32
35636 0x8B34 2 Current : I1 mA U32
35638 0x8B36 2 Current : I2 mA U32
35640 0x8B38 2 Current : I3 mA U32
35642 0x8B3A 2 Current : In mA U32
35644 0x8B3C 1 Inba % / 100 U16
35645 0x8B3D 2 Idir mA U32
35647 0x8B3F 2 Iinv mA U32
35649 0x8B41 2 Ihom mA U32
35651 0x8B43 1 Inb % / 100 U16
35652 0x8B44 2 Snom VA U32
35654 0x8B46 2 Total active power W S32
35656 0x8B48 2 Total reactive power var S32
35658 0x8B4A 2 Total lagging reactive power var S32
35660 0x8B4C 2 Total leading reactive power var S32
35662 0x8B4E 2 Total apparent power VA U32
35664 0x8B50 1 Total power factor - / 1000 S16
35665 0x8B51 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
35666 0x8B52 2 Active power : P1 W S32
35668 0x8B54 2 Active power : P2 W S32
35670 0x8B56 2 Active power : P3 W S32
35672 0x8B58 2 Reactive power : Q1 var S32
35674 0x8B5A 2 Reactive power : Q2 var S32
35676 0x8B5C 2 Reactive power : Q3 var S32
35678 0x8B5E 2 Lagging reactive power : Q1_lagg var S32
35680 0x8B60 2 Lagging reactive power : Q2_lagg var S32
35682 0x8B62 2 Lagging reactive power : Q3_lagg var S32
35684 0x8B64 2 Leading reactive power : Q1_lead var S32
35686 0x8B66 2 Leading reactive power : Q2_lead var S32
35688 0x8B68 2 Leading reactive power : Q3_lead var S32
35690 0x8B6A 2 Apparent power : S1 VA U32
35692 0x8B6C 2 Apparent power : S2 VA U32
35694 0x8B6E 2 Apparent power : S3 VA U32
35696 0x8B70 1 Power factor : PF1 - / 1000 S16
35697 0x8B71 1 Power factor : PF2 - / 1000 S16
35698 0x8B72 1 Power factor : PF3 - / 1000 S16
35699 0x8B73 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
35700 0x8B74 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
35701 0x8B75 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
35702 0x8B76 2 Current : Idelta mA U32
35704 0x8B78 2 Current : Ipe mA U32

Average #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
35712 0x8B80 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
35712 0x8B80 1 Load status
0 : Disabled
1 : Enabled		 - U8
35713 0x8B81 2 Date of last instance s DATETIME
35715 0x8B83 1 Integration time min / 5 U16
35716 0x8B84 2 System Ph-N Voltage V 10⁻² U32
35718 0x8B86 2 System Ph-Ph Voltage V 10⁻² U32
35720 0x8B88 2 System Current mA U32
35722 0x8B8A 2 Frequency mHz U32
35724 0x8B8C 2 Ph-N Voltage : V1 V 10⁻² U32
35726 0x8B8E 2 Ph-N Voltage : V2 V 10⁻² U32
35728 0x8B90 2 Ph-N Voltage : V3 V 10⁻² U32
35730 0x8B92 2 Ph-N Voltage : Vn V 10⁻² U32
35732 0x8B94 2 Ph-Ph Voltage : U12 V 10⁻² U32
35734 0x8B96 2 Ph-Ph Voltage : U23 V 10⁻² U32
35736 0x8B98 2 Ph-Ph Voltage : U31 V 10⁻² U32
35738 0x8B9A 2 Current : I1 mA U32
35740 0x8B9C 2 Current : I2 mA U32
35742 0x8B9E 2 Current : I3 mA U32
35744 0x8BA0 2 Current : In mA U32
35746 0x8BA2 1 Inba % / 100 U16
35747 0x8BA3 2 Idir mA U32
35749 0x8BA5 2 Iinv mA U32
35751 0x8BA7 2 Ihom mA U32
35753 0x8BA9 1 Inb % / 100 U16
35754 0x8BAA 2 Snom VA U32
35756 0x8BAC 2 Total active power W S32
35758 0x8BAE 2 Total reactive power var S32
35760 0x8BB0 2 Total lagging reactive power var S32
35762 0x8BB2 2 Total leading reactive power var S32
35764 0x8BB4 2 Total apparent power VA U32
35766 0x8BB6 1 Total power factor - / 1000 S16
35767 0x8BB7 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
35768 0x8BB8 2 Active power : P1 W S32
35770 0x8BBA 2 Active power : P2 W S32
35772 0x8BBC 2 Active power : P3 W S32
35774 0x8BBE 2 Reactive power : Q1 var S32
35776 0x8BC0 2 Reactive power : Q2 var S32
35778 0x8BC2 2 Reactive power : Q3 var S32
35780 0x8BC4 2 Lagging reactive power : Q1_lagg var S32
35782 0x8BC6 2 Lagging reactive power : Q2_lagg var S32
35784 0x8BC8 2 Lagging reactive power : Q3_lagg var S32
35786 0x8BCA 2 Leading reactive power : Q1_lead var S32
35788 0x8BCC 2 Leading reactive power : Q2_lead var S32
35790 0x8BCE 2 Leading reactive power : Q3_lead var S32
35792 0x8BD0 2 Apparent power : S1 VA U32
35794 0x8BD2 2 Apparent power : S2 VA U32
35796 0x8BD4 2 Apparent power : S3 VA U32
35798 0x8BD6 1 Power factor : PF1 - / 1000 S16
35799 0x8BD7 1 Power factor : PF2 - / 1000 S16
35800 0x8BD8 1 Power factor : PF3 - / 1000 S16
35801 0x8BD9 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
35802 0x8BDA 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
35803 0x8BDB 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
35804 0x8BDC 2 Current : Idelta mA U32
35806 0x8BDE 2 Current : Ipe mA U32

Average #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
35814 0x8BE6 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
35814 0x8BE6 1 Load status
0 : Disabled
1 : Enabled		 - U8
35815 0x8BE7 2 Date of last instance s DATETIME
35817 0x8BE9 1 Integration time min / 5 U16
35818 0x8BEA 2 System Ph-N Voltage V 10⁻² U32
35820 0x8BEC 2 System Ph-Ph Voltage V 10⁻² U32
35822 0x8BEE 2 System Current mA U32
35824 0x8BF0 2 Frequency mHz U32
35826 0x8BF2 2 Ph-N Voltage : V1 V 10⁻² U32
35828 0x8BF4 2 Ph-N Voltage : V2 V 10⁻² U32
35830 0x8BF6 2 Ph-N Voltage : V3 V 10⁻² U32
35832 0x8BF8 2 Ph-N Voltage : Vn V 10⁻² U32
35834 0x8BFA 2 Ph-Ph Voltage : U12 V 10⁻² U32
35836 0x8BFC 2 Ph-Ph Voltage : U23 V 10⁻² U32
35838 0x8BFE 2 Ph-Ph Voltage : U31 V 10⁻² U32
35840 0x8C00 2 Current : I1 mA U32
35842 0x8C02 2 Current : I2 mA U32
35844 0x8C04 2 Current : I3 mA U32
35846 0x8C06 2 Current : In mA U32
35848 0x8C08 1 Inba % / 100 U16
35849 0x8C09 2 Idir mA U32
35851 0x8C0B 2 Iinv mA U32
35853 0x8C0D 2 Ihom mA U32
35855 0x8C0F 1 Inb % / 100 U16
35856 0x8C10 2 Snom VA U32
35858 0x8C12 2 Total active power W S32
35860 0x8C14 2 Total reactive power var S32
35862 0x8C16 2 Total lagging reactive power var S32
35864 0x8C18 2 Total leading reactive power var S32
35866 0x8C1A 2 Total apparent power VA U32
35868 0x8C1C 1 Total power factor - / 1000 S16
35869 0x8C1D 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
35870 0x8C1E 2 Active power : P1 W S32
35872 0x8C20 2 Active power : P2 W S32
35874 0x8C22 2 Active power : P3 W S32
35876 0x8C24 2 Reactive power : Q1 var S32
35878 0x8C26 2 Reactive power : Q2 var S32
35880 0x8C28 2 Reactive power : Q3 var S32
35882 0x8C2A 2 Lagging reactive power : Q1_lagg var S32
35884 0x8C2C 2 Lagging reactive power : Q2_lagg var S32
35886 0x8C2E 2 Lagging reactive power : Q3_lagg var S32
35888 0x8C30 2 Leading reactive power : Q1_lead var S32
35890 0x8C32 2 Leading reactive power : Q2_lead var S32
35892 0x8C34 2 Leading reactive power : Q3_lead var S32
35894 0x8C36 2 Apparent power : S1 VA U32
35896 0x8C38 2 Apparent power : S2 VA U32
35898 0x8C3A 2 Apparent power : S3 VA U32
35900 0x8C3C 1 Power factor : PF1 - / 1000 S16
35901 0x8C3D 1 Power factor : PF2 - / 1000 S16
35902 0x8C3E 1 Power factor : PF3 - / 1000 S16
35903 0x8C3F 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
35904 0x8C40 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
35905 0x8C41 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
35906 0x8C42 2 Current : Idelta mA U32
35908 0x8C44 2 Current : Ipe mA U32

Average #7
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
35916 0x8C4C Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
35916 0x8C4C 1 Load status
0 : Disabled
1 : Enabled		 - U8
35917 0x8C4D 2 Date of last instance s DATETIME
35919 0x8C4F 1 Integration time min / 5 U16
35920 0x8C50 2 System Ph-N Voltage V 10⁻² U32
35922 0x8C52 2 System Ph-Ph Voltage V 10⁻² U32
35924 0x8C54 2 System Current mA U32
35926 0x8C56 2 Frequency mHz U32
35928 0x8C58 2 Ph-N Voltage : V1 V 10⁻² U32
35930 0x8C5A 2 Ph-N Voltage : V2 V 10⁻² U32
35932 0x8C5C 2 Ph-N Voltage : V3 V 10⁻² U32
35934 0x8C5E 2 Ph-N Voltage : Vn V 10⁻² U32
35936 0x8C60 2 Ph-Ph Voltage : U12 V 10⁻² U32
35938 0x8C62 2 Ph-Ph Voltage : U23 V 10⁻² U32
35940 0x8C64 2 Ph-Ph Voltage : U31 V 10⁻² U32
35942 0x8C66 2 Current : I1 mA U32
35944 0x8C68 2 Current : I2 mA U32
35946 0x8C6A 2 Current : I3 mA U32
35948 0x8C6C 2 Current : In mA U32
35950 0x8C6E 1 Inba % / 100 U16
35951 0x8C6F 2 Idir mA U32
35953 0x8C71 2 Iinv mA U32
35955 0x8C73 2 Ihom mA U32
35957 0x8C75 1 Inb % / 100 U16
35958 0x8C76 2 Snom VA U32
35960 0x8C78 2 Total active power W S32
35962 0x8C7A 2 Total reactive power var S32
35964 0x8C7C 2 Total lagging reactive power var S32
35966 0x8C7E 2 Total leading reactive power var S32
35968 0x8C80 2 Total apparent power VA U32
35970 0x8C82 1 Total power factor - / 1000 S16
35971 0x8C83 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
35972 0x8C84 2 Active power : P1 W S32
35974 0x8C86 2 Active power : P2 W S32
35976 0x8C88 2 Active power : P3 W S32
35978 0x8C8A 2 Reactive power : Q1 var S32
35980 0x8C8C 2 Reactive power : Q2 var S32
35982 0x8C8E 2 Reactive power : Q3 var S32
35984 0x8C90 2 Lagging reactive power : Q1_lagg var S32
35986 0x8C92 2 Lagging reactive power : Q2_lagg var S32
35988 0x8C94 2 Lagging reactive power : Q3_lagg var S32
35990 0x8C96 2 Leading reactive power : Q1_lead var S32
35992 0x8C98 2 Leading reactive power : Q2_lead var S32
35994 0x8C9A 2 Leading reactive power : Q3_lead var S32
35996 0x8C9C 2 Apparent power : S1 VA U32
35998 0x8C9E 2 Apparent power : S2 VA U32
36000 0x8CA0 2 Apparent power : S3 VA U32
36002 0x8CA2 1 Power factor : PF1 - / 1000 S16
36003 0x8CA3 1 Power factor : PF2 - / 1000 S16
36004 0x8CA4 1 Power factor : PF3 - / 1000 S16
36005 0x8CA5 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
36006 0x8CA6 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
36007 0x8CA7 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
36008 0x8CA8 2 Current : Idelta mA U32
36010 0x8CAA 2 Current : Ipe mA U32

Average #8
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36018 0x8CB2 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
36018 0x8CB2 1 Load status
0 : Disabled
1 : Enabled		 - U8
36019 0x8CB3 2 Date of last instance s DATETIME
36021 0x8CB5 1 Integration time min / 5 U16
36022 0x8CB6 2 System Ph-N Voltage V 10⁻² U32
36024 0x8CB8 2 System Ph-Ph Voltage V 10⁻² U32
36026 0x8CBA 2 System Current mA U32
36028 0x8CBC 2 Frequency mHz U32
36030 0x8CBE 2 Ph-N Voltage : V1 V 10⁻² U32
36032 0x8CC0 2 Ph-N Voltage : V2 V 10⁻² U32
36034 0x8CC2 2 Ph-N Voltage : V3 V 10⁻² U32
36036 0x8CC4 2 Ph-N Voltage : Vn V 10⁻² U32
36038 0x8CC6 2 Ph-Ph Voltage : U12 V 10⁻² U32
36040 0x8CC8 2 Ph-Ph Voltage : U23 V 10⁻² U32
36042 0x8CCA 2 Ph-Ph Voltage : U31 V 10⁻² U32
36044 0x8CCC 2 Current : I1 mA U32
36046 0x8CCE 2 Current : I2 mA U32
36048 0x8CD0 2 Current : I3 mA U32
36050 0x8CD2 2 Current : In mA U32
36052 0x8CD4 1 Inba % / 100 U16
36053 0x8CD5 2 Idir mA U32
36055 0x8CD7 2 Iinv mA U32
36057 0x8CD9 2 Ihom mA U32
36059 0x8CDB 1 Inb % / 100 U16
36060 0x8CDC 2 Snom VA U32
36062 0x8CDE 2 Total active power W S32
36064 0x8CE0 2 Total reactive power var S32
36066 0x8CE2 2 Total lagging reactive power var S32
36068 0x8CE4 2 Total leading reactive power var S32
36070 0x8CE6 2 Total apparent power VA U32
36072 0x8CE8 1 Total power factor - / 1000 S16
36073 0x8CE9 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
36074 0x8CEA 2 Active power : P1 W S32
36076 0x8CEC 2 Active power : P2 W S32
36078 0x8CEE 2 Active power : P3 W S32
36080 0x8CF0 2 Reactive power : Q1 var S32
36082 0x8CF2 2 Reactive power : Q2 var S32
36084 0x8CF4 2 Reactive power : Q3 var S32
36086 0x8CF6 2 Lagging reactive power : Q1_lagg var S32
36088 0x8CF8 2 Lagging reactive power : Q2_lagg var S32
36090 0x8CFA 2 Lagging reactive power : Q3_lagg var S32
36092 0x8CFC 2 Leading reactive power : Q1_lead var S32
36094 0x8CFE 2 Leading reactive power : Q2_lead var S32
36096 0x8D00 2 Leading reactive power : Q3_lead var S32
36098 0x8D02 2 Apparent power : S1 VA U32
36100 0x8D04 2 Apparent power : S2 VA U32
36102 0x8D06 2 Apparent power : S3 VA U32
36104 0x8D08 1 Power factor : PF1 - / 1000 S16
36105 0x8D09 1 Power factor : PF2 - / 1000 S16
36106 0x8D0A 1 Power factor : PF3 - / 1000 S16
36107 0x8D0B 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
36108 0x8D0C 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
36109 0x8D0D 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
36110 0x8D0E 2 Current : Idelta mA U32
36112 0x8D10 2 Current : Ipe mA U32

Average #9
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36120 0x8D18 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
36120 0x8D18 1 Load status
0 : Disabled
1 : Enabled		 - U8
36121 0x8D19 2 Date of last instance s DATETIME
36123 0x8D1B 1 Integration time min / 5 U16
36124 0x8D1C 2 System Ph-N Voltage V 10⁻² U32
36126 0x8D1E 2 System Ph-Ph Voltage V 10⁻² U32
36128 0x8D20 2 System Current mA U32
36130 0x8D22 2 Frequency mHz U32
36132 0x8D24 2 Ph-N Voltage : V1 V 10⁻² U32
36134 0x8D26 2 Ph-N Voltage : V2 V 10⁻² U32
36136 0x8D28 2 Ph-N Voltage : V3 V 10⁻² U32
36138 0x8D2A 2 Ph-N Voltage : Vn V 10⁻² U32
36140 0x8D2C 2 Ph-Ph Voltage : U12 V 10⁻² U32
36142 0x8D2E 2 Ph-Ph Voltage : U23 V 10⁻² U32
36144 0x8D30 2 Ph-Ph Voltage : U31 V 10⁻² U32
36146 0x8D32 2 Current : I1 mA U32
36148 0x8D34 2 Current : I2 mA U32
36150 0x8D36 2 Current : I3 mA U32
36152 0x8D38 2 Current : In mA U32
36154 0x8D3A 1 Inba % / 100 U16
36155 0x8D3B 2 Idir mA U32
36157 0x8D3D 2 Iinv mA U32
36159 0x8D3F 2 Ihom mA U32
36161 0x8D41 1 Inb % / 100 U16
36162 0x8D42 2 Snom VA U32
36164 0x8D44 2 Total active power W S32
36166 0x8D46 2 Total reactive power var S32
36168 0x8D48 2 Total lagging reactive power var S32
36170 0x8D4A 2 Total leading reactive power var S32
36172 0x8D4C 2 Total apparent power VA U32
36174 0x8D4E 1 Total power factor - / 1000 S16
36175 0x8D4F 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
36176 0x8D50 2 Active power : P1 W S32
36178 0x8D52 2 Active power : P2 W S32
36180 0x8D54 2 Active power : P3 W S32
36182 0x8D56 2 Reactive power : Q1 var S32
36184 0x8D58 2 Reactive power : Q2 var S32
36186 0x8D5A 2 Reactive power : Q3 var S32
36188 0x8D5C 2 Lagging reactive power : Q1_lagg var S32
36190 0x8D5E 2 Lagging reactive power : Q2_lagg var S32
36192 0x8D60 2 Lagging reactive power : Q3_lagg var S32
36194 0x8D62 2 Leading reactive power : Q1_lead var S32
36196 0x8D64 2 Leading reactive power : Q2_lead var S32
36198 0x8D66 2 Leading reactive power : Q3_lead var S32
36200 0x8D68 2 Apparent power : S1 VA U32
36202 0x8D6A 2 Apparent power : S2 VA U32
36204 0x8D6C 2 Apparent power : S3 VA U32
36206 0x8D6E 1 Power factor : PF1 - / 1000 S16
36207 0x8D6F 1 Power factor : PF2 - / 1000 S16
36208 0x8D70 1 Power factor : PF3 - / 1000 S16
36209 0x8D71 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
36210 0x8D72 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
36211 0x8D73 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
36212 0x8D74 2 Current : Idelta mA U32
36214 0x8D76 2 Current : Ipe mA U32

Average #10
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36222 0x8D7E Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
36222 0x8D7E 1 Load status
0 : Disabled
1 : Enabled		 - U8
36223 0x8D7F 2 Date of last instance s DATETIME
36225 0x8D81 1 Integration time min / 5 U16
36226 0x8D82 2 System Ph-N Voltage V 10⁻² U32
36228 0x8D84 2 System Ph-Ph Voltage V 10⁻² U32
36230 0x8D86 2 System Current mA U32
36232 0x8D88 2 Frequency mHz U32
36234 0x8D8A 2 Ph-N Voltage : V1 V 10⁻² U32
36236 0x8D8C 2 Ph-N Voltage : V2 V 10⁻² U32
36238 0x8D8E 2 Ph-N Voltage : V3 V 10⁻² U32
36240 0x8D90 2 Ph-N Voltage : Vn V 10⁻² U32
36242 0x8D92 2 Ph-Ph Voltage : U12 V 10⁻² U32
36244 0x8D94 2 Ph-Ph Voltage : U23 V 10⁻² U32
36246 0x8D96 2 Ph-Ph Voltage : U31 V 10⁻² U32
36248 0x8D98 2 Current : I1 mA U32
36250 0x8D9A 2 Current : I2 mA U32
36252 0x8D9C 2 Current : I3 mA U32
36254 0x8D9E 2 Current : In mA U32
36256 0x8DA0 1 Inba % / 100 U16
36257 0x8DA1 2 Idir mA U32
36259 0x8DA3 2 Iinv mA U32
36261 0x8DA5 2 Ihom mA U32
36263 0x8DA7 1 Inb % / 100 U16
36264 0x8DA8 2 Snom VA U32
36266 0x8DAA 2 Total active power W S32
36268 0x8DAC 2 Total reactive power var S32
36270 0x8DAE 2 Total lagging reactive power var S32
36272 0x8DB0 2 Total leading reactive power var S32
36274 0x8DB2 2 Total apparent power VA U32
36276 0x8DB4 1 Total power factor - / 1000 S16
36277 0x8DB5 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
36278 0x8DB6 2 Active power : P1 W S32
36280 0x8DB8 2 Active power : P2 W S32
36282 0x8DBA 2 Active power : P3 W S32
36284 0x8DBC 2 Reactive power : Q1 var S32
36286 0x8DBE 2 Reactive power : Q2 var S32
36288 0x8DC0 2 Reactive power : Q3 var S32
36290 0x8DC2 2 Lagging reactive power : Q1_lagg var S32
36292 0x8DC4 2 Lagging reactive power : Q2_lagg var S32
36294 0x8DC6 2 Lagging reactive power : Q3_lagg var S32
36296 0x8DC8 2 Leading reactive power : Q1_lead var S32
36298 0x8DCA 2 Leading reactive power : Q2_lead var S32
36300 0x8DCC 2 Leading reactive power : Q3_lead var S32
36302 0x8DCE 2 Apparent power : S1 VA U32
36304 0x8DD0 2 Apparent power : S2 VA U32
36306 0x8DD2 2 Apparent power : S3 VA U32
36308 0x8DD4 1 Power factor : PF1 - / 1000 S16
36309 0x8DD5 1 Power factor : PF2 - / 1000 S16
36310 0x8DD6 1 Power factor : PF3 - / 1000 S16
36311 0x8DD7 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
36312 0x8DD8 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
36313 0x8DD9 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
36314 0x8DDA 2 Current : Idelta mA U32
36316 0x8DDC 2 Current : Ipe mA U32

Average #11
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36324 0x8DE4 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
36324 0x8DE4 1 Load status
0 : Disabled
1 : Enabled		 - U8
36325 0x8DE5 2 Date of last instance s DATETIME
36327 0x8DE7 1 Integration time min / 5 U16
36328 0x8DE8 2 System Ph-N Voltage V 10⁻² U32
36330 0x8DEA 2 System Ph-Ph Voltage V 10⁻² U32
36332 0x8DEC 2 System Current mA U32
36334 0x8DEE 2 Frequency mHz U32
36336 0x8DF0 2 Ph-N Voltage : V1 V 10⁻² U32
36338 0x8DF2 2 Ph-N Voltage : V2 V 10⁻² U32
36340 0x8DF4 2 Ph-N Voltage : V3 V 10⁻² U32
36342 0x8DF6 2 Ph-N Voltage : Vn V 10⁻² U32
36344 0x8DF8 2 Ph-Ph Voltage : U12 V 10⁻² U32
36346 0x8DFA 2 Ph-Ph Voltage : U23 V 10⁻² U32
36348 0x8DFC 2 Ph-Ph Voltage : U31 V 10⁻² U32
36350 0x8DFE 2 Current : I1 mA U32
36352 0x8E00 2 Current : I2 mA U32
36354 0x8E02 2 Current : I3 mA U32
36356 0x8E04 2 Current : In mA U32
36358 0x8E06 1 Inba % / 100 U16
36359 0x8E07 2 Idir mA U32
36361 0x8E09 2 Iinv mA U32
36363 0x8E0B 2 Ihom mA U32
36365 0x8E0D 1 Inb % / 100 U16
36366 0x8E0E 2 Snom VA U32
36368 0x8E10 2 Total active power W S32
36370 0x8E12 2 Total reactive power var S32
36372 0x8E14 2 Total lagging reactive power var S32
36374 0x8E16 2 Total leading reactive power var S32
36376 0x8E18 2 Total apparent power VA U32
36378 0x8E1A 1 Total power factor - / 1000 S16
36379 0x8E1B 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
36380 0x8E1C 2 Active power : P1 W S32
36382 0x8E1E 2 Active power : P2 W S32
36384 0x8E20 2 Active power : P3 W S32
36386 0x8E22 2 Reactive power : Q1 var S32
36388 0x8E24 2 Reactive power : Q2 var S32
36390 0x8E26 2 Reactive power : Q3 var S32
36392 0x8E28 2 Lagging reactive power : Q1_lagg var S32
36394 0x8E2A 2 Lagging reactive power : Q2_lagg var S32
36396 0x8E2C 2 Lagging reactive power : Q3_lagg var S32
36398 0x8E2E 2 Leading reactive power : Q1_lead var S32
36400 0x8E30 2 Leading reactive power : Q2_lead var S32
36402 0x8E32 2 Leading reactive power : Q3_lead var S32
36404 0x8E34 2 Apparent power : S1 VA U32
36406 0x8E36 2 Apparent power : S2 VA U32
36408 0x8E38 2 Apparent power : S3 VA U32
36410 0x8E3A 1 Power factor : PF1 - / 1000 S16
36411 0x8E3B 1 Power factor : PF2 - / 1000 S16
36412 0x8E3C 1 Power factor : PF3 - / 1000 S16
36413 0x8E3D 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
36414 0x8E3E 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
36415 0x8E3F 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
36416 0x8E40 2 Current : Idelta mA U32
36418 0x8E42 2 Current : Ipe mA U32

Average #12
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36426 0x8E4A Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
36426 0x8E4A 1 Load status
0 : Disabled
1 : Enabled		 - U8
36427 0x8E4B 2 Date of last instance s DATETIME
36429 0x8E4D 1 Integration time min / 5 U16
36430 0x8E4E 2 System Ph-N Voltage V 10⁻² U32
36432 0x8E50 2 System Ph-Ph Voltage V 10⁻² U32
36434 0x8E52 2 System Current mA U32
36436 0x8E54 2 Frequency mHz U32
36438 0x8E56 2 Ph-N Voltage : V1 V 10⁻² U32
36440 0x8E58 2 Ph-N Voltage : V2 V 10⁻² U32
36442 0x8E5A 2 Ph-N Voltage : V3 V 10⁻² U32
36444 0x8E5C 2 Ph-N Voltage : Vn V 10⁻² U32
36446 0x8E5E 2 Ph-Ph Voltage : U12 V 10⁻² U32
36448 0x8E60 2 Ph-Ph Voltage : U23 V 10⁻² U32
36450 0x8E62 2 Ph-Ph Voltage : U31 V 10⁻² U32
36452 0x8E64 2 Current : I1 mA U32
36454 0x8E66 2 Current : I2 mA U32
36456 0x8E68 2 Current : I3 mA U32
36458 0x8E6A 2 Current : In mA U32
36460 0x8E6C 1 Inba % / 100 U16
36461 0x8E6D 2 Idir mA U32
36463 0x8E6F 2 Iinv mA U32
36465 0x8E71 2 Ihom mA U32
36467 0x8E73 1 Inb % / 100 U16
36468 0x8E74 2 Snom VA U32
36470 0x8E76 2 Total active power W S32
36472 0x8E78 2 Total reactive power var S32
36474 0x8E7A 2 Total lagging reactive power var S32
36476 0x8E7C 2 Total leading reactive power var S32
36478 0x8E7E 2 Total apparent power VA U32
36480 0x8E80 1 Total power factor - / 1000 S16
36481 0x8E81 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
36482 0x8E82 2 Active power : P1 W S32
36484 0x8E84 2 Active power : P2 W S32
36486 0x8E86 2 Active power : P3 W S32
36488 0x8E88 2 Reactive power : Q1 var S32
36490 0x8E8A 2 Reactive power : Q2 var S32
36492 0x8E8C 2 Reactive power : Q3 var S32
36494 0x8E8E 2 Lagging reactive power : Q1_lagg var S32
36496 0x8E90 2 Lagging reactive power : Q2_lagg var S32
36498 0x8E92 2 Lagging reactive power : Q3_lagg var S32
36500 0x8E94 2 Leading reactive power : Q1_lead var S32
36502 0x8E96 2 Leading reactive power : Q2_lead var S32
36504 0x8E98 2 Leading reactive power : Q3_lead var S32
36506 0x8E9A 2 Apparent power : S1 VA U32
36508 0x8E9C 2 Apparent power : S2 VA U32
36510 0x8E9E 2 Apparent power : S3 VA U32
36512 0x8EA0 1 Power factor : PF1 - / 1000 S16
36513 0x8EA1 1 Power factor : PF2 - / 1000 S16
36514 0x8EA2 1 Power factor : PF3 - / 1000 S16
36515 0x8EA3 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
36516 0x8EA4 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
36517 0x8EA5 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
36518 0x8EA6 2 Current : Idelta mA U32
36520 0x8EA8 2 Current : Ipe mA U32

Average #13
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36528 0x8EB0 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
36528 0x8EB0 1 Load status
0 : Disabled
1 : Enabled		 - U8
36529 0x8EB1 2 Date of last instance s DATETIME
36531 0x8EB3 1 Integration time min / 5 U16
36532 0x8EB4 2 System Ph-N Voltage V 10⁻² U32
36534 0x8EB6 2 System Ph-Ph Voltage V 10⁻² U32
36536 0x8EB8 2 System Current mA U32
36538 0x8EBA 2 Frequency mHz U32
36540 0x8EBC 2 Ph-N Voltage : V1 V 10⁻² U32
36542 0x8EBE 2 Ph-N Voltage : V2 V 10⁻² U32
36544 0x8EC0 2 Ph-N Voltage : V3 V 10⁻² U32
36546 0x8EC2 2 Ph-N Voltage : Vn V 10⁻² U32
36548 0x8EC4 2 Ph-Ph Voltage : U12 V 10⁻² U32
36550 0x8EC6 2 Ph-Ph Voltage : U23 V 10⁻² U32
36552 0x8EC8 2 Ph-Ph Voltage : U31 V 10⁻² U32
36554 0x8ECA 2 Current : I1 mA U32
36556 0x8ECC 2 Current : I2 mA U32
36558 0x8ECE 2 Current : I3 mA U32
36560 0x8ED0 2 Current : In mA U32
36562 0x8ED2 1 Inba % / 100 U16
36563 0x8ED3 2 Idir mA U32
36565 0x8ED5 2 Iinv mA U32
36567 0x8ED7 2 Ihom mA U32
36569 0x8ED9 1 Inb % / 100 U16
36570 0x8EDA 2 Snom VA U32
36572 0x8EDC 2 Total active power W S32
36574 0x8EDE 2 Total reactive power var S32
36576 0x8EE0 2 Total lagging reactive power var S32
36578 0x8EE2 2 Total leading reactive power var S32
36580 0x8EE4 2 Total apparent power VA U32
36582 0x8EE6 1 Total power factor - / 1000 S16
36583 0x8EE7 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
36584 0x8EE8 2 Active power : P1 W S32
36586 0x8EEA 2 Active power : P2 W S32
36588 0x8EEC 2 Active power : P3 W S32
36590 0x8EEE 2 Reactive power : Q1 var S32
36592 0x8EF0 2 Reactive power : Q2 var S32
36594 0x8EF2 2 Reactive power : Q3 var S32
36596 0x8EF4 2 Lagging reactive power : Q1_lagg var S32
36598 0x8EF6 2 Lagging reactive power : Q2_lagg var S32
36600 0x8EF8 2 Lagging reactive power : Q3_lagg var S32
36602 0x8EFA 2 Leading reactive power : Q1_lead var S32
36604 0x8EFC 2 Leading reactive power : Q2_lead var S32
36606 0x8EFE 2 Leading reactive power : Q3_lead var S32
36608 0x8F00 2 Apparent power : S1 VA U32
36610 0x8F02 2 Apparent power : S2 VA U32
36612 0x8F04 2 Apparent power : S3 VA U32
36614 0x8F06 1 Power factor : PF1 - / 1000 S16
36615 0x8F07 1 Power factor : PF2 - / 1000 S16
36616 0x8F08 1 Power factor : PF3 - / 1000 S16
36617 0x8F09 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
36618 0x8F0A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
36619 0x8F0B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
36620 0x8F0C 2 Current : Idelta mA U32
36622 0x8F0E 2 Current : Ipe mA U32

Average #14
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36630 0x8F16 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
36630 0x8F16 1 Load status
0 : Disabled
1 : Enabled		 - U8
36631 0x8F17 2 Date of last instance s DATETIME
36633 0x8F19 1 Integration time min / 5 U16
36634 0x8F1A 2 System Ph-N Voltage V 10⁻² U32
36636 0x8F1C 2 System Ph-Ph Voltage V 10⁻² U32
36638 0x8F1E 2 System Current mA U32
36640 0x8F20 2 Frequency mHz U32
36642 0x8F22 2 Ph-N Voltage : V1 V 10⁻² U32
36644 0x8F24 2 Ph-N Voltage : V2 V 10⁻² U32
36646 0x8F26 2 Ph-N Voltage : V3 V 10⁻² U32
36648 0x8F28 2 Ph-N Voltage : Vn V 10⁻² U32
36650 0x8F2A 2 Ph-Ph Voltage : U12 V 10⁻² U32
36652 0x8F2C 2 Ph-Ph Voltage : U23 V 10⁻² U32
36654 0x8F2E 2 Ph-Ph Voltage : U31 V 10⁻² U32
36656 0x8F30 2 Current : I1 mA U32
36658 0x8F32 2 Current : I2 mA U32
36660 0x8F34 2 Current : I3 mA U32
36662 0x8F36 2 Current : In mA U32
36664 0x8F38 1 Inba % / 100 U16
36665 0x8F39 2 Idir mA U32
36667 0x8F3B 2 Iinv mA U32
36669 0x8F3D 2 Ihom mA U32
36671 0x8F3F 1 Inb % / 100 U16
36672 0x8F40 2 Snom VA U32
36674 0x8F42 2 Total active power W S32
36676 0x8F44 2 Total reactive power var S32
36678 0x8F46 2 Total lagging reactive power var S32
36680 0x8F48 2 Total leading reactive power var S32
36682 0x8F4A 2 Total apparent power VA U32
36684 0x8F4C 1 Total power factor - / 1000 S16
36685 0x8F4D 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
36686 0x8F4E 2 Active power : P1 W S32
36688 0x8F50 2 Active power : P2 W S32
36690 0x8F52 2 Active power : P3 W S32
36692 0x8F54 2 Reactive power : Q1 var S32
36694 0x8F56 2 Reactive power : Q2 var S32
36696 0x8F58 2 Reactive power : Q3 var S32
36698 0x8F5A 2 Lagging reactive power : Q1_lagg var S32
36700 0x8F5C 2 Lagging reactive power : Q2_lagg var S32
36702 0x8F5E 2 Lagging reactive power : Q3_lagg var S32
36704 0x8F60 2 Leading reactive power : Q1_lead var S32
36706 0x8F62 2 Leading reactive power : Q2_lead var S32
36708 0x8F64 2 Leading reactive power : Q3_lead var S32
36710 0x8F66 2 Apparent power : S1 VA U32
36712 0x8F68 2 Apparent power : S2 VA U32
36714 0x8F6A 2 Apparent power : S3 VA U32
36716 0x8F6C 1 Power factor : PF1 - / 1000 S16
36717 0x8F6D 1 Power factor : PF2 - / 1000 S16
36718 0x8F6E 1 Power factor : PF3 - / 1000 S16
36719 0x8F6F 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
36720 0x8F70 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
36721 0x8F71 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
36722 0x8F72 2 Current : Idelta mA U32
36724 0x8F74 2 Current : Ipe mA U32

Average #15
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36732 0x8F7C Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
36732 0x8F7C 1 Load status
0 : Disabled
1 : Enabled		 - U8
36733 0x8F7D 2 Date of last instance s DATETIME
36735 0x8F7F 1 Integration time min / 5 U16
36736 0x8F80 2 System Ph-N Voltage V 10⁻² U32
36738 0x8F82 2 System Ph-Ph Voltage V 10⁻² U32
36740 0x8F84 2 System Current mA U32
36742 0x8F86 2 Frequency mHz U32
36744 0x8F88 2 Ph-N Voltage : V1 V 10⁻² U32
36746 0x8F8A 2 Ph-N Voltage : V2 V 10⁻² U32
36748 0x8F8C 2 Ph-N Voltage : V3 V 10⁻² U32
36750 0x8F8E 2 Ph-N Voltage : Vn V 10⁻² U32
36752 0x8F90 2 Ph-Ph Voltage : U12 V 10⁻² U32
36754 0x8F92 2 Ph-Ph Voltage : U23 V 10⁻² U32
36756 0x8F94 2 Ph-Ph Voltage : U31 V 10⁻² U32
36758 0x8F96 2 Current : I1 mA U32
36760 0x8F98 2 Current : I2 mA U32
36762 0x8F9A 2 Current : I3 mA U32
36764 0x8F9C 2 Current : In mA U32
36766 0x8F9E 1 Inba % / 100 U16
36767 0x8F9F 2 Idir mA U32
36769 0x8FA1 2 Iinv mA U32
36771 0x8FA3 2 Ihom mA U32
36773 0x8FA5 1 Inb % / 100 U16
36774 0x8FA6 2 Snom VA U32
36776 0x8FA8 2 Total active power W S32
36778 0x8FAA 2 Total reactive power var S32
36780 0x8FAC 2 Total lagging reactive power var S32
36782 0x8FAE 2 Total leading reactive power var S32
36784 0x8FB0 2 Total apparent power VA U32
36786 0x8FB2 1 Total power factor - / 1000 S16
36787 0x8FB3 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
36788 0x8FB4 2 Active power : P1 W S32
36790 0x8FB6 2 Active power : P2 W S32
36792 0x8FB8 2 Active power : P3 W S32
36794 0x8FBA 2 Reactive power : Q1 var S32
36796 0x8FBC 2 Reactive power : Q2 var S32
36798 0x8FBE 2 Reactive power : Q3 var S32
36800 0x8FC0 2 Lagging reactive power : Q1_lagg var S32
36802 0x8FC2 2 Lagging reactive power : Q2_lagg var S32
36804 0x8FC4 2 Lagging reactive power : Q3_lagg var S32
36806 0x8FC6 2 Leading reactive power : Q1_lead var S32
36808 0x8FC8 2 Leading reactive power : Q2_lead var S32
36810 0x8FCA 2 Leading reactive power : Q3_lead var S32
36812 0x8FCC 2 Apparent power : S1 VA U32
36814 0x8FCE 2 Apparent power : S2 VA U32
36816 0x8FD0 2 Apparent power : S3 VA U32
36818 0x8FD2 1 Power factor : PF1 - / 1000 S16
36819 0x8FD3 1 Power factor : PF2 - / 1000 S16
36820 0x8FD4 1 Power factor : PF3 - / 1000 S16
36821 0x8FD5 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
36822 0x8FD6 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
36823 0x8FD7 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
36824 0x8FD8 2 Current : Idelta mA U32
36826 0x8FDA 2 Current : Ipe mA U32

Average #16
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36834 0x8FE2 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
36834 0x8FE2 1 Load status
0 : Disabled
1 : Enabled		 - U8
36835 0x8FE3 2 Date of last instance s DATETIME
36837 0x8FE5 1 Integration time min / 5 U16
36838 0x8FE6 2 System Ph-N Voltage V 10⁻² U32
36840 0x8FE8 2 System Ph-Ph Voltage V 10⁻² U32
36842 0x8FEA 2 System Current mA U32
36844 0x8FEC 2 Frequency mHz U32
36846 0x8FEE 2 Ph-N Voltage : V1 V 10⁻² U32
36848 0x8FF0 2 Ph-N Voltage : V2 V 10⁻² U32
36850 0x8FF2 2 Ph-N Voltage : V3 V 10⁻² U32
36852 0x8FF4 2 Ph-N Voltage : Vn V 10⁻² U32
36854 0x8FF6 2 Ph-Ph Voltage : U12 V 10⁻² U32
36856 0x8FF8 2 Ph-Ph Voltage : U23 V 10⁻² U32
36858 0x8FFA 2 Ph-Ph Voltage : U31 V 10⁻² U32
36860 0x8FFC 2 Current : I1 mA U32
36862 0x8FFE 2 Current : I2 mA U32
36864 0x9000 2 Current : I3 mA U32
36866 0x9002 2 Current : In mA U32
36868 0x9004 1 Inba % / 100 U16
36869 0x9005 2 Idir mA U32
36871 0x9007 2 Iinv mA U32
36873 0x9009 2 Ihom mA U32
36875 0x900B 1 Inb % / 100 U16
36876 0x900C 2 Snom VA U32
36878 0x900E 2 Total active power W S32
36880 0x9010 2 Total reactive power var S32
36882 0x9012 2 Total lagging reactive power var S32
36884 0x9014 2 Total leading reactive power var S32
36886 0x9016 2 Total apparent power VA U32
36888 0x9018 1 Total power factor - / 1000 S16
36889 0x9019 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
36890 0x901A 2 Active power : P1 W S32
36892 0x901C 2 Active power : P2 W S32
36894 0x901E 2 Active power : P3 W S32
36896 0x9020 2 Reactive power : Q1 var S32
36898 0x9022 2 Reactive power : Q2 var S32
36900 0x9024 2 Reactive power : Q3 var S32
36902 0x9026 2 Lagging reactive power : Q1_lagg var S32
36904 0x9028 2 Lagging reactive power : Q2_lagg var S32
36906 0x902A 2 Lagging reactive power : Q3_lagg var S32
36908 0x902C 2 Leading reactive power : Q1_lead var S32
36910 0x902E 2 Leading reactive power : Q2_lead var S32
36912 0x9030 2 Leading reactive power : Q3_lead var S32
36914 0x9032 2 Apparent power : S1 VA U32
36916 0x9034 2 Apparent power : S2 VA U32
36918 0x9036 2 Apparent power : S3 VA U32
36920 0x9038 1 Power factor : PF1 - / 1000 S16
36921 0x9039 1 Power factor : PF2 - / 1000 S16
36922 0x903A 1 Power factor : PF3 - / 1000 S16
36923 0x903B 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
36924 0x903C 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
36925 0x903D 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
36926 0x903E 2 Current : Idelta mA U32
36928 0x9040 2 Current : Ipe mA U32

Average #17
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36936 0x9048 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
36936 0x9048 1 Load status
0 : Disabled
1 : Enabled		 - U8
36937 0x9049 2 Date of last instance s DATETIME
36939 0x904B 1 Integration time min / 5 U16
36940 0x904C 2 System Ph-N Voltage V 10⁻² U32
36942 0x904E 2 System Ph-Ph Voltage V 10⁻² U32
36944 0x9050 2 System Current mA U32
36946 0x9052 2 Frequency mHz U32
36948 0x9054 2 Ph-N Voltage : V1 V 10⁻² U32
36950 0x9056 2 Ph-N Voltage : V2 V 10⁻² U32
36952 0x9058 2 Ph-N Voltage : V3 V 10⁻² U32
36954 0x905A 2 Ph-N Voltage : Vn V 10⁻² U32
36956 0x905C 2 Ph-Ph Voltage : U12 V 10⁻² U32
36958 0x905E 2 Ph-Ph Voltage : U23 V 10⁻² U32
36960 0x9060 2 Ph-Ph Voltage : U31 V 10⁻² U32
36962 0x9062 2 Current : I1 mA U32
36964 0x9064 2 Current : I2 mA U32
36966 0x9066 2 Current : I3 mA U32
36968 0x9068 2 Current : In mA U32
36970 0x906A 1 Inba % / 100 U16
36971 0x906B 2 Idir mA U32
36973 0x906D 2 Iinv mA U32
36975 0x906F 2 Ihom mA U32
36977 0x9071 1 Inb % / 100 U16
36978 0x9072 2 Snom VA U32
36980 0x9074 2 Total active power W S32
36982 0x9076 2 Total reactive power var S32
36984 0x9078 2 Total lagging reactive power var S32
36986 0x907A 2 Total leading reactive power var S32
36988 0x907C 2 Total apparent power VA U32
36990 0x907E 1 Total power factor - / 1000 S16
36991 0x907F 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
36992 0x9080 2 Active power : P1 W S32
36994 0x9082 2 Active power : P2 W S32
36996 0x9084 2 Active power : P3 W S32
36998 0x9086 2 Reactive power : Q1 var S32
37000 0x9088 2 Reactive power : Q2 var S32
37002 0x908A 2 Reactive power : Q3 var S32
37004 0x908C 2 Lagging reactive power : Q1_lagg var S32
37006 0x908E 2 Lagging reactive power : Q2_lagg var S32
37008 0x9090 2 Lagging reactive power : Q3_lagg var S32
37010 0x9092 2 Leading reactive power : Q1_lead var S32
37012 0x9094 2 Leading reactive power : Q2_lead var S32
37014 0x9096 2 Leading reactive power : Q3_lead var S32
37016 0x9098 2 Apparent power : S1 VA U32
37018 0x909A 2 Apparent power : S2 VA U32
37020 0x909C 2 Apparent power : S3 VA U32
37022 0x909E 1 Power factor : PF1 - / 1000 S16
37023 0x909F 1 Power factor : PF2 - / 1000 S16
37024 0x90A0 1 Power factor : PF3 - / 1000 S16
37025 0x90A1 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
37026 0x90A2 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
37027 0x90A3 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
37028 0x90A4 2 Current : Idelta mA U32
37030 0x90A6 2 Current : Ipe mA U32

Average #18
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
37038 0x90AE Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
37038 0x90AE 1 Load status
0 : Disabled
1 : Enabled		 - U8
37039 0x90AF 2 Date of last instance s DATETIME
37041 0x90B1 1 Integration time min / 5 U16
37042 0x90B2 2 System Ph-N Voltage V 10⁻² U32
37044 0x90B4 2 System Ph-Ph Voltage V 10⁻² U32
37046 0x90B6 2 System Current mA U32
37048 0x90B8 2 Frequency mHz U32
37050 0x90BA 2 Ph-N Voltage : V1 V 10⁻² U32
37052 0x90BC 2 Ph-N Voltage : V2 V 10⁻² U32
37054 0x90BE 2 Ph-N Voltage : V3 V 10⁻² U32
37056 0x90C0 2 Ph-N Voltage : Vn V 10⁻² U32
37058 0x90C2 2 Ph-Ph Voltage : U12 V 10⁻² U32
37060 0x90C4 2 Ph-Ph Voltage : U23 V 10⁻² U32
37062 0x90C6 2 Ph-Ph Voltage : U31 V 10⁻² U32
37064 0x90C8 2 Current : I1 mA U32
37066 0x90CA 2 Current : I2 mA U32
37068 0x90CC 2 Current : I3 mA U32
37070 0x90CE 2 Current : In mA U32
37072 0x90D0 1 Inba % / 100 U16
37073 0x90D1 2 Idir mA U32
37075 0x90D3 2 Iinv mA U32
37077 0x90D5 2 Ihom mA U32
37079 0x90D7 1 Inb % / 100 U16
37080 0x90D8 2 Snom VA U32
37082 0x90DA 2 Total active power W S32
37084 0x90DC 2 Total reactive power var S32
37086 0x90DE 2 Total lagging reactive power var S32
37088 0x90E0 2 Total leading reactive power var S32
37090 0x90E2 2 Total apparent power VA U32
37092 0x90E4 1 Total power factor - / 1000 S16
37093 0x90E5 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
37094 0x90E6 2 Active power : P1 W S32
37096 0x90E8 2 Active power : P2 W S32
37098 0x90EA 2 Active power : P3 W S32
37100 0x90EC 2 Reactive power : Q1 var S32
37102 0x90EE 2 Reactive power : Q2 var S32
37104 0x90F0 2 Reactive power : Q3 var S32
37106 0x90F2 2 Lagging reactive power : Q1_lagg var S32
37108 0x90F4 2 Lagging reactive power : Q2_lagg var S32
37110 0x90F6 2 Lagging reactive power : Q3_lagg var S32
37112 0x90F8 2 Leading reactive power : Q1_lead var S32
37114 0x90FA 2 Leading reactive power : Q2_lead var S32
37116 0x90FC 2 Leading reactive power : Q3_lead var S32
37118 0x90FE 2 Apparent power : S1 VA U32
37120 0x9100 2 Apparent power : S2 VA U32
37122 0x9102 2 Apparent power : S3 VA U32
37124 0x9104 1 Power factor : PF1 - / 1000 S16
37125 0x9105 1 Power factor : PF2 - / 1000 S16
37126 0x9106 1 Power factor : PF3 - / 1000 S16
37127 0x9107 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
37128 0x9108 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
37129 0x9109 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
37130 0x910A 2 Current : Idelta mA U32
37132 0x910C 2 Current : Ipe mA U32

Average #19
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
37140 0x9114 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
37140 0x9114 1 Load status
0 : Disabled
1 : Enabled		 - U8
37141 0x9115 2 Date of last instance s DATETIME
37143 0x9117 1 Integration time min / 5 U16
37144 0x9118 2 System Ph-N Voltage V 10⁻² U32
37146 0x911A 2 System Ph-Ph Voltage V 10⁻² U32
37148 0x911C 2 System Current mA U32
37150 0x911E 2 Frequency mHz U32
37152 0x9120 2 Ph-N Voltage : V1 V 10⁻² U32
37154 0x9122 2 Ph-N Voltage : V2 V 10⁻² U32
37156 0x9124 2 Ph-N Voltage : V3 V 10⁻² U32
37158 0x9126 2 Ph-N Voltage : Vn V 10⁻² U32
37160 0x9128 2 Ph-Ph Voltage : U12 V 10⁻² U32
37162 0x912A 2 Ph-Ph Voltage : U23 V 10⁻² U32
37164 0x912C 2 Ph-Ph Voltage : U31 V 10⁻² U32
37166 0x912E 2 Current : I1 mA U32
37168 0x9130 2 Current : I2 mA U32
37170 0x9132 2 Current : I3 mA U32
37172 0x9134 2 Current : In mA U32
37174 0x9136 1 Inba % / 100 U16
37175 0x9137 2 Idir mA U32
37177 0x9139 2 Iinv mA U32
37179 0x913B 2 Ihom mA U32
37181 0x913D 1 Inb % / 100 U16
37182 0x913E 2 Snom VA U32
37184 0x9140 2 Total active power W S32
37186 0x9142 2 Total reactive power var S32
37188 0x9144 2 Total lagging reactive power var S32
37190 0x9146 2 Total leading reactive power var S32
37192 0x9148 2 Total apparent power VA U32
37194 0x914A 1 Total power factor - / 1000 S16
37195 0x914B 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
37196 0x914C 2 Active power : P1 W S32
37198 0x914E 2 Active power : P2 W S32
37200 0x9150 2 Active power : P3 W S32
37202 0x9152 2 Reactive power : Q1 var S32
37204 0x9154 2 Reactive power : Q2 var S32
37206 0x9156 2 Reactive power : Q3 var S32
37208 0x9158 2 Lagging reactive power : Q1_lagg var S32
37210 0x915A 2 Lagging reactive power : Q2_lagg var S32
37212 0x915C 2 Lagging reactive power : Q3_lagg var S32
37214 0x915E 2 Leading reactive power : Q1_lead var S32
37216 0x9160 2 Leading reactive power : Q2_lead var S32
37218 0x9162 2 Leading reactive power : Q3_lead var S32
37220 0x9164 2 Apparent power : S1 VA U32
37222 0x9166 2 Apparent power : S2 VA U32
37224 0x9168 2 Apparent power : S3 VA U32
37226 0x916A 1 Power factor : PF1 - / 1000 S16
37227 0x916B 1 Power factor : PF2 - / 1000 S16
37228 0x916C 1 Power factor : PF3 - / 1000 S16
37229 0x916D 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
37230 0x916E 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
37231 0x916F 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
37232 0x9170 2 Current : Idelta mA U32
37234 0x9172 2 Current : Ipe mA U32

Average #20
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
37242 0x917A Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
37242 0x917A 1 Load status
0 : Disabled
1 : Enabled		 - U8
37243 0x917B 2 Date of last instance s DATETIME
37245 0x917D 1 Integration time min / 5 U16
37246 0x917E 2 System Ph-N Voltage V 10⁻² U32
37248 0x9180 2 System Ph-Ph Voltage V 10⁻² U32
37250 0x9182 2 System Current mA U32
37252 0x9184 2 Frequency mHz U32
37254 0x9186 2 Ph-N Voltage : V1 V 10⁻² U32
37256 0x9188 2 Ph-N Voltage : V2 V 10⁻² U32
37258 0x918A 2 Ph-N Voltage : V3 V 10⁻² U32
37260 0x918C 2 Ph-N Voltage : Vn V 10⁻² U32
37262 0x918E 2 Ph-Ph Voltage : U12 V 10⁻² U32
37264 0x9190 2 Ph-Ph Voltage : U23 V 10⁻² U32
37266 0x9192 2 Ph-Ph Voltage : U31 V 10⁻² U32
37268 0x9194 2 Current : I1 mA U32
37270 0x9196 2 Current : I2 mA U32
37272 0x9198 2 Current : I3 mA U32
37274 0x919A 2 Current : In mA U32
37276 0x919C 1 Inba % / 100 U16
37277 0x919D 2 Idir mA U32
37279 0x919F 2 Iinv mA U32
37281 0x91A1 2 Ihom mA U32
37283 0x91A3 1 Inb % / 100 U16
37284 0x91A4 2 Snom VA U32
37286 0x91A6 2 Total active power W S32
37288 0x91A8 2 Total reactive power var S32
37290 0x91AA 2 Total lagging reactive power var S32
37292 0x91AC 2 Total leading reactive power var S32
37294 0x91AE 2 Total apparent power VA U32
37296 0x91B0 1 Total power factor - / 1000 S16
37297 0x91B1 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
37298 0x91B2 2 Active power : P1 W S32
37300 0x91B4 2 Active power : P2 W S32
37302 0x91B6 2 Active power : P3 W S32
37304 0x91B8 2 Reactive power : Q1 var S32
37306 0x91BA 2 Reactive power : Q2 var S32
37308 0x91BC 2 Reactive power : Q3 var S32
37310 0x91BE 2 Lagging reactive power : Q1_lagg var S32
37312 0x91C0 2 Lagging reactive power : Q2_lagg var S32
37314 0x91C2 2 Lagging reactive power : Q3_lagg var S32
37316 0x91C4 2 Leading reactive power : Q1_lead var S32
37318 0x91C6 2 Leading reactive power : Q2_lead var S32
37320 0x91C8 2 Leading reactive power : Q3_lead var S32
37322 0x91CA 2 Apparent power : S1 VA U32
37324 0x91CC 2 Apparent power : S2 VA U32
37326 0x91CE 2 Apparent power : S3 VA U32
37328 0x91D0 1 Power factor : PF1 - / 1000 S16
37329 0x91D1 1 Power factor : PF2 - / 1000 S16
37330 0x91D2 1 Power factor : PF3 - / 1000 S16
37331 0x91D3 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
37332 0x91D4 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
37333 0x91D5 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
37334 0x91D6 2 Current : Idelta mA U32
37336 0x91D8 2 Current : Ipe mA U32

Average #21
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
37344 0x91E0 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
37344 0x91E0 1 Load status
0 : Disabled
1 : Enabled		 - U8
37345 0x91E1 2 Date of last instance s DATETIME
37347 0x91E3 1 Integration time min / 5 U16
37348 0x91E4 2 System Ph-N Voltage V 10⁻² U32
37350 0x91E6 2 System Ph-Ph Voltage V 10⁻² U32
37352 0x91E8 2 System Current mA U32
37354 0x91EA 2 Frequency mHz U32
37356 0x91EC 2 Ph-N Voltage : V1 V 10⁻² U32
37358 0x91EE 2 Ph-N Voltage : V2 V 10⁻² U32
37360 0x91F0 2 Ph-N Voltage : V3 V 10⁻² U32
37362 0x91F2 2 Ph-N Voltage : Vn V 10⁻² U32
37364 0x91F4 2 Ph-Ph Voltage : U12 V 10⁻² U32
37366 0x91F6 2 Ph-Ph Voltage : U23 V 10⁻² U32
37368 0x91F8 2 Ph-Ph Voltage : U31 V 10⁻² U32
37370 0x91FA 2 Current : I1 mA U32
37372 0x91FC 2 Current : I2 mA U32
37374 0x91FE 2 Current : I3 mA U32
37376 0x9200 2 Current : In mA U32
37378 0x9202 1 Inba % / 100 U16
37379 0x9203 2 Idir mA U32
37381 0x9205 2 Iinv mA U32
37383 0x9207 2 Ihom mA U32
37385 0x9209 1 Inb % / 100 U16
37386 0x920A 2 Snom VA U32
37388 0x920C 2 Total active power W S32
37390 0x920E 2 Total reactive power var S32
37392 0x9210 2 Total lagging reactive power var S32
37394 0x9212 2 Total leading reactive power var S32
37396 0x9214 2 Total apparent power VA U32
37398 0x9216 1 Total power factor - / 1000 S16
37399 0x9217 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
37400 0x9218 2 Active power : P1 W S32
37402 0x921A 2 Active power : P2 W S32
37404 0x921C 2 Active power : P3 W S32
37406 0x921E 2 Reactive power : Q1 var S32
37408 0x9220 2 Reactive power : Q2 var S32
37410 0x9222 2 Reactive power : Q3 var S32
37412 0x9224 2 Lagging reactive power : Q1_lagg var S32
37414 0x9226 2 Lagging reactive power : Q2_lagg var S32
37416 0x9228 2 Lagging reactive power : Q3_lagg var S32
37418 0x922A 2 Leading reactive power : Q1_lead var S32
37420 0x922C 2 Leading reactive power : Q2_lead var S32
37422 0x922E 2 Leading reactive power : Q3_lead var S32
37424 0x9230 2 Apparent power : S1 VA U32
37426 0x9232 2 Apparent power : S2 VA U32
37428 0x9234 2 Apparent power : S3 VA U32
37430 0x9236 1 Power factor : PF1 - / 1000 S16
37431 0x9237 1 Power factor : PF2 - / 1000 S16
37432 0x9238 1 Power factor : PF3 - / 1000 S16
37433 0x9239 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
37434 0x923A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
37435 0x923B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
37436 0x923C 2 Current : Idelta mA U32
37438 0x923E 2 Current : Ipe mA U32

Average #22
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
37446 0x9246 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
37446 0x9246 1 Load status
0 : Disabled
1 : Enabled		 - U8
37447 0x9247 2 Date of last instance s DATETIME
37449 0x9249 1 Integration time min / 5 U16
37450 0x924A 2 System Ph-N Voltage V 10⁻² U32
37452 0x924C 2 System Ph-Ph Voltage V 10⁻² U32
37454 0x924E 2 System Current mA U32
37456 0x9250 2 Frequency mHz U32
37458 0x9252 2 Ph-N Voltage : V1 V 10⁻² U32
37460 0x9254 2 Ph-N Voltage : V2 V 10⁻² U32
37462 0x9256 2 Ph-N Voltage : V3 V 10⁻² U32
37464 0x9258 2 Ph-N Voltage : Vn V 10⁻² U32
37466 0x925A 2 Ph-Ph Voltage : U12 V 10⁻² U32
37468 0x925C 2 Ph-Ph Voltage : U23 V 10⁻² U32
37470 0x925E 2 Ph-Ph Voltage : U31 V 10⁻² U32
37472 0x9260 2 Current : I1 mA U32
37474 0x9262 2 Current : I2 mA U32
37476 0x9264 2 Current : I3 mA U32
37478 0x9266 2 Current : In mA U32
37480 0x9268 1 Inba % / 100 U16
37481 0x9269 2 Idir mA U32
37483 0x926B 2 Iinv mA U32
37485 0x926D 2 Ihom mA U32
37487 0x926F 1 Inb % / 100 U16
37488 0x9270 2 Snom VA U32
37490 0x9272 2 Total active power W S32
37492 0x9274 2 Total reactive power var S32
37494 0x9276 2 Total lagging reactive power var S32
37496 0x9278 2 Total leading reactive power var S32
37498 0x927A 2 Total apparent power VA U32
37500 0x927C 1 Total power factor - / 1000 S16
37501 0x927D 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
37502 0x927E 2 Active power : P1 W S32
37504 0x9280 2 Active power : P2 W S32
37506 0x9282 2 Active power : P3 W S32
37508 0x9284 2 Reactive power : Q1 var S32
37510 0x9286 2 Reactive power : Q2 var S32
37512 0x9288 2 Reactive power : Q3 var S32
37514 0x928A 2 Lagging reactive power : Q1_lagg var S32
37516 0x928C 2 Lagging reactive power : Q2_lagg var S32
37518 0x928E 2 Lagging reactive power : Q3_lagg var S32
37520 0x9290 2 Leading reactive power : Q1_lead var S32
37522 0x9292 2 Leading reactive power : Q2_lead var S32
37524 0x9294 2 Leading reactive power : Q3_lead var S32
37526 0x9296 2 Apparent power : S1 VA U32
37528 0x9298 2 Apparent power : S2 VA U32
37530 0x929A 2 Apparent power : S3 VA U32
37532 0x929C 1 Power factor : PF1 - / 1000 S16
37533 0x929D 1 Power factor : PF2 - / 1000 S16
37534 0x929E 1 Power factor : PF3 - / 1000 S16
37535 0x929F 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
37536 0x92A0 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
37537 0x92A1 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
37538 0x92A2 2 Current : Idelta mA U32
37540 0x92A4 2 Current : Ipe mA U32

Average #23
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
37548 0x92AC Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
37548 0x92AC 1 Load status
0 : Disabled
1 : Enabled		 - U8
37549 0x92AD 2 Date of last instance s DATETIME
37551 0x92AF 1 Integration time min / 5 U16
37552 0x92B0 2 System Ph-N Voltage V 10⁻² U32
37554 0x92B2 2 System Ph-Ph Voltage V 10⁻² U32
37556 0x92B4 2 System Current mA U32
37558 0x92B6 2 Frequency mHz U32
37560 0x92B8 2 Ph-N Voltage : V1 V 10⁻² U32
37562 0x92BA 2 Ph-N Voltage : V2 V 10⁻² U32
37564 0x92BC 2 Ph-N Voltage : V3 V 10⁻² U32
37566 0x92BE 2 Ph-N Voltage : Vn V 10⁻² U32
37568 0x92C0 2 Ph-Ph Voltage : U12 V 10⁻² U32
37570 0x92C2 2 Ph-Ph Voltage : U23 V 10⁻² U32
37572 0x92C4 2 Ph-Ph Voltage : U31 V 10⁻² U32
37574 0x92C6 2 Current : I1 mA U32
37576 0x92C8 2 Current : I2 mA U32
37578 0x92CA 2 Current : I3 mA U32
37580 0x92CC 2 Current : In mA U32
37582 0x92CE 1 Inba % / 100 U16
37583 0x92CF 2 Idir mA U32
37585 0x92D1 2 Iinv mA U32
37587 0x92D3 2 Ihom mA U32
37589 0x92D5 1 Inb % / 100 U16
37590 0x92D6 2 Snom VA U32
37592 0x92D8 2 Total active power W S32
37594 0x92DA 2 Total reactive power var S32
37596 0x92DC 2 Total lagging reactive power var S32
37598 0x92DE 2 Total leading reactive power var S32
37600 0x92E0 2 Total apparent power VA U32
37602 0x92E2 1 Total power factor - / 1000 S16
37603 0x92E3 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
37604 0x92E4 2 Active power : P1 W S32
37606 0x92E6 2 Active power : P2 W S32
37608 0x92E8 2 Active power : P3 W S32
37610 0x92EA 2 Reactive power : Q1 var S32
37612 0x92EC 2 Reactive power : Q2 var S32
37614 0x92EE 2 Reactive power : Q3 var S32
37616 0x92F0 2 Lagging reactive power : Q1_lagg var S32
37618 0x92F2 2 Lagging reactive power : Q2_lagg var S32
37620 0x92F4 2 Lagging reactive power : Q3_lagg var S32
37622 0x92F6 2 Leading reactive power : Q1_lead var S32
37624 0x92F8 2 Leading reactive power : Q2_lead var S32
37626 0x92FA 2 Leading reactive power : Q3_lead var S32
37628 0x92FC 2 Apparent power : S1 VA U32
37630 0x92FE 2 Apparent power : S2 VA U32
37632 0x9300 2 Apparent power : S3 VA U32
37634 0x9302 1 Power factor : PF1 - / 1000 S16
37635 0x9303 1 Power factor : PF2 - / 1000 S16
37636 0x9304 1 Power factor : PF3 - / 1000 S16
37637 0x9305 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
37638 0x9306 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
37639 0x9307 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
37640 0x9308 2 Current : Idelta mA U32
37642 0x930A 2 Current : Ipe mA U32

Average #24
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
37650 0x9312 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
37650 0x9312 1 Load status
0 : Disabled
1 : Enabled		 - U8
37651 0x9313 2 Date of last instance s DATETIME
37653 0x9315 1 Integration time min / 5 U16
37654 0x9316 2 System Ph-N Voltage V 10⁻² U32
37656 0x9318 2 System Ph-Ph Voltage V 10⁻² U32
37658 0x931A 2 System Current mA U32
37660 0x931C 2 Frequency mHz U32
37662 0x931E 2 Ph-N Voltage : V1 V 10⁻² U32
37664 0x9320 2 Ph-N Voltage : V2 V 10⁻² U32
37666 0x9322 2 Ph-N Voltage : V3 V 10⁻² U32
37668 0x9324 2 Ph-N Voltage : Vn V 10⁻² U32
37670 0x9326 2 Ph-Ph Voltage : U12 V 10⁻² U32
37672 0x9328 2 Ph-Ph Voltage : U23 V 10⁻² U32
37674 0x932A 2 Ph-Ph Voltage : U31 V 10⁻² U32
37676 0x932C 2 Current : I1 mA U32
37678 0x932E 2 Current : I2 mA U32
37680 0x9330 2 Current : I3 mA U32
37682 0x9332 2 Current : In mA U32
37684 0x9334 1 Inba % / 100 U16
37685 0x9335 2 Idir mA U32
37687 0x9337 2 Iinv mA U32
37689 0x9339 2 Ihom mA U32
37691 0x933B 1 Inb % / 100 U16
37692 0x933C 2 Snom VA U32
37694 0x933E 2 Total active power W S32
37696 0x9340 2 Total reactive power var S32
37698 0x9342 2 Total lagging reactive power var S32
37700 0x9344 2 Total leading reactive power var S32
37702 0x9346 2 Total apparent power VA U32
37704 0x9348 1 Total power factor - / 1000 S16
37705 0x9349 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
37706 0x934A 2 Active power : P1 W S32
37708 0x934C 2 Active power : P2 W S32
37710 0x934E 2 Active power : P3 W S32
37712 0x9350 2 Reactive power : Q1 var S32
37714 0x9352 2 Reactive power : Q2 var S32
37716 0x9354 2 Reactive power : Q3 var S32
37718 0x9356 2 Lagging reactive power : Q1_lagg var S32
37720 0x9358 2 Lagging reactive power : Q2_lagg var S32
37722 0x935A 2 Lagging reactive power : Q3_lagg var S32
37724 0x935C 2 Leading reactive power : Q1_lead var S32
37726 0x935E 2 Leading reactive power : Q2_lead var S32
37728 0x9360 2 Leading reactive power : Q3_lead var S32
37730 0x9362 2 Apparent power : S1 VA U32
37732 0x9364 2 Apparent power : S2 VA U32
37734 0x9366 2 Apparent power : S3 VA U32
37736 0x9368 1 Power factor : PF1 - / 1000 S16
37737 0x9369 1 Power factor : PF2 - / 1000 S16
37738 0x936A 1 Power factor : PF3 - / 1000 S16
37739 0x936B 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
37740 0x936C 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
37741 0x936D 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
37742 0x936E 2 Current : Idelta mA U32
37744 0x9370 2 Current : Ipe mA U32

Average min #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
14352 0x3810 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
14352 0x3810 1 Load status :
0 : Disabled
1 : Enabled		 - U8
14353 0x3811 2 Minimum Frequency mHz U32
14355 0x3813 2 Date of minimum F - DATETIME
14357 0x3815 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
14359 0x3817 2 Date of minimum V1 - DATETIME
14361 0x3819 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
14363 0x381B 2 Date of minimum V2 - DATETIME
14365 0x381D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
14367 0x381F 2 Date of minimum V3 - DATETIME
14369 0x3821 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
14371 0x3823 2 Date of minimum Vn - DATETIME
14373 0x3825 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
14375 0x3827 2 Date of minimum U12 - DATETIME
14377 0x3829 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
14379 0x382B 2 Date of minimum U23 - DATETIME
14381 0x382D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
14383 0x382F 2 Date of minimum U31 - DATETIME
14385 0x3831 2 Minimum Current : I1 mA U32
14387 0x3833 2 Date of minimum I1 - DATETIME
14389 0x3835 2 Minimum Current : I2 mA U32
14391 0x3837 2 Date of minimum I2 - DATETIME
14393 0x3839 2 Minimum Current : I3 mA U32
14395 0x383B 2 Date of minimum I3 - DATETIME
14397 0x383D 2 Minimum Current : In mA U32
14399 0x383F 2 Date of minimum In - DATETIME
14401 0x3841 2 Minimum Total active power W S32
14403 0x3843 2 Date of minimum Ptot - DATETIME
14405 0x3845 2 Minimum Total reactive power var S32
14407 0x3847 2 Date of minimum Qtot - DATETIME
14409 0x3849 2 Minimum Total apparent power VA U32
14411 0x384B 2 Date of minimum Stot - DATETIME
14413 0x384D 1 Minimum Total power factor - / 1000 S16
14414 0x384E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
14415 0x384F 2 Date of minimum Total power factor - DATETIME
14417 0x3851 2 Minimum Active power : P1 W S32
14419 0x3853 2 Date of minimum P1 - DATETIME
14421 0x3855 2 Minimum Active power : P2 W S32
14423 0x3857 2 Date of minimum P2 - DATETIME
14425 0x3859 2 Minimum Active power : P3 W S32
14427 0x385B 2 Date of minimum P3 - DATETIME
14429 0x385D 2 Minimum Reactive power : Q1 var S32
14431 0x385F 2 Date of minimum Q1 - DATETIME
14433 0x3861 2 Minimum Reactive power : Q2 var S32
14435 0x3863 2 Date of minimum Q2 - DATETIME
14437 0x3865 2 Minimum Reactive power : Q3 var S32
14439 0x3867 2 Date of minimum Q3 - DATETIME
14441 0x3869 2 Minimum Apparent power : S1 VA U32
14443 0x386B 2 Date of minimum S1 - DATETIME
14445 0x386D 2 Minimum Apparent power : S2 VA U32
14447 0x386F 2 Date of minimum S2 - DATETIME
14449 0x3871 2 Minimum Apparent power : S3 VA U32
14451 0x3873 2 Date of minimum S3 - DATETIME
14453 0x3875 1 Minimum Power factor : PF1 - / 1000 S16
14454 0x3876 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
14455 0x3877 2 Date of minimum PF1 - DATETIME
14457 0x3879 1 Minimum Power factor : PF2 - / 1000 S16
14458 0x387A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
14459 0x387B 2 Date of minimum PF2 - DATETIME
14461 0x387D 1 Minimum Power factor : PF3 - / 1000 S16
14462 0x387E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
14463 0x387F 2 Date of minimum PF3 - DATETIME
14465 0x3881 2 Minimum Current : Idelta mA U32
14467 0x3883 2 Date of minimum Idelta - DATETIME
14469 0x3885 2 Minimum Current : Ipe mA U32
14471 0x3887 2 Date of minimum Ipe - DATETIME

Average min #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
14476 0x388C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
14476 0x388C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
14477 0x388D 2 Minimum Frequency mHz U32
14479 0x388F 2 Date of minimum F - DATETIME
14481 0x3891 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
14483 0x3893 2 Date of minimum V1 - DATETIME
14485 0x3895 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
14487 0x3897 2 Date of minimum V2 - DATETIME
14489 0x3899 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
14491 0x389B 2 Date of minimum V3 - DATETIME
14493 0x389D 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
14495 0x389F 2 Date of minimum Vn - DATETIME
14497 0x38A1 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
14499 0x38A3 2 Date of minimum U12 - DATETIME
14501 0x38A5 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
14503 0x38A7 2 Date of minimum U23 - DATETIME
14505 0x38A9 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
14507 0x38AB 2 Date of minimum U31 - DATETIME
14509 0x38AD 2 Minimum Current : I1 mA U32
14511 0x38AF 2 Date of minimum I1 - DATETIME
14513 0x38B1 2 Minimum Current : I2 mA U32
14515 0x38B3 2 Date of minimum I2 - DATETIME
14517 0x38B5 2 Minimum Current : I3 mA U32
14519 0x38B7 2 Date of minimum I3 - DATETIME
14521 0x38B9 2 Minimum Current : In mA U32
14523 0x38BB 2 Date of minimum In - DATETIME
14525 0x38BD 2 Minimum Total active power W S32
14527 0x38BF 2 Date of minimum Ptot - DATETIME
14529 0x38C1 2 Minimum Total reactive power var S32
14531 0x38C3 2 Date of minimum Qtot - DATETIME
14533 0x38C5 2 Minimum Total apparent power VA U32
14535 0x38C7 2 Date of minimum Stot - DATETIME
14537 0x38C9 1 Minimum Total power factor - / 1000 S16
14538 0x38CA 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
14539 0x38CB 2 Date of minimum Total power factor - DATETIME
14541 0x38CD 2 Minimum Active power : P1 W S32
14543 0x38CF 2 Date of minimum P1 - DATETIME
14545 0x38D1 2 Minimum Active power : P2 W S32
14547 0x38D3 2 Date of minimum P2 - DATETIME
14549 0x38D5 2 Minimum Active power : P3 W S32
14551 0x38D7 2 Date of minimum P3 - DATETIME
14553 0x38D9 2 Minimum Reactive power : Q1 var S32
14555 0x38DB 2 Date of minimum Q1 - DATETIME
14557 0x38DD 2 Minimum Reactive power : Q2 var S32
14559 0x38DF 2 Date of minimum Q2 - DATETIME
14561 0x38E1 2 Minimum Reactive power : Q3 var S32
14563 0x38E3 2 Date of minimum Q3 - DATETIME
14565 0x38E5 2 Minimum Apparent power : S1 VA U32
14567 0x38E7 2 Date of minimum S1 - DATETIME
14569 0x38E9 2 Minimum Apparent power : S2 VA U32
14571 0x38EB 2 Date of minimum S2 - DATETIME
14573 0x38ED 2 Minimum Apparent power : S3 VA U32
14575 0x38EF 2 Date of minimum S3 - DATETIME
14577 0x38F1 1 Minimum Power factor : PF1 - / 1000 S16
14578 0x38F2 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
14579 0x38F3 2 Date of minimum PF1 - DATETIME
14581 0x38F5 1 Minimum Power factor : PF2 - / 1000 S16
14582 0x38F6 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
14583 0x38F7 2 Date of minimum PF2 - DATETIME
14585 0x38F9 1 Minimum Power factor : PF3 - / 1000 S16
14586 0x38FA 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
14587 0x38FB 2 Date of minimum PF3 - DATETIME
14589 0x38FD 2 Minimum Current : Idelta mA U32
14591 0x38FF 2 Date of minimum Idelta - DATETIME
14593 0x3901 2 Minimum Current : Ipe mA U32
14595 0x3903 2 Date of minimum Ipe - DATETIME

Average min #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
14600 0x3908 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
14600 0x3908 1 Load status :
0 : Disabled
1 : Enabled		 - U8
14601 0x3909 2 Minimum Frequency mHz U32
14603 0x390B 2 Date of minimum F - DATETIME
14605 0x390D 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
14607 0x390F 2 Date of minimum V1 - DATETIME
14609 0x3911 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
14611 0x3913 2 Date of minimum V2 - DATETIME
14613 0x3915 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
14615 0x3917 2 Date of minimum V3 - DATETIME
14617 0x3919 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
14619 0x391B 2 Date of minimum Vn - DATETIME
14621 0x391D 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
14623 0x391F 2 Date of minimum U12 - DATETIME
14625 0x3921 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
14627 0x3923 2 Date of minimum U23 - DATETIME
14629 0x3925 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
14631 0x3927 2 Date of minimum U31 - DATETIME
14633 0x3929 2 Minimum Current : I1 mA U32
14635 0x392B 2 Date of minimum I1 - DATETIME
14637 0x392D 2 Minimum Current : I2 mA U32
14639 0x392F 2 Date of minimum I2 - DATETIME
14641 0x3931 2 Minimum Current : I3 mA U32
14643 0x3933 2 Date of minimum I3 - DATETIME
14645 0x3935 2 Minimum Current : In mA U32
14647 0x3937 2 Date of minimum In - DATETIME
14649 0x3939 2 Minimum Total active power W S32
14651 0x393B 2 Date of minimum Ptot - DATETIME
14653 0x393D 2 Minimum Total reactive power var S32
14655 0x393F 2 Date of minimum Qtot - DATETIME
14657 0x3941 2 Minimum Total apparent power VA U32
14659 0x3943 2 Date of minimum Stot - DATETIME
14661 0x3945 1 Minimum Total power factor - / 1000 S16
14662 0x3946 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
14663 0x3947 2 Date of minimum Total power factor - DATETIME
14665 0x3949 2 Minimum Active power : P1 W S32
14667 0x394B 2 Date of minimum P1 - DATETIME
14669 0x394D 2 Minimum Active power : P2 W S32
14671 0x394F 2 Date of minimum P2 - DATETIME
14673 0x3951 2 Minimum Active power : P3 W S32
14675 0x3953 2 Date of minimum P3 - DATETIME
14677 0x3955 2 Minimum Reactive power : Q1 var S32
14679 0x3957 2 Date of minimum Q1 - DATETIME
14681 0x3959 2 Minimum Reactive power : Q2 var S32
14683 0x395B 2 Date of minimum Q2 - DATETIME
14685 0x395D 2 Minimum Reactive power : Q3 var S32
14687 0x395F 2 Date of minimum Q3 - DATETIME
14689 0x3961 2 Minimum Apparent power : S1 VA U32
14691 0x3963 2 Date of minimum S1 - DATETIME
14693 0x3965 2 Minimum Apparent power : S2 VA U32
14695 0x3967 2 Date of minimum S2 - DATETIME
14697 0x3969 2 Minimum Apparent power : S3 VA U32
14699 0x396B 2 Date of minimum S3 - DATETIME
14701 0x396D 1 Minimum Power factor : PF1 - / 1000 S16
14702 0x396E 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
14703 0x396F 2 Date of minimum PF1 - DATETIME
14705 0x3971 1 Minimum Power factor : PF2 - / 1000 S16
14706 0x3972 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
14707 0x3973 2 Date of minimum PF2 - DATETIME
14709 0x3975 1 Minimum Power factor : PF3 - / 1000 S16
14710 0x3976 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
14711 0x3977 2 Date of minimum PF3 - DATETIME
14713 0x3979 2 Minimum Current : Idelta mA U32
14715 0x397B 2 Date of minimum Idelta - DATETIME
14717 0x397D 2 Minimum Current : Ipe mA U32
14719 0x397F 2 Date of minimum Ipe - DATETIME

Average min #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
14724 0x3984 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
14724 0x3984 1 Load status :
0 : Disabled
1 : Enabled		 - U8
14725 0x3985 2 Minimum Frequency mHz U32
14727 0x3987 2 Date of minimum F - DATETIME
14729 0x3989 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
14731 0x398B 2 Date of minimum V1 - DATETIME
14733 0x398D 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
14735 0x398F 2 Date of minimum V2 - DATETIME
14737 0x3991 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
14739 0x3993 2 Date of minimum V3 - DATETIME
14741 0x3995 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
14743 0x3997 2 Date of minimum Vn - DATETIME
14745 0x3999 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
14747 0x399B 2 Date of minimum U12 - DATETIME
14749 0x399D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
14751 0x399F 2 Date of minimum U23 - DATETIME
14753 0x39A1 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
14755 0x39A3 2 Date of minimum U31 - DATETIME
14757 0x39A5 2 Minimum Current : I1 mA U32
14759 0x39A7 2 Date of minimum I1 - DATETIME
14761 0x39A9 2 Minimum Current : I2 mA U32
14763 0x39AB 2 Date of minimum I2 - DATETIME
14765 0x39AD 2 Minimum Current : I3 mA U32
14767 0x39AF 2 Date of minimum I3 - DATETIME
14769 0x39B1 2 Minimum Current : In mA U32
14771 0x39B3 2 Date of minimum In - DATETIME
14773 0x39B5 2 Minimum Total active power W S32
14775 0x39B7 2 Date of minimum Ptot - DATETIME
14777 0x39B9 2 Minimum Total reactive power var S32
14779 0x39BB 2 Date of minimum Qtot - DATETIME
14781 0x39BD 2 Minimum Total apparent power VA U32
14783 0x39BF 2 Date of minimum Stot - DATETIME
14785 0x39C1 1 Minimum Total power factor - / 1000 S16
14786 0x39C2 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
14787 0x39C3 2 Date of minimum Total power factor - DATETIME
14789 0x39C5 2 Minimum Active power : P1 W S32
14791 0x39C7 2 Date of minimum P1 - DATETIME
14793 0x39C9 2 Minimum Active power : P2 W S32
14795 0x39CB 2 Date of minimum P2 - DATETIME
14797 0x39CD 2 Minimum Active power : P3 W S32
14799 0x39CF 2 Date of minimum P3 - DATETIME
14801 0x39D1 2 Minimum Reactive power : Q1 var S32
14803 0x39D3 2 Date of minimum Q1 - DATETIME
14805 0x39D5 2 Minimum Reactive power : Q2 var S32
14807 0x39D7 2 Date of minimum Q2 - DATETIME
14809 0x39D9 2 Minimum Reactive power : Q3 var S32
14811 0x39DB 2 Date of minimum Q3 - DATETIME
14813 0x39DD 2 Minimum Apparent power : S1 VA U32
14815 0x39DF 2 Date of minimum S1 - DATETIME
14817 0x39E1 2 Minimum Apparent power : S2 VA U32
14819 0x39E3 2 Date of minimum S2 - DATETIME
14821 0x39E5 2 Minimum Apparent power : S3 VA U32
14823 0x39E7 2 Date of minimum S3 - DATETIME
14825 0x39E9 1 Minimum Power factor : PF1 - / 1000 S16
14826 0x39EA 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
14827 0x39EB 2 Date of minimum PF1 - DATETIME
14829 0x39ED 1 Minimum Power factor : PF2 - / 1000 S16
14830 0x39EE 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
14831 0x39EF 2 Date of minimum PF2 - DATETIME
14833 0x39F1 1 Minimum Power factor : PF3 - / 1000 S16
14834 0x39F2 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
14835 0x39F3 2 Date of minimum PF3 - DATETIME
14837 0x39F5 2 Minimum Current : Idelta mA U32
14839 0x39F7 2 Date of minimum Idelta - DATETIME
14841 0x39F9 2 Minimum Current : Ipe mA U32
14843 0x39FB 2 Date of minimum Ipe - DATETIME

Average min #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
14848 0x3A00 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
14848 0x3A00 1 Load status :
0 : Disabled
1 : Enabled		 - U8
14849 0x3A01 2 Minimum Frequency mHz U32
14851 0x3A03 2 Date of minimum F - DATETIME
14853 0x3A05 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
14855 0x3A07 2 Date of minimum V1 - DATETIME
14857 0x3A09 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
14859 0x3A0B 2 Date of minimum V2 - DATETIME
14861 0x3A0D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
14863 0x3A0F 2 Date of minimum V3 - DATETIME
14865 0x3A11 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
14867 0x3A13 2 Date of minimum Vn - DATETIME
14869 0x3A15 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
14871 0x3A17 2 Date of minimum U12 - DATETIME
14873 0x3A19 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
14875 0x3A1B 2 Date of minimum U23 - DATETIME
14877 0x3A1D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
14879 0x3A1F 2 Date of minimum U31 - DATETIME
14881 0x3A21 2 Minimum Current : I1 mA U32
14883 0x3A23 2 Date of minimum I1 - DATETIME
14885 0x3A25 2 Minimum Current : I2 mA U32
14887 0x3A27 2 Date of minimum I2 - DATETIME
14889 0x3A29 2 Minimum Current : I3 mA U32
14891 0x3A2B 2 Date of minimum I3 - DATETIME
14893 0x3A2D 2 Minimum Current : In mA U32
14895 0x3A2F 2 Date of minimum In - DATETIME
14897 0x3A31 2 Minimum Total active power W S32
14899 0x3A33 2 Date of minimum Ptot - DATETIME
14901 0x3A35 2 Minimum Total reactive power var S32
14903 0x3A37 2 Date of minimum Qtot - DATETIME
14905 0x3A39 2 Minimum Total apparent power VA U32
14907 0x3A3B 2 Date of minimum Stot - DATETIME
14909 0x3A3D 1 Minimum Total power factor - / 1000 S16
14910 0x3A3E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
14911 0x3A3F 2 Date of minimum Total power factor - DATETIME
14913 0x3A41 2 Minimum Active power : P1 W S32
14915 0x3A43 2 Date of minimum P1 - DATETIME
14917 0x3A45 2 Minimum Active power : P2 W S32
14919 0x3A47 2 Date of minimum P2 - DATETIME
14921 0x3A49 2 Minimum Active power : P3 W S32
14923 0x3A4B 2 Date of minimum P3 - DATETIME
14925 0x3A4D 2 Minimum Reactive power : Q1 var S32
14927 0x3A4F 2 Date of minimum Q1 - DATETIME
14929 0x3A51 2 Minimum Reactive power : Q2 var S32
14931 0x3A53 2 Date of minimum Q2 - DATETIME
14933 0x3A55 2 Minimum Reactive power : Q3 var S32
14935 0x3A57 2 Date of minimum Q3 - DATETIME
14937 0x3A59 2 Minimum Apparent power : S1 VA U32
14939 0x3A5B 2 Date of minimum S1 - DATETIME
14941 0x3A5D 2 Minimum Apparent power : S2 VA U32
14943 0x3A5F 2 Date of minimum S2 - DATETIME
14945 0x3A61 2 Minimum Apparent power : S3 VA U32
14947 0x3A63 2 Date of minimum S3 - DATETIME
14949 0x3A65 1 Minimum Power factor : PF1 - / 1000 S16
14950 0x3A66 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
14951 0x3A67 2 Date of minimum PF1 - DATETIME
14953 0x3A69 1 Minimum Power factor : PF2 - / 1000 S16
14954 0x3A6A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
14955 0x3A6B 2 Date of minimum PF2 - DATETIME
14957 0x3A6D 1 Minimum Power factor : PF3 - / 1000 S16
14958 0x3A6E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
14959 0x3A6F 2 Date of minimum PF3 - DATETIME
14961 0x3A71 2 Minimum Current : Idelta mA U32
14963 0x3A73 2 Date of minimum Idelta - DATETIME
14965 0x3A75 2 Minimum Current : Ipe mA U32
14967 0x3A77 2 Date of minimum Ipe - DATETIME

Average min #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
14972 0x3A7C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
14972 0x3A7C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
14973 0x3A7D 2 Minimum Frequency mHz U32
14975 0x3A7F 2 Date of minimum F - DATETIME
14977 0x3A81 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
14979 0x3A83 2 Date of minimum V1 - DATETIME
14981 0x3A85 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
14983 0x3A87 2 Date of minimum V2 - DATETIME
14985 0x3A89 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
14987 0x3A8B 2 Date of minimum V3 - DATETIME
14989 0x3A8D 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
14991 0x3A8F 2 Date of minimum Vn - DATETIME
14993 0x3A91 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
14995 0x3A93 2 Date of minimum U12 - DATETIME
14997 0x3A95 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
14999 0x3A97 2 Date of minimum U23 - DATETIME
15001 0x3A99 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
15003 0x3A9B 2 Date of minimum U31 - DATETIME
15005 0x3A9D 2 Minimum Current : I1 mA U32
15007 0x3A9F 2 Date of minimum I1 - DATETIME
15009 0x3AA1 2 Minimum Current : I2 mA U32
15011 0x3AA3 2 Date of minimum I2 - DATETIME
15013 0x3AA5 2 Minimum Current : I3 mA U32
15015 0x3AA7 2 Date of minimum I3 - DATETIME
15017 0x3AA9 2 Minimum Current : In mA U32
15019 0x3AAB 2 Date of minimum In - DATETIME
15021 0x3AAD 2 Minimum Total active power W S32
15023 0x3AAF 2 Date of minimum Ptot - DATETIME
15025 0x3AB1 2 Minimum Total reactive power var S32
15027 0x3AB3 2 Date of minimum Qtot - DATETIME
15029 0x3AB5 2 Minimum Total apparent power VA U32
15031 0x3AB7 2 Date of minimum Stot - DATETIME
15033 0x3AB9 1 Minimum Total power factor - / 1000 S16
15034 0x3ABA 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
15035 0x3ABB 2 Date of minimum Total power factor - DATETIME
15037 0x3ABD 2 Minimum Active power : P1 W S32
15039 0x3ABF 2 Date of minimum P1 - DATETIME
15041 0x3AC1 2 Minimum Active power : P2 W S32
15043 0x3AC3 2 Date of minimum P2 - DATETIME
15045 0x3AC5 2 Minimum Active power : P3 W S32
15047 0x3AC7 2 Date of minimum P3 - DATETIME
15049 0x3AC9 2 Minimum Reactive power : Q1 var S32
15051 0x3ACB 2 Date of minimum Q1 - DATETIME
15053 0x3ACD 2 Minimum Reactive power : Q2 var S32
15055 0x3ACF 2 Date of minimum Q2 - DATETIME
15057 0x3AD1 2 Minimum Reactive power : Q3 var S32
15059 0x3AD3 2 Date of minimum Q3 - DATETIME
15061 0x3AD5 2 Minimum Apparent power : S1 VA U32
15063 0x3AD7 2 Date of minimum S1 - DATETIME
15065 0x3AD9 2 Minimum Apparent power : S2 VA U32
15067 0x3ADB 2 Date of minimum S2 - DATETIME
15069 0x3ADD 2 Minimum Apparent power : S3 VA U32
15071 0x3ADF 2 Date of minimum S3 - DATETIME
15073 0x3AE1 1 Minimum Power factor : PF1 - / 1000 S16
15074 0x3AE2 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
15075 0x3AE3 2 Date of minimum PF1 - DATETIME
15077 0x3AE5 1 Minimum Power factor : PF2 - / 1000 S16
15078 0x3AE6 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
15079 0x3AE7 2 Date of minimum PF2 - DATETIME
15081 0x3AE9 1 Minimum Power factor : PF3 - / 1000 S16
15082 0x3AEA 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
15083 0x3AEB 2 Date of minimum PF3 - DATETIME
15085 0x3AED 2 Minimum Current : Idelta mA U32
15087 0x3AEF 2 Date of minimum Idelta - DATETIME
15089 0x3AF1 2 Minimum Current : Ipe mA U32
15091 0x3AF3 2 Date of minimum Ipe - DATETIME

Average min #7
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15096 0x3AF8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15096 0x3AF8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
15097 0x3AF9 2 Minimum Frequency mHz U32
15099 0x3AFB 2 Date of minimum F - DATETIME
15101 0x3AFD 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
15103 0x3AFF 2 Date of minimum V1 - DATETIME
15105 0x3B01 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
15107 0x3B03 2 Date of minimum V2 - DATETIME
15109 0x3B05 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
15111 0x3B07 2 Date of minimum V3 - DATETIME
15113 0x3B09 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
15115 0x3B0B 2 Date of minimum Vn - DATETIME
15117 0x3B0D 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
15119 0x3B0F 2 Date of minimum U12 - DATETIME
15121 0x3B11 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
15123 0x3B13 2 Date of minimum U23 - DATETIME
15125 0x3B15 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
15127 0x3B17 2 Date of minimum U31 - DATETIME
15129 0x3B19 2 Minimum Current : I1 mA U32
15131 0x3B1B 2 Date of minimum I1 - DATETIME
15133 0x3B1D 2 Minimum Current : I2 mA U32
15135 0x3B1F 2 Date of minimum I2 - DATETIME
15137 0x3B21 2 Minimum Current : I3 mA U32
15139 0x3B23 2 Date of minimum I3 - DATETIME
15141 0x3B25 2 Minimum Current : In mA U32
15143 0x3B27 2 Date of minimum In - DATETIME
15145 0x3B29 2 Minimum Total active power W S32
15147 0x3B2B 2 Date of minimum Ptot - DATETIME
15149 0x3B2D 2 Minimum Total reactive power var S32
15151 0x3B2F 2 Date of minimum Qtot - DATETIME
15153 0x3B31 2 Minimum Total apparent power VA U32
15155 0x3B33 2 Date of minimum Stot - DATETIME
15157 0x3B35 1 Minimum Total power factor - / 1000 S16
15158 0x3B36 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
15159 0x3B37 2 Date of minimum Total power factor - DATETIME
15161 0x3B39 2 Minimum Active power : P1 W S32
15163 0x3B3B 2 Date of minimum P1 - DATETIME
15165 0x3B3D 2 Minimum Active power : P2 W S32
15167 0x3B3F 2 Date of minimum P2 - DATETIME
15169 0x3B41 2 Minimum Active power : P3 W S32
15171 0x3B43 2 Date of minimum P3 - DATETIME
15173 0x3B45 2 Minimum Reactive power : Q1 var S32
15175 0x3B47 2 Date of minimum Q1 - DATETIME
15177 0x3B49 2 Minimum Reactive power : Q2 var S32
15179 0x3B4B 2 Date of minimum Q2 - DATETIME
15181 0x3B4D 2 Minimum Reactive power : Q3 var S32
15183 0x3B4F 2 Date of minimum Q3 - DATETIME
15185 0x3B51 2 Minimum Apparent power : S1 VA U32
15187 0x3B53 2 Date of minimum S1 - DATETIME
15189 0x3B55 2 Minimum Apparent power : S2 VA U32
15191 0x3B57 2 Date of minimum S2 - DATETIME
15193 0x3B59 2 Minimum Apparent power : S3 VA U32
15195 0x3B5B 2 Date of minimum S3 - DATETIME
15197 0x3B5D 1 Minimum Power factor : PF1 - / 1000 S16
15198 0x3B5E 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
15199 0x3B5F 2 Date of minimum PF1 - DATETIME
15201 0x3B61 1 Minimum Power factor : PF2 - / 1000 S16
15202 0x3B62 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
15203 0x3B63 2 Date of minimum PF2 - DATETIME
15205 0x3B65 1 Minimum Power factor : PF3 - / 1000 S16
15206 0x3B66 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
15207 0x3B67 2 Date of minimum PF3 - DATETIME
15209 0x3B69 2 Minimum Current : Idelta mA U32
15211 0x3B6B 2 Date of minimum Idelta - DATETIME
15213 0x3B6D 2 Minimum Current : Ipe mA U32
15215 0x3B6F 2 Date of minimum Ipe - DATETIME

Average min #8
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15220 0x3B74 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15220 0x3B74 1 Load status :
0 : Disabled
1 : Enabled		 - U8
15221 0x3B75 2 Minimum Frequency mHz U32
15223 0x3B77 2 Date of minimum F - DATETIME
15225 0x3B79 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
15227 0x3B7B 2 Date of minimum V1 - DATETIME
15229 0x3B7D 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
15231 0x3B7F 2 Date of minimum V2 - DATETIME
15233 0x3B81 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
15235 0x3B83 2 Date of minimum V3 - DATETIME
15237 0x3B85 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
15239 0x3B87 2 Date of minimum Vn - DATETIME
15241 0x3B89 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
15243 0x3B8B 2 Date of minimum U12 - DATETIME
15245 0x3B8D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
15247 0x3B8F 2 Date of minimum U23 - DATETIME
15249 0x3B91 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
15251 0x3B93 2 Date of minimum U31 - DATETIME
15253 0x3B95 2 Minimum Current : I1 mA U32
15255 0x3B97 2 Date of minimum I1 - DATETIME
15257 0x3B99 2 Minimum Current : I2 mA U32
15259 0x3B9B 2 Date of minimum I2 - DATETIME
15261 0x3B9D 2 Minimum Current : I3 mA U32
15263 0x3B9F 2 Date of minimum I3 - DATETIME
15265 0x3BA1 2 Minimum Current : In mA U32
15267 0x3BA3 2 Date of minimum In - DATETIME
15269 0x3BA5 2 Minimum Total active power W S32
15271 0x3BA7 2 Date of minimum Ptot - DATETIME
15273 0x3BA9 2 Minimum Total reactive power var S32
15275 0x3BAB 2 Date of minimum Qtot - DATETIME
15277 0x3BAD 2 Minimum Total apparent power VA U32
15279 0x3BAF 2 Date of minimum Stot - DATETIME
15281 0x3BB1 1 Minimum Total power factor - / 1000 S16
15282 0x3BB2 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
15283 0x3BB3 2 Date of minimum Total power factor - DATETIME
15285 0x3BB5 2 Minimum Active power : P1 W S32
15287 0x3BB7 2 Date of minimum P1 - DATETIME
15289 0x3BB9 2 Minimum Active power : P2 W S32
15291 0x3BBB 2 Date of minimum P2 - DATETIME
15293 0x3BBD 2 Minimum Active power : P3 W S32
15295 0x3BBF 2 Date of minimum P3 - DATETIME
15297 0x3BC1 2 Minimum Reactive power : Q1 var S32
15299 0x3BC3 2 Date of minimum Q1 - DATETIME
15301 0x3BC5 2 Minimum Reactive power : Q2 var S32
15303 0x3BC7 2 Date of minimum Q2 - DATETIME
15305 0x3BC9 2 Minimum Reactive power : Q3 var S32
15307 0x3BCB 2 Date of minimum Q3 - DATETIME
15309 0x3BCD 2 Minimum Apparent power : S1 VA U32
15311 0x3BCF 2 Date of minimum S1 - DATETIME
15313 0x3BD1 2 Minimum Apparent power : S2 VA U32
15315 0x3BD3 2 Date of minimum S2 - DATETIME
15317 0x3BD5 2 Minimum Apparent power : S3 VA U32
15319 0x3BD7 2 Date of minimum S3 - DATETIME
15321 0x3BD9 1 Minimum Power factor : PF1 - / 1000 S16
15322 0x3BDA 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
15323 0x3BDB 2 Date of minimum PF1 - DATETIME
15325 0x3BDD 1 Minimum Power factor : PF2 - / 1000 S16
15326 0x3BDE 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
15327 0x3BDF 2 Date of minimum PF2 - DATETIME
15329 0x3BE1 1 Minimum Power factor : PF3 - / 1000 S16
15330 0x3BE2 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
15331 0x3BE3 2 Date of minimum PF3 - DATETIME
15333 0x3BE5 2 Minimum Current : Idelta mA U32
15335 0x3BE7 2 Date of minimum Idelta - DATETIME
15337 0x3BE9 2 Minimum Current : Ipe mA U32
15339 0x3BEB 2 Date of minimum Ipe - DATETIME

Average min #9
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15344 0x3BF0 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15344 0x3BF0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
15345 0x3BF1 2 Minimum Frequency mHz U32
15347 0x3BF3 2 Date of minimum F - DATETIME
15349 0x3BF5 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
15351 0x3BF7 2 Date of minimum V1 - DATETIME
15353 0x3BF9 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
15355 0x3BFB 2 Date of minimum V2 - DATETIME
15357 0x3BFD 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
15359 0x3BFF 2 Date of minimum V3 - DATETIME
15361 0x3C01 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
15363 0x3C03 2 Date of minimum Vn - DATETIME
15365 0x3C05 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
15367 0x3C07 2 Date of minimum U12 - DATETIME
15369 0x3C09 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
15371 0x3C0B 2 Date of minimum U23 - DATETIME
15373 0x3C0D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
15375 0x3C0F 2 Date of minimum U31 - DATETIME
15377 0x3C11 2 Minimum Current : I1 mA U32
15379 0x3C13 2 Date of minimum I1 - DATETIME
15381 0x3C15 2 Minimum Current : I2 mA U32
15383 0x3C17 2 Date of minimum I2 - DATETIME
15385 0x3C19 2 Minimum Current : I3 mA U32
15387 0x3C1B 2 Date of minimum I3 - DATETIME
15389 0x3C1D 2 Minimum Current : In mA U32
15391 0x3C1F 2 Date of minimum In - DATETIME
15393 0x3C21 2 Minimum Total active power W S32
15395 0x3C23 2 Date of minimum Ptot - DATETIME
15397 0x3C25 2 Minimum Total reactive power var S32
15399 0x3C27 2 Date of minimum Qtot - DATETIME
15401 0x3C29 2 Minimum Total apparent power VA U32
15403 0x3C2B 2 Date of minimum Stot - DATETIME
15405 0x3C2D 1 Minimum Total power factor - / 1000 S16
15406 0x3C2E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
15407 0x3C2F 2 Date of minimum Total power factor - DATETIME
15409 0x3C31 2 Minimum Active power : P1 W S32
15411 0x3C33 2 Date of minimum P1 - DATETIME
15413 0x3C35 2 Minimum Active power : P2 W S32
15415 0x3C37 2 Date of minimum P2 - DATETIME
15417 0x3C39 2 Minimum Active power : P3 W S32
15419 0x3C3B 2 Date of minimum P3 - DATETIME
15421 0x3C3D 2 Minimum Reactive power : Q1 var S32
15423 0x3C3F 2 Date of minimum Q1 - DATETIME
15425 0x3C41 2 Minimum Reactive power : Q2 var S32
15427 0x3C43 2 Date of minimum Q2 - DATETIME
15429 0x3C45 2 Minimum Reactive power : Q3 var S32
15431 0x3C47 2 Date of minimum Q3 - DATETIME
15433 0x3C49 2 Minimum Apparent power : S1 VA U32
15435 0x3C4B 2 Date of minimum S1 - DATETIME
15437 0x3C4D 2 Minimum Apparent power : S2 VA U32
15439 0x3C4F 2 Date of minimum S2 - DATETIME
15441 0x3C51 2 Minimum Apparent power : S3 VA U32
15443 0x3C53 2 Date of minimum S3 - DATETIME
15445 0x3C55 1 Minimum Power factor : PF1 - / 1000 S16
15446 0x3C56 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
15447 0x3C57 2 Date of minimum PF1 - DATETIME
15449 0x3C59 1 Minimum Power factor : PF2 - / 1000 S16
15450 0x3C5A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
15451 0x3C5B 2 Date of minimum PF2 - DATETIME
15453 0x3C5D 1 Minimum Power factor : PF3 - / 1000 S16
15454 0x3C5E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
15455 0x3C5F 2 Date of minimum PF3 - DATETIME
15457 0x3C61 2 Minimum Current : Idelta mA U32
15459 0x3C63 2 Date of minimum Idelta - DATETIME
15461 0x3C65 2 Minimum Current : Ipe mA U32
15463 0x3C67 2 Date of minimum Ipe - DATETIME

Average min #10
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15468 0x3C6C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15468 0x3C6C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
15469 0x3C6D 2 Minimum Frequency mHz U32
15471 0x3C6F 2 Date of minimum F - DATETIME
15473 0x3C71 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
15475 0x3C73 2 Date of minimum V1 - DATETIME
15477 0x3C75 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
15479 0x3C77 2 Date of minimum V2 - DATETIME
15481 0x3C79 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
15483 0x3C7B 2 Date of minimum V3 - DATETIME
15485 0x3C7D 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
15487 0x3C7F 2 Date of minimum Vn - DATETIME
15489 0x3C81 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
15491 0x3C83 2 Date of minimum U12 - DATETIME
15493 0x3C85 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
15495 0x3C87 2 Date of minimum U23 - DATETIME
15497 0x3C89 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
15499 0x3C8B 2 Date of minimum U31 - DATETIME
15501 0x3C8D 2 Minimum Current : I1 mA U32
15503 0x3C8F 2 Date of minimum I1 - DATETIME
15505 0x3C91 2 Minimum Current : I2 mA U32
15507 0x3C93 2 Date of minimum I2 - DATETIME
15509 0x3C95 2 Minimum Current : I3 mA U32
15511 0x3C97 2 Date of minimum I3 - DATETIME
15513 0x3C99 2 Minimum Current : In mA U32
15515 0x3C9B 2 Date of minimum In - DATETIME
15517 0x3C9D 2 Minimum Total active power W S32
15519 0x3C9F 2 Date of minimum Ptot - DATETIME
15521 0x3CA1 2 Minimum Total reactive power var S32
15523 0x3CA3 2 Date of minimum Qtot - DATETIME
15525 0x3CA5 2 Minimum Total apparent power VA U32
15527 0x3CA7 2 Date of minimum Stot - DATETIME
15529 0x3CA9 1 Minimum Total power factor - / 1000 S16
15530 0x3CAA 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
15531 0x3CAB 2 Date of minimum Total power factor - DATETIME
15533 0x3CAD 2 Minimum Active power : P1 W S32
15535 0x3CAF 2 Date of minimum P1 - DATETIME
15537 0x3CB1 2 Minimum Active power : P2 W S32
15539 0x3CB3 2 Date of minimum P2 - DATETIME
15541 0x3CB5 2 Minimum Active power : P3 W S32
15543 0x3CB7 2 Date of minimum P3 - DATETIME
15545 0x3CB9 2 Minimum Reactive power : Q1 var S32
15547 0x3CBB 2 Date of minimum Q1 - DATETIME
15549 0x3CBD 2 Minimum Reactive power : Q2 var S32
15551 0x3CBF 2 Date of minimum Q2 - DATETIME
15553 0x3CC1 2 Minimum Reactive power : Q3 var S32
15555 0x3CC3 2 Date of minimum Q3 - DATETIME
15557 0x3CC5 2 Minimum Apparent power : S1 VA U32
15559 0x3CC7 2 Date of minimum S1 - DATETIME
15561 0x3CC9 2 Minimum Apparent power : S2 VA U32
15563 0x3CCB 2 Date of minimum S2 - DATETIME
15565 0x3CCD 2 Minimum Apparent power : S3 VA U32
15567 0x3CCF 2 Date of minimum S3 - DATETIME
15569 0x3CD1 1 Minimum Power factor : PF1 - / 1000 S16
15570 0x3CD2 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
15571 0x3CD3 2 Date of minimum PF1 - DATETIME
15573 0x3CD5 1 Minimum Power factor : PF2 - / 1000 S16
15574 0x3CD6 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
15575 0x3CD7 2 Date of minimum PF2 - DATETIME
15577 0x3CD9 1 Minimum Power factor : PF3 - / 1000 S16
15578 0x3CDA 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
15579 0x3CDB 2 Date of minimum PF3 - DATETIME
15581 0x3CDD 2 Minimum Current : Idelta mA U32
15583 0x3CDF 2 Date of minimum Idelta - DATETIME
15585 0x3CE1 2 Minimum Current : Ipe mA U32
15587 0x3CE3 2 Date of minimum Ipe - DATETIME

Average min #11
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15592 0x3CE8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15592 0x3CE8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
15593 0x3CE9 2 Minimum Frequency mHz U32
15595 0x3CEB 2 Date of minimum F - DATETIME
15597 0x3CED 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
15599 0x3CEF 2 Date of minimum V1 - DATETIME
15601 0x3CF1 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
15603 0x3CF3 2 Date of minimum V2 - DATETIME
15605 0x3CF5 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
15607 0x3CF7 2 Date of minimum V3 - DATETIME
15609 0x3CF9 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
15611 0x3CFB 2 Date of minimum Vn - DATETIME
15613 0x3CFD 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
15615 0x3CFF 2 Date of minimum U12 - DATETIME
15617 0x3D01 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
15619 0x3D03 2 Date of minimum U23 - DATETIME
15621 0x3D05 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
15623 0x3D07 2 Date of minimum U31 - DATETIME
15625 0x3D09 2 Minimum Current : I1 mA U32
15627 0x3D0B 2 Date of minimum I1 - DATETIME
15629 0x3D0D 2 Minimum Current : I2 mA U32
15631 0x3D0F 2 Date of minimum I2 - DATETIME
15633 0x3D11 2 Minimum Current : I3 mA U32
15635 0x3D13 2 Date of minimum I3 - DATETIME
15637 0x3D15 2 Minimum Current : In mA U32
15639 0x3D17 2 Date of minimum In - DATETIME
15641 0x3D19 2 Minimum Total active power W S32
15643 0x3D1B 2 Date of minimum Ptot - DATETIME
15645 0x3D1D 2 Minimum Total reactive power var S32
15647 0x3D1F 2 Date of minimum Qtot - DATETIME
15649 0x3D21 2 Minimum Total apparent power VA U32
15651 0x3D23 2 Date of minimum Stot - DATETIME
15653 0x3D25 1 Minimum Total power factor - / 1000 S16
15654 0x3D26 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
15655 0x3D27 2 Date of minimum Total power factor - DATETIME
15657 0x3D29 2 Minimum Active power : P1 W S32
15659 0x3D2B 2 Date of minimum P1 - DATETIME
15661 0x3D2D 2 Minimum Active power : P2 W S32
15663 0x3D2F 2 Date of minimum P2 - DATETIME
15665 0x3D31 2 Minimum Active power : P3 W S32
15667 0x3D33 2 Date of minimum P3 - DATETIME
15669 0x3D35 2 Minimum Reactive power : Q1 var S32
15671 0x3D37 2 Date of minimum Q1 - DATETIME
15673 0x3D39 2 Minimum Reactive power : Q2 var S32
15675 0x3D3B 2 Date of minimum Q2 - DATETIME
15677 0x3D3D 2 Minimum Reactive power : Q3 var S32
15679 0x3D3F 2 Date of minimum Q3 - DATETIME
15681 0x3D41 2 Minimum Apparent power : S1 VA U32
15683 0x3D43 2 Date of minimum S1 - DATETIME
15685 0x3D45 2 Minimum Apparent power : S2 VA U32
15687 0x3D47 2 Date of minimum S2 - DATETIME
15689 0x3D49 2 Minimum Apparent power : S3 VA U32
15691 0x3D4B 2 Date of minimum S3 - DATETIME
15693 0x3D4D 1 Minimum Power factor : PF1 - / 1000 S16
15694 0x3D4E 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
15695 0x3D4F 2 Date of minimum PF1 - DATETIME
15697 0x3D51 1 Minimum Power factor : PF2 - / 1000 S16
15698 0x3D52 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
15699 0x3D53 2 Date of minimum PF2 - DATETIME
15701 0x3D55 1 Minimum Power factor : PF3 - / 1000 S16
15702 0x3D56 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
15703 0x3D57 2 Date of minimum PF3 - DATETIME
15705 0x3D59 2 Minimum Current : Idelta mA U32
15707 0x3D5B 2 Date of minimum Idelta - DATETIME
15709 0x3D5D 2 Minimum Current : Ipe mA U32
15711 0x3D5F 2 Date of minimum Ipe - DATETIME

Average min #12
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15716 0x3D64 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15716 0x3D64 1 Load status :
0 : Disabled
1 : Enabled		 - U8
15717 0x3D65 2 Minimum Frequency mHz U32
15719 0x3D67 2 Date of minimum F - DATETIME
15721 0x3D69 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
15723 0x3D6B 2 Date of minimum V1 - DATETIME
15725 0x3D6D 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
15727 0x3D6F 2 Date of minimum V2 - DATETIME
15729 0x3D71 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
15731 0x3D73 2 Date of minimum V3 - DATETIME
15733 0x3D75 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
15735 0x3D77 2 Date of minimum Vn - DATETIME
15737 0x3D79 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
15739 0x3D7B 2 Date of minimum U12 - DATETIME
15741 0x3D7D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
15743 0x3D7F 2 Date of minimum U23 - DATETIME
15745 0x3D81 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
15747 0x3D83 2 Date of minimum U31 - DATETIME
15749 0x3D85 2 Minimum Current : I1 mA U32
15751 0x3D87 2 Date of minimum I1 - DATETIME
15753 0x3D89 2 Minimum Current : I2 mA U32
15755 0x3D8B 2 Date of minimum I2 - DATETIME
15757 0x3D8D 2 Minimum Current : I3 mA U32
15759 0x3D8F 2 Date of minimum I3 - DATETIME
15761 0x3D91 2 Minimum Current : In mA U32
15763 0x3D93 2 Date of minimum In - DATETIME
15765 0x3D95 2 Minimum Total active power W S32
15767 0x3D97 2 Date of minimum Ptot - DATETIME
15769 0x3D99 2 Minimum Total reactive power var S32
15771 0x3D9B 2 Date of minimum Qtot - DATETIME
15773 0x3D9D 2 Minimum Total apparent power VA U32
15775 0x3D9F 2 Date of minimum Stot - DATETIME
15777 0x3DA1 1 Minimum Total power factor - / 1000 S16
15778 0x3DA2 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
15779 0x3DA3 2 Date of minimum Total power factor - DATETIME
15781 0x3DA5 2 Minimum Active power : P1 W S32
15783 0x3DA7 2 Date of minimum P1 - DATETIME
15785 0x3DA9 2 Minimum Active power : P2 W S32
15787 0x3DAB 2 Date of minimum P2 - DATETIME
15789 0x3DAD 2 Minimum Active power : P3 W S32
15791 0x3DAF 2 Date of minimum P3 - DATETIME
15793 0x3DB1 2 Minimum Reactive power : Q1 var S32
15795 0x3DB3 2 Date of minimum Q1 - DATETIME
15797 0x3DB5 2 Minimum Reactive power : Q2 var S32
15799 0x3DB7 2 Date of minimum Q2 - DATETIME
15801 0x3DB9 2 Minimum Reactive power : Q3 var S32
15803 0x3DBB 2 Date of minimum Q3 - DATETIME
15805 0x3DBD 2 Minimum Apparent power : S1 VA U32
15807 0x3DBF 2 Date of minimum S1 - DATETIME
15809 0x3DC1 2 Minimum Apparent power : S2 VA U32
15811 0x3DC3 2 Date of minimum S2 - DATETIME
15813 0x3DC5 2 Minimum Apparent power : S3 VA U32
15815 0x3DC7 2 Date of minimum S3 - DATETIME
15817 0x3DC9 1 Minimum Power factor : PF1 - / 1000 S16
15818 0x3DCA 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
15819 0x3DCB 2 Date of minimum PF1 - DATETIME
15821 0x3DCD 1 Minimum Power factor : PF2 - / 1000 S16
15822 0x3DCE 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
15823 0x3DCF 2 Date of minimum PF2 - DATETIME
15825 0x3DD1 1 Minimum Power factor : PF3 - / 1000 S16
15826 0x3DD2 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
15827 0x3DD3 2 Date of minimum PF3 - DATETIME
15829 0x3DD5 2 Minimum Current : Idelta mA U32
15831 0x3DD7 2 Date of minimum Idelta - DATETIME
15833 0x3DD9 2 Minimum Current : Ipe mA U32
15835 0x3DDB 2 Date of minimum Ipe - DATETIME

Average min #13
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15840 0x3DE0 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15840 0x3DE0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
15841 0x3DE1 2 Minimum Frequency mHz U32
15843 0x3DE3 2 Date of minimum F - DATETIME
15845 0x3DE5 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
15847 0x3DE7 2 Date of minimum V1 - DATETIME
15849 0x3DE9 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
15851 0x3DEB 2 Date of minimum V2 - DATETIME
15853 0x3DED 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
15855 0x3DEF 2 Date of minimum V3 - DATETIME
15857 0x3DF1 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
15859 0x3DF3 2 Date of minimum Vn - DATETIME
15861 0x3DF5 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
15863 0x3DF7 2 Date of minimum U12 - DATETIME
15865 0x3DF9 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
15867 0x3DFB 2 Date of minimum U23 - DATETIME
15869 0x3DFD 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
15871 0x3DFF 2 Date of minimum U31 - DATETIME
15873 0x3E01 2 Minimum Current : I1 mA U32
15875 0x3E03 2 Date of minimum I1 - DATETIME
15877 0x3E05 2 Minimum Current : I2 mA U32
15879 0x3E07 2 Date of minimum I2 - DATETIME
15881 0x3E09 2 Minimum Current : I3 mA U32
15883 0x3E0B 2 Date of minimum I3 - DATETIME
15885 0x3E0D 2 Minimum Current : In mA U32
15887 0x3E0F 2 Date of minimum In - DATETIME
15889 0x3E11 2 Minimum Total active power W S32
15891 0x3E13 2 Date of minimum Ptot - DATETIME
15893 0x3E15 2 Minimum Total reactive power var S32
15895 0x3E17 2 Date of minimum Qtot - DATETIME
15897 0x3E19 2 Minimum Total apparent power VA U32
15899 0x3E1B 2 Date of minimum Stot - DATETIME
15901 0x3E1D 1 Minimum Total power factor - / 1000 S16
15902 0x3E1E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
15903 0x3E1F 2 Date of minimum Total power factor - DATETIME
15905 0x3E21 2 Minimum Active power : P1 W S32
15907 0x3E23 2 Date of minimum P1 - DATETIME
15909 0x3E25 2 Minimum Active power : P2 W S32
15911 0x3E27 2 Date of minimum P2 - DATETIME
15913 0x3E29 2 Minimum Active power : P3 W S32
15915 0x3E2B 2 Date of minimum P3 - DATETIME
15917 0x3E2D 2 Minimum Reactive power : Q1 var S32
15919 0x3E2F 2 Date of minimum Q1 - DATETIME
15921 0x3E31 2 Minimum Reactive power : Q2 var S32
15923 0x3E33 2 Date of minimum Q2 - DATETIME
15925 0x3E35 2 Minimum Reactive power : Q3 var S32
15927 0x3E37 2 Date of minimum Q3 - DATETIME
15929 0x3E39 2 Minimum Apparent power : S1 VA U32
15931 0x3E3B 2 Date of minimum S1 - DATETIME
15933 0x3E3D 2 Minimum Apparent power : S2 VA U32
15935 0x3E3F 2 Date of minimum S2 - DATETIME
15937 0x3E41 2 Minimum Apparent power : S3 VA U32
15939 0x3E43 2 Date of minimum S3 - DATETIME
15941 0x3E45 1 Minimum Power factor : PF1 - / 1000 S16
15942 0x3E46 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
15943 0x3E47 2 Date of minimum PF1 - DATETIME
15945 0x3E49 1 Minimum Power factor : PF2 - / 1000 S16
15946 0x3E4A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
15947 0x3E4B 2 Date of minimum PF2 - DATETIME
15949 0x3E4D 1 Minimum Power factor : PF3 - / 1000 S16
15950 0x3E4E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
15951 0x3E4F 2 Date of minimum PF3 - DATETIME
15953 0x3E51 2 Minimum Current : Idelta mA U32
15955 0x3E53 2 Date of minimum Idelta - DATETIME
15957 0x3E55 2 Minimum Current : Ipe mA U32
15959 0x3E57 2 Date of minimum Ipe - DATETIME

Average min #14
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15964 0x3E5C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15964 0x3E5C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
15965 0x3E5D 2 Minimum Frequency mHz U32
15967 0x3E5F 2 Date of minimum F - DATETIME
15969 0x3E61 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
15971 0x3E63 2 Date of minimum V1 - DATETIME
15973 0x3E65 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
15975 0x3E67 2 Date of minimum V2 - DATETIME
15977 0x3E69 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
15979 0x3E6B 2 Date of minimum V3 - DATETIME
15981 0x3E6D 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
15983 0x3E6F 2 Date of minimum Vn - DATETIME
15985 0x3E71 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
15987 0x3E73 2 Date of minimum U12 - DATETIME
15989 0x3E75 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
15991 0x3E77 2 Date of minimum U23 - DATETIME
15993 0x3E79 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
15995 0x3E7B 2 Date of minimum U31 - DATETIME
15997 0x3E7D 2 Minimum Current : I1 mA U32
15999 0x3E7F 2 Date of minimum I1 - DATETIME
16001 0x3E81 2 Minimum Current : I2 mA U32
16003 0x3E83 2 Date of minimum I2 - DATETIME
16005 0x3E85 2 Minimum Current : I3 mA U32
16007 0x3E87 2 Date of minimum I3 - DATETIME
16009 0x3E89 2 Minimum Current : In mA U32
16011 0x3E8B 2 Date of minimum In - DATETIME
16013 0x3E8D 2 Minimum Total active power W S32
16015 0x3E8F 2 Date of minimum Ptot - DATETIME
16017 0x3E91 2 Minimum Total reactive power var S32
16019 0x3E93 2 Date of minimum Qtot - DATETIME
16021 0x3E95 2 Minimum Total apparent power VA U32
16023 0x3E97 2 Date of minimum Stot - DATETIME
16025 0x3E99 1 Minimum Total power factor - / 1000 S16
16026 0x3E9A 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
16027 0x3E9B 2 Date of minimum Total power factor - DATETIME
16029 0x3E9D 2 Minimum Active power : P1 W S32
16031 0x3E9F 2 Date of minimum P1 - DATETIME
16033 0x3EA1 2 Minimum Active power : P2 W S32
16035 0x3EA3 2 Date of minimum P2 - DATETIME
16037 0x3EA5 2 Minimum Active power : P3 W S32
16039 0x3EA7 2 Date of minimum P3 - DATETIME
16041 0x3EA9 2 Minimum Reactive power : Q1 var S32
16043 0x3EAB 2 Date of minimum Q1 - DATETIME
16045 0x3EAD 2 Minimum Reactive power : Q2 var S32
16047 0x3EAF 2 Date of minimum Q2 - DATETIME
16049 0x3EB1 2 Minimum Reactive power : Q3 var S32
16051 0x3EB3 2 Date of minimum Q3 - DATETIME
16053 0x3EB5 2 Minimum Apparent power : S1 VA U32
16055 0x3EB7 2 Date of minimum S1 - DATETIME
16057 0x3EB9 2 Minimum Apparent power : S2 VA U32
16059 0x3EBB 2 Date of minimum S2 - DATETIME
16061 0x3EBD 2 Minimum Apparent power : S3 VA U32
16063 0x3EBF 2 Date of minimum S3 - DATETIME
16065 0x3EC1 1 Minimum Power factor : PF1 - / 1000 S16
16066 0x3EC2 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
16067 0x3EC3 2 Date of minimum PF1 - DATETIME
16069 0x3EC5 1 Minimum Power factor : PF2 - / 1000 S16
16070 0x3EC6 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
16071 0x3EC7 2 Date of minimum PF2 - DATETIME
16073 0x3EC9 1 Minimum Power factor : PF3 - / 1000 S16
16074 0x3ECA 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
16075 0x3ECB 2 Date of minimum PF3 - DATETIME
16077 0x3ECD 2 Minimum Current : Idelta mA U32
16079 0x3ECF 2 Date of minimum Idelta - DATETIME
16081 0x3ED1 2 Minimum Current : Ipe mA U32
16083 0x3ED3 2 Date of minimum Ipe - DATETIME

Average min #15
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
16088 0x3ED8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
16088 0x3ED8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
16089 0x3ED9 2 Minimum Frequency mHz U32
16091 0x3EDB 2 Date of minimum F - DATETIME
16093 0x3EDD 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
16095 0x3EDF 2 Date of minimum V1 - DATETIME
16097 0x3EE1 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
16099 0x3EE3 2 Date of minimum V2 - DATETIME
16101 0x3EE5 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
16103 0x3EE7 2 Date of minimum V3 - DATETIME
16105 0x3EE9 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
16107 0x3EEB 2 Date of minimum Vn - DATETIME
16109 0x3EED 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
16111 0x3EEF 2 Date of minimum U12 - DATETIME
16113 0x3EF1 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
16115 0x3EF3 2 Date of minimum U23 - DATETIME
16117 0x3EF5 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
16119 0x3EF7 2 Date of minimum U31 - DATETIME
16121 0x3EF9 2 Minimum Current : I1 mA U32
16123 0x3EFB 2 Date of minimum I1 - DATETIME
16125 0x3EFD 2 Minimum Current : I2 mA U32
16127 0x3EFF 2 Date of minimum I2 - DATETIME
16129 0x3F01 2 Minimum Current : I3 mA U32
16131 0x3F03 2 Date of minimum I3 - DATETIME
16133 0x3F05 2 Minimum Current : In mA U32
16135 0x3F07 2 Date of minimum In - DATETIME
16137 0x3F09 2 Minimum Total active power W S32
16139 0x3F0B 2 Date of minimum Ptot - DATETIME
16141 0x3F0D 2 Minimum Total reactive power var S32
16143 0x3F0F 2 Date of minimum Qtot - DATETIME
16145 0x3F11 2 Minimum Total apparent power VA U32
16147 0x3F13 2 Date of minimum Stot - DATETIME
16149 0x3F15 1 Minimum Total power factor - / 1000 S16
16150 0x3F16 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
16151 0x3F17 2 Date of minimum Total power factor - DATETIME
16153 0x3F19 2 Minimum Active power : P1 W S32
16155 0x3F1B 2 Date of minimum P1 - DATETIME
16157 0x3F1D 2 Minimum Active power : P2 W S32
16159 0x3F1F 2 Date of minimum P2 - DATETIME
16161 0x3F21 2 Minimum Active power : P3 W S32
16163 0x3F23 2 Date of minimum P3 - DATETIME
16165 0x3F25 2 Minimum Reactive power : Q1 var S32
16167 0x3F27 2 Date of minimum Q1 - DATETIME
16169 0x3F29 2 Minimum Reactive power : Q2 var S32
16171 0x3F2B 2 Date of minimum Q2 - DATETIME
16173 0x3F2D 2 Minimum Reactive power : Q3 var S32
16175 0x3F2F 2 Date of minimum Q3 - DATETIME
16177 0x3F31 2 Minimum Apparent power : S1 VA U32
16179 0x3F33 2 Date of minimum S1 - DATETIME
16181 0x3F35 2 Minimum Apparent power : S2 VA U32
16183 0x3F37 2 Date of minimum S2 - DATETIME
16185 0x3F39 2 Minimum Apparent power : S3 VA U32
16187 0x3F3B 2 Date of minimum S3 - DATETIME
16189 0x3F3D 1 Minimum Power factor : PF1 - / 1000 S16
16190 0x3F3E 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
16191 0x3F3F 2 Date of minimum PF1 - DATETIME
16193 0x3F41 1 Minimum Power factor : PF2 - / 1000 S16
16194 0x3F42 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
16195 0x3F43 2 Date of minimum PF2 - DATETIME
16197 0x3F45 1 Minimum Power factor : PF3 - / 1000 S16
16198 0x3F46 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
16199 0x3F47 2 Date of minimum PF3 - DATETIME
16201 0x3F49 2 Minimum Current : Idelta mA U32
16203 0x3F4B 2 Date of minimum Idelta - DATETIME
16205 0x3F4D 2 Minimum Current : Ipe mA U32
16207 0x3F4F 2 Date of minimum Ipe - DATETIME

Average min #16
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
16212 0x3F54 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
16212 0x3F54 1 Load status :
0 : Disabled
1 : Enabled		 - U8
16213 0x3F55 2 Minimum Frequency mHz U32
16215 0x3F57 2 Date of minimum F - DATETIME
16217 0x3F59 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
16219 0x3F5B 2 Date of minimum V1 - DATETIME
16221 0x3F5D 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
16223 0x3F5F 2 Date of minimum V2 - DATETIME
16225 0x3F61 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
16227 0x3F63 2 Date of minimum V3 - DATETIME
16229 0x3F65 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
16231 0x3F67 2 Date of minimum Vn - DATETIME
16233 0x3F69 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
16235 0x3F6B 2 Date of minimum U12 - DATETIME
16237 0x3F6D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
16239 0x3F6F 2 Date of minimum U23 - DATETIME
16241 0x3F71 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
16243 0x3F73 2 Date of minimum U31 - DATETIME
16245 0x3F75 2 Minimum Current : I1 mA U32
16247 0x3F77 2 Date of minimum I1 - DATETIME
16249 0x3F79 2 Minimum Current : I2 mA U32
16251 0x3F7B 2 Date of minimum I2 - DATETIME
16253 0x3F7D 2 Minimum Current : I3 mA U32
16255 0x3F7F 2 Date of minimum I3 - DATETIME
16257 0x3F81 2 Minimum Current : In mA U32
16259 0x3F83 2 Date of minimum In - DATETIME
16261 0x3F85 2 Minimum Total active power W S32
16263 0x3F87 2 Date of minimum Ptot - DATETIME
16265 0x3F89 2 Minimum Total reactive power var S32
16267 0x3F8B 2 Date of minimum Qtot - DATETIME
16269 0x3F8D 2 Minimum Total apparent power VA U32
16271 0x3F8F 2 Date of minimum Stot - DATETIME
16273 0x3F91 1 Minimum Total power factor - / 1000 S16
16274 0x3F92 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
16275 0x3F93 2 Date of minimum Total power factor - DATETIME
16277 0x3F95 2 Minimum Active power : P1 W S32
16279 0x3F97 2 Date of minimum P1 - DATETIME
16281 0x3F99 2 Minimum Active power : P2 W S32
16283 0x3F9B 2 Date of minimum P2 - DATETIME
16285 0x3F9D 2 Minimum Active power : P3 W S32
16287 0x3F9F 2 Date of minimum P3 - DATETIME
16289 0x3FA1 2 Minimum Reactive power : Q1 var S32
16291 0x3FA3 2 Date of minimum Q1 - DATETIME
16293 0x3FA5 2 Minimum Reactive power : Q2 var S32
16295 0x3FA7 2 Date of minimum Q2 - DATETIME
16297 0x3FA9 2 Minimum Reactive power : Q3 var S32
16299 0x3FAB 2 Date of minimum Q3 - DATETIME
16301 0x3FAD 2 Minimum Apparent power : S1 VA U32
16303 0x3FAF 2 Date of minimum S1 - DATETIME
16305 0x3FB1 2 Minimum Apparent power : S2 VA U32
16307 0x3FB3 2 Date of minimum S2 - DATETIME
16309 0x3FB5 2 Minimum Apparent power : S3 VA U32
16311 0x3FB7 2 Date of minimum S3 - DATETIME
16313 0x3FB9 1 Minimum Power factor : PF1 - / 1000 S16
16314 0x3FBA 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
16315 0x3FBB 2 Date of minimum PF1 - DATETIME
16317 0x3FBD 1 Minimum Power factor : PF2 - / 1000 S16
16318 0x3FBE 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
16319 0x3FBF 2 Date of minimum PF2 - DATETIME
16321 0x3FC1 1 Minimum Power factor : PF3 - / 1000 S16
16322 0x3FC2 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
16323 0x3FC3 2 Date of minimum PF3 - DATETIME
16325 0x3FC5 2 Minimum Current : Idelta mA U32
16327 0x3FC7 2 Date of minimum Idelta - DATETIME
16329 0x3FC9 2 Minimum Current : Ipe mA U32
16331 0x3FCB 2 Date of minimum Ipe - DATETIME

Average min #17
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
16336 0x3FD0 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
16336 0x3FD0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
16337 0x3FD1 2 Minimum Frequency mHz U32
16339 0x3FD3 2 Date of minimum F - DATETIME
16341 0x3FD5 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
16343 0x3FD7 2 Date of minimum V1 - DATETIME
16345 0x3FD9 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
16347 0x3FDB 2 Date of minimum V2 - DATETIME
16349 0x3FDD 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
16351 0x3FDF 2 Date of minimum V3 - DATETIME
16353 0x3FE1 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
16355 0x3FE3 2 Date of minimum Vn - DATETIME
16357 0x3FE5 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
16359 0x3FE7 2 Date of minimum U12 - DATETIME
16361 0x3FE9 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
16363 0x3FEB 2 Date of minimum U23 - DATETIME
16365 0x3FED 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
16367 0x3FEF 2 Date of minimum U31 - DATETIME
16369 0x3FF1 2 Minimum Current : I1 mA U32
16371 0x3FF3 2 Date of minimum I1 - DATETIME
16373 0x3FF5 2 Minimum Current : I2 mA U32
16375 0x3FF7 2 Date of minimum I2 - DATETIME
16377 0x3FF9 2 Minimum Current : I3 mA U32
16379 0x3FFB 2 Date of minimum I3 - DATETIME
16381 0x3FFD 2 Minimum Current : In mA U32
16383 0x3FFF 2 Date of minimum In - DATETIME
16385 0x4001 2 Minimum Total active power W S32
16387 0x4003 2 Date of minimum Ptot - DATETIME
16389 0x4005 2 Minimum Total reactive power var S32
16391 0x4007 2 Date of minimum Qtot - DATETIME
16393 0x4009 2 Minimum Total apparent power VA U32
16395 0x400B 2 Date of minimum Stot - DATETIME
16397 0x400D 1 Minimum Total power factor - / 1000 S16
16398 0x400E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
16399 0x400F 2 Date of minimum Total power factor - DATETIME
16401 0x4011 2 Minimum Active power : P1 W S32
16403 0x4013 2 Date of minimum P1 - DATETIME
16405 0x4015 2 Minimum Active power : P2 W S32
16407 0x4017 2 Date of minimum P2 - DATETIME
16409 0x4019 2 Minimum Active power : P3 W S32
16411 0x401B 2 Date of minimum P3 - DATETIME
16413 0x401D 2 Minimum Reactive power : Q1 var S32
16415 0x401F 2 Date of minimum Q1 - DATETIME
16417 0x4021 2 Minimum Reactive power : Q2 var S32
16419 0x4023 2 Date of minimum Q2 - DATETIME
16421 0x4025 2 Minimum Reactive power : Q3 var S32
16423 0x4027 2 Date of minimum Q3 - DATETIME
16425 0x4029 2 Minimum Apparent power : S1 VA U32
16427 0x402B 2 Date of minimum S1 - DATETIME
16429 0x402D 2 Minimum Apparent power : S2 VA U32
16431 0x402F 2 Date of minimum S2 - DATETIME
16433 0x4031 2 Minimum Apparent power : S3 VA U32
16435 0x4033 2 Date of minimum S3 - DATETIME
16437 0x4035 1 Minimum Power factor : PF1 - / 1000 S16
16438 0x4036 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
16439 0x4037 2 Date of minimum PF1 - DATETIME
16441 0x4039 1 Minimum Power factor : PF2 - / 1000 S16
16442 0x403A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
16443 0x403B 2 Date of minimum PF2 - DATETIME
16445 0x403D 1 Minimum Power factor : PF3 - / 1000 S16
16446 0x403E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
16447 0x403F 2 Date of minimum PF3 - DATETIME
16449 0x4041 2 Minimum Current : Idelta mA U32
16451 0x4043 2 Date of minimum Idelta - DATETIME
16453 0x4045 2 Minimum Current : Ipe mA U32
16455 0x4047 2 Date of minimum Ipe - DATETIME

Average min #18
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
16460 0x404C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
16460 0x404C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
16461 0x404D 2 Minimum Frequency mHz U32
16463 0x404F 2 Date of minimum F - DATETIME
16465 0x4051 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
16467 0x4053 2 Date of minimum V1 - DATETIME
16469 0x4055 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
16471 0x4057 2 Date of minimum V2 - DATETIME
16473 0x4059 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
16475 0x405B 2 Date of minimum V3 - DATETIME
16477 0x405D 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
16479 0x405F 2 Date of minimum Vn - DATETIME
16481 0x4061 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
16483 0x4063 2 Date of minimum U12 - DATETIME
16485 0x4065 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
16487 0x4067 2 Date of minimum U23 - DATETIME
16489 0x4069 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
16491 0x406B 2 Date of minimum U31 - DATETIME
16493 0x406D 2 Minimum Current : I1 mA U32
16495 0x406F 2 Date of minimum I1 - DATETIME
16497 0x4071 2 Minimum Current : I2 mA U32
16499 0x4073 2 Date of minimum I2 - DATETIME
16501 0x4075 2 Minimum Current : I3 mA U32
16503 0x4077 2 Date of minimum I3 - DATETIME
16505 0x4079 2 Minimum Current : In mA U32
16507 0x407B 2 Date of minimum In - DATETIME
16509 0x407D 2 Minimum Total active power W S32
16511 0x407F 2 Date of minimum Ptot - DATETIME
16513 0x4081 2 Minimum Total reactive power var S32
16515 0x4083 2 Date of minimum Qtot - DATETIME
16517 0x4085 2 Minimum Total apparent power VA U32
16519 0x4087 2 Date of minimum Stot - DATETIME
16521 0x4089 1 Minimum Total power factor - / 1000 S16
16522 0x408A 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
16523 0x408B 2 Date of minimum Total power factor - DATETIME
16525 0x408D 2 Minimum Active power : P1 W S32
16527 0x408F 2 Date of minimum P1 - DATETIME
16529 0x4091 2 Minimum Active power : P2 W S32
16531 0x4093 2 Date of minimum P2 - DATETIME
16533 0x4095 2 Minimum Active power : P3 W S32
16535 0x4097 2 Date of minimum P3 - DATETIME
16537 0x4099 2 Minimum Reactive power : Q1 var S32
16539 0x409B 2 Date of minimum Q1 - DATETIME
16541 0x409D 2 Minimum Reactive power : Q2 var S32
16543 0x409F 2 Date of minimum Q2 - DATETIME
16545 0x40A1 2 Minimum Reactive power : Q3 var S32
16547 0x40A3 2 Date of minimum Q3 - DATETIME
16549 0x40A5 2 Minimum Apparent power : S1 VA U32
16551 0x40A7 2 Date of minimum S1 - DATETIME
16553 0x40A9 2 Minimum Apparent power : S2 VA U32
16555 0x40AB 2 Date of minimum S2 - DATETIME
16557 0x40AD 2 Minimum Apparent power : S3 VA U32
16559 0x40AF 2 Date of minimum S3 - DATETIME
16561 0x40B1 1 Minimum Power factor : PF1 - / 1000 S16
16562 0x40B2 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
16563 0x40B3 2 Date of minimum PF1 - DATETIME
16565 0x40B5 1 Minimum Power factor : PF2 - / 1000 S16
16566 0x40B6 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
16567 0x40B7 2 Date of minimum PF2 - DATETIME
16569 0x40B9 1 Minimum Power factor : PF3 - / 1000 S16
16570 0x40BA 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
16571 0x40BB 2 Date of minimum PF3 - DATETIME
16573 0x40BD 2 Minimum Current : Idelta mA U32
16575 0x40BF 2 Date of minimum Idelta - DATETIME
16577 0x40C1 2 Minimum Current : Ipe mA U32
16579 0x40C3 2 Date of minimum Ipe - DATETIME

Average min #19
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
16584 0x40C8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
16584 0x40C8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
16585 0x40C9 2 Minimum Frequency mHz U32
16587 0x40CB 2 Date of minimum F - DATETIME
16589 0x40CD 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
16591 0x40CF 2 Date of minimum V1 - DATETIME
16593 0x40D1 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
16595 0x40D3 2 Date of minimum V2 - DATETIME
16597 0x40D5 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
16599 0x40D7 2 Date of minimum V3 - DATETIME
16601 0x40D9 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
16603 0x40DB 2 Date of minimum Vn - DATETIME
16605 0x40DD 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
16607 0x40DF 2 Date of minimum U12 - DATETIME
16609 0x40E1 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
16611 0x40E3 2 Date of minimum U23 - DATETIME
16613 0x40E5 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
16615 0x40E7 2 Date of minimum U31 - DATETIME
16617 0x40E9 2 Minimum Current : I1 mA U32
16619 0x40EB 2 Date of minimum I1 - DATETIME
16621 0x40ED 2 Minimum Current : I2 mA U32
16623 0x40EF 2 Date of minimum I2 - DATETIME
16625 0x40F1 2 Minimum Current : I3 mA U32
16627 0x40F3 2 Date of minimum I3 - DATETIME
16629 0x40F5 2 Minimum Current : In mA U32
16631 0x40F7 2 Date of minimum In - DATETIME
16633 0x40F9 2 Minimum Total active power W S32
16635 0x40FB 2 Date of minimum Ptot - DATETIME
16637 0x40FD 2 Minimum Total reactive power var S32
16639 0x40FF 2 Date of minimum Qtot - DATETIME
16641 0x4101 2 Minimum Total apparent power VA U32
16643 0x4103 2 Date of minimum Stot - DATETIME
16645 0x4105 1 Minimum Total power factor - / 1000 S16
16646 0x4106 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
16647 0x4107 2 Date of minimum Total power factor - DATETIME
16649 0x4109 2 Minimum Active power : P1 W S32
16651 0x410B 2 Date of minimum P1 - DATETIME
16653 0x410D 2 Minimum Active power : P2 W S32
16655 0x410F 2 Date of minimum P2 - DATETIME
16657 0x4111 2 Minimum Active power : P3 W S32
16659 0x4113 2 Date of minimum P3 - DATETIME
16661 0x4115 2 Minimum Reactive power : Q1 var S32
16663 0x4117 2 Date of minimum Q1 - DATETIME
16665 0x4119 2 Minimum Reactive power : Q2 var S32
16667 0x411B 2 Date of minimum Q2 - DATETIME
16669 0x411D 2 Minimum Reactive power : Q3 var S32
16671 0x411F 2 Date of minimum Q3 - DATETIME
16673 0x4121 2 Minimum Apparent power : S1 VA U32
16675 0x4123 2 Date of minimum S1 - DATETIME
16677 0x4125 2 Minimum Apparent power : S2 VA U32
16679 0x4127 2 Date of minimum S2 - DATETIME
16681 0x4129 2 Minimum Apparent power : S3 VA U32
16683 0x412B 2 Date of minimum S3 - DATETIME
16685 0x412D 1 Minimum Power factor : PF1 - / 1000 S16
16686 0x412E 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
16687 0x412F 2 Date of minimum PF1 - DATETIME
16689 0x4131 1 Minimum Power factor : PF2 - / 1000 S16
16690 0x4132 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
16691 0x4133 2 Date of minimum PF2 - DATETIME
16693 0x4135 1 Minimum Power factor : PF3 - / 1000 S16
16694 0x4136 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
16695 0x4137 2 Date of minimum PF3 - DATETIME
16697 0x4139 2 Minimum Current : Idelta mA U32
16699 0x413B 2 Date of minimum Idelta - DATETIME
16701 0x413D 2 Minimum Current : Ipe mA U32
16703 0x413F 2 Date of minimum Ipe - DATETIME

Average min #20
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
16708 0x4144 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
16708 0x4144 1 Load status :
0 : Disabled
1 : Enabled		 - U8
16709 0x4145 2 Minimum Frequency mHz U32
16711 0x4147 2 Date of minimum F - DATETIME
16713 0x4149 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
16715 0x414B 2 Date of minimum V1 - DATETIME
16717 0x414D 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
16719 0x414F 2 Date of minimum V2 - DATETIME
16721 0x4151 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
16723 0x4153 2 Date of minimum V3 - DATETIME
16725 0x4155 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
16727 0x4157 2 Date of minimum Vn - DATETIME
16729 0x4159 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
16731 0x415B 2 Date of minimum U12 - DATETIME
16733 0x415D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
16735 0x415F 2 Date of minimum U23 - DATETIME
16737 0x4161 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
16739 0x4163 2 Date of minimum U31 - DATETIME
16741 0x4165 2 Minimum Current : I1 mA U32
16743 0x4167 2 Date of minimum I1 - DATETIME
16745 0x4169 2 Minimum Current : I2 mA U32
16747 0x416B 2 Date of minimum I2 - DATETIME
16749 0x416D 2 Minimum Current : I3 mA U32
16751 0x416F 2 Date of minimum I3 - DATETIME
16753 0x4171 2 Minimum Current : In mA U32
16755 0x4173 2 Date of minimum In - DATETIME
16757 0x4175 2 Minimum Total active power W S32
16759 0x4177 2 Date of minimum Ptot - DATETIME
16761 0x4179 2 Minimum Total reactive power var S32
16763 0x417B 2 Date of minimum Qtot - DATETIME
16765 0x417D 2 Minimum Total apparent power VA U32
16767 0x417F 2 Date of minimum Stot - DATETIME
16769 0x4181 1 Minimum Total power factor - / 1000 S16
16770 0x4182 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
16771 0x4183 2 Date of minimum Total power factor - DATETIME
16773 0x4185 2 Minimum Active power : P1 W S32
16775 0x4187 2 Date of minimum P1 - DATETIME
16777 0x4189 2 Minimum Active power : P2 W S32
16779 0x418B 2 Date of minimum P2 - DATETIME
16781 0x418D 2 Minimum Active power : P3 W S32
16783 0x418F 2 Date of minimum P3 - DATETIME
16785 0x4191 2 Minimum Reactive power : Q1 var S32
16787 0x4193 2 Date of minimum Q1 - DATETIME
16789 0x4195 2 Minimum Reactive power : Q2 var S32
16791 0x4197 2 Date of minimum Q2 - DATETIME
16793 0x4199 2 Minimum Reactive power : Q3 var S32
16795 0x419B 2 Date of minimum Q3 - DATETIME
16797 0x419D 2 Minimum Apparent power : S1 VA U32
16799 0x419F 2 Date of minimum S1 - DATETIME
16801 0x41A1 2 Minimum Apparent power : S2 VA U32
16803 0x41A3 2 Date of minimum S2 - DATETIME
16805 0x41A5 2 Minimum Apparent power : S3 VA U32
16807 0x41A7 2 Date of minimum S3 - DATETIME
16809 0x41A9 1 Minimum Power factor : PF1 - / 1000 S16
16810 0x41AA 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
16811 0x41AB 2 Date of minimum PF1 - DATETIME
16813 0x41AD 1 Minimum Power factor : PF2 - / 1000 S16
16814 0x41AE 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
16815 0x41AF 2 Date of minimum PF2 - DATETIME
16817 0x41B1 1 Minimum Power factor : PF3 - / 1000 S16
16818 0x41B2 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
16819 0x41B3 2 Date of minimum PF3 - DATETIME
16821 0x41B5 2 Minimum Current : Idelta mA U32
16823 0x41B7 2 Date of minimum Idelta - DATETIME
16825 0x41B9 2 Minimum Current : Ipe mA U32
16827 0x41BB 2 Date of minimum Ipe - DATETIME

Average min #21
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
16832 0x41C0 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
16832 0x41C0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
16833 0x41C1 2 Minimum Frequency mHz U32
16835 0x41C3 2 Date of minimum F - DATETIME
16837 0x41C5 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
16839 0x41C7 2 Date of minimum V1 - DATETIME
16841 0x41C9 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
16843 0x41CB 2 Date of minimum V2 - DATETIME
16845 0x41CD 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
16847 0x41CF 2 Date of minimum V3 - DATETIME
16849 0x41D1 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
16851 0x41D3 2 Date of minimum Vn - DATETIME
16853 0x41D5 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
16855 0x41D7 2 Date of minimum U12 - DATETIME
16857 0x41D9 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
16859 0x41DB 2 Date of minimum U23 - DATETIME
16861 0x41DD 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
16863 0x41DF 2 Date of minimum U31 - DATETIME
16865 0x41E1 2 Minimum Current : I1 mA U32
16867 0x41E3 2 Date of minimum I1 - DATETIME
16869 0x41E5 2 Minimum Current : I2 mA U32
16871 0x41E7 2 Date of minimum I2 - DATETIME
16873 0x41E9 2 Minimum Current : I3 mA U32
16875 0x41EB 2 Date of minimum I3 - DATETIME
16877 0x41ED 2 Minimum Current : In mA U32
16879 0x41EF 2 Date of minimum In - DATETIME
16881 0x41F1 2 Minimum Total active power W S32
16883 0x41F3 2 Date of minimum Ptot - DATETIME
16885 0x41F5 2 Minimum Total reactive power var S32
16887 0x41F7 2 Date of minimum Qtot - DATETIME
16889 0x41F9 2 Minimum Total apparent power VA U32
16891 0x41FB 2 Date of minimum Stot - DATETIME
16893 0x41FD 1 Minimum Total power factor - / 1000 S16
16894 0x41FE 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
16895 0x41FF 2 Date of minimum Total power factor - DATETIME
16897 0x4201 2 Minimum Active power : P1 W S32
16899 0x4203 2 Date of minimum P1 - DATETIME
16901 0x4205 2 Minimum Active power : P2 W S32
16903 0x4207 2 Date of minimum P2 - DATETIME
16905 0x4209 2 Minimum Active power : P3 W S32
16907 0x420B 2 Date of minimum P3 - DATETIME
16909 0x420D 2 Minimum Reactive power : Q1 var S32
16911 0x420F 2 Date of minimum Q1 - DATETIME
16913 0x4211 2 Minimum Reactive power : Q2 var S32
16915 0x4213 2 Date of minimum Q2 - DATETIME
16917 0x4215 2 Minimum Reactive power : Q3 var S32
16919 0x4217 2 Date of minimum Q3 - DATETIME
16921 0x4219 2 Minimum Apparent power : S1 VA U32
16923 0x421B 2 Date of minimum S1 - DATETIME
16925 0x421D 2 Minimum Apparent power : S2 VA U32
16927 0x421F 2 Date of minimum S2 - DATETIME
16929 0x4221 2 Minimum Apparent power : S3 VA U32
16931 0x4223 2 Date of minimum S3 - DATETIME
16933 0x4225 1 Minimum Power factor : PF1 - / 1000 S16
16934 0x4226 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
16935 0x4227 2 Date of minimum PF1 - DATETIME
16937 0x4229 1 Minimum Power factor : PF2 - / 1000 S16
16938 0x422A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
16939 0x422B 2 Date of minimum PF2 - DATETIME
16941 0x422D 1 Minimum Power factor : PF3 - / 1000 S16
16942 0x422E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
16943 0x422F 2 Date of minimum PF3 - DATETIME
16945 0x4231 2 Minimum Current : Idelta mA U32
16947 0x4233 2 Date of minimum Idelta - DATETIME
16949 0x4235 2 Minimum Current : Ipe mA U32
16951 0x4237 2 Date of minimum Ipe - DATETIME

Average min #22
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
16956 0x423C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
16956 0x423C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
16957 0x423D 2 Minimum Frequency mHz U32
16959 0x423F 2 Date of minimum F - DATETIME
16961 0x4241 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
16963 0x4243 2 Date of minimum V1 - DATETIME
16965 0x4245 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
16967 0x4247 2 Date of minimum V2 - DATETIME
16969 0x4249 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
16971 0x424B 2 Date of minimum V3 - DATETIME
16973 0x424D 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
16975 0x424F 2 Date of minimum Vn - DATETIME
16977 0x4251 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
16979 0x4253 2 Date of minimum U12 - DATETIME
16981 0x4255 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
16983 0x4257 2 Date of minimum U23 - DATETIME
16985 0x4259 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
16987 0x425B 2 Date of minimum U31 - DATETIME
16989 0x425D 2 Minimum Current : I1 mA U32
16991 0x425F 2 Date of minimum I1 - DATETIME
16993 0x4261 2 Minimum Current : I2 mA U32
16995 0x4263 2 Date of minimum I2 - DATETIME
16997 0x4265 2 Minimum Current : I3 mA U32
16999 0x4267 2 Date of minimum I3 - DATETIME
17001 0x4269 2 Minimum Current : In mA U32
17003 0x426B 2 Date of minimum In - DATETIME
17005 0x426D 2 Minimum Total active power W S32
17007 0x426F 2 Date of minimum Ptot - DATETIME
17009 0x4271 2 Minimum Total reactive power var S32
17011 0x4273 2 Date of minimum Qtot - DATETIME
17013 0x4275 2 Minimum Total apparent power VA U32
17015 0x4277 2 Date of minimum Stot - DATETIME
17017 0x4279 1 Minimum Total power factor - / 1000 S16
17018 0x427A 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
17019 0x427B 2 Date of minimum Total power factor - DATETIME
17021 0x427D 2 Minimum Active power : P1 W S32
17023 0x427F 2 Date of minimum P1 - DATETIME
17025 0x4281 2 Minimum Active power : P2 W S32
17027 0x4283 2 Date of minimum P2 - DATETIME
17029 0x4285 2 Minimum Active power : P3 W S32
17031 0x4287 2 Date of minimum P3 - DATETIME
17033 0x4289 2 Minimum Reactive power : Q1 var S32
17035 0x428B 2 Date of minimum Q1 - DATETIME
17037 0x428D 2 Minimum Reactive power : Q2 var S32
17039 0x428F 2 Date of minimum Q2 - DATETIME
17041 0x4291 2 Minimum Reactive power : Q3 var S32
17043 0x4293 2 Date of minimum Q3 - DATETIME
17045 0x4295 2 Minimum Apparent power : S1 VA U32
17047 0x4297 2 Date of minimum S1 - DATETIME
17049 0x4299 2 Minimum Apparent power : S2 VA U32
17051 0x429B 2 Date of minimum S2 - DATETIME
17053 0x429D 2 Minimum Apparent power : S3 VA U32
17055 0x429F 2 Date of minimum S3 - DATETIME
17057 0x42A1 1 Minimum Power factor : PF1 - / 1000 S16
17058 0x42A2 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
17059 0x42A3 2 Date of minimum PF1 - DATETIME
17061 0x42A5 1 Minimum Power factor : PF2 - / 1000 S16
17062 0x42A6 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
17063 0x42A7 2 Date of minimum PF2 - DATETIME
17065 0x42A9 1 Minimum Power factor : PF3 - / 1000 S16
17066 0x42AA 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
17067 0x42AB 2 Date of minimum PF3 - DATETIME
17069 0x42AD 2 Minimum Current : Idelta mA U32
17071 0x42AF 2 Date of minimum Idelta - DATETIME
17073 0x42B1 2 Minimum Current : Ipe mA U32
17075 0x42B3 2 Date of minimum Ipe - DATETIME

Average min #23
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
17080 0x42B8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
17080 0x42B8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
17081 0x42B9 2 Minimum Frequency mHz U32
17083 0x42BB 2 Date of minimum F - DATETIME
17085 0x42BD 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
17087 0x42BF 2 Date of minimum V1 - DATETIME
17089 0x42C1 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
17091 0x42C3 2 Date of minimum V2 - DATETIME
17093 0x42C5 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
17095 0x42C7 2 Date of minimum V3 - DATETIME
17097 0x42C9 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
17099 0x42CB 2 Date of minimum Vn - DATETIME
17101 0x42CD 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
17103 0x42CF 2 Date of minimum U12 - DATETIME
17105 0x42D1 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
17107 0x42D3 2 Date of minimum U23 - DATETIME
17109 0x42D5 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
17111 0x42D7 2 Date of minimum U31 - DATETIME
17113 0x42D9 2 Minimum Current : I1 mA U32
17115 0x42DB 2 Date of minimum I1 - DATETIME
17117 0x42DD 2 Minimum Current : I2 mA U32
17119 0x42DF 2 Date of minimum I2 - DATETIME
17121 0x42E1 2 Minimum Current : I3 mA U32
17123 0x42E3 2 Date of minimum I3 - DATETIME
17125 0x42E5 2 Minimum Current : In mA U32
17127 0x42E7 2 Date of minimum In - DATETIME
17129 0x42E9 2 Minimum Total active power W S32
17131 0x42EB 2 Date of minimum Ptot - DATETIME
17133 0x42ED 2 Minimum Total reactive power var S32
17135 0x42EF 2 Date of minimum Qtot - DATETIME
17137 0x42F1 2 Minimum Total apparent power VA U32
17139 0x42F3 2 Date of minimum Stot - DATETIME
17141 0x42F5 1 Minimum Total power factor - / 1000 S16
17142 0x42F6 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
17143 0x42F7 2 Date of minimum Total power factor - DATETIME
17145 0x42F9 2 Minimum Active power : P1 W S32
17147 0x42FB 2 Date of minimum P1 - DATETIME
17149 0x42FD 2 Minimum Active power : P2 W S32
17151 0x42FF 2 Date of minimum P2 - DATETIME
17153 0x4301 2 Minimum Active power : P3 W S32
17155 0x4303 2 Date of minimum P3 - DATETIME
17157 0x4305 2 Minimum Reactive power : Q1 var S32
17159 0x4307 2 Date of minimum Q1 - DATETIME
17161 0x4309 2 Minimum Reactive power : Q2 var S32
17163 0x430B 2 Date of minimum Q2 - DATETIME
17165 0x430D 2 Minimum Reactive power : Q3 var S32
17167 0x430F 2 Date of minimum Q3 - DATETIME
17169 0x4311 2 Minimum Apparent power : S1 VA U32
17171 0x4313 2 Date of minimum S1 - DATETIME
17173 0x4315 2 Minimum Apparent power : S2 VA U32
17175 0x4317 2 Date of minimum S2 - DATETIME
17177 0x4319 2 Minimum Apparent power : S3 VA U32
17179 0x431B 2 Date of minimum S3 - DATETIME
17181 0x431D 1 Minimum Power factor : PF1 - / 1000 S16
17182 0x431E 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
17183 0x431F 2 Date of minimum PF1 - DATETIME
17185 0x4321 1 Minimum Power factor : PF2 - / 1000 S16
17186 0x4322 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
17187 0x4323 2 Date of minimum PF2 - DATETIME
17189 0x4325 1 Minimum Power factor : PF3 - / 1000 S16
17190 0x4326 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
17191 0x4327 2 Date of minimum PF3 - DATETIME
17193 0x4329 2 Minimum Current : Idelta mA U32
17195 0x432B 2 Date of minimum Idelta - DATETIME
17197 0x432D 2 Minimum Current : Ipe mA U32
17199 0x432F 2 Date of minimum Ipe - DATETIME

Average min #24
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
17204 0x4334 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
17204 0x4334 1 Load status :
0 : Disabled
1 : Enabled		 - U8
17205 0x4335 2 Minimum Frequency mHz U32
17207 0x4337 2 Date of minimum F - DATETIME
17209 0x4339 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
17211 0x433B 2 Date of minimum V1 - DATETIME
17213 0x433D 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
17215 0x433F 2 Date of minimum V2 - DATETIME
17217 0x4341 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
17219 0x4343 2 Date of minimum V3 - DATETIME
17221 0x4345 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
17223 0x4347 2 Date of minimum Vn - DATETIME
17225 0x4349 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
17227 0x434B 2 Date of minimum U12 - DATETIME
17229 0x434D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
17231 0x434F 2 Date of minimum U23 - DATETIME
17233 0x4351 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
17235 0x4353 2 Date of minimum U31 - DATETIME
17237 0x4355 2 Minimum Current : I1 mA U32
17239 0x4357 2 Date of minimum I1 - DATETIME
17241 0x4359 2 Minimum Current : I2 mA U32
17243 0x435B 2 Date of minimum I2 - DATETIME
17245 0x435D 2 Minimum Current : I3 mA U32
17247 0x435F 2 Date of minimum I3 - DATETIME
17249 0x4361 2 Minimum Current : In mA U32
17251 0x4363 2 Date of minimum In - DATETIME
17253 0x4365 2 Minimum Total active power W S32
17255 0x4367 2 Date of minimum Ptot - DATETIME
17257 0x4369 2 Minimum Total reactive power var S32
17259 0x436B 2 Date of minimum Qtot - DATETIME
17261 0x436D 2 Minimum Total apparent power VA U32
17263 0x436F 2 Date of minimum Stot - DATETIME
17265 0x4371 1 Minimum Total power factor - / 1000 S16
17266 0x4372 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
17267 0x4373 2 Date of minimum Total power factor - DATETIME
17269 0x4375 2 Minimum Active power : P1 W S32
17271 0x4377 2 Date of minimum P1 - DATETIME
17273 0x4379 2 Minimum Active power : P2 W S32
17275 0x437B 2 Date of minimum P2 - DATETIME
17277 0x437D 2 Minimum Active power : P3 W S32
17279 0x437F 2 Date of minimum P3 - DATETIME
17281 0x4381 2 Minimum Reactive power : Q1 var S32
17283 0x4383 2 Date of minimum Q1 - DATETIME
17285 0x4385 2 Minimum Reactive power : Q2 var S32
17287 0x4387 2 Date of minimum Q2 - DATETIME
17289 0x4389 2 Minimum Reactive power : Q3 var S32
17291 0x438B 2 Date of minimum Q3 - DATETIME
17293 0x438D 2 Minimum Apparent power : S1 VA U32
17295 0x438F 2 Date of minimum S1 - DATETIME
17297 0x4391 2 Minimum Apparent power : S2 VA U32
17299 0x4393 2 Date of minimum S2 - DATETIME
17301 0x4395 2 Minimum Apparent power : S3 VA U32
17303 0x4397 2 Date of minimum S3 - DATETIME
17305 0x4399 1 Minimum Power factor : PF1 - / 1000 S16
17306 0x439A 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
17307 0x439B 2 Date of minimum PF1 - DATETIME
17309 0x439D 1 Minimum Power factor : PF2 - / 1000 S16
17310 0x439E 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
17311 0x439F 2 Date of minimum PF2 - DATETIME
17313 0x43A1 1 Minimum Power factor : PF3 - / 1000 S16
17314 0x43A2 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
17315 0x43A3 2 Date of minimum PF3 - DATETIME
17317 0x43A5 2 Minimum Current : Idelta mA U32
17319 0x43A7 2 Date of minimum Idelta - DATETIME
17321 0x43A9 2 Minimum Current : Ipe mA U32
17323 0x43AB 2 Date of minimum Ipe - DATETIME

Average max #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20640 0x50A0 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20640 0x50A0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20641 0x50A1 2 Maximum Frequency mHz U32
20643 0x50A3 2 Date of maximum F - DATETIME
20645 0x50A5 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
20647 0x50A7 2 Date of maximum V1 - DATETIME
20649 0x50A9 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
20651 0x50AB 2 Date of maximum V2 - DATETIME
20653 0x50AD 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
20655 0x50AF 2 Date of maximum V3 - DATETIME
20657 0x50B1 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
20659 0x50B3 2 Date of maximum Vn - DATETIME
20661 0x50B5 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
20663 0x50B7 2 Date of maximum U12 - DATETIME
20665 0x50B9 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
20667 0x50BB 2 Date of maximum U23 - DATETIME
20669 0x50BD 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
20671 0x50BF 2 Date of maximum U31 - DATETIME
20673 0x50C1 2 Maximum Current : I1 mA U32
20675 0x50C3 2 Date of maximum I1 - DATETIME
20677 0x50C5 2 Maximum Current : I2 mA U32
20679 0x50C7 2 Date of maximum I2 - DATETIME
20681 0x50C9 2 Maximum Current : I3 mA U32
20683 0x50CB 2 Date of maximum I3 - DATETIME
20685 0x50CD 2 Maximum Current : In mA U32
20687 0x50CF 2 Date of maximum In - DATETIME
20689 0x50D1 2 Maximum Total active power W S32
20691 0x50D3 2 Date of maximum Ptot - DATETIME
20693 0x50D5 2 Maximum Total reactive power var S32
20695 0x50D7 2 Date of maximum Qtot - DATETIME
20697 0x50D9 2 Maximum Total apparent power VA U32
20699 0x50DB 2 Date of maximum Stot - DATETIME
20701 0x50DD 1 Maximum Total power factor - / 1000 S16
20702 0x50DE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
20703 0x50DF 2 Date of maximum Total power factor - DATETIME
20705 0x50E1 2 Maximum Active power : P1 W S32
20707 0x50E3 2 Date of maximum P1 - DATETIME
20709 0x50E5 2 Maximum Active power : P2 W S32
20711 0x50E7 2 Date of maximum P2 - DATETIME
20713 0x50E9 2 Maximum Active power : P3 W S32
20715 0x50EB 2 Date of maximum P3 - DATETIME
20717 0x50ED 2 Maximum Reactive power : Q1 var S32
20719 0x50EF 2 Date of maximum Q1 - DATETIME
20721 0x50F1 2 Maximum Reactive power : Q2 var S32
20723 0x50F3 2 Date of maximum Q2 - DATETIME
20725 0x50F5 2 Maximum Reactive power : Q3 var S32
20727 0x50F7 2 Date of maximum Q3 - DATETIME
20729 0x50F9 2 Maximum Apparent power : S1 VA U32
20731 0x50FB 2 Date of maximum S1 - DATETIME
20733 0x50FD 2 Maximum Apparent power : S2 VA U32
20735 0x50FF 2 Date of maximum S2 - DATETIME
20737 0x5101 2 Maximum Apparent power : S3 VA U32
20739 0x5103 2 Date of maximum S3 - DATETIME
20741 0x5105 1 Maximum Power factor : PF1 - / 1000 S16
20742 0x5106 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
20743 0x5107 2 Date of maximum PF1 - DATETIME
20745 0x5109 1 Maximum Power factor : PF2 - / 1000 S16
20746 0x510A 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
20747 0x510B 2 Date of maximum PF2 - DATETIME
20749 0x510D 1 Maximum Power factor : PF3 - / 1000 S16
20750 0x510E 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
20751 0x510F 2 Date of maximum PF3 - DATETIME
20753 0x5111 2 Maximum Current : Idelta mA U32
20755 0x5113 2 Date of maximum Idelta - DATETIME
20757 0x5115 2 Maximum Current : Ipe mA U32
20759 0x5117 2 Date of maximum Ipe - DATETIME

Average max #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20764 0x511C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20764 0x511C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20765 0x511D 2 Maximum Frequency mHz U32
20767 0x511F 2 Date of maximum F - DATETIME
20769 0x5121 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
20771 0x5123 2 Date of maximum V1 - DATETIME
20773 0x5125 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
20775 0x5127 2 Date of maximum V2 - DATETIME
20777 0x5129 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
20779 0x512B 2 Date of maximum V3 - DATETIME
20781 0x512D 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
20783 0x512F 2 Date of maximum Vn - DATETIME
20785 0x5131 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
20787 0x5133 2 Date of maximum U12 - DATETIME
20789 0x5135 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
20791 0x5137 2 Date of maximum U23 - DATETIME
20793 0x5139 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
20795 0x513B 2 Date of maximum U31 - DATETIME
20797 0x513D 2 Maximum Current : I1 mA U32
20799 0x513F 2 Date of maximum I1 - DATETIME
20801 0x5141 2 Maximum Current : I2 mA U32
20803 0x5143 2 Date of maximum I2 - DATETIME
20805 0x5145 2 Maximum Current : I3 mA U32
20807 0x5147 2 Date of maximum I3 - DATETIME
20809 0x5149 2 Maximum Current : In mA U32
20811 0x514B 2 Date of maximum In - DATETIME
20813 0x514D 2 Maximum Total active power W S32
20815 0x514F 2 Date of maximum Ptot - DATETIME
20817 0x5151 2 Maximum Total reactive power var S32
20819 0x5153 2 Date of maximum Qtot - DATETIME
20821 0x5155 2 Maximum Total apparent power VA U32
20823 0x5157 2 Date of maximum Stot - DATETIME
20825 0x5159 1 Maximum Total power factor - / 1000 S16
20826 0x515A 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
20827 0x515B 2 Date of maximum Total power factor - DATETIME
20829 0x515D 2 Maximum Active power : P1 W S32
20831 0x515F 2 Date of maximum P1 - DATETIME
20833 0x5161 2 Maximum Active power : P2 W S32
20835 0x5163 2 Date of maximum P2 - DATETIME
20837 0x5165 2 Maximum Active power : P3 W S32
20839 0x5167 2 Date of maximum P3 - DATETIME
20841 0x5169 2 Maximum Reactive power : Q1 var S32
20843 0x516B 2 Date of maximum Q1 - DATETIME
20845 0x516D 2 Maximum Reactive power : Q2 var S32
20847 0x516F 2 Date of maximum Q2 - DATETIME
20849 0x5171 2 Maximum Reactive power : Q3 var S32
20851 0x5173 2 Date of maximum Q3 - DATETIME
20853 0x5175 2 Maximum Apparent power : S1 VA U32
20855 0x5177 2 Date of maximum S1 - DATETIME
20857 0x5179 2 Maximum Apparent power : S2 VA U32
20859 0x517B 2 Date of maximum S2 - DATETIME
20861 0x517D 2 Maximum Apparent power : S3 VA U32
20863 0x517F 2 Date of maximum S3 - DATETIME
20865 0x5181 1 Maximum Power factor : PF1 - / 1000 S16
20866 0x5182 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
20867 0x5183 2 Date of maximum PF1 - DATETIME
20869 0x5185 1 Maximum Power factor : PF2 - / 1000 S16
20870 0x5186 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
20871 0x5187 2 Date of maximum PF2 - DATETIME
20873 0x5189 1 Maximum Power factor : PF3 - / 1000 S16
20874 0x518A 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
20875 0x518B 2 Date of maximum PF3 - DATETIME
20877 0x518D 2 Maximum Current : Idelta mA U32
20879 0x518F 2 Date of maximum Idelta - DATETIME
20881 0x5191 2 Maximum Current : Ipe mA U32
20883 0x5193 2 Date of maximum Ipe - DATETIME

Average max #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20888 0x5198 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20888 0x5198 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20889 0x5199 2 Maximum Frequency mHz U32
20891 0x519B 2 Date of maximum F - DATETIME
20893 0x519D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
20895 0x519F 2 Date of maximum V1 - DATETIME
20897 0x51A1 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
20899 0x51A3 2 Date of maximum V2 - DATETIME
20901 0x51A5 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
20903 0x51A7 2 Date of maximum V3 - DATETIME
20905 0x51A9 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
20907 0x51AB 2 Date of maximum Vn - DATETIME
20909 0x51AD 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
20911 0x51AF 2 Date of maximum U12 - DATETIME
20913 0x51B1 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
20915 0x51B3 2 Date of maximum U23 - DATETIME
20917 0x51B5 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
20919 0x51B7 2 Date of maximum U31 - DATETIME
20921 0x51B9 2 Maximum Current : I1 mA U32
20923 0x51BB 2 Date of maximum I1 - DATETIME
20925 0x51BD 2 Maximum Current : I2 mA U32
20927 0x51BF 2 Date of maximum I2 - DATETIME
20929 0x51C1 2 Maximum Current : I3 mA U32
20931 0x51C3 2 Date of maximum I3 - DATETIME
20933 0x51C5 2 Maximum Current : In mA U32
20935 0x51C7 2 Date of maximum In - DATETIME
20937 0x51C9 2 Maximum Total active power W S32
20939 0x51CB 2 Date of maximum Ptot - DATETIME
20941 0x51CD 2 Maximum Total reactive power var S32
20943 0x51CF 2 Date of maximum Qtot - DATETIME
20945 0x51D1 2 Maximum Total apparent power VA U32
20947 0x51D3 2 Date of maximum Stot - DATETIME
20949 0x51D5 1 Maximum Total power factor - / 1000 S16
20950 0x51D6 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
20951 0x51D7 2 Date of maximum Total power factor - DATETIME
20953 0x51D9 2 Maximum Active power : P1 W S32
20955 0x51DB 2 Date of maximum P1 - DATETIME
20957 0x51DD 2 Maximum Active power : P2 W S32
20959 0x51DF 2 Date of maximum P2 - DATETIME
20961 0x51E1 2 Maximum Active power : P3 W S32
20963 0x51E3 2 Date of maximum P3 - DATETIME
20965 0x51E5 2 Maximum Reactive power : Q1 var S32
20967 0x51E7 2 Date of maximum Q1 - DATETIME
20969 0x51E9 2 Maximum Reactive power : Q2 var S32
20971 0x51EB 2 Date of maximum Q2 - DATETIME
20973 0x51ED 2 Maximum Reactive power : Q3 var S32
20975 0x51EF 2 Date of maximum Q3 - DATETIME
20977 0x51F1 2 Maximum Apparent power : S1 VA U32
20979 0x51F3 2 Date of maximum S1 - DATETIME
20981 0x51F5 2 Maximum Apparent power : S2 VA U32
20983 0x51F7 2 Date of maximum S2 - DATETIME
20985 0x51F9 2 Maximum Apparent power : S3 VA U32
20987 0x51FB 2 Date of maximum S3 - DATETIME
20989 0x51FD 1 Maximum Power factor : PF1 - / 1000 S16
20990 0x51FE 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
20991 0x51FF 2 Date of maximum PF1 - DATETIME
20993 0x5201 1 Maximum Power factor : PF2 - / 1000 S16
20994 0x5202 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
20995 0x5203 2 Date of maximum PF2 - DATETIME
20997 0x5205 1 Maximum Power factor : PF3 - / 1000 S16
20998 0x5206 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
20999 0x5207 2 Date of maximum PF3 - DATETIME
21001 0x5209 2 Maximum Current : Idelta mA U32
21003 0x520B 2 Date of maximum Idelta - DATETIME
21005 0x520D 2 Maximum Current : Ipe mA U32
21007 0x520F 2 Date of maximum Ipe - DATETIME

Average max #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21012 0x5214 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21012 0x5214 1 Load status :
0 : Disabled
1 : Enabled		 - U8
21013 0x5215 2 Maximum Frequency mHz U32
21015 0x5217 2 Date of maximum F - DATETIME
21017 0x5219 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
21019 0x521B 2 Date of maximum V1 - DATETIME
21021 0x521D 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
21023 0x521F 2 Date of maximum V2 - DATETIME
21025 0x5221 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
21027 0x5223 2 Date of maximum V3 - DATETIME
21029 0x5225 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
21031 0x5227 2 Date of maximum Vn - DATETIME
21033 0x5229 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
21035 0x522B 2 Date of maximum U12 - DATETIME
21037 0x522D 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
21039 0x522F 2 Date of maximum U23 - DATETIME
21041 0x5231 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
21043 0x5233 2 Date of maximum U31 - DATETIME
21045 0x5235 2 Maximum Current : I1 mA U32
21047 0x5237 2 Date of maximum I1 - DATETIME
21049 0x5239 2 Maximum Current : I2 mA U32
21051 0x523B 2 Date of maximum I2 - DATETIME
21053 0x523D 2 Maximum Current : I3 mA U32
21055 0x523F 2 Date of maximum I3 - DATETIME
21057 0x5241 2 Maximum Current : In mA U32
21059 0x5243 2 Date of maximum In - DATETIME
21061 0x5245 2 Maximum Total active power W S32
21063 0x5247 2 Date of maximum Ptot - DATETIME
21065 0x5249 2 Maximum Total reactive power var S32
21067 0x524B 2 Date of maximum Qtot - DATETIME
21069 0x524D 2 Maximum Total apparent power VA U32
21071 0x524F 2 Date of maximum Stot - DATETIME
21073 0x5251 1 Maximum Total power factor - / 1000 S16
21074 0x5252 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
21075 0x5253 2 Date of maximum Total power factor - DATETIME
21077 0x5255 2 Maximum Active power : P1 W S32
21079 0x5257 2 Date of maximum P1 - DATETIME
21081 0x5259 2 Maximum Active power : P2 W S32
21083 0x525B 2 Date of maximum P2 - DATETIME
21085 0x525D 2 Maximum Active power : P3 W S32
21087 0x525F 2 Date of maximum P3 - DATETIME
21089 0x5261 2 Maximum Reactive power : Q1 var S32
21091 0x5263 2 Date of maximum Q1 - DATETIME
21093 0x5265 2 Maximum Reactive power : Q2 var S32
21095 0x5267 2 Date of maximum Q2 - DATETIME
21097 0x5269 2 Maximum Reactive power : Q3 var S32
21099 0x526B 2 Date of maximum Q3 - DATETIME
21101 0x526D 2 Maximum Apparent power : S1 VA U32
21103 0x526F 2 Date of maximum S1 - DATETIME
21105 0x5271 2 Maximum Apparent power : S2 VA U32
21107 0x5273 2 Date of maximum S2 - DATETIME
21109 0x5275 2 Maximum Apparent power : S3 VA U32
21111 0x5277 2 Date of maximum S3 - DATETIME
21113 0x5279 1 Maximum Power factor : PF1 - / 1000 S16
21114 0x527A 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
21115 0x527B 2 Date of maximum PF1 - DATETIME
21117 0x527D 1 Maximum Power factor : PF2 - / 1000 S16
21118 0x527E 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
21119 0x527F 2 Date of maximum PF2 - DATETIME
21121 0x5281 1 Maximum Power factor : PF3 - / 1000 S16
21122 0x5282 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
21123 0x5283 2 Date of maximum PF3 - DATETIME
21125 0x5285 2 Maximum Current : Idelta mA U32
21127 0x5287 2 Date of maximum Idelta - DATETIME
21129 0x5289 2 Maximum Current : Ipe mA U32
21131 0x528B 2 Date of maximum Ipe - DATETIME

Average max #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21136 0x5290 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21136 0x5290 1 Load status :
0 : Disabled
1 : Enabled		 - U8
21137 0x5291 2 Maximum Frequency mHz U32
21139 0x5293 2 Date of maximum F - DATETIME
21141 0x5295 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
21143 0x5297 2 Date of maximum V1 - DATETIME
21145 0x5299 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
21147 0x529B 2 Date of maximum V2 - DATETIME
21149 0x529D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
21151 0x529F 2 Date of maximum V3 - DATETIME
21153 0x52A1 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
21155 0x52A3 2 Date of maximum Vn - DATETIME
21157 0x52A5 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
21159 0x52A7 2 Date of maximum U12 - DATETIME
21161 0x52A9 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
21163 0x52AB 2 Date of maximum U23 - DATETIME
21165 0x52AD 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
21167 0x52AF 2 Date of maximum U31 - DATETIME
21169 0x52B1 2 Maximum Current : I1 mA U32
21171 0x52B3 2 Date of maximum I1 - DATETIME
21173 0x52B5 2 Maximum Current : I2 mA U32
21175 0x52B7 2 Date of maximum I2 - DATETIME
21177 0x52B9 2 Maximum Current : I3 mA U32
21179 0x52BB 2 Date of maximum I3 - DATETIME
21181 0x52BD 2 Maximum Current : In mA U32
21183 0x52BF 2 Date of maximum In - DATETIME
21185 0x52C1 2 Maximum Total active power W S32
21187 0x52C3 2 Date of maximum Ptot - DATETIME
21189 0x52C5 2 Maximum Total reactive power var S32
21191 0x52C7 2 Date of maximum Qtot - DATETIME
21193 0x52C9 2 Maximum Total apparent power VA U32
21195 0x52CB 2 Date of maximum Stot - DATETIME
21197 0x52CD 1 Maximum Total power factor - / 1000 S16
21198 0x52CE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
21199 0x52CF 2 Date of maximum Total power factor - DATETIME
21201 0x52D1 2 Maximum Active power : P1 W S32
21203 0x52D3 2 Date of maximum P1 - DATETIME
21205 0x52D5 2 Maximum Active power : P2 W S32
21207 0x52D7 2 Date of maximum P2 - DATETIME
21209 0x52D9 2 Maximum Active power : P3 W S32
21211 0x52DB 2 Date of maximum P3 - DATETIME
21213 0x52DD 2 Maximum Reactive power : Q1 var S32
21215 0x52DF 2 Date of maximum Q1 - DATETIME
21217 0x52E1 2 Maximum Reactive power : Q2 var S32
21219 0x52E3 2 Date of maximum Q2 - DATETIME
21221 0x52E5 2 Maximum Reactive power : Q3 var S32
21223 0x52E7 2 Date of maximum Q3 - DATETIME
21225 0x52E9 2 Maximum Apparent power : S1 VA U32
21227 0x52EB 2 Date of maximum S1 - DATETIME
21229 0x52ED 2 Maximum Apparent power : S2 VA U32
21231 0x52EF 2 Date of maximum S2 - DATETIME
21233 0x52F1 2 Maximum Apparent power : S3 VA U32
21235 0x52F3 2 Date of maximum S3 - DATETIME
21237 0x52F5 1 Maximum Power factor : PF1 - / 1000 S16
21238 0x52F6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
21239 0x52F7 2 Date of maximum PF1 - DATETIME
21241 0x52F9 1 Maximum Power factor : PF2 - / 1000 S16
21242 0x52FA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
21243 0x52FB 2 Date of maximum PF2 - DATETIME
21245 0x52FD 1 Maximum Power factor : PF3 - / 1000 S16
21246 0x52FE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
21247 0x52FF 2 Date of maximum PF3 - DATETIME
21249 0x5301 2 Maximum Current : Idelta mA U32
21251 0x5303 2 Date of maximum Idelta - DATETIME
21253 0x5305 2 Maximum Current : Ipe mA U32
21255 0x5307 2 Date of maximum Ipe - DATETIME

Average max #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21260 0x530C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21260 0x530C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
21261 0x530D 2 Maximum Frequency mHz U32
21263 0x530F 2 Date of maximum F - DATETIME
21265 0x5311 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
21267 0x5313 2 Date of maximum V1 - DATETIME
21269 0x5315 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
21271 0x5317 2 Date of maximum V2 - DATETIME
21273 0x5319 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
21275 0x531B 2 Date of maximum V3 - DATETIME
21277 0x531D 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
21279 0x531F 2 Date of maximum Vn - DATETIME
21281 0x5321 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
21283 0x5323 2 Date of maximum U12 - DATETIME
21285 0x5325 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
21287 0x5327 2 Date of maximum U23 - DATETIME
21289 0x5329 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
21291 0x532B 2 Date of maximum U31 - DATETIME
21293 0x532D 2 Maximum Current : I1 mA U32
21295 0x532F 2 Date of maximum I1 - DATETIME
21297 0x5331 2 Maximum Current : I2 mA U32
21299 0x5333 2 Date of maximum I2 - DATETIME
21301 0x5335 2 Maximum Current : I3 mA U32
21303 0x5337 2 Date of maximum I3 - DATETIME
21305 0x5339 2 Maximum Current : In mA U32
21307 0x533B 2 Date of maximum In - DATETIME
21309 0x533D 2 Maximum Total active power W S32
21311 0x533F 2 Date of maximum Ptot - DATETIME
21313 0x5341 2 Maximum Total reactive power var S32
21315 0x5343 2 Date of maximum Qtot - DATETIME
21317 0x5345 2 Maximum Total apparent power VA U32
21319 0x5347 2 Date of maximum Stot - DATETIME
21321 0x5349 1 Maximum Total power factor - / 1000 S16
21322 0x534A 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
21323 0x534B 2 Date of maximum Total power factor - DATETIME
21325 0x534D 2 Maximum Active power : P1 W S32
21327 0x534F 2 Date of maximum P1 - DATETIME
21329 0x5351 2 Maximum Active power : P2 W S32
21331 0x5353 2 Date of maximum P2 - DATETIME
21333 0x5355 2 Maximum Active power : P3 W S32
21335 0x5357 2 Date of maximum P3 - DATETIME
21337 0x5359 2 Maximum Reactive power : Q1 var S32
21339 0x535B 2 Date of maximum Q1 - DATETIME
21341 0x535D 2 Maximum Reactive power : Q2 var S32
21343 0x535F 2 Date of maximum Q2 - DATETIME
21345 0x5361 2 Maximum Reactive power : Q3 var S32
21347 0x5363 2 Date of maximum Q3 - DATETIME
21349 0x5365 2 Maximum Apparent power : S1 VA U32
21351 0x5367 2 Date of maximum S1 - DATETIME
21353 0x5369 2 Maximum Apparent power : S2 VA U32
21355 0x536B 2 Date of maximum S2 - DATETIME
21357 0x536D 2 Maximum Apparent power : S3 VA U32
21359 0x536F 2 Date of maximum S3 - DATETIME
21361 0x5371 1 Maximum Power factor : PF1 - / 1000 S16
21362 0x5372 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
21363 0x5373 2 Date of maximum PF1 - DATETIME
21365 0x5375 1 Maximum Power factor : PF2 - / 1000 S16
21366 0x5376 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
21367 0x5377 2 Date of maximum PF2 - DATETIME
21369 0x5379 1 Maximum Power factor : PF3 - / 1000 S16
21370 0x537A 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
21371 0x537B 2 Date of maximum PF3 - DATETIME
21373 0x537D 2 Maximum Current : Idelta mA U32
21375 0x537F 2 Date of maximum Idelta - DATETIME
21377 0x5381 2 Maximum Current : Ipe mA U32
21379 0x5383 2 Date of maximum Ipe - DATETIME

Average max #7
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21384 0x5388 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21384 0x5388 1 Load status :
0 : Disabled
1 : Enabled		 - U8
21385 0x5389 2 Maximum Frequency mHz U32
21387 0x538B 2 Date of maximum F - DATETIME
21389 0x538D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
21391 0x538F 2 Date of maximum V1 - DATETIME
21393 0x5391 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
21395 0x5393 2 Date of maximum V2 - DATETIME
21397 0x5395 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
21399 0x5397 2 Date of maximum V3 - DATETIME
21401 0x5399 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
21403 0x539B 2 Date of maximum Vn - DATETIME
21405 0x539D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
21407 0x539F 2 Date of maximum U12 - DATETIME
21409 0x53A1 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
21411 0x53A3 2 Date of maximum U23 - DATETIME
21413 0x53A5 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
21415 0x53A7 2 Date of maximum U31 - DATETIME
21417 0x53A9 2 Maximum Current : I1 mA U32
21419 0x53AB 2 Date of maximum I1 - DATETIME
21421 0x53AD 2 Maximum Current : I2 mA U32
21423 0x53AF 2 Date of maximum I2 - DATETIME
21425 0x53B1 2 Maximum Current : I3 mA U32
21427 0x53B3 2 Date of maximum I3 - DATETIME
21429 0x53B5 2 Maximum Current : In mA U32
21431 0x53B7 2 Date of maximum In - DATETIME
21433 0x53B9 2 Maximum Total active power W S32
21435 0x53BB 2 Date of maximum Ptot - DATETIME
21437 0x53BD 2 Maximum Total reactive power var S32
21439 0x53BF 2 Date of maximum Qtot - DATETIME
21441 0x53C1 2 Maximum Total apparent power VA U32
21443 0x53C3 2 Date of maximum Stot - DATETIME
21445 0x53C5 1 Maximum Total power factor - / 1000 S16
21446 0x53C6 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
21447 0x53C7 2 Date of maximum Total power factor - DATETIME
21449 0x53C9 2 Maximum Active power : P1 W S32
21451 0x53CB 2 Date of maximum P1 - DATETIME
21453 0x53CD 2 Maximum Active power : P2 W S32
21455 0x53CF 2 Date of maximum P2 - DATETIME
21457 0x53D1 2 Maximum Active power : P3 W S32
21459 0x53D3 2 Date of maximum P3 - DATETIME
21461 0x53D5 2 Maximum Reactive power : Q1 var S32
21463 0x53D7 2 Date of maximum Q1 - DATETIME
21465 0x53D9 2 Maximum Reactive power : Q2 var S32
21467 0x53DB 2 Date of maximum Q2 - DATETIME
21469 0x53DD 2 Maximum Reactive power : Q3 var S32
21471 0x53DF 2 Date of maximum Q3 - DATETIME
21473 0x53E1 2 Maximum Apparent power : S1 VA U32
21475 0x53E3 2 Date of maximum S1 - DATETIME
21477 0x53E5 2 Maximum Apparent power : S2 VA U32
21479 0x53E7 2 Date of maximum S2 - DATETIME
21481 0x53E9 2 Maximum Apparent power : S3 VA U32
21483 0x53EB 2 Date of maximum S3 - DATETIME
21485 0x53ED 1 Maximum Power factor : PF1 - / 1000 S16
21486 0x53EE 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
21487 0x53EF 2 Date of maximum PF1 - DATETIME
21489 0x53F1 1 Maximum Power factor : PF2 - / 1000 S16
21490 0x53F2 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
21491 0x53F3 2 Date of maximum PF2 - DATETIME
21493 0x53F5 1 Maximum Power factor : PF3 - / 1000 S16
21494 0x53F6 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
21495 0x53F7 2 Date of maximum PF3 - DATETIME
21497 0x53F9 2 Maximum Current : Idelta mA U32
21499 0x53FB 2 Date of maximum Idelta - DATETIME
21501 0x53FD 2 Maximum Current : Ipe mA U32
21503 0x53FF 2 Date of maximum Ipe - DATETIME

Average max #8
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21508 0x5404 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21508 0x5404 1 Load status :
0 : Disabled
1 : Enabled		 - U8
21509 0x5405 2 Maximum Frequency mHz U32
21511 0x5407 2 Date of maximum F - DATETIME
21513 0x5409 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
21515 0x540B 2 Date of maximum V1 - DATETIME
21517 0x540D 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
21519 0x540F 2 Date of maximum V2 - DATETIME
21521 0x5411 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
21523 0x5413 2 Date of maximum V3 - DATETIME
21525 0x5415 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
21527 0x5417 2 Date of maximum Vn - DATETIME
21529 0x5419 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
21531 0x541B 2 Date of maximum U12 - DATETIME
21533 0x541D 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
21535 0x541F 2 Date of maximum U23 - DATETIME
21537 0x5421 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
21539 0x5423 2 Date of maximum U31 - DATETIME
21541 0x5425 2 Maximum Current : I1 mA U32
21543 0x5427 2 Date of maximum I1 - DATETIME
21545 0x5429 2 Maximum Current : I2 mA U32
21547 0x542B 2 Date of maximum I2 - DATETIME
21549 0x542D 2 Maximum Current : I3 mA U32
21551 0x542F 2 Date of maximum I3 - DATETIME
21553 0x5431 2 Maximum Current : In mA U32
21555 0x5433 2 Date of maximum In - DATETIME
21557 0x5435 2 Maximum Total active power W S32
21559 0x5437 2 Date of maximum Ptot - DATETIME
21561 0x5439 2 Maximum Total reactive power var S32
21563 0x543B 2 Date of maximum Qtot - DATETIME
21565 0x543D 2 Maximum Total apparent power VA U32
21567 0x543F 2 Date of maximum Stot - DATETIME
21569 0x5441 1 Maximum Total power factor - / 1000 S16
21570 0x5442 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
21571 0x5443 2 Date of maximum Total power factor - DATETIME
21573 0x5445 2 Maximum Active power : P1 W S32
21575 0x5447 2 Date of maximum P1 - DATETIME
21577 0x5449 2 Maximum Active power : P2 W S32
21579 0x544B 2 Date of maximum P2 - DATETIME
21581 0x544D 2 Maximum Active power : P3 W S32
21583 0x544F 2 Date of maximum P3 - DATETIME
21585 0x5451 2 Maximum Reactive power : Q1 var S32
21587 0x5453 2 Date of maximum Q1 - DATETIME
21589 0x5455 2 Maximum Reactive power : Q2 var S32
21591 0x5457 2 Date of maximum Q2 - DATETIME
21593 0x5459 2 Maximum Reactive power : Q3 var S32
21595 0x545B 2 Date of maximum Q3 - DATETIME
21597 0x545D 2 Maximum Apparent power : S1 VA U32
21599 0x545F 2 Date of maximum S1 - DATETIME
21601 0x5461 2 Maximum Apparent power : S2 VA U32
21603 0x5463 2 Date of maximum S2 - DATETIME
21605 0x5465 2 Maximum Apparent power : S3 VA U32
21607 0x5467 2 Date of maximum S3 - DATETIME
21609 0x5469 1 Maximum Power factor : PF1 - / 1000 S16
21610 0x546A 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
21611 0x546B 2 Date of maximum PF1 - DATETIME
21613 0x546D 1 Maximum Power factor : PF2 - / 1000 S16
21614 0x546E 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
21615 0x546F 2 Date of maximum PF2 - DATETIME
21617 0x5471 1 Maximum Power factor : PF3 - / 1000 S16
21618 0x5472 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
21619 0x5473 2 Date of maximum PF3 - DATETIME
21621 0x5475 2 Maximum Current : Idelta mA U32
21623 0x5477 2 Date of maximum Idelta - DATETIME
21625 0x5479 2 Maximum Current : Ipe mA U32
21627 0x547B 2 Date of maximum Ipe - DATETIME

Average max #9
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21632 0x5480 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21632 0x5480 1 Load status :
0 : Disabled
1 : Enabled		 - U8
21633 0x5481 2 Maximum Frequency mHz U32
21635 0x5483 2 Date of maximum F - DATETIME
21637 0x5485 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
21639 0x5487 2 Date of maximum V1 - DATETIME
21641 0x5489 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
21643 0x548B 2 Date of maximum V2 - DATETIME
21645 0x548D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
21647 0x548F 2 Date of maximum V3 - DATETIME
21649 0x5491 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
21651 0x5493 2 Date of maximum Vn - DATETIME
21653 0x5495 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
21655 0x5497 2 Date of maximum U12 - DATETIME
21657 0x5499 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
21659 0x549B 2 Date of maximum U23 - DATETIME
21661 0x549D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
21663 0x549F 2 Date of maximum U31 - DATETIME
21665 0x54A1 2 Maximum Current : I1 mA U32
21667 0x54A3 2 Date of maximum I1 - DATETIME
21669 0x54A5 2 Maximum Current : I2 mA U32
21671 0x54A7 2 Date of maximum I2 - DATETIME
21673 0x54A9 2 Maximum Current : I3 mA U32
21675 0x54AB 2 Date of maximum I3 - DATETIME
21677 0x54AD 2 Maximum Current : In mA U32
21679 0x54AF 2 Date of maximum In - DATETIME
21681 0x54B1 2 Maximum Total active power W S32
21683 0x54B3 2 Date of maximum Ptot - DATETIME
21685 0x54B5 2 Maximum Total reactive power var S32
21687 0x54B7 2 Date of maximum Qtot - DATETIME
21689 0x54B9 2 Maximum Total apparent power VA U32
21691 0x54BB 2 Date of maximum Stot - DATETIME
21693 0x54BD 1 Maximum Total power factor - / 1000 S16
21694 0x54BE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
21695 0x54BF 2 Date of maximum Total power factor - DATETIME
21697 0x54C1 2 Maximum Active power : P1 W S32
21699 0x54C3 2 Date of maximum P1 - DATETIME
21701 0x54C5 2 Maximum Active power : P2 W S32
21703 0x54C7 2 Date of maximum P2 - DATETIME
21705 0x54C9 2 Maximum Active power : P3 W S32
21707 0x54CB 2 Date of maximum P3 - DATETIME
21709 0x54CD 2 Maximum Reactive power : Q1 var S32
21711 0x54CF 2 Date of maximum Q1 - DATETIME
21713 0x54D1 2 Maximum Reactive power : Q2 var S32
21715 0x54D3 2 Date of maximum Q2 - DATETIME
21717 0x54D5 2 Maximum Reactive power : Q3 var S32
21719 0x54D7 2 Date of maximum Q3 - DATETIME
21721 0x54D9 2 Maximum Apparent power : S1 VA U32
21723 0x54DB 2 Date of maximum S1 - DATETIME
21725 0x54DD 2 Maximum Apparent power : S2 VA U32
21727 0x54DF 2 Date of maximum S2 - DATETIME
21729 0x54E1 2 Maximum Apparent power : S3 VA U32
21731 0x54E3 2 Date of maximum S3 - DATETIME
21733 0x54E5 1 Maximum Power factor : PF1 - / 1000 S16
21734 0x54E6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
21735 0x54E7 2 Date of maximum PF1 - DATETIME
21737 0x54E9 1 Maximum Power factor : PF2 - / 1000 S16
21738 0x54EA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
21739 0x54EB 2 Date of maximum PF2 - DATETIME
21741 0x54ED 1 Maximum Power factor : PF3 - / 1000 S16
21742 0x54EE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
21743 0x54EF 2 Date of maximum PF3 - DATETIME
21745 0x54F1 2 Maximum Current : Idelta mA U32
21747 0x54F3 2 Date of maximum Idelta - DATETIME
21749 0x54F5 2 Maximum Current : Ipe mA U32
21751 0x54F7 2 Date of maximum Ipe - DATETIME

Average max #10
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21756 0x54FC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21756 0x54FC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
21757 0x54FD 2 Maximum Frequency mHz U32
21759 0x54FF 2 Date of maximum F - DATETIME
21761 0x5501 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
21763 0x5503 2 Date of maximum V1 - DATETIME
21765 0x5505 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
21767 0x5507 2 Date of maximum V2 - DATETIME
21769 0x5509 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
21771 0x550B 2 Date of maximum V3 - DATETIME
21773 0x550D 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
21775 0x550F 2 Date of maximum Vn - DATETIME
21777 0x5511 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
21779 0x5513 2 Date of maximum U12 - DATETIME
21781 0x5515 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
21783 0x5517 2 Date of maximum U23 - DATETIME
21785 0x5519 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
21787 0x551B 2 Date of maximum U31 - DATETIME
21789 0x551D 2 Maximum Current : I1 mA U32
21791 0x551F 2 Date of maximum I1 - DATETIME
21793 0x5521 2 Maximum Current : I2 mA U32
21795 0x5523 2 Date of maximum I2 - DATETIME
21797 0x5525 2 Maximum Current : I3 mA U32
21799 0x5527 2 Date of maximum I3 - DATETIME
21801 0x5529 2 Maximum Current : In mA U32
21803 0x552B 2 Date of maximum In - DATETIME
21805 0x552D 2 Maximum Total active power W S32
21807 0x552F 2 Date of maximum Ptot - DATETIME
21809 0x5531 2 Maximum Total reactive power var S32
21811 0x5533 2 Date of maximum Qtot - DATETIME
21813 0x5535 2 Maximum Total apparent power VA U32
21815 0x5537 2 Date of maximum Stot - DATETIME
21817 0x5539 1 Maximum Total power factor - / 1000 S16
21818 0x553A 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
21819 0x553B 2 Date of maximum Total power factor - DATETIME
21821 0x553D 2 Maximum Active power : P1 W S32
21823 0x553F 2 Date of maximum P1 - DATETIME
21825 0x5541 2 Maximum Active power : P2 W S32
21827 0x5543 2 Date of maximum P2 - DATETIME
21829 0x5545 2 Maximum Active power : P3 W S32
21831 0x5547 2 Date of maximum P3 - DATETIME
21833 0x5549 2 Maximum Reactive power : Q1 var S32
21835 0x554B 2 Date of maximum Q1 - DATETIME
21837 0x554D 2 Maximum Reactive power : Q2 var S32
21839 0x554F 2 Date of maximum Q2 - DATETIME
21841 0x5551 2 Maximum Reactive power : Q3 var S32
21843 0x5553 2 Date of maximum Q3 - DATETIME
21845 0x5555 2 Maximum Apparent power : S1 VA U32
21847 0x5557 2 Date of maximum S1 - DATETIME
21849 0x5559 2 Maximum Apparent power : S2 VA U32
21851 0x555B 2 Date of maximum S2 - DATETIME
21853 0x555D 2 Maximum Apparent power : S3 VA U32
21855 0x555F 2 Date of maximum S3 - DATETIME
21857 0x5561 1 Maximum Power factor : PF1 - / 1000 S16
21858 0x5562 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
21859 0x5563 2 Date of maximum PF1 - DATETIME
21861 0x5565 1 Maximum Power factor : PF2 - / 1000 S16
21862 0x5566 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
21863 0x5567 2 Date of maximum PF2 - DATETIME
21865 0x5569 1 Maximum Power factor : PF3 - / 1000 S16
21866 0x556A 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
21867 0x556B 2 Date of maximum PF3 - DATETIME
21869 0x556D 2 Maximum Current : Idelta mA U32
21871 0x556F 2 Date of maximum Idelta - DATETIME
21873 0x5571 2 Maximum Current : Ipe mA U32
21875 0x5573 2 Date of maximum Ipe - DATETIME

Average max #11
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21880 0x5578 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21880 0x5578 1 Load status :
0 : Disabled
1 : Enabled		 - U8
21881 0x5579 2 Maximum Frequency mHz U32
21883 0x557B 2 Date of maximum F - DATETIME
21885 0x557D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
21887 0x557F 2 Date of maximum V1 - DATETIME
21889 0x5581 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
21891 0x5583 2 Date of maximum V2 - DATETIME
21893 0x5585 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
21895 0x5587 2 Date of maximum V3 - DATETIME
21897 0x5589 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
21899 0x558B 2 Date of maximum Vn - DATETIME
21901 0x558D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
21903 0x558F 2 Date of maximum U12 - DATETIME
21905 0x5591 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
21907 0x5593 2 Date of maximum U23 - DATETIME
21909 0x5595 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
21911 0x5597 2 Date of maximum U31 - DATETIME
21913 0x5599 2 Maximum Current : I1 mA U32
21915 0x559B 2 Date of maximum I1 - DATETIME
21917 0x559D 2 Maximum Current : I2 mA U32
21919 0x559F 2 Date of maximum I2 - DATETIME
21921 0x55A1 2 Maximum Current : I3 mA U32
21923 0x55A3 2 Date of maximum I3 - DATETIME
21925 0x55A5 2 Maximum Current : In mA U32
21927 0x55A7 2 Date of maximum In - DATETIME
21929 0x55A9 2 Maximum Total active power W S32
21931 0x55AB 2 Date of maximum Ptot - DATETIME
21933 0x55AD 2 Maximum Total reactive power var S32
21935 0x55AF 2 Date of maximum Qtot - DATETIME
21937 0x55B1 2 Maximum Total apparent power VA U32
21939 0x55B3 2 Date of maximum Stot - DATETIME
21941 0x55B5 1 Maximum Total power factor - / 1000 S16
21942 0x55B6 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
21943 0x55B7 2 Date of maximum Total power factor - DATETIME
21945 0x55B9 2 Maximum Active power : P1 W S32
21947 0x55BB 2 Date of maximum P1 - DATETIME
21949 0x55BD 2 Maximum Active power : P2 W S32
21951 0x55BF 2 Date of maximum P2 - DATETIME
21953 0x55C1 2 Maximum Active power : P3 W S32
21955 0x55C3 2 Date of maximum P3 - DATETIME
21957 0x55C5 2 Maximum Reactive power : Q1 var S32
21959 0x55C7 2 Date of maximum Q1 - DATETIME
21961 0x55C9 2 Maximum Reactive power : Q2 var S32
21963 0x55CB 2 Date of maximum Q2 - DATETIME
21965 0x55CD 2 Maximum Reactive power : Q3 var S32
21967 0x55CF 2 Date of maximum Q3 - DATETIME
21969 0x55D1 2 Maximum Apparent power : S1 VA U32
21971 0x55D3 2 Date of maximum S1 - DATETIME
21973 0x55D5 2 Maximum Apparent power : S2 VA U32
21975 0x55D7 2 Date of maximum S2 - DATETIME
21977 0x55D9 2 Maximum Apparent power : S3 VA U32
21979 0x55DB 2 Date of maximum S3 - DATETIME
21981 0x55DD 1 Maximum Power factor : PF1 - / 1000 S16
21982 0x55DE 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
21983 0x55DF 2 Date of maximum PF1 - DATETIME
21985 0x55E1 1 Maximum Power factor : PF2 - / 1000 S16
21986 0x55E2 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
21987 0x55E3 2 Date of maximum PF2 - DATETIME
21989 0x55E5 1 Maximum Power factor : PF3 - / 1000 S16
21990 0x55E6 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
21991 0x55E7 2 Date of maximum PF3 - DATETIME
21993 0x55E9 2 Maximum Current : Idelta mA U32
21995 0x55EB 2 Date of maximum Idelta - DATETIME
21997 0x55ED 2 Maximum Current : Ipe mA U32
21999 0x55EF 2 Date of maximum Ipe - DATETIME

Average max #12
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22004 0x55F4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22004 0x55F4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
22005 0x55F5 2 Maximum Frequency mHz U32
22007 0x55F7 2 Date of maximum F - DATETIME
22009 0x55F9 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
22011 0x55FB 2 Date of maximum V1 - DATETIME
22013 0x55FD 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
22015 0x55FF 2 Date of maximum V2 - DATETIME
22017 0x5601 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
22019 0x5603 2 Date of maximum V3 - DATETIME
22021 0x5605 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
22023 0x5607 2 Date of maximum Vn - DATETIME
22025 0x5609 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
22027 0x560B 2 Date of maximum U12 - DATETIME
22029 0x560D 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
22031 0x560F 2 Date of maximum U23 - DATETIME
22033 0x5611 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
22035 0x5613 2 Date of maximum U31 - DATETIME
22037 0x5615 2 Maximum Current : I1 mA U32
22039 0x5617 2 Date of maximum I1 - DATETIME
22041 0x5619 2 Maximum Current : I2 mA U32
22043 0x561B 2 Date of maximum I2 - DATETIME
22045 0x561D 2 Maximum Current : I3 mA U32
22047 0x561F 2 Date of maximum I3 - DATETIME
22049 0x5621 2 Maximum Current : In mA U32
22051 0x5623 2 Date of maximum In - DATETIME
22053 0x5625 2 Maximum Total active power W S32
22055 0x5627 2 Date of maximum Ptot - DATETIME
22057 0x5629 2 Maximum Total reactive power var S32
22059 0x562B 2 Date of maximum Qtot - DATETIME
22061 0x562D 2 Maximum Total apparent power VA U32
22063 0x562F 2 Date of maximum Stot - DATETIME
22065 0x5631 1 Maximum Total power factor - / 1000 S16
22066 0x5632 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
22067 0x5633 2 Date of maximum Total power factor - DATETIME
22069 0x5635 2 Maximum Active power : P1 W S32
22071 0x5637 2 Date of maximum P1 - DATETIME
22073 0x5639 2 Maximum Active power : P2 W S32
22075 0x563B 2 Date of maximum P2 - DATETIME
22077 0x563D 2 Maximum Active power : P3 W S32
22079 0x563F 2 Date of maximum P3 - DATETIME
22081 0x5641 2 Maximum Reactive power : Q1 var S32
22083 0x5643 2 Date of maximum Q1 - DATETIME
22085 0x5645 2 Maximum Reactive power : Q2 var S32
22087 0x5647 2 Date of maximum Q2 - DATETIME
22089 0x5649 2 Maximum Reactive power : Q3 var S32
22091 0x564B 2 Date of maximum Q3 - DATETIME
22093 0x564D 2 Maximum Apparent power : S1 VA U32
22095 0x564F 2 Date of maximum S1 - DATETIME
22097 0x5651 2 Maximum Apparent power : S2 VA U32
22099 0x5653 2 Date of maximum S2 - DATETIME
22101 0x5655 2 Maximum Apparent power : S3 VA U32
22103 0x5657 2 Date of maximum S3 - DATETIME
22105 0x5659 1 Maximum Power factor : PF1 - / 1000 S16
22106 0x565A 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
22107 0x565B 2 Date of maximum PF1 - DATETIME
22109 0x565D 1 Maximum Power factor : PF2 - / 1000 S16
22110 0x565E 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
22111 0x565F 2 Date of maximum PF2 - DATETIME
22113 0x5661 1 Maximum Power factor : PF3 - / 1000 S16
22114 0x5662 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
22115 0x5663 2 Date of maximum PF3 - DATETIME
22117 0x5665 2 Maximum Current : Idelta mA U32
22119 0x5667 2 Date of maximum Idelta - DATETIME
22121 0x5669 2 Maximum Current : Ipe mA U32
22123 0x566B 2 Date of maximum Ipe - DATETIME

Average max #13
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22128 0x5670 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22128 0x5670 1 Load status :
0 : Disabled
1 : Enabled		 - U8
22129 0x5671 2 Maximum Frequency mHz U32
22131 0x5673 2 Date of maximum F - DATETIME
22133 0x5675 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
22135 0x5677 2 Date of maximum V1 - DATETIME
22137 0x5679 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
22139 0x567B 2 Date of maximum V2 - DATETIME
22141 0x567D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
22143 0x567F 2 Date of maximum V3 - DATETIME
22145 0x5681 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
22147 0x5683 2 Date of maximum Vn - DATETIME
22149 0x5685 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
22151 0x5687 2 Date of maximum U12 - DATETIME
22153 0x5689 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
22155 0x568B 2 Date of maximum U23 - DATETIME
22157 0x568D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
22159 0x568F 2 Date of maximum U31 - DATETIME
22161 0x5691 2 Maximum Current : I1 mA U32
22163 0x5693 2 Date of maximum I1 - DATETIME
22165 0x5695 2 Maximum Current : I2 mA U32
22167 0x5697 2 Date of maximum I2 - DATETIME
22169 0x5699 2 Maximum Current : I3 mA U32
22171 0x569B 2 Date of maximum I3 - DATETIME
22173 0x569D 2 Maximum Current : In mA U32
22175 0x569F 2 Date of maximum In - DATETIME
22177 0x56A1 2 Maximum Total active power W S32
22179 0x56A3 2 Date of maximum Ptot - DATETIME
22181 0x56A5 2 Maximum Total reactive power var S32
22183 0x56A7 2 Date of maximum Qtot - DATETIME
22185 0x56A9 2 Maximum Total apparent power VA U32
22187 0x56AB 2 Date of maximum Stot - DATETIME
22189 0x56AD 1 Maximum Total power factor - / 1000 S16
22190 0x56AE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
22191 0x56AF 2 Date of maximum Total power factor - DATETIME
22193 0x56B1 2 Maximum Active power : P1 W S32
22195 0x56B3 2 Date of maximum P1 - DATETIME
22197 0x56B5 2 Maximum Active power : P2 W S32
22199 0x56B7 2 Date of maximum P2 - DATETIME
22201 0x56B9 2 Maximum Active power : P3 W S32
22203 0x56BB 2 Date of maximum P3 - DATETIME
22205 0x56BD 2 Maximum Reactive power : Q1 var S32
22207 0x56BF 2 Date of maximum Q1 - DATETIME
22209 0x56C1 2 Maximum Reactive power : Q2 var S32
22211 0x56C3 2 Date of maximum Q2 - DATETIME
22213 0x56C5 2 Maximum Reactive power : Q3 var S32
22215 0x56C7 2 Date of maximum Q3 - DATETIME
22217 0x56C9 2 Maximum Apparent power : S1 VA U32
22219 0x56CB 2 Date of maximum S1 - DATETIME
22221 0x56CD 2 Maximum Apparent power : S2 VA U32
22223 0x56CF 2 Date of maximum S2 - DATETIME
22225 0x56D1 2 Maximum Apparent power : S3 VA U32
22227 0x56D3 2 Date of maximum S3 - DATETIME
22229 0x56D5 1 Maximum Power factor : PF1 - / 1000 S16
22230 0x56D6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
22231 0x56D7 2 Date of maximum PF1 - DATETIME
22233 0x56D9 1 Maximum Power factor : PF2 - / 1000 S16
22234 0x56DA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
22235 0x56DB 2 Date of maximum PF2 - DATETIME
22237 0x56DD 1 Maximum Power factor : PF3 - / 1000 S16
22238 0x56DE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
22239 0x56DF 2 Date of maximum PF3 - DATETIME
22241 0x56E1 2 Maximum Current : Idelta mA U32
22243 0x56E3 2 Date of maximum Idelta - DATETIME
22245 0x56E5 2 Maximum Current : Ipe mA U32
22247 0x56E7 2 Date of maximum Ipe - DATETIME

Average max #14
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22252 0x56EC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22252 0x56EC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
22253 0x56ED 2 Maximum Frequency mHz U32
22255 0x56EF 2 Date of maximum F - DATETIME
22257 0x56F1 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
22259 0x56F3 2 Date of maximum V1 - DATETIME
22261 0x56F5 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
22263 0x56F7 2 Date of maximum V2 - DATETIME
22265 0x56F9 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
22267 0x56FB 2 Date of maximum V3 - DATETIME
22269 0x56FD 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
22271 0x56FF 2 Date of maximum Vn - DATETIME
22273 0x5701 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
22275 0x5703 2 Date of maximum U12 - DATETIME
22277 0x5705 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
22279 0x5707 2 Date of maximum U23 - DATETIME
22281 0x5709 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
22283 0x570B 2 Date of maximum U31 - DATETIME
22285 0x570D 2 Maximum Current : I1 mA U32
22287 0x570F 2 Date of maximum I1 - DATETIME
22289 0x5711 2 Maximum Current : I2 mA U32
22291 0x5713 2 Date of maximum I2 - DATETIME
22293 0x5715 2 Maximum Current : I3 mA U32
22295 0x5717 2 Date of maximum I3 - DATETIME
22297 0x5719 2 Maximum Current : In mA U32
22299 0x571B 2 Date of maximum In - DATETIME
22301 0x571D 2 Maximum Total active power W S32
22303 0x571F 2 Date of maximum Ptot - DATETIME
22305 0x5721 2 Maximum Total reactive power var S32
22307 0x5723 2 Date of maximum Qtot - DATETIME
22309 0x5725 2 Maximum Total apparent power VA U32
22311 0x5727 2 Date of maximum Stot - DATETIME
22313 0x5729 1 Maximum Total power factor - / 1000 S16
22314 0x572A 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
22315 0x572B 2 Date of maximum Total power factor - DATETIME
22317 0x572D 2 Maximum Active power : P1 W S32
22319 0x572F 2 Date of maximum P1 - DATETIME
22321 0x5731 2 Maximum Active power : P2 W S32
22323 0x5733 2 Date of maximum P2 - DATETIME
22325 0x5735 2 Maximum Active power : P3 W S32
22327 0x5737 2 Date of maximum P3 - DATETIME
22329 0x5739 2 Maximum Reactive power : Q1 var S32
22331 0x573B 2 Date of maximum Q1 - DATETIME
22333 0x573D 2 Maximum Reactive power : Q2 var S32
22335 0x573F 2 Date of maximum Q2 - DATETIME
22337 0x5741 2 Maximum Reactive power : Q3 var S32
22339 0x5743 2 Date of maximum Q3 - DATETIME
22341 0x5745 2 Maximum Apparent power : S1 VA U32
22343 0x5747 2 Date of maximum S1 - DATETIME
22345 0x5749 2 Maximum Apparent power : S2 VA U32
22347 0x574B 2 Date of maximum S2 - DATETIME
22349 0x574D 2 Maximum Apparent power : S3 VA U32
22351 0x574F 2 Date of maximum S3 - DATETIME
22353 0x5751 1 Maximum Power factor : PF1 - / 1000 S16
22354 0x5752 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
22355 0x5753 2 Date of maximum PF1 - DATETIME
22357 0x5755 1 Maximum Power factor : PF2 - / 1000 S16
22358 0x5756 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
22359 0x5757 2 Date of maximum PF2 - DATETIME
22361 0x5759 1 Maximum Power factor : PF3 - / 1000 S16
22362 0x575A 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
22363 0x575B 2 Date of maximum PF3 - DATETIME
22365 0x575D 2 Maximum Current : Idelta mA U32
22367 0x575F 2 Date of maximum Idelta - DATETIME
22369 0x5761 2 Maximum Current : Ipe mA U32
22371 0x5763 2 Date of maximum Ipe - DATETIME

Average max #15
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22376 0x5768 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22376 0x5768 1 Load status :
0 : Disabled
1 : Enabled		 - U8
22377 0x5769 2 Maximum Frequency mHz U32
22379 0x576B 2 Date of maximum F - DATETIME
22381 0x576D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
22383 0x576F 2 Date of maximum V1 - DATETIME
22385 0x5771 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
22387 0x5773 2 Date of maximum V2 - DATETIME
22389 0x5775 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
22391 0x5777 2 Date of maximum V3 - DATETIME
22393 0x5779 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
22395 0x577B 2 Date of maximum Vn - DATETIME
22397 0x577D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
22399 0x577F 2 Date of maximum U12 - DATETIME
22401 0x5781 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
22403 0x5783 2 Date of maximum U23 - DATETIME
22405 0x5785 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
22407 0x5787 2 Date of maximum U31 - DATETIME
22409 0x5789 2 Maximum Current : I1 mA U32
22411 0x578B 2 Date of maximum I1 - DATETIME
22413 0x578D 2 Maximum Current : I2 mA U32
22415 0x578F 2 Date of maximum I2 - DATETIME
22417 0x5791 2 Maximum Current : I3 mA U32
22419 0x5793 2 Date of maximum I3 - DATETIME
22421 0x5795 2 Maximum Current : In mA U32
22423 0x5797 2 Date of maximum In - DATETIME
22425 0x5799 2 Maximum Total active power W S32
22427 0x579B 2 Date of maximum Ptot - DATETIME
22429 0x579D 2 Maximum Total reactive power var S32
22431 0x579F 2 Date of maximum Qtot - DATETIME
22433 0x57A1 2 Maximum Total apparent power VA U32
22435 0x57A3 2 Date of maximum Stot - DATETIME
22437 0x57A5 1 Maximum Total power factor - / 1000 S16
22438 0x57A6 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
22439 0x57A7 2 Date of maximum Total power factor - DATETIME
22441 0x57A9 2 Maximum Active power : P1 W S32
22443 0x57AB 2 Date of maximum P1 - DATETIME
22445 0x57AD 2 Maximum Active power : P2 W S32
22447 0x57AF 2 Date of maximum P2 - DATETIME
22449 0x57B1 2 Maximum Active power : P3 W S32
22451 0x57B3 2 Date of maximum P3 - DATETIME
22453 0x57B5 2 Maximum Reactive power : Q1 var S32
22455 0x57B7 2 Date of maximum Q1 - DATETIME
22457 0x57B9 2 Maximum Reactive power : Q2 var S32
22459 0x57BB 2 Date of maximum Q2 - DATETIME
22461 0x57BD 2 Maximum Reactive power : Q3 var S32
22463 0x57BF 2 Date of maximum Q3 - DATETIME
22465 0x57C1 2 Maximum Apparent power : S1 VA U32
22467 0x57C3 2 Date of maximum S1 - DATETIME
22469 0x57C5 2 Maximum Apparent power : S2 VA U32
22471 0x57C7 2 Date of maximum S2 - DATETIME
22473 0x57C9 2 Maximum Apparent power : S3 VA U32
22475 0x57CB 2 Date of maximum S3 - DATETIME
22477 0x57CD 1 Maximum Power factor : PF1 - / 1000 S16
22478 0x57CE 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
22479 0x57CF 2 Date of maximum PF1 - DATETIME
22481 0x57D1 1 Maximum Power factor : PF2 - / 1000 S16
22482 0x57D2 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
22483 0x57D3 2 Date of maximum PF2 - DATETIME
22485 0x57D5 1 Maximum Power factor : PF3 - / 1000 S16
22486 0x57D6 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
22487 0x57D7 2 Date of maximum PF3 - DATETIME
22489 0x57D9 2 Maximum Current : Idelta mA U32
22491 0x57DB 2 Date of maximum Idelta - DATETIME
22493 0x57DD 2 Maximum Current : Ipe mA U32
22495 0x57DF 2 Date of maximum Ipe - DATETIME

Average max #16
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22500 0x57E4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22500 0x57E4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
22501 0x57E5 2 Maximum Frequency mHz U32
22503 0x57E7 2 Date of maximum F - DATETIME
22505 0x57E9 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
22507 0x57EB 2 Date of maximum V1 - DATETIME
22509 0x57ED 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
22511 0x57EF 2 Date of maximum V2 - DATETIME
22513 0x57F1 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
22515 0x57F3 2 Date of maximum V3 - DATETIME
22517 0x57F5 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
22519 0x57F7 2 Date of maximum Vn - DATETIME
22521 0x57F9 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
22523 0x57FB 2 Date of maximum U12 - DATETIME
22525 0x57FD 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
22527 0x57FF 2 Date of maximum U23 - DATETIME
22529 0x5801 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
22531 0x5803 2 Date of maximum U31 - DATETIME
22533 0x5805 2 Maximum Current : I1 mA U32
22535 0x5807 2 Date of maximum I1 - DATETIME
22537 0x5809 2 Maximum Current : I2 mA U32
22539 0x580B 2 Date of maximum I2 - DATETIME
22541 0x580D 2 Maximum Current : I3 mA U32
22543 0x580F 2 Date of maximum I3 - DATETIME
22545 0x5811 2 Maximum Current : In mA U32
22547 0x5813 2 Date of maximum In - DATETIME
22549 0x5815 2 Maximum Total active power W S32
22551 0x5817 2 Date of maximum Ptot - DATETIME
22553 0x5819 2 Maximum Total reactive power var S32
22555 0x581B 2 Date of maximum Qtot - DATETIME
22557 0x581D 2 Maximum Total apparent power VA U32
22559 0x581F 2 Date of maximum Stot - DATETIME
22561 0x5821 1 Maximum Total power factor - / 1000 S16
22562 0x5822 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
22563 0x5823 2 Date of maximum Total power factor - DATETIME
22565 0x5825 2 Maximum Active power : P1 W S32
22567 0x5827 2 Date of maximum P1 - DATETIME
22569 0x5829 2 Maximum Active power : P2 W S32
22571 0x582B 2 Date of maximum P2 - DATETIME
22573 0x582D 2 Maximum Active power : P3 W S32
22575 0x582F 2 Date of maximum P3 - DATETIME
22577 0x5831 2 Maximum Reactive power : Q1 var S32
22579 0x5833 2 Date of maximum Q1 - DATETIME
22581 0x5835 2 Maximum Reactive power : Q2 var S32
22583 0x5837 2 Date of maximum Q2 - DATETIME
22585 0x5839 2 Maximum Reactive power : Q3 var S32
22587 0x583B 2 Date of maximum Q3 - DATETIME
22589 0x583D 2 Maximum Apparent power : S1 VA U32
22591 0x583F 2 Date of maximum S1 - DATETIME
22593 0x5841 2 Maximum Apparent power : S2 VA U32
22595 0x5843 2 Date of maximum S2 - DATETIME
22597 0x5845 2 Maximum Apparent power : S3 VA U32
22599 0x5847 2 Date of maximum S3 - DATETIME
22601 0x5849 1 Maximum Power factor : PF1 - / 1000 S16
22602 0x584A 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
22603 0x584B 2 Date of maximum PF1 - DATETIME
22605 0x584D 1 Maximum Power factor : PF2 - / 1000 S16
22606 0x584E 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
22607 0x584F 2 Date of maximum PF2 - DATETIME
22609 0x5851 1 Maximum Power factor : PF3 - / 1000 S16
22610 0x5852 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
22611 0x5853 2 Date of maximum PF3 - DATETIME
22613 0x5855 2 Maximum Current : Idelta mA U32
22615 0x5857 2 Date of maximum Idelta - DATETIME
22617 0x5859 2 Maximum Current : Ipe mA U32
22619 0x585B 2 Date of maximum Ipe - DATETIME

Average max #17
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22624 0x5860 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22624 0x5860 1 Load status :
0 : Disabled
1 : Enabled		 - U8
22625 0x5861 2 Maximum Frequency mHz U32
22627 0x5863 2 Date of maximum F - DATETIME
22629 0x5865 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
22631 0x5867 2 Date of maximum V1 - DATETIME
22633 0x5869 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
22635 0x586B 2 Date of maximum V2 - DATETIME
22637 0x586D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
22639 0x586F 2 Date of maximum V3 - DATETIME
22641 0x5871 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
22643 0x5873 2 Date of maximum Vn - DATETIME
22645 0x5875 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
22647 0x5877 2 Date of maximum U12 - DATETIME
22649 0x5879 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
22651 0x587B 2 Date of maximum U23 - DATETIME
22653 0x587D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
22655 0x587F 2 Date of maximum U31 - DATETIME
22657 0x5881 2 Maximum Current : I1 mA U32
22659 0x5883 2 Date of maximum I1 - DATETIME
22661 0x5885 2 Maximum Current : I2 mA U32
22663 0x5887 2 Date of maximum I2 - DATETIME
22665 0x5889 2 Maximum Current : I3 mA U32
22667 0x588B 2 Date of maximum I3 - DATETIME
22669 0x588D 2 Maximum Current : In mA U32
22671 0x588F 2 Date of maximum In - DATETIME
22673 0x5891 2 Maximum Total active power W S32
22675 0x5893 2 Date of maximum Ptot - DATETIME
22677 0x5895 2 Maximum Total reactive power var S32
22679 0x5897 2 Date of maximum Qtot - DATETIME
22681 0x5899 2 Maximum Total apparent power VA U32
22683 0x589B 2 Date of maximum Stot - DATETIME
22685 0x589D 1 Maximum Total power factor - / 1000 S16
22686 0x589E 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
22687 0x589F 2 Date of maximum Total power factor - DATETIME
22689 0x58A1 2 Maximum Active power : P1 W S32
22691 0x58A3 2 Date of maximum P1 - DATETIME
22693 0x58A5 2 Maximum Active power : P2 W S32
22695 0x58A7 2 Date of maximum P2 - DATETIME
22697 0x58A9 2 Maximum Active power : P3 W S32
22699 0x58AB 2 Date of maximum P3 - DATETIME
22701 0x58AD 2 Maximum Reactive power : Q1 var S32
22703 0x58AF 2 Date of maximum Q1 - DATETIME
22705 0x58B1 2 Maximum Reactive power : Q2 var S32
22707 0x58B3 2 Date of maximum Q2 - DATETIME
22709 0x58B5 2 Maximum Reactive power : Q3 var S32
22711 0x58B7 2 Date of maximum Q3 - DATETIME
22713 0x58B9 2 Maximum Apparent power : S1 VA U32
22715 0x58BB 2 Date of maximum S1 - DATETIME
22717 0x58BD 2 Maximum Apparent power : S2 VA U32
22719 0x58BF 2 Date of maximum S2 - DATETIME
22721 0x58C1 2 Maximum Apparent power : S3 VA U32
22723 0x58C3 2 Date of maximum S3 - DATETIME
22725 0x58C5 1 Maximum Power factor : PF1 - / 1000 S16
22726 0x58C6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
22727 0x58C7 2 Date of maximum PF1 - DATETIME
22729 0x58C9 1 Maximum Power factor : PF2 - / 1000 S16
22730 0x58CA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
22731 0x58CB 2 Date of maximum PF2 - DATETIME
22733 0x58CD 1 Maximum Power factor : PF3 - / 1000 S16
22734 0x58CE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
22735 0x58CF 2 Date of maximum PF3 - DATETIME
22737 0x58D1 2 Maximum Current : Idelta mA U32
22739 0x58D3 2 Date of maximum Idelta - DATETIME
22741 0x58D5 2 Maximum Current : Ipe mA U32
22743 0x58D7 2 Date of maximum Ipe - DATETIME

Average max #18
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22748 0x58DC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22748 0x58DC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
22749 0x58DD 2 Maximum Frequency mHz U32
22751 0x58DF 2 Date of maximum F - DATETIME
22753 0x58E1 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
22755 0x58E3 2 Date of maximum V1 - DATETIME
22757 0x58E5 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
22759 0x58E7 2 Date of maximum V2 - DATETIME
22761 0x58E9 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
22763 0x58EB 2 Date of maximum V3 - DATETIME
22765 0x58ED 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
22767 0x58EF 2 Date of maximum Vn - DATETIME
22769 0x58F1 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
22771 0x58F3 2 Date of maximum U12 - DATETIME
22773 0x58F5 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
22775 0x58F7 2 Date of maximum U23 - DATETIME
22777 0x58F9 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
22779 0x58FB 2 Date of maximum U31 - DATETIME
22781 0x58FD 2 Maximum Current : I1 mA U32
22783 0x58FF 2 Date of maximum I1 - DATETIME
22785 0x5901 2 Maximum Current : I2 mA U32
22787 0x5903 2 Date of maximum I2 - DATETIME
22789 0x5905 2 Maximum Current : I3 mA U32
22791 0x5907 2 Date of maximum I3 - DATETIME
22793 0x5909 2 Maximum Current : In mA U32
22795 0x590B 2 Date of maximum In - DATETIME
22797 0x590D 2 Maximum Total active power W S32
22799 0x590F 2 Date of maximum Ptot - DATETIME
22801 0x5911 2 Maximum Total reactive power var S32
22803 0x5913 2 Date of maximum Qtot - DATETIME
22805 0x5915 2 Maximum Total apparent power VA U32
22807 0x5917 2 Date of maximum Stot - DATETIME
22809 0x5919 1 Maximum Total power factor - / 1000 S16
22810 0x591A 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
22811 0x591B 2 Date of maximum Total power factor - DATETIME
22813 0x591D 2 Maximum Active power : P1 W S32
22815 0x591F 2 Date of maximum P1 - DATETIME
22817 0x5921 2 Maximum Active power : P2 W S32
22819 0x5923 2 Date of maximum P2 - DATETIME
22821 0x5925 2 Maximum Active power : P3 W S32
22823 0x5927 2 Date of maximum P3 - DATETIME
22825 0x5929 2 Maximum Reactive power : Q1 var S32
22827 0x592B 2 Date of maximum Q1 - DATETIME
22829 0x592D 2 Maximum Reactive power : Q2 var S32
22831 0x592F 2 Date of maximum Q2 - DATETIME
22833 0x5931 2 Maximum Reactive power : Q3 var S32
22835 0x5933 2 Date of maximum Q3 - DATETIME
22837 0x5935 2 Maximum Apparent power : S1 VA U32
22839 0x5937 2 Date of maximum S1 - DATETIME
22841 0x5939 2 Maximum Apparent power : S2 VA U32
22843 0x593B 2 Date of maximum S2 - DATETIME
22845 0x593D 2 Maximum Apparent power : S3 VA U32
22847 0x593F 2 Date of maximum S3 - DATETIME
22849 0x5941 1 Maximum Power factor : PF1 - / 1000 S16
22850 0x5942 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
22851 0x5943 2 Date of maximum PF1 - DATETIME
22853 0x5945 1 Maximum Power factor : PF2 - / 1000 S16
22854 0x5946 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
22855 0x5947 2 Date of maximum PF2 - DATETIME
22857 0x5949 1 Maximum Power factor : PF3 - / 1000 S16
22858 0x594A 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
22859 0x594B 2 Date of maximum PF3 - DATETIME
22861 0x594D 2 Maximum Current : Idelta mA U32
22863 0x594F 2 Date of maximum Idelta - DATETIME
22865 0x5951 2 Maximum Current : Ipe mA U32
22867 0x5953 2 Date of maximum Ipe - DATETIME

Average max #19
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22872 0x5958 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22872 0x5958 1 Load status :
0 : Disabled
1 : Enabled		 - U8
22873 0x5959 2 Maximum Frequency mHz U32
22875 0x595B 2 Date of maximum F - DATETIME
22877 0x595D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
22879 0x595F 2 Date of maximum V1 - DATETIME
22881 0x5961 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
22883 0x5963 2 Date of maximum V2 - DATETIME
22885 0x5965 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
22887 0x5967 2 Date of maximum V3 - DATETIME
22889 0x5969 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
22891 0x596B 2 Date of maximum Vn - DATETIME
22893 0x596D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
22895 0x596F 2 Date of maximum U12 - DATETIME
22897 0x5971 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
22899 0x5973 2 Date of maximum U23 - DATETIME
22901 0x5975 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
22903 0x5977 2 Date of maximum U31 - DATETIME
22905 0x5979 2 Maximum Current : I1 mA U32
22907 0x597B 2 Date of maximum I1 - DATETIME
22909 0x597D 2 Maximum Current : I2 mA U32
22911 0x597F 2 Date of maximum I2 - DATETIME
22913 0x5981 2 Maximum Current : I3 mA U32
22915 0x5983 2 Date of maximum I3 - DATETIME
22917 0x5985 2 Maximum Current : In mA U32
22919 0x5987 2 Date of maximum In - DATETIME
22921 0x5989 2 Maximum Total active power W S32
22923 0x598B 2 Date of maximum Ptot - DATETIME
22925 0x598D 2 Maximum Total reactive power var S32
22927 0x598F 2 Date of maximum Qtot - DATETIME
22929 0x5991 2 Maximum Total apparent power VA U32
22931 0x5993 2 Date of maximum Stot - DATETIME
22933 0x5995 1 Maximum Total power factor - / 1000 S16
22934 0x5996 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
22935 0x5997 2 Date of maximum Total power factor - DATETIME
22937 0x5999 2 Maximum Active power : P1 W S32
22939 0x599B 2 Date of maximum P1 - DATETIME
22941 0x599D 2 Maximum Active power : P2 W S32
22943 0x599F 2 Date of maximum P2 - DATETIME
22945 0x59A1 2 Maximum Active power : P3 W S32
22947 0x59A3 2 Date of maximum P3 - DATETIME
22949 0x59A5 2 Maximum Reactive power : Q1 var S32
22951 0x59A7 2 Date of maximum Q1 - DATETIME
22953 0x59A9 2 Maximum Reactive power : Q2 var S32
22955 0x59AB 2 Date of maximum Q2 - DATETIME
22957 0x59AD 2 Maximum Reactive power : Q3 var S32
22959 0x59AF 2 Date of maximum Q3 - DATETIME
22961 0x59B1 2 Maximum Apparent power : S1 VA U32
22963 0x59B3 2 Date of maximum S1 - DATETIME
22965 0x59B5 2 Maximum Apparent power : S2 VA U32
22967 0x59B7 2 Date of maximum S2 - DATETIME
22969 0x59B9 2 Maximum Apparent power : S3 VA U32
22971 0x59BB 2 Date of maximum S3 - DATETIME
22973 0x59BD 1 Maximum Power factor : PF1 - / 1000 S16
22974 0x59BE 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
22975 0x59BF 2 Date of maximum PF1 - DATETIME
22977 0x59C1 1 Maximum Power factor : PF2 - / 1000 S16
22978 0x59C2 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
22979 0x59C3 2 Date of maximum PF2 - DATETIME
22981 0x59C5 1 Maximum Power factor : PF3 - / 1000 S16
22982 0x59C6 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
22983 0x59C7 2 Date of maximum PF3 - DATETIME
22985 0x59C9 2 Maximum Current : Idelta mA U32
22987 0x59CB 2 Date of maximum Idelta - DATETIME
22989 0x59CD 2 Maximum Current : Ipe mA U32
22991 0x59CF 2 Date of maximum Ipe - DATETIME

Average max #20
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22996 0x59D4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22996 0x59D4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
22997 0x59D5 2 Maximum Frequency mHz U32
22999 0x59D7 2 Date of maximum F - DATETIME
23001 0x59D9 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
23003 0x59DB 2 Date of maximum V1 - DATETIME
23005 0x59DD 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
23007 0x59DF 2 Date of maximum V2 - DATETIME
23009 0x59E1 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
23011 0x59E3 2 Date of maximum V3 - DATETIME
23013 0x59E5 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
23015 0x59E7 2 Date of maximum Vn - DATETIME
23017 0x59E9 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
23019 0x59EB 2 Date of maximum U12 - DATETIME
23021 0x59ED 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
23023 0x59EF 2 Date of maximum U23 - DATETIME
23025 0x59F1 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
23027 0x59F3 2 Date of maximum U31 - DATETIME
23029 0x59F5 2 Maximum Current : I1 mA U32
23031 0x59F7 2 Date of maximum I1 - DATETIME
23033 0x59F9 2 Maximum Current : I2 mA U32
23035 0x59FB 2 Date of maximum I2 - DATETIME
23037 0x59FD 2 Maximum Current : I3 mA U32
23039 0x59FF 2 Date of maximum I3 - DATETIME
23041 0x5A01 2 Maximum Current : In mA U32
23043 0x5A03 2 Date of maximum In - DATETIME
23045 0x5A05 2 Maximum Total active power W S32
23047 0x5A07 2 Date of maximum Ptot - DATETIME
23049 0x5A09 2 Maximum Total reactive power var S32
23051 0x5A0B 2 Date of maximum Qtot - DATETIME
23053 0x5A0D 2 Maximum Total apparent power VA U32
23055 0x5A0F 2 Date of maximum Stot - DATETIME
23057 0x5A11 1 Maximum Total power factor - / 1000 S16
23058 0x5A12 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
23059 0x5A13 2 Date of maximum Total power factor - DATETIME
23061 0x5A15 2 Maximum Active power : P1 W S32
23063 0x5A17 2 Date of maximum P1 - DATETIME
23065 0x5A19 2 Maximum Active power : P2 W S32
23067 0x5A1B 2 Date of maximum P2 - DATETIME
23069 0x5A1D 2 Maximum Active power : P3 W S32
23071 0x5A1F 2 Date of maximum P3 - DATETIME
23073 0x5A21 2 Maximum Reactive power : Q1 var S32
23075 0x5A23 2 Date of maximum Q1 - DATETIME
23077 0x5A25 2 Maximum Reactive power : Q2 var S32
23079 0x5A27 2 Date of maximum Q2 - DATETIME
23081 0x5A29 2 Maximum Reactive power : Q3 var S32
23083 0x5A2B 2 Date of maximum Q3 - DATETIME
23085 0x5A2D 2 Maximum Apparent power : S1 VA U32
23087 0x5A2F 2 Date of maximum S1 - DATETIME
23089 0x5A31 2 Maximum Apparent power : S2 VA U32
23091 0x5A33 2 Date of maximum S2 - DATETIME
23093 0x5A35 2 Maximum Apparent power : S3 VA U32
23095 0x5A37 2 Date of maximum S3 - DATETIME
23097 0x5A39 1 Maximum Power factor : PF1 - / 1000 S16
23098 0x5A3A 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
23099 0x5A3B 2 Date of maximum PF1 - DATETIME
23101 0x5A3D 1 Maximum Power factor : PF2 - / 1000 S16
23102 0x5A3E 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
23103 0x5A3F 2 Date of maximum PF2 - DATETIME
23105 0x5A41 1 Maximum Power factor : PF3 - / 1000 S16
23106 0x5A42 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
23107 0x5A43 2 Date of maximum PF3 - DATETIME
23109 0x5A45 2 Maximum Current : Idelta mA U32
23111 0x5A47 2 Date of maximum Idelta - DATETIME
23113 0x5A49 2 Maximum Current : Ipe mA U32
23115 0x5A4B 2 Date of maximum Ipe - DATETIME

Average max #21
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23120 0x5A50 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23120 0x5A50 1 Load status :
0 : Disabled
1 : Enabled		 - U8
23121 0x5A51 2 Maximum Frequency mHz U32
23123 0x5A53 2 Date of maximum F - DATETIME
23125 0x5A55 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
23127 0x5A57 2 Date of maximum V1 - DATETIME
23129 0x5A59 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
23131 0x5A5B 2 Date of maximum V2 - DATETIME
23133 0x5A5D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
23135 0x5A5F 2 Date of maximum V3 - DATETIME
23137 0x5A61 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
23139 0x5A63 2 Date of maximum Vn - DATETIME
23141 0x5A65 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
23143 0x5A67 2 Date of maximum U12 - DATETIME
23145 0x5A69 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
23147 0x5A6B 2 Date of maximum U23 - DATETIME
23149 0x5A6D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
23151 0x5A6F 2 Date of maximum U31 - DATETIME
23153 0x5A71 2 Maximum Current : I1 mA U32
23155 0x5A73 2 Date of maximum I1 - DATETIME
23157 0x5A75 2 Maximum Current : I2 mA U32
23159 0x5A77 2 Date of maximum I2 - DATETIME
23161 0x5A79 2 Maximum Current : I3 mA U32
23163 0x5A7B 2 Date of maximum I3 - DATETIME
23165 0x5A7D 2 Maximum Current : In mA U32
23167 0x5A7F 2 Date of maximum In - DATETIME
23169 0x5A81 2 Maximum Total active power W S32
23171 0x5A83 2 Date of maximum Ptot - DATETIME
23173 0x5A85 2 Maximum Total reactive power var S32
23175 0x5A87 2 Date of maximum Qtot - DATETIME
23177 0x5A89 2 Maximum Total apparent power VA U32
23179 0x5A8B 2 Date of maximum Stot - DATETIME
23181 0x5A8D 1 Maximum Total power factor - / 1000 S16
23182 0x5A8E 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
23183 0x5A8F 2 Date of maximum Total power factor - DATETIME
23185 0x5A91 2 Maximum Active power : P1 W S32
23187 0x5A93 2 Date of maximum P1 - DATETIME
23189 0x5A95 2 Maximum Active power : P2 W S32
23191 0x5A97 2 Date of maximum P2 - DATETIME
23193 0x5A99 2 Maximum Active power : P3 W S32
23195 0x5A9B 2 Date of maximum P3 - DATETIME
23197 0x5A9D 2 Maximum Reactive power : Q1 var S32
23199 0x5A9F 2 Date of maximum Q1 - DATETIME
23201 0x5AA1 2 Maximum Reactive power : Q2 var S32
23203 0x5AA3 2 Date of maximum Q2 - DATETIME
23205 0x5AA5 2 Maximum Reactive power : Q3 var S32
23207 0x5AA7 2 Date of maximum Q3 - DATETIME
23209 0x5AA9 2 Maximum Apparent power : S1 VA U32
23211 0x5AAB 2 Date of maximum S1 - DATETIME
23213 0x5AAD 2 Maximum Apparent power : S2 VA U32
23215 0x5AAF 2 Date of maximum S2 - DATETIME
23217 0x5AB1 2 Maximum Apparent power : S3 VA U32
23219 0x5AB3 2 Date of maximum S3 - DATETIME
23221 0x5AB5 1 Maximum Power factor : PF1 - / 1000 S16
23222 0x5AB6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
23223 0x5AB7 2 Date of maximum PF1 - DATETIME
23225 0x5AB9 1 Maximum Power factor : PF2 - / 1000 S16
23226 0x5ABA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
23227 0x5ABB 2 Date of maximum PF2 - DATETIME
23229 0x5ABD 1 Maximum Power factor : PF3 - / 1000 S16
23230 0x5ABE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
23231 0x5ABF 2 Date of maximum PF3 - DATETIME
23233 0x5AC1 2 Maximum Current : Idelta mA U32
23235 0x5AC3 2 Date of maximum Idelta - DATETIME
23237 0x5AC5 2 Maximum Current : Ipe mA U32
23239 0x5AC7 2 Date of maximum Ipe - DATETIME

Average max #22
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23244 0x5ACC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23244 0x5ACC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
23245 0x5ACD 2 Maximum Frequency mHz U32
23247 0x5ACF 2 Date of maximum F - DATETIME
23249 0x5AD1 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
23251 0x5AD3 2 Date of maximum V1 - DATETIME
23253 0x5AD5 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
23255 0x5AD7 2 Date of maximum V2 - DATETIME
23257 0x5AD9 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
23259 0x5ADB 2 Date of maximum V3 - DATETIME
23261 0x5ADD 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
23263 0x5ADF 2 Date of maximum Vn - DATETIME
23265 0x5AE1 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
23267 0x5AE3 2 Date of maximum U12 - DATETIME
23269 0x5AE5 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
23271 0x5AE7 2 Date of maximum U23 - DATETIME
23273 0x5AE9 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
23275 0x5AEB 2 Date of maximum U31 - DATETIME
23277 0x5AED 2 Maximum Current : I1 mA U32
23279 0x5AEF 2 Date of maximum I1 - DATETIME
23281 0x5AF1 2 Maximum Current : I2 mA U32
23283 0x5AF3 2 Date of maximum I2 - DATETIME
23285 0x5AF5 2 Maximum Current : I3 mA U32
23287 0x5AF7 2 Date of maximum I3 - DATETIME
23289 0x5AF9 2 Maximum Current : In mA U32
23291 0x5AFB 2 Date of maximum In - DATETIME
23293 0x5AFD 2 Maximum Total active power W S32
23295 0x5AFF 2 Date of maximum Ptot - DATETIME
23297 0x5B01 2 Maximum Total reactive power var S32
23299 0x5B03 2 Date of maximum Qtot - DATETIME
23301 0x5B05 2 Maximum Total apparent power VA U32
23303 0x5B07 2 Date of maximum Stot - DATETIME
23305 0x5B09 1 Maximum Total power factor - / 1000 S16
23306 0x5B0A 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
23307 0x5B0B 2 Date of maximum Total power factor - DATETIME
23309 0x5B0D 2 Maximum Active power : P1 W S32
23311 0x5B0F 2 Date of maximum P1 - DATETIME
23313 0x5B11 2 Maximum Active power : P2 W S32
23315 0x5B13 2 Date of maximum P2 - DATETIME
23317 0x5B15 2 Maximum Active power : P3 W S32
23319 0x5B17 2 Date of maximum P3 - DATETIME
23321 0x5B19 2 Maximum Reactive power : Q1 var S32
23323 0x5B1B 2 Date of maximum Q1 - DATETIME
23325 0x5B1D 2 Maximum Reactive power : Q2 var S32
23327 0x5B1F 2 Date of maximum Q2 - DATETIME
23329 0x5B21 2 Maximum Reactive power : Q3 var S32
23331 0x5B23 2 Date of maximum Q3 - DATETIME
23333 0x5B25 2 Maximum Apparent power : S1 VA U32
23335 0x5B27 2 Date of maximum S1 - DATETIME
23337 0x5B29 2 Maximum Apparent power : S2 VA U32
23339 0x5B2B 2 Date of maximum S2 - DATETIME
23341 0x5B2D 2 Maximum Apparent power : S3 VA U32
23343 0x5B2F 2 Date of maximum S3 - DATETIME
23345 0x5B31 1 Maximum Power factor : PF1 - / 1000 S16
23346 0x5B32 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
23347 0x5B33 2 Date of maximum PF1 - DATETIME
23349 0x5B35 1 Maximum Power factor : PF2 - / 1000 S16
23350 0x5B36 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
23351 0x5B37 2 Date of maximum PF2 - DATETIME
23353 0x5B39 1 Maximum Power factor : PF3 - / 1000 S16
23354 0x5B3A 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
23355 0x5B3B 2 Date of maximum PF3 - DATETIME
23357 0x5B3D 2 Maximum Current : Idelta mA U32
23359 0x5B3F 2 Date of maximum Idelta - DATETIME
23361 0x5B41 2 Maximum Current : Ipe mA U32
23363 0x5B43 2 Date of maximum Ipe - DATETIME

Average max #23
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23368 0x5B48 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23368 0x5B48 1 Load status :
0 : Disabled
1 : Enabled		 - U8
23369 0x5B49 2 Maximum Frequency mHz U32
23371 0x5B4B 2 Date of maximum F - DATETIME
23373 0x5B4D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
23375 0x5B4F 2 Date of maximum V1 - DATETIME
23377 0x5B51 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
23379 0x5B53 2 Date of maximum V2 - DATETIME
23381 0x5B55 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
23383 0x5B57 2 Date of maximum V3 - DATETIME
23385 0x5B59 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
23387 0x5B5B 2 Date of maximum Vn - DATETIME
23389 0x5B5D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
23391 0x5B5F 2 Date of maximum U12 - DATETIME
23393 0x5B61 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
23395 0x5B63 2 Date of maximum U23 - DATETIME
23397 0x5B65 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
23399 0x5B67 2 Date of maximum U31 - DATETIME
23401 0x5B69 2 Maximum Current : I1 mA U32
23403 0x5B6B 2 Date of maximum I1 - DATETIME
23405 0x5B6D 2 Maximum Current : I2 mA U32
23407 0x5B6F 2 Date of maximum I2 - DATETIME
23409 0x5B71 2 Maximum Current : I3 mA U32
23411 0x5B73 2 Date of maximum I3 - DATETIME
23413 0x5B75 2 Maximum Current : In mA U32
23415 0x5B77 2 Date of maximum In - DATETIME
23417 0x5B79 2 Maximum Total active power W S32
23419 0x5B7B 2 Date of maximum Ptot - DATETIME
23421 0x5B7D 2 Maximum Total reactive power var S32
23423 0x5B7F 2 Date of maximum Qtot - DATETIME
23425 0x5B81 2 Maximum Total apparent power VA U32
23427 0x5B83 2 Date of maximum Stot - DATETIME
23429 0x5B85 1 Maximum Total power factor - / 1000 S16
23430 0x5B86 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
23431 0x5B87 2 Date of maximum Total power factor - DATETIME
23433 0x5B89 2 Maximum Active power : P1 W S32
23435 0x5B8B 2 Date of maximum P1 - DATETIME
23437 0x5B8D 2 Maximum Active power : P2 W S32
23439 0x5B8F 2 Date of maximum P2 - DATETIME
23441 0x5B91 2 Maximum Active power : P3 W S32
23443 0x5B93 2 Date of maximum P3 - DATETIME
23445 0x5B95 2 Maximum Reactive power : Q1 var S32
23447 0x5B97 2 Date of maximum Q1 - DATETIME
23449 0x5B99 2 Maximum Reactive power : Q2 var S32
23451 0x5B9B 2 Date of maximum Q2 - DATETIME
23453 0x5B9D 2 Maximum Reactive power : Q3 var S32
23455 0x5B9F 2 Date of maximum Q3 - DATETIME
23457 0x5BA1 2 Maximum Apparent power : S1 VA U32
23459 0x5BA3 2 Date of maximum S1 - DATETIME
23461 0x5BA5 2 Maximum Apparent power : S2 VA U32
23463 0x5BA7 2 Date of maximum S2 - DATETIME
23465 0x5BA9 2 Maximum Apparent power : S3 VA U32
23467 0x5BAB 2 Date of maximum S3 - DATETIME
23469 0x5BAD 1 Maximum Power factor : PF1 - / 1000 S16
23470 0x5BAE 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
23471 0x5BAF 2 Date of maximum PF1 - DATETIME
23473 0x5BB1 1 Maximum Power factor : PF2 - / 1000 S16
23474 0x5BB2 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
23475 0x5BB3 2 Date of maximum PF2 - DATETIME
23477 0x5BB5 1 Maximum Power factor : PF3 - / 1000 S16
23478 0x5BB6 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
23479 0x5BB7 2 Date of maximum PF3 - DATETIME
23481 0x5BB9 2 Maximum Current : Idelta mA U32
23483 0x5BBB 2 Date of maximum Idelta - DATETIME
23485 0x5BBD 2 Maximum Current : Ipe mA U32
23487 0x5BBF 2 Date of maximum Ipe - DATETIME

Average max #24
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23492 0x5BC4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23492 0x5BC4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
23493 0x5BC5 2 Maximum Frequency mHz U32
23495 0x5BC7 2 Date of maximum F - DATETIME
23497 0x5BC9 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
23499 0x5BCB 2 Date of maximum V1 - DATETIME
23501 0x5BCD 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
23503 0x5BCF 2 Date of maximum V2 - DATETIME
23505 0x5BD1 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
23507 0x5BD3 2 Date of maximum V3 - DATETIME
23509 0x5BD5 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
23511 0x5BD7 2 Date of maximum Vn - DATETIME
23513 0x5BD9 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
23515 0x5BDB 2 Date of maximum U12 - DATETIME
23517 0x5BDD 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
23519 0x5BDF 2 Date of maximum U23 - DATETIME
23521 0x5BE1 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
23523 0x5BE3 2 Date of maximum U31 - DATETIME
23525 0x5BE5 2 Maximum Current : I1 mA U32
23527 0x5BE7 2 Date of maximum I1 - DATETIME
23529 0x5BE9 2 Maximum Current : I2 mA U32
23531 0x5BEB 2 Date of maximum I2 - DATETIME
23533 0x5BED 2 Maximum Current : I3 mA U32
23535 0x5BEF 2 Date of maximum I3 - DATETIME
23537 0x5BF1 2 Maximum Current : In mA U32
23539 0x5BF3 2 Date of maximum In - DATETIME
23541 0x5BF5 2 Maximum Total active power W S32
23543 0x5BF7 2 Date of maximum Ptot - DATETIME
23545 0x5BF9 2 Maximum Total reactive power var S32
23547 0x5BFB 2 Date of maximum Qtot - DATETIME
23549 0x5BFD 2 Maximum Total apparent power VA U32
23551 0x5BFF 2 Date of maximum Stot - DATETIME
23553 0x5C01 1 Maximum Total power factor - / 1000 S16
23554 0x5C02 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
23555 0x5C03 2 Date of maximum Total power factor - DATETIME
23557 0x5C05 2 Maximum Active power : P1 W S32
23559 0x5C07 2 Date of maximum P1 - DATETIME
23561 0x5C09 2 Maximum Active power : P2 W S32
23563 0x5C0B 2 Date of maximum P2 - DATETIME
23565 0x5C0D 2 Maximum Active power : P3 W S32
23567 0x5C0F 2 Date of maximum P3 - DATETIME
23569 0x5C11 2 Maximum Reactive power : Q1 var S32
23571 0x5C13 2 Date of maximum Q1 - DATETIME
23573 0x5C15 2 Maximum Reactive power : Q2 var S32
23575 0x5C17 2 Date of maximum Q2 - DATETIME
23577 0x5C19 2 Maximum Reactive power : Q3 var S32
23579 0x5C1B 2 Date of maximum Q3 - DATETIME
23581 0x5C1D 2 Maximum Apparent power : S1 VA U32
23583 0x5C1F 2 Date of maximum S1 - DATETIME
23585 0x5C21 2 Maximum Apparent power : S2 VA U32
23587 0x5C23 2 Date of maximum S2 - DATETIME
23589 0x5C25 2 Maximum Apparent power : S3 VA U32
23591 0x5C27 2 Date of maximum S3 - DATETIME
23593 0x5C29 1 Maximum Power factor : PF1 - / 1000 S16
23594 0x5C2A 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
23595 0x5C2B 2 Date of maximum PF1 - DATETIME
23597 0x5C2D 1 Maximum Power factor : PF2 - / 1000 S16
23598 0x5C2E 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
23599 0x5C2F 2 Date of maximum PF2 - DATETIME
23601 0x5C31 1 Maximum Power factor : PF3 - / 1000 S16
23602 0x5C32 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
23603 0x5C33 2 Date of maximum PF3 - DATETIME
23605 0x5C35 2 Maximum Current : Idelta mA U32
23607 0x5C37 2 Date of maximum Idelta - DATETIME
23609 0x5C39 2 Maximum Current : Ipe mA U32
23611 0x5C3B 2 Date of maximum Ipe - DATETIME

Quality min/max #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23616 0x5C40 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23616 0x5C40 1 Load status :
0 : Disabled
1 : Enabled		 - U8
23617 0x5C41 1 Maximum total harmonic distortion : THD I1 % / 100 U16
23618 0x5C42 2 Date of last maximum THD I1 - DATETIME
23620 0x5C44 1 Maximum total harmonic distortion : THD I2 % / 100 U16
23621 0x5C45 2 Date of last maximum THD I2 - DATETIME
23623 0x5C47 1 Maximum total harmonic distortion : THD I3 % / 100 U16
23624 0x5C48 2 Date of last maximum THD I3 - DATETIME
23626 0x5C4A 1 Maximum total harmonic distortion : THD In % / 100 U16
23627 0x5C4B 2 Date of last maximum THD In - DATETIME
23629 0x5C4D 1 Maximum Inba % / 100 U16
23630 0x5C4E 2 Date of maximum Inba - DATETIME
23632 0x5C50 1 Maximum Inb % / 100 U16
23633 0x5C51 2 Date of maximum Inb - DATETIME
23635 0x5C53 1 Maximum Phi I1 / V1 ° 10⁻² S16
23636 0x5C54 2 Date of maximum Phi I1 / V1 - DATETIME
23638 0x5C56 1 Maximum Phi I2 / V2 ° 10⁻² S16
23639 0x5C57 2 Date of maximum Phi I2 / V2 - DATETIME
23641 0x5C59 1 Maximum Phi I3 / V3 ° 10⁻² S16
23642 0x5C5A 2 Date of maximum Phi I3 / V3 - DATETIME
23644 0x5C5C 1 Maximum Phi In / Vn - / 100 S16
23645 0x5C5D 2 Date of maximum Phi In / Vn - DATETIME
23647 0x5C5F 1 Minimum total harmonic distortion : THD I1 % / 100 U16
23648 0x5C60 2 Date of last minimum THD I1 - DATETIME
23650 0x5C62 1 Minimum total harmonic distortion : THD I2 % / 100 U16
23651 0x5C63 2 Date of last minimum THD I2 - DATETIME
23653 0x5C65 1 Minimum total harmonic distortion : THD I3 % / 100 U16
23654 0x5C66 2 Date of last minimum THD I3 - DATETIME
23656 0x5C68 1 Minimum total harmonic distortion : THD In % / 100 U16
23657 0x5C69 2 Date of last minimum THD In - DATETIME
23659 0x5C6B 1 Minimum Inba % / 100 U16
23660 0x5C6C 2 Date of minimum Inba - DATETIME
23662 0x5C6E 1 Minimum Inb % / 100 U16
23663 0x5C6F 2 Date of minimum Inb - DATETIME
23665 0x5C71 1 Minimum Phi I1 / V1 ° 10⁻² S16
23666 0x5C72 2 Date of minimum Phi I1 / V1 - DATETIME
23668 0x5C74 1 Minimum Phi I2 / V2 ° 10⁻² S16
23669 0x5C75 2 Date of minimum Phi I2 / V2 - DATETIME
23671 0x5C77 1 Minimum Phi I3 / V3 ° 10⁻² S16
23672 0x5C78 2 Date of minimum Phi I3 / V3 - DATETIME
23674 0x5C7A 1 Minimum Phi In / Vn - / 100 S16
23675 0x5C7B 2 Date of minimum Phi In / Vn - DATETIME
23677 0x5C7D 1 Maximum total harmonic distortion : THD Isys % / 100 U16
23678 0x5C7E 2 Date of last maximum THD Isys - DATETIME
23680 0x5C80 1 Maximum crest factor I1 - / 1000 U16
23681 0x5C81 2 Date of maximum crest factor I1 - DATETIME
23683 0x5C83 1 Maximum crest factor I2 - / 1000 U16
23684 0x5C84 2 Date of maximum crest factor I2 - DATETIME
23686 0x5C86 1 Maximum crest factor I3 - / 1000 U16
23687 0x5C87 2 Date of maximum crest factor I3 - DATETIME
23689 0x5C89 1 Maximum crest factor In - / 1000 U16
23690 0x5C8A 2 Date of maximum crest factor In - DATETIME
23692 0x5C8C 1 Minimum crest factor I1 - / 1000 U16
23693 0x5C8D 2 Date of minimum crest factor I1 - DATETIME
23695 0x5C8F 1 Minimum crest factor I2 - / 1000 U16
23696 0x5C90 2 Date of minimum crest factor I2 - DATETIME
23698 0x5C92 1 Minimum crest factor I3 - / 1000 U16
23699 0x5C93 2 Date of minimum crest factor I3 - DATETIME
23701 0x5C95 1 Minimum crest factor In - / 1000 U16
23702 0x5C96 2 Date of minimum crest factor In - DATETIME
23704 0x5C98 1 Minimum total harmonic distortion : THD Isys % / 100 U16
23705 0x5C99 2 Date of last minimum THD Isys - DATETIME
23707 0x5C9B 1 Maximum total demand distortion : TDD I1 % / 100 U16
23708 0x5C9C 2 Date of last maximum TDD I1 - DATETIME
23710 0x5C9E 1 Maximum total demand distortion : TDD I2 % / 100 U16
23711 0x5C9F 2 Date of last maximum TDD I2 - DATETIME
23713 0x5CA1 1 Maximum total demand distortion : TDD I3 % / 100 U16
23714 0x5CA2 2 Date of last maximum TDD I3 - DATETIME
23716 0x5CA4 1 Maximum total demand distortion : TDD In % / 100 U16
23717 0x5CA5 2 Date of last maximum TDD In - DATETIME
23719 0x5CA7 1 Maximum total demand distortion : TDD Isys % / 100 U16
23720 0x5CA8 2 Date of last maximum TDD Isys - DATETIME
23722 0x5CAA 1 Minimum total demand distortion : TDD I1 % / 100 U16
23723 0x5CAB 2 Date of last minimum TDD I1 - DATETIME
23725 0x5CAD 1 Minimum total demand distortion : TDD I2 % / 100 U16
23726 0x5CAE 2 Date of last minimum TDD I2 - DATETIME
23728 0x5CB0 1 Minimum total demand distortion : TDD I3 % / 100 U16
23729 0x5CB1 2 Date of last minimum TDD I3 - DATETIME
23731 0x5CB3 1 Minimum total demand distortion : TDD In % / 100 U16
23732 0x5CB4 2 Date of last minimum TDD In - DATETIME
23734 0x5CB6 1 Minimum total demand distortion : TDD Isys % / 100 U16
23735 0x5CB7 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23740 0x5CBC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23740 0x5CBC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
23741 0x5CBD 1 Maximum total harmonic distortion : THD I1 % / 100 U16
23742 0x5CBE 2 Date of last maximum THD I1 - DATETIME
23744 0x5CC0 1 Maximum total harmonic distortion : THD I2 % / 100 U16
23745 0x5CC1 2 Date of last maximum THD I2 - DATETIME
23747 0x5CC3 1 Maximum total harmonic distortion : THD I3 % / 100 U16
23748 0x5CC4 2 Date of last maximum THD I3 - DATETIME
23750 0x5CC6 1 Maximum total harmonic distortion : THD In % / 100 U16
23751 0x5CC7 2 Date of last maximum THD In - DATETIME
23753 0x5CC9 1 Maximum Inba % / 100 U16
23754 0x5CCA 2 Date of maximum Inba - DATETIME
23756 0x5CCC 1 Maximum Inb % / 100 U16
23757 0x5CCD 2 Date of maximum Inb - DATETIME
23759 0x5CCF 1 Maximum Phi I1 / V1 ° 10⁻² S16
23760 0x5CD0 2 Date of maximum Phi I1 / V1 - DATETIME
23762 0x5CD2 1 Maximum Phi I2 / V2 ° 10⁻² S16
23763 0x5CD3 2 Date of maximum Phi I2 / V2 - DATETIME
23765 0x5CD5 1 Maximum Phi I3 / V3 ° 10⁻² S16
23766 0x5CD6 2 Date of maximum Phi I3 / V3 - DATETIME
23768 0x5CD8 1 Maximum Phi In / Vn - / 100 S16
23769 0x5CD9 2 Date of maximum Phi In / Vn - DATETIME
23771 0x5CDB 1 Minimum total harmonic distortion : THD I1 % / 100 U16
23772 0x5CDC 2 Date of last minimum THD I1 - DATETIME
23774 0x5CDE 1 Minimum total harmonic distortion : THD I2 % / 100 U16
23775 0x5CDF 2 Date of last minimum THD I2 - DATETIME
23777 0x5CE1 1 Minimum total harmonic distortion : THD I3 % / 100 U16
23778 0x5CE2 2 Date of last minimum THD I3 - DATETIME
23780 0x5CE4 1 Minimum total harmonic distortion : THD In % / 100 U16
23781 0x5CE5 2 Date of last minimum THD In - DATETIME
23783 0x5CE7 1 Minimum Inba % / 100 U16
23784 0x5CE8 2 Date of minimum Inba - DATETIME
23786 0x5CEA 1 Minimum Inb % / 100 U16
23787 0x5CEB 2 Date of minimum Inb - DATETIME
23789 0x5CED 1 Minimum Phi I1 / V1 ° 10⁻² S16
23790 0x5CEE 2 Date of minimum Phi I1 / V1 - DATETIME
23792 0x5CF0 1 Minimum Phi I2 / V2 ° 10⁻² S16
23793 0x5CF1 2 Date of minimum Phi I2 / V2 - DATETIME
23795 0x5CF3 1 Minimum Phi I3 / V3 ° 10⁻² S16
23796 0x5CF4 2 Date of minimum Phi I3 / V3 - DATETIME
23798 0x5CF6 1 Minimum Phi In / Vn - / 100 S16
23799 0x5CF7 2 Date of minimum Phi In / Vn - DATETIME
23801 0x5CF9 1 Maximum total harmonic distortion : THD Isys % / 100 U16
23802 0x5CFA 2 Date of last maximum THD Isys - DATETIME
23804 0x5CFC 1 Maximum crest factor I1 - / 1000 U16
23805 0x5CFD 2 Date of maximum crest factor I1 - DATETIME
23807 0x5CFF 1 Maximum crest factor I2 - / 1000 U16
23808 0x5D00 2 Date of maximum crest factor I2 - DATETIME
23810 0x5D02 1 Maximum crest factor I3 - / 1000 U16
23811 0x5D03 2 Date of maximum crest factor I3 - DATETIME
23813 0x5D05 1 Maximum crest factor In - / 1000 U16
23814 0x5D06 2 Date of maximum crest factor In - DATETIME
23816 0x5D08 1 Minimum crest factor I1 - / 1000 U16
23817 0x5D09 2 Date of minimum crest factor I1 - DATETIME
23819 0x5D0B 1 Minimum crest factor I2 - / 1000 U16
23820 0x5D0C 2 Date of minimum crest factor I2 - DATETIME
23822 0x5D0E 1 Minimum crest factor I3 - / 1000 U16
23823 0x5D0F 2 Date of minimum crest factor I3 - DATETIME
23825 0x5D11 1 Minimum crest factor In - / 1000 U16
23826 0x5D12 2 Date of minimum crest factor In - DATETIME
23828 0x5D14 1 Minimum total harmonic distortion : THD Isys % / 100 U16
23829 0x5D15 2 Date of last minimum THD Isys - DATETIME
23831 0x5D17 1 Maximum total demand distortion : TDD I1 % / 100 U16
23832 0x5D18 2 Date of last maximum TDD I1 - DATETIME
23834 0x5D1A 1 Maximum total demand distortion : TDD I2 % / 100 U16
23835 0x5D1B 2 Date of last maximum TDD I2 - DATETIME
23837 0x5D1D 1 Maximum total demand distortion : TDD I3 % / 100 U16
23838 0x5D1E 2 Date of last maximum TDD I3 - DATETIME
23840 0x5D20 1 Maximum total demand distortion : TDD In % / 100 U16
23841 0x5D21 2 Date of last maximum TDD In - DATETIME
23843 0x5D23 1 Maximum total demand distortion : TDD Isys % / 100 U16
23844 0x5D24 2 Date of last maximum TDD Isys - DATETIME
23846 0x5D26 1 Minimum total demand distortion : TDD I1 % / 100 U16
23847 0x5D27 2 Date of last minimum TDD I1 - DATETIME
23849 0x5D29 1 Minimum total demand distortion : TDD I2 % / 100 U16
23850 0x5D2A 2 Date of last minimum TDD I2 - DATETIME
23852 0x5D2C 1 Minimum total demand distortion : TDD I3 % / 100 U16
23853 0x5D2D 2 Date of last minimum TDD I3 - DATETIME
23855 0x5D2F 1 Minimum total demand distortion : TDD In % / 100 U16
23856 0x5D30 2 Date of last minimum TDD In - DATETIME
23858 0x5D32 1 Minimum total demand distortion : TDD Isys % / 100 U16
23859 0x5D33 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23864 0x5D38 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23864 0x5D38 1 Load status :
0 : Disabled
1 : Enabled		 - U8
23865 0x5D39 1 Maximum total harmonic distortion : THD I1 % / 100 U16
23866 0x5D3A 2 Date of last maximum THD I1 - DATETIME
23868 0x5D3C 1 Maximum total harmonic distortion : THD I2 % / 100 U16
23869 0x5D3D 2 Date of last maximum THD I2 - DATETIME
23871 0x5D3F 1 Maximum total harmonic distortion : THD I3 % / 100 U16
23872 0x5D40 2 Date of last maximum THD I3 - DATETIME
23874 0x5D42 1 Maximum total harmonic distortion : THD In % / 100 U16
23875 0x5D43 2 Date of last maximum THD In - DATETIME
23877 0x5D45 1 Maximum Inba % / 100 U16
23878 0x5D46 2 Date of maximum Inba - DATETIME
23880 0x5D48 1 Maximum Inb % / 100 U16
23881 0x5D49 2 Date of maximum Inb - DATETIME
23883 0x5D4B 1 Maximum Phi I1 / V1 ° 10⁻² S16
23884 0x5D4C 2 Date of maximum Phi I1 / V1 - DATETIME
23886 0x5D4E 1 Maximum Phi I2 / V2 ° 10⁻² S16
23887 0x5D4F 2 Date of maximum Phi I2 / V2 - DATETIME
23889 0x5D51 1 Maximum Phi I3 / V3 ° 10⁻² S16
23890 0x5D52 2 Date of maximum Phi I3 / V3 - DATETIME
23892 0x5D54 1 Maximum Phi In / Vn - / 100 S16
23893 0x5D55 2 Date of maximum Phi In / Vn - DATETIME
23895 0x5D57 1 Minimum total harmonic distortion : THD I1 % / 100 U16
23896 0x5D58 2 Date of last minimum THD I1 - DATETIME
23898 0x5D5A 1 Minimum total harmonic distortion : THD I2 % / 100 U16
23899 0x5D5B 2 Date of last minimum THD I2 - DATETIME
23901 0x5D5D 1 Minimum total harmonic distortion : THD I3 % / 100 U16
23902 0x5D5E 2 Date of last minimum THD I3 - DATETIME
23904 0x5D60 1 Minimum total harmonic distortion : THD In % / 100 U16
23905 0x5D61 2 Date of last minimum THD In - DATETIME
23907 0x5D63 1 Minimum Inba % / 100 U16
23908 0x5D64 2 Date of minimum Inba - DATETIME
23910 0x5D66 1 Minimum Inb % / 100 U16
23911 0x5D67 2 Date of minimum Inb - DATETIME
23913 0x5D69 1 Minimum Phi I1 / V1 ° 10⁻² S16
23914 0x5D6A 2 Date of minimum Phi I1 / V1 - DATETIME
23916 0x5D6C 1 Minimum Phi I2 / V2 ° 10⁻² S16
23917 0x5D6D 2 Date of minimum Phi I2 / V2 - DATETIME
23919 0x5D6F 1 Minimum Phi I3 / V3 ° 10⁻² S16
23920 0x5D70 2 Date of minimum Phi I3 / V3 - DATETIME
23922 0x5D72 1 Minimum Phi In / Vn - / 100 S16
23923 0x5D73 2 Date of minimum Phi In / Vn - DATETIME
23925 0x5D75 1 Maximum total harmonic distortion : THD Isys % / 100 U16
23926 0x5D76 2 Date of last maximum THD Isys - DATETIME
23928 0x5D78 1 Maximum crest factor I1 - / 1000 U16
23929 0x5D79 2 Date of maximum crest factor I1 - DATETIME
23931 0x5D7B 1 Maximum crest factor I2 - / 1000 U16
23932 0x5D7C 2 Date of maximum crest factor I2 - DATETIME
23934 0x5D7E 1 Maximum crest factor I3 - / 1000 U16
23935 0x5D7F 2 Date of maximum crest factor I3 - DATETIME
23937 0x5D81 1 Maximum crest factor In - / 1000 U16
23938 0x5D82 2 Date of maximum crest factor In - DATETIME
23940 0x5D84 1 Minimum crest factor I1 - / 1000 U16
23941 0x5D85 2 Date of minimum crest factor I1 - DATETIME
23943 0x5D87 1 Minimum crest factor I2 - / 1000 U16
23944 0x5D88 2 Date of minimum crest factor I2 - DATETIME
23946 0x5D8A 1 Minimum crest factor I3 - / 1000 U16
23947 0x5D8B 2 Date of minimum crest factor I3 - DATETIME
23949 0x5D8D 1 Minimum crest factor In - / 1000 U16
23950 0x5D8E 2 Date of minimum crest factor In - DATETIME
23952 0x5D90 1 Minimum total harmonic distortion : THD Isys % / 100 U16
23953 0x5D91 2 Date of last minimum THD Isys - DATETIME
23955 0x5D93 1 Maximum total demand distortion : TDD I1 % / 100 U16
23956 0x5D94 2 Date of last maximum TDD I1 - DATETIME
23958 0x5D96 1 Maximum total demand distortion : TDD I2 % / 100 U16
23959 0x5D97 2 Date of last maximum TDD I2 - DATETIME
23961 0x5D99 1 Maximum total demand distortion : TDD I3 % / 100 U16
23962 0x5D9A 2 Date of last maximum TDD I3 - DATETIME
23964 0x5D9C 1 Maximum total demand distortion : TDD In % / 100 U16
23965 0x5D9D 2 Date of last maximum TDD In - DATETIME
23967 0x5D9F 1 Maximum total demand distortion : TDD Isys % / 100 U16
23968 0x5DA0 2 Date of last maximum TDD Isys - DATETIME
23970 0x5DA2 1 Minimum total demand distortion : TDD I1 % / 100 U16
23971 0x5DA3 2 Date of last minimum TDD I1 - DATETIME
23973 0x5DA5 1 Minimum total demand distortion : TDD I2 % / 100 U16
23974 0x5DA6 2 Date of last minimum TDD I2 - DATETIME
23976 0x5DA8 1 Minimum total demand distortion : TDD I3 % / 100 U16
23977 0x5DA9 2 Date of last minimum TDD I3 - DATETIME
23979 0x5DAB 1 Minimum total demand distortion : TDD In % / 100 U16
23980 0x5DAC 2 Date of last minimum TDD In - DATETIME
23982 0x5DAE 1 Minimum total demand distortion : TDD Isys % / 100 U16
23983 0x5DAF 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23988 0x5DB4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23988 0x5DB4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
23989 0x5DB5 1 Maximum total harmonic distortion : THD I1 % / 100 U16
23990 0x5DB6 2 Date of last maximum THD I1 - DATETIME
23992 0x5DB8 1 Maximum total harmonic distortion : THD I2 % / 100 U16
23993 0x5DB9 2 Date of last maximum THD I2 - DATETIME
23995 0x5DBB 1 Maximum total harmonic distortion : THD I3 % / 100 U16
23996 0x5DBC 2 Date of last maximum THD I3 - DATETIME
23998 0x5DBE 1 Maximum total harmonic distortion : THD In % / 100 U16
23999 0x5DBF 2 Date of last maximum THD In - DATETIME
24001 0x5DC1 1 Maximum Inba % / 100 U16
24002 0x5DC2 2 Date of maximum Inba - DATETIME
24004 0x5DC4 1 Maximum Inb % / 100 U16
24005 0x5DC5 2 Date of maximum Inb - DATETIME
24007 0x5DC7 1 Maximum Phi I1 / V1 ° 10⁻² S16
24008 0x5DC8 2 Date of maximum Phi I1 / V1 - DATETIME
24010 0x5DCA 1 Maximum Phi I2 / V2 ° 10⁻² S16
24011 0x5DCB 2 Date of maximum Phi I2 / V2 - DATETIME
24013 0x5DCD 1 Maximum Phi I3 / V3 ° 10⁻² S16
24014 0x5DCE 2 Date of maximum Phi I3 / V3 - DATETIME
24016 0x5DD0 1 Maximum Phi In / Vn - / 100 S16
24017 0x5DD1 2 Date of maximum Phi In / Vn - DATETIME
24019 0x5DD3 1 Minimum total harmonic distortion : THD I1 % / 100 U16
24020 0x5DD4 2 Date of last minimum THD I1 - DATETIME
24022 0x5DD6 1 Minimum total harmonic distortion : THD I2 % / 100 U16
24023 0x5DD7 2 Date of last minimum THD I2 - DATETIME
24025 0x5DD9 1 Minimum total harmonic distortion : THD I3 % / 100 U16
24026 0x5DDA 2 Date of last minimum THD I3 - DATETIME
24028 0x5DDC 1 Minimum total harmonic distortion : THD In % / 100 U16
24029 0x5DDD 2 Date of last minimum THD In - DATETIME
24031 0x5DDF 1 Minimum Inba % / 100 U16
24032 0x5DE0 2 Date of minimum Inba - DATETIME
24034 0x5DE2 1 Minimum Inb % / 100 U16
24035 0x5DE3 2 Date of minimum Inb - DATETIME
24037 0x5DE5 1 Minimum Phi I1 / V1 ° 10⁻² S16
24038 0x5DE6 2 Date of minimum Phi I1 / V1 - DATETIME
24040 0x5DE8 1 Minimum Phi I2 / V2 ° 10⁻² S16
24041 0x5DE9 2 Date of minimum Phi I2 / V2 - DATETIME
24043 0x5DEB 1 Minimum Phi I3 / V3 ° 10⁻² S16
24044 0x5DEC 2 Date of minimum Phi I3 / V3 - DATETIME
24046 0x5DEE 1 Minimum Phi In / Vn - / 100 S16
24047 0x5DEF 2 Date of minimum Phi In / Vn - DATETIME
24049 0x5DF1 1 Maximum total harmonic distortion : THD Isys % / 100 U16
24050 0x5DF2 2 Date of last maximum THD Isys - DATETIME
24052 0x5DF4 1 Maximum crest factor I1 - / 1000 U16
24053 0x5DF5 2 Date of maximum crest factor I1 - DATETIME
24055 0x5DF7 1 Maximum crest factor I2 - / 1000 U16
24056 0x5DF8 2 Date of maximum crest factor I2 - DATETIME
24058 0x5DFA 1 Maximum crest factor I3 - / 1000 U16
24059 0x5DFB 2 Date of maximum crest factor I3 - DATETIME
24061 0x5DFD 1 Maximum crest factor In - / 1000 U16
24062 0x5DFE 2 Date of maximum crest factor In - DATETIME
24064 0x5E00 1 Minimum crest factor I1 - / 1000 U16
24065 0x5E01 2 Date of minimum crest factor I1 - DATETIME
24067 0x5E03 1 Minimum crest factor I2 - / 1000 U16
24068 0x5E04 2 Date of minimum crest factor I2 - DATETIME
24070 0x5E06 1 Minimum crest factor I3 - / 1000 U16
24071 0x5E07 2 Date of minimum crest factor I3 - DATETIME
24073 0x5E09 1 Minimum crest factor In - / 1000 U16
24074 0x5E0A 2 Date of minimum crest factor In - DATETIME
24076 0x5E0C 1 Minimum total harmonic distortion : THD Isys % / 100 U16
24077 0x5E0D 2 Date of last minimum THD Isys - DATETIME
24079 0x5E0F 1 Maximum total demand distortion : TDD I1 % / 100 U16
24080 0x5E10 2 Date of last maximum TDD I1 - DATETIME
24082 0x5E12 1 Maximum total demand distortion : TDD I2 % / 100 U16
24083 0x5E13 2 Date of last maximum TDD I2 - DATETIME
24085 0x5E15 1 Maximum total demand distortion : TDD I3 % / 100 U16
24086 0x5E16 2 Date of last maximum TDD I3 - DATETIME
24088 0x5E18 1 Maximum total demand distortion : TDD In % / 100 U16
24089 0x5E19 2 Date of last maximum TDD In - DATETIME
24091 0x5E1B 1 Maximum total demand distortion : TDD Isys % / 100 U16
24092 0x5E1C 2 Date of last maximum TDD Isys - DATETIME
24094 0x5E1E 1 Minimum total demand distortion : TDD I1 % / 100 U16
24095 0x5E1F 2 Date of last minimum TDD I1 - DATETIME
24097 0x5E21 1 Minimum total demand distortion : TDD I2 % / 100 U16
24098 0x5E22 2 Date of last minimum TDD I2 - DATETIME
24100 0x5E24 1 Minimum total demand distortion : TDD I3 % / 100 U16
24101 0x5E25 2 Date of last minimum TDD I3 - DATETIME
24103 0x5E27 1 Minimum total demand distortion : TDD In % / 100 U16
24104 0x5E28 2 Date of last minimum TDD In - DATETIME
24106 0x5E2A 1 Minimum total demand distortion : TDD Isys % / 100 U16
24107 0x5E2B 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24112 0x5E30 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24112 0x5E30 1 Load status :
0 : Disabled
1 : Enabled		 - U8
24113 0x5E31 1 Maximum total harmonic distortion : THD I1 % / 100 U16
24114 0x5E32 2 Date of last maximum THD I1 - DATETIME
24116 0x5E34 1 Maximum total harmonic distortion : THD I2 % / 100 U16
24117 0x5E35 2 Date of last maximum THD I2 - DATETIME
24119 0x5E37 1 Maximum total harmonic distortion : THD I3 % / 100 U16
24120 0x5E38 2 Date of last maximum THD I3 - DATETIME
24122 0x5E3A 1 Maximum total harmonic distortion : THD In % / 100 U16
24123 0x5E3B 2 Date of last maximum THD In - DATETIME
24125 0x5E3D 1 Maximum Inba % / 100 U16
24126 0x5E3E 2 Date of maximum Inba - DATETIME
24128 0x5E40 1 Maximum Inb % / 100 U16
24129 0x5E41 2 Date of maximum Inb - DATETIME
24131 0x5E43 1 Maximum Phi I1 / V1 ° 10⁻² S16
24132 0x5E44 2 Date of maximum Phi I1 / V1 - DATETIME
24134 0x5E46 1 Maximum Phi I2 / V2 ° 10⁻² S16
24135 0x5E47 2 Date of maximum Phi I2 / V2 - DATETIME
24137 0x5E49 1 Maximum Phi I3 / V3 ° 10⁻² S16
24138 0x5E4A 2 Date of maximum Phi I3 / V3 - DATETIME
24140 0x5E4C 1 Maximum Phi In / Vn - / 100 S16
24141 0x5E4D 2 Date of maximum Phi In / Vn - DATETIME
24143 0x5E4F 1 Minimum total harmonic distortion : THD I1 % / 100 U16
24144 0x5E50 2 Date of last minimum THD I1 - DATETIME
24146 0x5E52 1 Minimum total harmonic distortion : THD I2 % / 100 U16
24147 0x5E53 2 Date of last minimum THD I2 - DATETIME
24149 0x5E55 1 Minimum total harmonic distortion : THD I3 % / 100 U16
24150 0x5E56 2 Date of last minimum THD I3 - DATETIME
24152 0x5E58 1 Minimum total harmonic distortion : THD In % / 100 U16
24153 0x5E59 2 Date of last minimum THD In - DATETIME
24155 0x5E5B 1 Minimum Inba % / 100 U16
24156 0x5E5C 2 Date of minimum Inba - DATETIME
24158 0x5E5E 1 Minimum Inb % / 100 U16
24159 0x5E5F 2 Date of minimum Inb - DATETIME
24161 0x5E61 1 Minimum Phi I1 / V1 ° 10⁻² S16
24162 0x5E62 2 Date of minimum Phi I1 / V1 - DATETIME
24164 0x5E64 1 Minimum Phi I2 / V2 ° 10⁻² S16
24165 0x5E65 2 Date of minimum Phi I2 / V2 - DATETIME
24167 0x5E67 1 Minimum Phi I3 / V3 ° 10⁻² S16
24168 0x5E68 2 Date of minimum Phi I3 / V3 - DATETIME
24170 0x5E6A 1 Minimum Phi In / Vn - / 100 S16
24171 0x5E6B 2 Date of minimum Phi In / Vn - DATETIME
24173 0x5E6D 1 Maximum total harmonic distortion : THD Isys % / 100 U16
24174 0x5E6E 2 Date of last maximum THD Isys - DATETIME
24176 0x5E70 1 Maximum crest factor I1 - / 1000 U16
24177 0x5E71 2 Date of maximum crest factor I1 - DATETIME
24179 0x5E73 1 Maximum crest factor I2 - / 1000 U16
24180 0x5E74 2 Date of maximum crest factor I2 - DATETIME
24182 0x5E76 1 Maximum crest factor I3 - / 1000 U16
24183 0x5E77 2 Date of maximum crest factor I3 - DATETIME
24185 0x5E79 1 Maximum crest factor In - / 1000 U16
24186 0x5E7A 2 Date of maximum crest factor In - DATETIME
24188 0x5E7C 1 Minimum crest factor I1 - / 1000 U16
24189 0x5E7D 2 Date of minimum crest factor I1 - DATETIME
24191 0x5E7F 1 Minimum crest factor I2 - / 1000 U16
24192 0x5E80 2 Date of minimum crest factor I2 - DATETIME
24194 0x5E82 1 Minimum crest factor I3 - / 1000 U16
24195 0x5E83 2 Date of minimum crest factor I3 - DATETIME
24197 0x5E85 1 Minimum crest factor In - / 1000 U16
24198 0x5E86 2 Date of minimum crest factor In - DATETIME
24200 0x5E88 1 Minimum total harmonic distortion : THD Isys % / 100 U16
24201 0x5E89 2 Date of last minimum THD Isys - DATETIME
24203 0x5E8B 1 Maximum total demand distortion : TDD I1 % / 100 U16
24204 0x5E8C 2 Date of last maximum TDD I1 - DATETIME
24206 0x5E8E 1 Maximum total demand distortion : TDD I2 % / 100 U16
24207 0x5E8F 2 Date of last maximum TDD I2 - DATETIME
24209 0x5E91 1 Maximum total demand distortion : TDD I3 % / 100 U16
24210 0x5E92 2 Date of last maximum TDD I3 - DATETIME
24212 0x5E94 1 Maximum total demand distortion : TDD In % / 100 U16
24213 0x5E95 2 Date of last maximum TDD In - DATETIME
24215 0x5E97 1 Maximum total demand distortion : TDD Isys % / 100 U16
24216 0x5E98 2 Date of last maximum TDD Isys - DATETIME
24218 0x5E9A 1 Minimum total demand distortion : TDD I1 % / 100 U16
24219 0x5E9B 2 Date of last minimum TDD I1 - DATETIME
24221 0x5E9D 1 Minimum total demand distortion : TDD I2 % / 100 U16
24222 0x5E9E 2 Date of last minimum TDD I2 - DATETIME
24224 0x5EA0 1 Minimum total demand distortion : TDD I3 % / 100 U16
24225 0x5EA1 2 Date of last minimum TDD I3 - DATETIME
24227 0x5EA3 1 Minimum total demand distortion : TDD In % / 100 U16
24228 0x5EA4 2 Date of last minimum TDD In - DATETIME
24230 0x5EA6 1 Minimum total demand distortion : TDD Isys % / 100 U16
24231 0x5EA7 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24236 0x5EAC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24236 0x5EAC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
24237 0x5EAD 1 Maximum total harmonic distortion : THD I1 % / 100 U16
24238 0x5EAE 2 Date of last maximum THD I1 - DATETIME
24240 0x5EB0 1 Maximum total harmonic distortion : THD I2 % / 100 U16
24241 0x5EB1 2 Date of last maximum THD I2 - DATETIME
24243 0x5EB3 1 Maximum total harmonic distortion : THD I3 % / 100 U16
24244 0x5EB4 2 Date of last maximum THD I3 - DATETIME
24246 0x5EB6 1 Maximum total harmonic distortion : THD In % / 100 U16
24247 0x5EB7 2 Date of last maximum THD In - DATETIME
24249 0x5EB9 1 Maximum Inba % / 100 U16
24250 0x5EBA 2 Date of maximum Inba - DATETIME
24252 0x5EBC 1 Maximum Inb % / 100 U16
24253 0x5EBD 2 Date of maximum Inb - DATETIME
24255 0x5EBF 1 Maximum Phi I1 / V1 ° 10⁻² S16
24256 0x5EC0 2 Date of maximum Phi I1 / V1 - DATETIME
24258 0x5EC2 1 Maximum Phi I2 / V2 ° 10⁻² S16
24259 0x5EC3 2 Date of maximum Phi I2 / V2 - DATETIME
24261 0x5EC5 1 Maximum Phi I3 / V3 ° 10⁻² S16
24262 0x5EC6 2 Date of maximum Phi I3 / V3 - DATETIME
24264 0x5EC8 1 Maximum Phi In / Vn - / 100 S16
24265 0x5EC9 2 Date of maximum Phi In / Vn - DATETIME
24267 0x5ECB 1 Minimum total harmonic distortion : THD I1 % / 100 U16
24268 0x5ECC 2 Date of last minimum THD I1 - DATETIME
24270 0x5ECE 1 Minimum total harmonic distortion : THD I2 % / 100 U16
24271 0x5ECF 2 Date of last minimum THD I2 - DATETIME
24273 0x5ED1 1 Minimum total harmonic distortion : THD I3 % / 100 U16
24274 0x5ED2 2 Date of last minimum THD I3 - DATETIME
24276 0x5ED4 1 Minimum total harmonic distortion : THD In % / 100 U16
24277 0x5ED5 2 Date of last minimum THD In - DATETIME
24279 0x5ED7 1 Minimum Inba % / 100 U16
24280 0x5ED8 2 Date of minimum Inba - DATETIME
24282 0x5EDA 1 Minimum Inb % / 100 U16
24283 0x5EDB 2 Date of minimum Inb - DATETIME
24285 0x5EDD 1 Minimum Phi I1 / V1 ° 10⁻² S16
24286 0x5EDE 2 Date of minimum Phi I1 / V1 - DATETIME
24288 0x5EE0 1 Minimum Phi I2 / V2 ° 10⁻² S16
24289 0x5EE1 2 Date of minimum Phi I2 / V2 - DATETIME
24291 0x5EE3 1 Minimum Phi I3 / V3 ° 10⁻² S16
24292 0x5EE4 2 Date of minimum Phi I3 / V3 - DATETIME
24294 0x5EE6 1 Minimum Phi In / Vn - / 100 S16
24295 0x5EE7 2 Date of minimum Phi In / Vn - DATETIME
24297 0x5EE9 1 Maximum total harmonic distortion : THD Isys % / 100 U16
24298 0x5EEA 2 Date of last maximum THD Isys - DATETIME
24300 0x5EEC 1 Maximum crest factor I1 - / 1000 U16
24301 0x5EED 2 Date of maximum crest factor I1 - DATETIME
24303 0x5EEF 1 Maximum crest factor I2 - / 1000 U16
24304 0x5EF0 2 Date of maximum crest factor I2 - DATETIME
24306 0x5EF2 1 Maximum crest factor I3 - / 1000 U16
24307 0x5EF3 2 Date of maximum crest factor I3 - DATETIME
24309 0x5EF5 1 Maximum crest factor In - / 1000 U16
24310 0x5EF6 2 Date of maximum crest factor In - DATETIME
24312 0x5EF8 1 Minimum crest factor I1 - / 1000 U16
24313 0x5EF9 2 Date of minimum crest factor I1 - DATETIME
24315 0x5EFB 1 Minimum crest factor I2 - / 1000 U16
24316 0x5EFC 2 Date of minimum crest factor I2 - DATETIME
24318 0x5EFE 1 Minimum crest factor I3 - / 1000 U16
24319 0x5EFF 2 Date of minimum crest factor I3 - DATETIME
24321 0x5F01 1 Minimum crest factor In - / 1000 U16
24322 0x5F02 2 Date of minimum crest factor In - DATETIME
24324 0x5F04 1 Minimum total harmonic distortion : THD Isys % / 100 U16
24325 0x5F05 2 Date of last minimum THD Isys - DATETIME
24327 0x5F07 1 Maximum total demand distortion : TDD I1 % / 100 U16
24328 0x5F08 2 Date of last maximum TDD I1 - DATETIME
24330 0x5F0A 1 Maximum total demand distortion : TDD I2 % / 100 U16
24331 0x5F0B 2 Date of last maximum TDD I2 - DATETIME
24333 0x5F0D 1 Maximum total demand distortion : TDD I3 % / 100 U16
24334 0x5F0E 2 Date of last maximum TDD I3 - DATETIME
24336 0x5F10 1 Maximum total demand distortion : TDD In % / 100 U16
24337 0x5F11 2 Date of last maximum TDD In - DATETIME
24339 0x5F13 1 Maximum total demand distortion : TDD Isys % / 100 U16
24340 0x5F14 2 Date of last maximum TDD Isys - DATETIME
24342 0x5F16 1 Minimum total demand distortion : TDD I1 % / 100 U16
24343 0x5F17 2 Date of last minimum TDD I1 - DATETIME
24345 0x5F19 1 Minimum total demand distortion : TDD I2 % / 100 U16
24346 0x5F1A 2 Date of last minimum TDD I2 - DATETIME
24348 0x5F1C 1 Minimum total demand distortion : TDD I3 % / 100 U16
24349 0x5F1D 2 Date of last minimum TDD I3 - DATETIME
24351 0x5F1F 1 Minimum total demand distortion : TDD In % / 100 U16
24352 0x5F20 2 Date of last minimum TDD In - DATETIME
24354 0x5F22 1 Minimum total demand distortion : TDD Isys % / 100 U16
24355 0x5F23 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #7
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24360 0x5F28 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24360 0x5F28 1 Load status :
0 : Disabled
1 : Enabled		 - U8
24361 0x5F29 1 Maximum total harmonic distortion : THD I1 % / 100 U16
24362 0x5F2A 2 Date of last maximum THD I1 - DATETIME
24364 0x5F2C 1 Maximum total harmonic distortion : THD I2 % / 100 U16
24365 0x5F2D 2 Date of last maximum THD I2 - DATETIME
24367 0x5F2F 1 Maximum total harmonic distortion : THD I3 % / 100 U16
24368 0x5F30 2 Date of last maximum THD I3 - DATETIME
24370 0x5F32 1 Maximum total harmonic distortion : THD In % / 100 U16
24371 0x5F33 2 Date of last maximum THD In - DATETIME
24373 0x5F35 1 Maximum Inba % / 100 U16
24374 0x5F36 2 Date of maximum Inba - DATETIME
24376 0x5F38 1 Maximum Inb % / 100 U16
24377 0x5F39 2 Date of maximum Inb - DATETIME
24379 0x5F3B 1 Maximum Phi I1 / V1 ° 10⁻² S16
24380 0x5F3C 2 Date of maximum Phi I1 / V1 - DATETIME
24382 0x5F3E 1 Maximum Phi I2 / V2 ° 10⁻² S16
24383 0x5F3F 2 Date of maximum Phi I2 / V2 - DATETIME
24385 0x5F41 1 Maximum Phi I3 / V3 ° 10⁻² S16
24386 0x5F42 2 Date of maximum Phi I3 / V3 - DATETIME
24388 0x5F44 1 Maximum Phi In / Vn - / 100 S16
24389 0x5F45 2 Date of maximum Phi In / Vn - DATETIME
24391 0x5F47 1 Minimum total harmonic distortion : THD I1 % / 100 U16
24392 0x5F48 2 Date of last minimum THD I1 - DATETIME
24394 0x5F4A 1 Minimum total harmonic distortion : THD I2 % / 100 U16
24395 0x5F4B 2 Date of last minimum THD I2 - DATETIME
24397 0x5F4D 1 Minimum total harmonic distortion : THD I3 % / 100 U16
24398 0x5F4E 2 Date of last minimum THD I3 - DATETIME
24400 0x5F50 1 Minimum total harmonic distortion : THD In % / 100 U16
24401 0x5F51 2 Date of last minimum THD In - DATETIME
24403 0x5F53 1 Minimum Inba % / 100 U16
24404 0x5F54 2 Date of minimum Inba - DATETIME
24406 0x5F56 1 Minimum Inb % / 100 U16
24407 0x5F57 2 Date of minimum Inb - DATETIME
24409 0x5F59 1 Minimum Phi I1 / V1 ° 10⁻² S16
24410 0x5F5A 2 Date of minimum Phi I1 / V1 - DATETIME
24412 0x5F5C 1 Minimum Phi I2 / V2 ° 10⁻² S16
24413 0x5F5D 2 Date of minimum Phi I2 / V2 - DATETIME
24415 0x5F5F 1 Minimum Phi I3 / V3 ° 10⁻² S16
24416 0x5F60 2 Date of minimum Phi I3 / V3 - DATETIME
24418 0x5F62 1 Minimum Phi In / Vn - / 100 S16
24419 0x5F63 2 Date of minimum Phi In / Vn - DATETIME
24421 0x5F65 1 Maximum total harmonic distortion : THD Isys % / 100 U16
24422 0x5F66 2 Date of last maximum THD Isys - DATETIME
24424 0x5F68 1 Maximum crest factor I1 - / 1000 U16
24425 0x5F69 2 Date of maximum crest factor I1 - DATETIME
24427 0x5F6B 1 Maximum crest factor I2 - / 1000 U16
24428 0x5F6C 2 Date of maximum crest factor I2 - DATETIME
24430 0x5F6E 1 Maximum crest factor I3 - / 1000 U16
24431 0x5F6F 2 Date of maximum crest factor I3 - DATETIME
24433 0x5F71 1 Maximum crest factor In - / 1000 U16
24434 0x5F72 2 Date of maximum crest factor In - DATETIME
24436 0x5F74 1 Minimum crest factor I1 - / 1000 U16
24437 0x5F75 2 Date of minimum crest factor I1 - DATETIME
24439 0x5F77 1 Minimum crest factor I2 - / 1000 U16
24440 0x5F78 2 Date of minimum crest factor I2 - DATETIME
24442 0x5F7A 1 Minimum crest factor I3 - / 1000 U16
24443 0x5F7B 2 Date of minimum crest factor I3 - DATETIME
24445 0x5F7D 1 Minimum crest factor In - / 1000 U16
24446 0x5F7E 2 Date of minimum crest factor In - DATETIME
24448 0x5F80 1 Minimum total harmonic distortion : THD Isys % / 100 U16
24449 0x5F81 2 Date of last minimum THD Isys - DATETIME
24451 0x5F83 1 Maximum total demand distortion : TDD I1 % / 100 U16
24452 0x5F84 2 Date of last maximum TDD I1 - DATETIME
24454 0x5F86 1 Maximum total demand distortion : TDD I2 % / 100 U16
24455 0x5F87 2 Date of last maximum TDD I2 - DATETIME
24457 0x5F89 1 Maximum total demand distortion : TDD I3 % / 100 U16
24458 0x5F8A 2 Date of last maximum TDD I3 - DATETIME
24460 0x5F8C 1 Maximum total demand distortion : TDD In % / 100 U16
24461 0x5F8D 2 Date of last maximum TDD In - DATETIME
24463 0x5F8F 1 Maximum total demand distortion : TDD Isys % / 100 U16
24464 0x5F90 2 Date of last maximum TDD Isys - DATETIME
24466 0x5F92 1 Minimum total demand distortion : TDD I1 % / 100 U16
24467 0x5F93 2 Date of last minimum TDD I1 - DATETIME
24469 0x5F95 1 Minimum total demand distortion : TDD I2 % / 100 U16
24470 0x5F96 2 Date of last minimum TDD I2 - DATETIME
24472 0x5F98 1 Minimum total demand distortion : TDD I3 % / 100 U16
24473 0x5F99 2 Date of last minimum TDD I3 - DATETIME
24475 0x5F9B 1 Minimum total demand distortion : TDD In % / 100 U16
24476 0x5F9C 2 Date of last minimum TDD In - DATETIME
24478 0x5F9E 1 Minimum total demand distortion : TDD Isys % / 100 U16
24479 0x5F9F 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #8
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24484 0x5FA4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24484 0x5FA4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
24485 0x5FA5 1 Maximum total harmonic distortion : THD I1 % / 100 U16
24486 0x5FA6 2 Date of last maximum THD I1 - DATETIME
24488 0x5FA8 1 Maximum total harmonic distortion : THD I2 % / 100 U16
24489 0x5FA9 2 Date of last maximum THD I2 - DATETIME
24491 0x5FAB 1 Maximum total harmonic distortion : THD I3 % / 100 U16
24492 0x5FAC 2 Date of last maximum THD I3 - DATETIME
24494 0x5FAE 1 Maximum total harmonic distortion : THD In % / 100 U16
24495 0x5FAF 2 Date of last maximum THD In - DATETIME
24497 0x5FB1 1 Maximum Inba % / 100 U16
24498 0x5FB2 2 Date of maximum Inba - DATETIME
24500 0x5FB4 1 Maximum Inb % / 100 U16
24501 0x5FB5 2 Date of maximum Inb - DATETIME
24503 0x5FB7 1 Maximum Phi I1 / V1 ° 10⁻² S16
24504 0x5FB8 2 Date of maximum Phi I1 / V1 - DATETIME
24506 0x5FBA 1 Maximum Phi I2 / V2 ° 10⁻² S16
24507 0x5FBB 2 Date of maximum Phi I2 / V2 - DATETIME
24509 0x5FBD 1 Maximum Phi I3 / V3 ° 10⁻² S16
24510 0x5FBE 2 Date of maximum Phi I3 / V3 - DATETIME
24512 0x5FC0 1 Maximum Phi In / Vn - / 100 S16
24513 0x5FC1 2 Date of maximum Phi In / Vn - DATETIME
24515 0x5FC3 1 Minimum total harmonic distortion : THD I1 % / 100 U16
24516 0x5FC4 2 Date of last minimum THD I1 - DATETIME
24518 0x5FC6 1 Minimum total harmonic distortion : THD I2 % / 100 U16
24519 0x5FC7 2 Date of last minimum THD I2 - DATETIME
24521 0x5FC9 1 Minimum total harmonic distortion : THD I3 % / 100 U16
24522 0x5FCA 2 Date of last minimum THD I3 - DATETIME
24524 0x5FCC 1 Minimum total harmonic distortion : THD In % / 100 U16
24525 0x5FCD 2 Date of last minimum THD In - DATETIME
24527 0x5FCF 1 Minimum Inba % / 100 U16
24528 0x5FD0 2 Date of minimum Inba - DATETIME
24530 0x5FD2 1 Minimum Inb % / 100 U16
24531 0x5FD3 2 Date of minimum Inb - DATETIME
24533 0x5FD5 1 Minimum Phi I1 / V1 ° 10⁻² S16
24534 0x5FD6 2 Date of minimum Phi I1 / V1 - DATETIME
24536 0x5FD8 1 Minimum Phi I2 / V2 ° 10⁻² S16
24537 0x5FD9 2 Date of minimum Phi I2 / V2 - DATETIME
24539 0x5FDB 1 Minimum Phi I3 / V3 ° 10⁻² S16
24540 0x5FDC 2 Date of minimum Phi I3 / V3 - DATETIME
24542 0x5FDE 1 Minimum Phi In / Vn - / 100 S16
24543 0x5FDF 2 Date of minimum Phi In / Vn - DATETIME
24545 0x5FE1 1 Maximum total harmonic distortion : THD Isys % / 100 U16
24546 0x5FE2 2 Date of last maximum THD Isys - DATETIME
24548 0x5FE4 1 Maximum crest factor I1 - / 1000 U16
24549 0x5FE5 2 Date of maximum crest factor I1 - DATETIME
24551 0x5FE7 1 Maximum crest factor I2 - / 1000 U16
24552 0x5FE8 2 Date of maximum crest factor I2 - DATETIME
24554 0x5FEA 1 Maximum crest factor I3 - / 1000 U16
24555 0x5FEB 2 Date of maximum crest factor I3 - DATETIME
24557 0x5FED 1 Maximum crest factor In - / 1000 U16
24558 0x5FEE 2 Date of maximum crest factor In - DATETIME
24560 0x5FF0 1 Minimum crest factor I1 - / 1000 U16
24561 0x5FF1 2 Date of minimum crest factor I1 - DATETIME
24563 0x5FF3 1 Minimum crest factor I2 - / 1000 U16
24564 0x5FF4 2 Date of minimum crest factor I2 - DATETIME
24566 0x5FF6 1 Minimum crest factor I3 - / 1000 U16
24567 0x5FF7 2 Date of minimum crest factor I3 - DATETIME
24569 0x5FF9 1 Minimum crest factor In - / 1000 U16
24570 0x5FFA 2 Date of minimum crest factor In - DATETIME
24572 0x5FFC 1 Minimum total harmonic distortion : THD Isys % / 100 U16
24573 0x5FFD 2 Date of last minimum THD Isys - DATETIME
24575 0x5FFF 1 Maximum total demand distortion : TDD I1 % / 100 U16
24576 0x6000 2 Date of last maximum TDD I1 - DATETIME
24578 0x6002 1 Maximum total demand distortion : TDD I2 % / 100 U16
24579 0x6003 2 Date of last maximum TDD I2 - DATETIME
24581 0x6005 1 Maximum total demand distortion : TDD I3 % / 100 U16
24582 0x6006 2 Date of last maximum TDD I3 - DATETIME
24584 0x6008 1 Maximum total demand distortion : TDD In % / 100 U16
24585 0x6009 2 Date of last maximum TDD In - DATETIME
24587 0x600B 1 Maximum total demand distortion : TDD Isys % / 100 U16
24588 0x600C 2 Date of last maximum TDD Isys - DATETIME
24590 0x600E 1 Minimum total demand distortion : TDD I1 % / 100 U16
24591 0x600F 2 Date of last minimum TDD I1 - DATETIME
24593 0x6011 1 Minimum total demand distortion : TDD I2 % / 100 U16
24594 0x6012 2 Date of last minimum TDD I2 - DATETIME
24596 0x6014 1 Minimum total demand distortion : TDD I3 % / 100 U16
24597 0x6015 2 Date of last minimum TDD I3 - DATETIME
24599 0x6017 1 Minimum total demand distortion : TDD In % / 100 U16
24600 0x6018 2 Date of last minimum TDD In - DATETIME
24602 0x601A 1 Minimum total demand distortion : TDD Isys % / 100 U16
24603 0x601B 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #9
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24608 0x6020 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24608 0x6020 1 Load status :
0 : Disabled
1 : Enabled		 - U8
24609 0x6021 1 Maximum total harmonic distortion : THD I1 % / 100 U16
24610 0x6022 2 Date of last maximum THD I1 - DATETIME
24612 0x6024 1 Maximum total harmonic distortion : THD I2 % / 100 U16
24613 0x6025 2 Date of last maximum THD I2 - DATETIME
24615 0x6027 1 Maximum total harmonic distortion : THD I3 % / 100 U16
24616 0x6028 2 Date of last maximum THD I3 - DATETIME
24618 0x602A 1 Maximum total harmonic distortion : THD In % / 100 U16
24619 0x602B 2 Date of last maximum THD In - DATETIME
24621 0x602D 1 Maximum Inba % / 100 U16
24622 0x602E 2 Date of maximum Inba - DATETIME
24624 0x6030 1 Maximum Inb % / 100 U16
24625 0x6031 2 Date of maximum Inb - DATETIME
24627 0x6033 1 Maximum Phi I1 / V1 ° 10⁻² S16
24628 0x6034 2 Date of maximum Phi I1 / V1 - DATETIME
24630 0x6036 1 Maximum Phi I2 / V2 ° 10⁻² S16
24631 0x6037 2 Date of maximum Phi I2 / V2 - DATETIME
24633 0x6039 1 Maximum Phi I3 / V3 ° 10⁻² S16
24634 0x603A 2 Date of maximum Phi I3 / V3 - DATETIME
24636 0x603C 1 Maximum Phi In / Vn - / 100 S16
24637 0x603D 2 Date of maximum Phi In / Vn - DATETIME
24639 0x603F 1 Minimum total harmonic distortion : THD I1 % / 100 U16
24640 0x6040 2 Date of last minimum THD I1 - DATETIME
24642 0x6042 1 Minimum total harmonic distortion : THD I2 % / 100 U16
24643 0x6043 2 Date of last minimum THD I2 - DATETIME
24645 0x6045 1 Minimum total harmonic distortion : THD I3 % / 100 U16
24646 0x6046 2 Date of last minimum THD I3 - DATETIME
24648 0x6048 1 Minimum total harmonic distortion : THD In % / 100 U16
24649 0x6049 2 Date of last minimum THD In - DATETIME
24651 0x604B 1 Minimum Inba % / 100 U16
24652 0x604C 2 Date of minimum Inba - DATETIME
24654 0x604E 1 Minimum Inb % / 100 U16
24655 0x604F 2 Date of minimum Inb - DATETIME
24657 0x6051 1 Minimum Phi I1 / V1 ° 10⁻² S16
24658 0x6052 2 Date of minimum Phi I1 / V1 - DATETIME
24660 0x6054 1 Minimum Phi I2 / V2 ° 10⁻² S16
24661 0x6055 2 Date of minimum Phi I2 / V2 - DATETIME
24663 0x6057 1 Minimum Phi I3 / V3 ° 10⁻² S16
24664 0x6058 2 Date of minimum Phi I3 / V3 - DATETIME
24666 0x605A 1 Minimum Phi In / Vn - / 100 S16
24667 0x605B 2 Date of minimum Phi In / Vn - DATETIME
24669 0x605D 1 Maximum total harmonic distortion : THD Isys % / 100 U16
24670 0x605E 2 Date of last maximum THD Isys - DATETIME
24672 0x6060 1 Maximum crest factor I1 - / 1000 U16
24673 0x6061 2 Date of maximum crest factor I1 - DATETIME
24675 0x6063 1 Maximum crest factor I2 - / 1000 U16
24676 0x6064 2 Date of maximum crest factor I2 - DATETIME
24678 0x6066 1 Maximum crest factor I3 - / 1000 U16
24679 0x6067 2 Date of maximum crest factor I3 - DATETIME
24681 0x6069 1 Maximum crest factor In - / 1000 U16
24682 0x606A 2 Date of maximum crest factor In - DATETIME
24684 0x606C 1 Minimum crest factor I1 - / 1000 U16
24685 0x606D 2 Date of minimum crest factor I1 - DATETIME
24687 0x606F 1 Minimum crest factor I2 - / 1000 U16
24688 0x6070 2 Date of minimum crest factor I2 - DATETIME
24690 0x6072 1 Minimum crest factor I3 - / 1000 U16
24691 0x6073 2 Date of minimum crest factor I3 - DATETIME
24693 0x6075 1 Minimum crest factor In - / 1000 U16
24694 0x6076 2 Date of minimum crest factor In - DATETIME
24696 0x6078 1 Minimum total harmonic distortion : THD Isys % / 100 U16
24697 0x6079 2 Date of last minimum THD Isys - DATETIME
24699 0x607B 1 Maximum total demand distortion : TDD I1 % / 100 U16
24700 0x607C 2 Date of last maximum TDD I1 - DATETIME
24702 0x607E 1 Maximum total demand distortion : TDD I2 % / 100 U16
24703 0x607F 2 Date of last maximum TDD I2 - DATETIME
24705 0x6081 1 Maximum total demand distortion : TDD I3 % / 100 U16
24706 0x6082 2 Date of last maximum TDD I3 - DATETIME
24708 0x6084 1 Maximum total demand distortion : TDD In % / 100 U16
24709 0x6085 2 Date of last maximum TDD In - DATETIME
24711 0x6087 1 Maximum total demand distortion : TDD Isys % / 100 U16
24712 0x6088 2 Date of last maximum TDD Isys - DATETIME
24714 0x608A 1 Minimum total demand distortion : TDD I1 % / 100 U16
24715 0x608B 2 Date of last minimum TDD I1 - DATETIME
24717 0x608D 1 Minimum total demand distortion : TDD I2 % / 100 U16
24718 0x608E 2 Date of last minimum TDD I2 - DATETIME
24720 0x6090 1 Minimum total demand distortion : TDD I3 % / 100 U16
24721 0x6091 2 Date of last minimum TDD I3 - DATETIME
24723 0x6093 1 Minimum total demand distortion : TDD In % / 100 U16
24724 0x6094 2 Date of last minimum TDD In - DATETIME
24726 0x6096 1 Minimum total demand distortion : TDD Isys % / 100 U16
24727 0x6097 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #10
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24732 0x609C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24732 0x609C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
24733 0x609D 1 Maximum total harmonic distortion : THD I1 % / 100 U16
24734 0x609E 2 Date of last maximum THD I1 - DATETIME
24736 0x60A0 1 Maximum total harmonic distortion : THD I2 % / 100 U16
24737 0x60A1 2 Date of last maximum THD I2 - DATETIME
24739 0x60A3 1 Maximum total harmonic distortion : THD I3 % / 100 U16
24740 0x60A4 2 Date of last maximum THD I3 - DATETIME
24742 0x60A6 1 Maximum total harmonic distortion : THD In % / 100 U16
24743 0x60A7 2 Date of last maximum THD In - DATETIME
24745 0x60A9 1 Maximum Inba % / 100 U16
24746 0x60AA 2 Date of maximum Inba - DATETIME
24748 0x60AC 1 Maximum Inb % / 100 U16
24749 0x60AD 2 Date of maximum Inb - DATETIME
24751 0x60AF 1 Maximum Phi I1 / V1 ° 10⁻² S16
24752 0x60B0 2 Date of maximum Phi I1 / V1 - DATETIME
24754 0x60B2 1 Maximum Phi I2 / V2 ° 10⁻² S16
24755 0x60B3 2 Date of maximum Phi I2 / V2 - DATETIME
24757 0x60B5 1 Maximum Phi I3 / V3 ° 10⁻² S16
24758 0x60B6 2 Date of maximum Phi I3 / V3 - DATETIME
24760 0x60B8 1 Maximum Phi In / Vn - / 100 S16
24761 0x60B9 2 Date of maximum Phi In / Vn - DATETIME
24763 0x60BB 1 Minimum total harmonic distortion : THD I1 % / 100 U16
24764 0x60BC 2 Date of last minimum THD I1 - DATETIME
24766 0x60BE 1 Minimum total harmonic distortion : THD I2 % / 100 U16
24767 0x60BF 2 Date of last minimum THD I2 - DATETIME
24769 0x60C1 1 Minimum total harmonic distortion : THD I3 % / 100 U16
24770 0x60C2 2 Date of last minimum THD I3 - DATETIME
24772 0x60C4 1 Minimum total harmonic distortion : THD In % / 100 U16
24773 0x60C5 2 Date of last minimum THD In - DATETIME
24775 0x60C7 1 Minimum Inba % / 100 U16
24776 0x60C8 2 Date of minimum Inba - DATETIME
24778 0x60CA 1 Minimum Inb % / 100 U16
24779 0x60CB 2 Date of minimum Inb - DATETIME
24781 0x60CD 1 Minimum Phi I1 / V1 ° 10⁻² S16
24782 0x60CE 2 Date of minimum Phi I1 / V1 - DATETIME
24784 0x60D0 1 Minimum Phi I2 / V2 ° 10⁻² S16
24785 0x60D1 2 Date of minimum Phi I2 / V2 - DATETIME
24787 0x60D3 1 Minimum Phi I3 / V3 ° 10⁻² S16
24788 0x60D4 2 Date of minimum Phi I3 / V3 - DATETIME
24790 0x60D6 1 Minimum Phi In / Vn - / 100 S16
24791 0x60D7 2 Date of minimum Phi In / Vn - DATETIME
24793 0x60D9 1 Maximum total harmonic distortion : THD Isys % / 100 U16
24794 0x60DA 2 Date of last maximum THD Isys - DATETIME
24796 0x60DC 1 Maximum crest factor I1 - / 1000 U16
24797 0x60DD 2 Date of maximum crest factor I1 - DATETIME
24799 0x60DF 1 Maximum crest factor I2 - / 1000 U16
24800 0x60E0 2 Date of maximum crest factor I2 - DATETIME
24802 0x60E2 1 Maximum crest factor I3 - / 1000 U16
24803 0x60E3 2 Date of maximum crest factor I3 - DATETIME
24805 0x60E5 1 Maximum crest factor In - / 1000 U16
24806 0x60E6 2 Date of maximum crest factor In - DATETIME
24808 0x60E8 1 Minimum crest factor I1 - / 1000 U16
24809 0x60E9 2 Date of minimum crest factor I1 - DATETIME
24811 0x60EB 1 Minimum crest factor I2 - / 1000 U16
24812 0x60EC 2 Date of minimum crest factor I2 - DATETIME
24814 0x60EE 1 Minimum crest factor I3 - / 1000 U16
24815 0x60EF 2 Date of minimum crest factor I3 - DATETIME
24817 0x60F1 1 Minimum crest factor In - / 1000 U16
24818 0x60F2 2 Date of minimum crest factor In - DATETIME
24820 0x60F4 1 Minimum total harmonic distortion : THD Isys % / 100 U16
24821 0x60F5 2 Date of last minimum THD Isys - DATETIME
24823 0x60F7 1 Maximum total demand distortion : TDD I1 % / 100 U16
24824 0x60F8 2 Date of last maximum TDD I1 - DATETIME
24826 0x60FA 1 Maximum total demand distortion : TDD I2 % / 100 U16
24827 0x60FB 2 Date of last maximum TDD I2 - DATETIME
24829 0x60FD 1 Maximum total demand distortion : TDD I3 % / 100 U16
24830 0x60FE 2 Date of last maximum TDD I3 - DATETIME
24832 0x6100 1 Maximum total demand distortion : TDD In % / 100 U16
24833 0x6101 2 Date of last maximum TDD In - DATETIME
24835 0x6103 1 Maximum total demand distortion : TDD Isys % / 100 U16
24836 0x6104 2 Date of last maximum TDD Isys - DATETIME
24838 0x6106 1 Minimum total demand distortion : TDD I1 % / 100 U16
24839 0x6107 2 Date of last minimum TDD I1 - DATETIME
24841 0x6109 1 Minimum total demand distortion : TDD I2 % / 100 U16
24842 0x610A 2 Date of last minimum TDD I2 - DATETIME
24844 0x610C 1 Minimum total demand distortion : TDD I3 % / 100 U16
24845 0x610D 2 Date of last minimum TDD I3 - DATETIME
24847 0x610F 1 Minimum total demand distortion : TDD In % / 100 U16
24848 0x6110 2 Date of last minimum TDD In - DATETIME
24850 0x6112 1 Minimum total demand distortion : TDD Isys % / 100 U16
24851 0x6113 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #11
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24856 0x6118 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24856 0x6118 1 Load status :
0 : Disabled
1 : Enabled		 - U8
24857 0x6119 1 Maximum total harmonic distortion : THD I1 % / 100 U16
24858 0x611A 2 Date of last maximum THD I1 - DATETIME
24860 0x611C 1 Maximum total harmonic distortion : THD I2 % / 100 U16
24861 0x611D 2 Date of last maximum THD I2 - DATETIME
24863 0x611F 1 Maximum total harmonic distortion : THD I3 % / 100 U16
24864 0x6120 2 Date of last maximum THD I3 - DATETIME
24866 0x6122 1 Maximum total harmonic distortion : THD In % / 100 U16
24867 0x6123 2 Date of last maximum THD In - DATETIME
24869 0x6125 1 Maximum Inba % / 100 U16
24870 0x6126 2 Date of maximum Inba - DATETIME
24872 0x6128 1 Maximum Inb % / 100 U16
24873 0x6129 2 Date of maximum Inb - DATETIME
24875 0x612B 1 Maximum Phi I1 / V1 ° 10⁻² S16
24876 0x612C 2 Date of maximum Phi I1 / V1 - DATETIME
24878 0x612E 1 Maximum Phi I2 / V2 ° 10⁻² S16
24879 0x612F 2 Date of maximum Phi I2 / V2 - DATETIME
24881 0x6131 1 Maximum Phi I3 / V3 ° 10⁻² S16
24882 0x6132 2 Date of maximum Phi I3 / V3 - DATETIME
24884 0x6134 1 Maximum Phi In / Vn - / 100 S16
24885 0x6135 2 Date of maximum Phi In / Vn - DATETIME
24887 0x6137 1 Minimum total harmonic distortion : THD I1 % / 100 U16
24888 0x6138 2 Date of last minimum THD I1 - DATETIME
24890 0x613A 1 Minimum total harmonic distortion : THD I2 % / 100 U16
24891 0x613B 2 Date of last minimum THD I2 - DATETIME
24893 0x613D 1 Minimum total harmonic distortion : THD I3 % / 100 U16
24894 0x613E 2 Date of last minimum THD I3 - DATETIME
24896 0x6140 1 Minimum total harmonic distortion : THD In % / 100 U16
24897 0x6141 2 Date of last minimum THD In - DATETIME
24899 0x6143 1 Minimum Inba % / 100 U16
24900 0x6144 2 Date of minimum Inba - DATETIME
24902 0x6146 1 Minimum Inb % / 100 U16
24903 0x6147 2 Date of minimum Inb - DATETIME
24905 0x6149 1 Minimum Phi I1 / V1 ° 10⁻² S16
24906 0x614A 2 Date of minimum Phi I1 / V1 - DATETIME
24908 0x614C 1 Minimum Phi I2 / V2 ° 10⁻² S16
24909 0x614D 2 Date of minimum Phi I2 / V2 - DATETIME
24911 0x614F 1 Minimum Phi I3 / V3 ° 10⁻² S16
24912 0x6150 2 Date of minimum Phi I3 / V3 - DATETIME
24914 0x6152 1 Minimum Phi In / Vn - / 100 S16
24915 0x6153 2 Date of minimum Phi In / Vn - DATETIME
24917 0x6155 1 Maximum total harmonic distortion : THD Isys % / 100 U16
24918 0x6156 2 Date of last maximum THD Isys - DATETIME
24920 0x6158 1 Maximum crest factor I1 - / 1000 U16
24921 0x6159 2 Date of maximum crest factor I1 - DATETIME
24923 0x615B 1 Maximum crest factor I2 - / 1000 U16
24924 0x615C 2 Date of maximum crest factor I2 - DATETIME
24926 0x615E 1 Maximum crest factor I3 - / 1000 U16
24927 0x615F 2 Date of maximum crest factor I3 - DATETIME
24929 0x6161 1 Maximum crest factor In - / 1000 U16
24930 0x6162 2 Date of maximum crest factor In - DATETIME
24932 0x6164 1 Minimum crest factor I1 - / 1000 U16
24933 0x6165 2 Date of minimum crest factor I1 - DATETIME
24935 0x6167 1 Minimum crest factor I2 - / 1000 U16
24936 0x6168 2 Date of minimum crest factor I2 - DATETIME
24938 0x616A 1 Minimum crest factor I3 - / 1000 U16
24939 0x616B 2 Date of minimum crest factor I3 - DATETIME
24941 0x616D 1 Minimum crest factor In - / 1000 U16
24942 0x616E 2 Date of minimum crest factor In - DATETIME
24944 0x6170 1 Minimum total harmonic distortion : THD Isys % / 100 U16
24945 0x6171 2 Date of last minimum THD Isys - DATETIME
24947 0x6173 1 Maximum total demand distortion : TDD I1 % / 100 U16
24948 0x6174 2 Date of last maximum TDD I1 - DATETIME
24950 0x6176 1 Maximum total demand distortion : TDD I2 % / 100 U16
24951 0x6177 2 Date of last maximum TDD I2 - DATETIME
24953 0x6179 1 Maximum total demand distortion : TDD I3 % / 100 U16
24954 0x617A 2 Date of last maximum TDD I3 - DATETIME
24956 0x617C 1 Maximum total demand distortion : TDD In % / 100 U16
24957 0x617D 2 Date of last maximum TDD In - DATETIME
24959 0x617F 1 Maximum total demand distortion : TDD Isys % / 100 U16
24960 0x6180 2 Date of last maximum TDD Isys - DATETIME
24962 0x6182 1 Minimum total demand distortion : TDD I1 % / 100 U16
24963 0x6183 2 Date of last minimum TDD I1 - DATETIME
24965 0x6185 1 Minimum total demand distortion : TDD I2 % / 100 U16
24966 0x6186 2 Date of last minimum TDD I2 - DATETIME
24968 0x6188 1 Minimum total demand distortion : TDD I3 % / 100 U16
24969 0x6189 2 Date of last minimum TDD I3 - DATETIME
24971 0x618B 1 Minimum total demand distortion : TDD In % / 100 U16
24972 0x618C 2 Date of last minimum TDD In - DATETIME
24974 0x618E 1 Minimum total demand distortion : TDD Isys % / 100 U16
24975 0x618F 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #12
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24980 0x6194 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24980 0x6194 1 Load status :
0 : Disabled
1 : Enabled		 - U8
24981 0x6195 1 Maximum total harmonic distortion : THD I1 % / 100 U16
24982 0x6196 2 Date of last maximum THD I1 - DATETIME
24984 0x6198 1 Maximum total harmonic distortion : THD I2 % / 100 U16
24985 0x6199 2 Date of last maximum THD I2 - DATETIME
24987 0x619B 1 Maximum total harmonic distortion : THD I3 % / 100 U16
24988 0x619C 2 Date of last maximum THD I3 - DATETIME
24990 0x619E 1 Maximum total harmonic distortion : THD In % / 100 U16
24991 0x619F 2 Date of last maximum THD In - DATETIME
24993 0x61A1 1 Maximum Inba % / 100 U16
24994 0x61A2 2 Date of maximum Inba - DATETIME
24996 0x61A4 1 Maximum Inb % / 100 U16
24997 0x61A5 2 Date of maximum Inb - DATETIME
24999 0x61A7 1 Maximum Phi I1 / V1 ° 10⁻² S16
25000 0x61A8 2 Date of maximum Phi I1 / V1 - DATETIME
25002 0x61AA 1 Maximum Phi I2 / V2 ° 10⁻² S16
25003 0x61AB 2 Date of maximum Phi I2 / V2 - DATETIME
25005 0x61AD 1 Maximum Phi I3 / V3 ° 10⁻² S16
25006 0x61AE 2 Date of maximum Phi I3 / V3 - DATETIME
25008 0x61B0 1 Maximum Phi In / Vn - / 100 S16
25009 0x61B1 2 Date of maximum Phi In / Vn - DATETIME
25011 0x61B3 1 Minimum total harmonic distortion : THD I1 % / 100 U16
25012 0x61B4 2 Date of last minimum THD I1 - DATETIME
25014 0x61B6 1 Minimum total harmonic distortion : THD I2 % / 100 U16
25015 0x61B7 2 Date of last minimum THD I2 - DATETIME
25017 0x61B9 1 Minimum total harmonic distortion : THD I3 % / 100 U16
25018 0x61BA 2 Date of last minimum THD I3 - DATETIME
25020 0x61BC 1 Minimum total harmonic distortion : THD In % / 100 U16
25021 0x61BD 2 Date of last minimum THD In - DATETIME
25023 0x61BF 1 Minimum Inba % / 100 U16
25024 0x61C0 2 Date of minimum Inba - DATETIME
25026 0x61C2 1 Minimum Inb % / 100 U16
25027 0x61C3 2 Date of minimum Inb - DATETIME
25029 0x61C5 1 Minimum Phi I1 / V1 ° 10⁻² S16
25030 0x61C6 2 Date of minimum Phi I1 / V1 - DATETIME
25032 0x61C8 1 Minimum Phi I2 / V2 ° 10⁻² S16
25033 0x61C9 2 Date of minimum Phi I2 / V2 - DATETIME
25035 0x61CB 1 Minimum Phi I3 / V3 ° 10⁻² S16
25036 0x61CC 2 Date of minimum Phi I3 / V3 - DATETIME
25038 0x61CE 1 Minimum Phi In / Vn - / 100 S16
25039 0x61CF 2 Date of minimum Phi In / Vn - DATETIME
25041 0x61D1 1 Maximum total harmonic distortion : THD Isys % / 100 U16
25042 0x61D2 2 Date of last maximum THD Isys - DATETIME
25044 0x61D4 1 Maximum crest factor I1 - / 1000 U16
25045 0x61D5 2 Date of maximum crest factor I1 - DATETIME
25047 0x61D7 1 Maximum crest factor I2 - / 1000 U16
25048 0x61D8 2 Date of maximum crest factor I2 - DATETIME
25050 0x61DA 1 Maximum crest factor I3 - / 1000 U16
25051 0x61DB 2 Date of maximum crest factor I3 - DATETIME
25053 0x61DD 1 Maximum crest factor In - / 1000 U16
25054 0x61DE 2 Date of maximum crest factor In - DATETIME
25056 0x61E0 1 Minimum crest factor I1 - / 1000 U16
25057 0x61E1 2 Date of minimum crest factor I1 - DATETIME
25059 0x61E3 1 Minimum crest factor I2 - / 1000 U16
25060 0x61E4 2 Date of minimum crest factor I2 - DATETIME
25062 0x61E6 1 Minimum crest factor I3 - / 1000 U16
25063 0x61E7 2 Date of minimum crest factor I3 - DATETIME
25065 0x61E9 1 Minimum crest factor In - / 1000 U16
25066 0x61EA 2 Date of minimum crest factor In - DATETIME
25068 0x61EC 1 Minimum total harmonic distortion : THD Isys % / 100 U16
25069 0x61ED 2 Date of last minimum THD Isys - DATETIME
25071 0x61EF 1 Maximum total demand distortion : TDD I1 % / 100 U16
25072 0x61F0 2 Date of last maximum TDD I1 - DATETIME
25074 0x61F2 1 Maximum total demand distortion : TDD I2 % / 100 U16
25075 0x61F3 2 Date of last maximum TDD I2 - DATETIME
25077 0x61F5 1 Maximum total demand distortion : TDD I3 % / 100 U16
25078 0x61F6 2 Date of last maximum TDD I3 - DATETIME
25080 0x61F8 1 Maximum total demand distortion : TDD In % / 100 U16
25081 0x61F9 2 Date of last maximum TDD In - DATETIME
25083 0x61FB 1 Maximum total demand distortion : TDD Isys % / 100 U16
25084 0x61FC 2 Date of last maximum TDD Isys - DATETIME
25086 0x61FE 1 Minimum total demand distortion : TDD I1 % / 100 U16
25087 0x61FF 2 Date of last minimum TDD I1 - DATETIME
25089 0x6201 1 Minimum total demand distortion : TDD I2 % / 100 U16
25090 0x6202 2 Date of last minimum TDD I2 - DATETIME
25092 0x6204 1 Minimum total demand distortion : TDD I3 % / 100 U16
25093 0x6205 2 Date of last minimum TDD I3 - DATETIME
25095 0x6207 1 Minimum total demand distortion : TDD In % / 100 U16
25096 0x6208 2 Date of last minimum TDD In - DATETIME
25098 0x620A 1 Minimum total demand distortion : TDD Isys % / 100 U16
25099 0x620B 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #13
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25104 0x6210 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25104 0x6210 1 Load status :
0 : Disabled
1 : Enabled		 - U8
25105 0x6211 1 Maximum total harmonic distortion : THD I1 % / 100 U16
25106 0x6212 2 Date of last maximum THD I1 - DATETIME
25108 0x6214 1 Maximum total harmonic distortion : THD I2 % / 100 U16
25109 0x6215 2 Date of last maximum THD I2 - DATETIME
25111 0x6217 1 Maximum total harmonic distortion : THD I3 % / 100 U16
25112 0x6218 2 Date of last maximum THD I3 - DATETIME
25114 0x621A 1 Maximum total harmonic distortion : THD In % / 100 U16
25115 0x621B 2 Date of last maximum THD In - DATETIME
25117 0x621D 1 Maximum Inba % / 100 U16
25118 0x621E 2 Date of maximum Inba - DATETIME
25120 0x6220 1 Maximum Inb % / 100 U16
25121 0x6221 2 Date of maximum Inb - DATETIME
25123 0x6223 1 Maximum Phi I1 / V1 ° 10⁻² S16
25124 0x6224 2 Date of maximum Phi I1 / V1 - DATETIME
25126 0x6226 1 Maximum Phi I2 / V2 ° 10⁻² S16
25127 0x6227 2 Date of maximum Phi I2 / V2 - DATETIME
25129 0x6229 1 Maximum Phi I3 / V3 ° 10⁻² S16
25130 0x622A 2 Date of maximum Phi I3 / V3 - DATETIME
25132 0x622C 1 Maximum Phi In / Vn - / 100 S16
25133 0x622D 2 Date of maximum Phi In / Vn - DATETIME
25135 0x622F 1 Minimum total harmonic distortion : THD I1 % / 100 U16
25136 0x6230 2 Date of last minimum THD I1 - DATETIME
25138 0x6232 1 Minimum total harmonic distortion : THD I2 % / 100 U16
25139 0x6233 2 Date of last minimum THD I2 - DATETIME
25141 0x6235 1 Minimum total harmonic distortion : THD I3 % / 100 U16
25142 0x6236 2 Date of last minimum THD I3 - DATETIME
25144 0x6238 1 Minimum total harmonic distortion : THD In % / 100 U16
25145 0x6239 2 Date of last minimum THD In - DATETIME
25147 0x623B 1 Minimum Inba % / 100 U16
25148 0x623C 2 Date of minimum Inba - DATETIME
25150 0x623E 1 Minimum Inb % / 100 U16
25151 0x623F 2 Date of minimum Inb - DATETIME
25153 0x6241 1 Minimum Phi I1 / V1 ° 10⁻² S16
25154 0x6242 2 Date of minimum Phi I1 / V1 - DATETIME
25156 0x6244 1 Minimum Phi I2 / V2 ° 10⁻² S16
25157 0x6245 2 Date of minimum Phi I2 / V2 - DATETIME
25159 0x6247 1 Minimum Phi I3 / V3 ° 10⁻² S16
25160 0x6248 2 Date of minimum Phi I3 / V3 - DATETIME
25162 0x624A 1 Minimum Phi In / Vn - / 100 S16
25163 0x624B 2 Date of minimum Phi In / Vn - DATETIME
25165 0x624D 1 Maximum total harmonic distortion : THD Isys % / 100 U16
25166 0x624E 2 Date of last maximum THD Isys - DATETIME
25168 0x6250 1 Maximum crest factor I1 - / 1000 U16
25169 0x6251 2 Date of maximum crest factor I1 - DATETIME
25171 0x6253 1 Maximum crest factor I2 - / 1000 U16
25172 0x6254 2 Date of maximum crest factor I2 - DATETIME
25174 0x6256 1 Maximum crest factor I3 - / 1000 U16
25175 0x6257 2 Date of maximum crest factor I3 - DATETIME
25177 0x6259 1 Maximum crest factor In - / 1000 U16
25178 0x625A 2 Date of maximum crest factor In - DATETIME
25180 0x625C 1 Minimum crest factor I1 - / 1000 U16
25181 0x625D 2 Date of minimum crest factor I1 - DATETIME
25183 0x625F 1 Minimum crest factor I2 - / 1000 U16
25184 0x6260 2 Date of minimum crest factor I2 - DATETIME
25186 0x6262 1 Minimum crest factor I3 - / 1000 U16
25187 0x6263 2 Date of minimum crest factor I3 - DATETIME
25189 0x6265 1 Minimum crest factor In - / 1000 U16
25190 0x6266 2 Date of minimum crest factor In - DATETIME
25192 0x6268 1 Minimum total harmonic distortion : THD Isys % / 100 U16
25193 0x6269 2 Date of last minimum THD Isys - DATETIME
25195 0x626B 1 Maximum total demand distortion : TDD I1 % / 100 U16
25196 0x626C 2 Date of last maximum TDD I1 - DATETIME
25198 0x626E 1 Maximum total demand distortion : TDD I2 % / 100 U16
25199 0x626F 2 Date of last maximum TDD I2 - DATETIME
25201 0x6271 1 Maximum total demand distortion : TDD I3 % / 100 U16
25202 0x6272 2 Date of last maximum TDD I3 - DATETIME
25204 0x6274 1 Maximum total demand distortion : TDD In % / 100 U16
25205 0x6275 2 Date of last maximum TDD In - DATETIME
25207 0x6277 1 Maximum total demand distortion : TDD Isys % / 100 U16
25208 0x6278 2 Date of last maximum TDD Isys - DATETIME
25210 0x627A 1 Minimum total demand distortion : TDD I1 % / 100 U16
25211 0x627B 2 Date of last minimum TDD I1 - DATETIME
25213 0x627D 1 Minimum total demand distortion : TDD I2 % / 100 U16
25214 0x627E 2 Date of last minimum TDD I2 - DATETIME
25216 0x6280 1 Minimum total demand distortion : TDD I3 % / 100 U16
25217 0x6281 2 Date of last minimum TDD I3 - DATETIME
25219 0x6283 1 Minimum total demand distortion : TDD In % / 100 U16
25220 0x6284 2 Date of last minimum TDD In - DATETIME
25222 0x6286 1 Minimum total demand distortion : TDD Isys % / 100 U16
25223 0x6287 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #14
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25228 0x628C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25228 0x628C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
25229 0x628D 1 Maximum total harmonic distortion : THD I1 % / 100 U16
25230 0x628E 2 Date of last maximum THD I1 - DATETIME
25232 0x6290 1 Maximum total harmonic distortion : THD I2 % / 100 U16
25233 0x6291 2 Date of last maximum THD I2 - DATETIME
25235 0x6293 1 Maximum total harmonic distortion : THD I3 % / 100 U16
25236 0x6294 2 Date of last maximum THD I3 - DATETIME
25238 0x6296 1 Maximum total harmonic distortion : THD In % / 100 U16
25239 0x6297 2 Date of last maximum THD In - DATETIME
25241 0x6299 1 Maximum Inba % / 100 U16
25242 0x629A 2 Date of maximum Inba - DATETIME
25244 0x629C 1 Maximum Inb % / 100 U16
25245 0x629D 2 Date of maximum Inb - DATETIME
25247 0x629F 1 Maximum Phi I1 / V1 ° 10⁻² S16
25248 0x62A0 2 Date of maximum Phi I1 / V1 - DATETIME
25250 0x62A2 1 Maximum Phi I2 / V2 ° 10⁻² S16
25251 0x62A3 2 Date of maximum Phi I2 / V2 - DATETIME
25253 0x62A5 1 Maximum Phi I3 / V3 ° 10⁻² S16
25254 0x62A6 2 Date of maximum Phi I3 / V3 - DATETIME
25256 0x62A8 1 Maximum Phi In / Vn - / 100 S16
25257 0x62A9 2 Date of maximum Phi In / Vn - DATETIME
25259 0x62AB 1 Minimum total harmonic distortion : THD I1 % / 100 U16
25260 0x62AC 2 Date of last minimum THD I1 - DATETIME
25262 0x62AE 1 Minimum total harmonic distortion : THD I2 % / 100 U16
25263 0x62AF 2 Date of last minimum THD I2 - DATETIME
25265 0x62B1 1 Minimum total harmonic distortion : THD I3 % / 100 U16
25266 0x62B2 2 Date of last minimum THD I3 - DATETIME
25268 0x62B4 1 Minimum total harmonic distortion : THD In % / 100 U16
25269 0x62B5 2 Date of last minimum THD In - DATETIME
25271 0x62B7 1 Minimum Inba % / 100 U16
25272 0x62B8 2 Date of minimum Inba - DATETIME
25274 0x62BA 1 Minimum Inb % / 100 U16
25275 0x62BB 2 Date of minimum Inb - DATETIME
25277 0x62BD 1 Minimum Phi I1 / V1 ° 10⁻² S16
25278 0x62BE 2 Date of minimum Phi I1 / V1 - DATETIME
25280 0x62C0 1 Minimum Phi I2 / V2 ° 10⁻² S16
25281 0x62C1 2 Date of minimum Phi I2 / V2 - DATETIME
25283 0x62C3 1 Minimum Phi I3 / V3 ° 10⁻² S16
25284 0x62C4 2 Date of minimum Phi I3 / V3 - DATETIME
25286 0x62C6 1 Minimum Phi In / Vn - / 100 S16
25287 0x62C7 2 Date of minimum Phi In / Vn - DATETIME
25289 0x62C9 1 Maximum total harmonic distortion : THD Isys % / 100 U16
25290 0x62CA 2 Date of last maximum THD Isys - DATETIME
25292 0x62CC 1 Maximum crest factor I1 - / 1000 U16
25293 0x62CD 2 Date of maximum crest factor I1 - DATETIME
25295 0x62CF 1 Maximum crest factor I2 - / 1000 U16
25296 0x62D0 2 Date of maximum crest factor I2 - DATETIME
25298 0x62D2 1 Maximum crest factor I3 - / 1000 U16
25299 0x62D3 2 Date of maximum crest factor I3 - DATETIME
25301 0x62D5 1 Maximum crest factor In - / 1000 U16
25302 0x62D6 2 Date of maximum crest factor In - DATETIME
25304 0x62D8 1 Minimum crest factor I1 - / 1000 U16
25305 0x62D9 2 Date of minimum crest factor I1 - DATETIME
25307 0x62DB 1 Minimum crest factor I2 - / 1000 U16
25308 0x62DC 2 Date of minimum crest factor I2 - DATETIME
25310 0x62DE 1 Minimum crest factor I3 - / 1000 U16
25311 0x62DF 2 Date of minimum crest factor I3 - DATETIME
25313 0x62E1 1 Minimum crest factor In - / 1000 U16
25314 0x62E2 2 Date of minimum crest factor In - DATETIME
25316 0x62E4 1 Minimum total harmonic distortion : THD Isys % / 100 U16
25317 0x62E5 2 Date of last minimum THD Isys - DATETIME
25319 0x62E7 1 Maximum total demand distortion : TDD I1 % / 100 U16
25320 0x62E8 2 Date of last maximum TDD I1 - DATETIME
25322 0x62EA 1 Maximum total demand distortion : TDD I2 % / 100 U16
25323 0x62EB 2 Date of last maximum TDD I2 - DATETIME
25325 0x62ED 1 Maximum total demand distortion : TDD I3 % / 100 U16
25326 0x62EE 2 Date of last maximum TDD I3 - DATETIME
25328 0x62F0 1 Maximum total demand distortion : TDD In % / 100 U16
25329 0x62F1 2 Date of last maximum TDD In - DATETIME
25331 0x62F3 1 Maximum total demand distortion : TDD Isys % / 100 U16
25332 0x62F4 2 Date of last maximum TDD Isys - DATETIME
25334 0x62F6 1 Minimum total demand distortion : TDD I1 % / 100 U16
25335 0x62F7 2 Date of last minimum TDD I1 - DATETIME
25337 0x62F9 1 Minimum total demand distortion : TDD I2 % / 100 U16
25338 0x62FA 2 Date of last minimum TDD I2 - DATETIME
25340 0x62FC 1 Minimum total demand distortion : TDD I3 % / 100 U16
25341 0x62FD 2 Date of last minimum TDD I3 - DATETIME
25343 0x62FF 1 Minimum total demand distortion : TDD In % / 100 U16
25344 0x6300 2 Date of last minimum TDD In - DATETIME
25346 0x6302 1 Minimum total demand distortion : TDD Isys % / 100 U16
25347 0x6303 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #15
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25352 0x6308 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25352 0x6308 1 Load status :
0 : Disabled
1 : Enabled		 - U8
25353 0x6309 1 Maximum total harmonic distortion : THD I1 % / 100 U16
25354 0x630A 2 Date of last maximum THD I1 - DATETIME
25356 0x630C 1 Maximum total harmonic distortion : THD I2 % / 100 U16
25357 0x630D 2 Date of last maximum THD I2 - DATETIME
25359 0x630F 1 Maximum total harmonic distortion : THD I3 % / 100 U16
25360 0x6310 2 Date of last maximum THD I3 - DATETIME
25362 0x6312 1 Maximum total harmonic distortion : THD In % / 100 U16
25363 0x6313 2 Date of last maximum THD In - DATETIME
25365 0x6315 1 Maximum Inba % / 100 U16
25366 0x6316 2 Date of maximum Inba - DATETIME
25368 0x6318 1 Maximum Inb % / 100 U16
25369 0x6319 2 Date of maximum Inb - DATETIME
25371 0x631B 1 Maximum Phi I1 / V1 ° 10⁻² S16
25372 0x631C 2 Date of maximum Phi I1 / V1 - DATETIME
25374 0x631E 1 Maximum Phi I2 / V2 ° 10⁻² S16
25375 0x631F 2 Date of maximum Phi I2 / V2 - DATETIME
25377 0x6321 1 Maximum Phi I3 / V3 ° 10⁻² S16
25378 0x6322 2 Date of maximum Phi I3 / V3 - DATETIME
25380 0x6324 1 Maximum Phi In / Vn - / 100 S16
25381 0x6325 2 Date of maximum Phi In / Vn - DATETIME
25383 0x6327 1 Minimum total harmonic distortion : THD I1 % / 100 U16
25384 0x6328 2 Date of last minimum THD I1 - DATETIME
25386 0x632A 1 Minimum total harmonic distortion : THD I2 % / 100 U16
25387 0x632B 2 Date of last minimum THD I2 - DATETIME
25389 0x632D 1 Minimum total harmonic distortion : THD I3 % / 100 U16
25390 0x632E 2 Date of last minimum THD I3 - DATETIME
25392 0x6330 1 Minimum total harmonic distortion : THD In % / 100 U16
25393 0x6331 2 Date of last minimum THD In - DATETIME
25395 0x6333 1 Minimum Inba % / 100 U16
25396 0x6334 2 Date of minimum Inba - DATETIME
25398 0x6336 1 Minimum Inb % / 100 U16
25399 0x6337 2 Date of minimum Inb - DATETIME
25401 0x6339 1 Minimum Phi I1 / V1 ° 10⁻² S16
25402 0x633A 2 Date of minimum Phi I1 / V1 - DATETIME
25404 0x633C 1 Minimum Phi I2 / V2 ° 10⁻² S16
25405 0x633D 2 Date of minimum Phi I2 / V2 - DATETIME
25407 0x633F 1 Minimum Phi I3 / V3 ° 10⁻² S16
25408 0x6340 2 Date of minimum Phi I3 / V3 - DATETIME
25410 0x6342 1 Minimum Phi In / Vn - / 100 S16
25411 0x6343 2 Date of minimum Phi In / Vn - DATETIME
25413 0x6345 1 Maximum total harmonic distortion : THD Isys % / 100 U16
25414 0x6346 2 Date of last maximum THD Isys - DATETIME
25416 0x6348 1 Maximum crest factor I1 - / 1000 U16
25417 0x6349 2 Date of maximum crest factor I1 - DATETIME
25419 0x634B 1 Maximum crest factor I2 - / 1000 U16
25420 0x634C 2 Date of maximum crest factor I2 - DATETIME
25422 0x634E 1 Maximum crest factor I3 - / 1000 U16
25423 0x634F 2 Date of maximum crest factor I3 - DATETIME
25425 0x6351 1 Maximum crest factor In - / 1000 U16
25426 0x6352 2 Date of maximum crest factor In - DATETIME
25428 0x6354 1 Minimum crest factor I1 - / 1000 U16
25429 0x6355 2 Date of minimum crest factor I1 - DATETIME
25431 0x6357 1 Minimum crest factor I2 - / 1000 U16
25432 0x6358 2 Date of minimum crest factor I2 - DATETIME
25434 0x635A 1 Minimum crest factor I3 - / 1000 U16
25435 0x635B 2 Date of minimum crest factor I3 - DATETIME
25437 0x635D 1 Minimum crest factor In - / 1000 U16
25438 0x635E 2 Date of minimum crest factor In - DATETIME
25440 0x6360 1 Minimum total harmonic distortion : THD Isys % / 100 U16
25441 0x6361 2 Date of last minimum THD Isys - DATETIME
25443 0x6363 1 Maximum total demand distortion : TDD I1 % / 100 U16
25444 0x6364 2 Date of last maximum TDD I1 - DATETIME
25446 0x6366 1 Maximum total demand distortion : TDD I2 % / 100 U16
25447 0x6367 2 Date of last maximum TDD I2 - DATETIME
25449 0x6369 1 Maximum total demand distortion : TDD I3 % / 100 U16
25450 0x636A 2 Date of last maximum TDD I3 - DATETIME
25452 0x636C 1 Maximum total demand distortion : TDD In % / 100 U16
25453 0x636D 2 Date of last maximum TDD In - DATETIME
25455 0x636F 1 Maximum total demand distortion : TDD Isys % / 100 U16
25456 0x6370 2 Date of last maximum TDD Isys - DATETIME
25458 0x6372 1 Minimum total demand distortion : TDD I1 % / 100 U16
25459 0x6373 2 Date of last minimum TDD I1 - DATETIME
25461 0x6375 1 Minimum total demand distortion : TDD I2 % / 100 U16
25462 0x6376 2 Date of last minimum TDD I2 - DATETIME
25464 0x6378 1 Minimum total demand distortion : TDD I3 % / 100 U16
25465 0x6379 2 Date of last minimum TDD I3 - DATETIME
25467 0x637B 1 Minimum total demand distortion : TDD In % / 100 U16
25468 0x637C 2 Date of last minimum TDD In - DATETIME
25470 0x637E 1 Minimum total demand distortion : TDD Isys % / 100 U16
25471 0x637F 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #16
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25476 0x6384 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25476 0x6384 1 Load status :
0 : Disabled
1 : Enabled		 - U8
25477 0x6385 1 Maximum total harmonic distortion : THD I1 % / 100 U16
25478 0x6386 2 Date of last maximum THD I1 - DATETIME
25480 0x6388 1 Maximum total harmonic distortion : THD I2 % / 100 U16
25481 0x6389 2 Date of last maximum THD I2 - DATETIME
25483 0x638B 1 Maximum total harmonic distortion : THD I3 % / 100 U16
25484 0x638C 2 Date of last maximum THD I3 - DATETIME
25486 0x638E 1 Maximum total harmonic distortion : THD In % / 100 U16
25487 0x638F 2 Date of last maximum THD In - DATETIME
25489 0x6391 1 Maximum Inba % / 100 U16
25490 0x6392 2 Date of maximum Inba - DATETIME
25492 0x6394 1 Maximum Inb % / 100 U16
25493 0x6395 2 Date of maximum Inb - DATETIME
25495 0x6397 1 Maximum Phi I1 / V1 ° 10⁻² S16
25496 0x6398 2 Date of maximum Phi I1 / V1 - DATETIME
25498 0x639A 1 Maximum Phi I2 / V2 ° 10⁻² S16
25499 0x639B 2 Date of maximum Phi I2 / V2 - DATETIME
25501 0x639D 1 Maximum Phi I3 / V3 ° 10⁻² S16
25502 0x639E 2 Date of maximum Phi I3 / V3 - DATETIME
25504 0x63A0 1 Maximum Phi In / Vn - / 100 S16
25505 0x63A1 2 Date of maximum Phi In / Vn - DATETIME
25507 0x63A3 1 Minimum total harmonic distortion : THD I1 % / 100 U16
25508 0x63A4 2 Date of last minimum THD I1 - DATETIME
25510 0x63A6 1 Minimum total harmonic distortion : THD I2 % / 100 U16
25511 0x63A7 2 Date of last minimum THD I2 - DATETIME
25513 0x63A9 1 Minimum total harmonic distortion : THD I3 % / 100 U16
25514 0x63AA 2 Date of last minimum THD I3 - DATETIME
25516 0x63AC 1 Minimum total harmonic distortion : THD In % / 100 U16
25517 0x63AD 2 Date of last minimum THD In - DATETIME
25519 0x63AF 1 Minimum Inba % / 100 U16
25520 0x63B0 2 Date of minimum Inba - DATETIME
25522 0x63B2 1 Minimum Inb % / 100 U16
25523 0x63B3 2 Date of minimum Inb - DATETIME
25525 0x63B5 1 Minimum Phi I1 / V1 ° 10⁻² S16
25526 0x63B6 2 Date of minimum Phi I1 / V1 - DATETIME
25528 0x63B8 1 Minimum Phi I2 / V2 ° 10⁻² S16
25529 0x63B9 2 Date of minimum Phi I2 / V2 - DATETIME
25531 0x63BB 1 Minimum Phi I3 / V3 ° 10⁻² S16
25532 0x63BC 2 Date of minimum Phi I3 / V3 - DATETIME
25534 0x63BE 1 Minimum Phi In / Vn - / 100 S16
25535 0x63BF 2 Date of minimum Phi In / Vn - DATETIME
25537 0x63C1 1 Maximum total harmonic distortion : THD Isys % / 100 U16
25538 0x63C2 2 Date of last maximum THD Isys - DATETIME
25540 0x63C4 1 Maximum crest factor I1 - / 1000 U16
25541 0x63C5 2 Date of maximum crest factor I1 - DATETIME
25543 0x63C7 1 Maximum crest factor I2 - / 1000 U16
25544 0x63C8 2 Date of maximum crest factor I2 - DATETIME
25546 0x63CA 1 Maximum crest factor I3 - / 1000 U16
25547 0x63CB 2 Date of maximum crest factor I3 - DATETIME
25549 0x63CD 1 Maximum crest factor In - / 1000 U16
25550 0x63CE 2 Date of maximum crest factor In - DATETIME
25552 0x63D0 1 Minimum crest factor I1 - / 1000 U16
25553 0x63D1 2 Date of minimum crest factor I1 - DATETIME
25555 0x63D3 1 Minimum crest factor I2 - / 1000 U16
25556 0x63D4 2 Date of minimum crest factor I2 - DATETIME
25558 0x63D6 1 Minimum crest factor I3 - / 1000 U16
25559 0x63D7 2 Date of minimum crest factor I3 - DATETIME
25561 0x63D9 1 Minimum crest factor In - / 1000 U16
25562 0x63DA 2 Date of minimum crest factor In - DATETIME
25564 0x63DC 1 Minimum total harmonic distortion : THD Isys % / 100 U16
25565 0x63DD 2 Date of last minimum THD Isys - DATETIME
25567 0x63DF 1 Maximum total demand distortion : TDD I1 % / 100 U16
25568 0x63E0 2 Date of last maximum TDD I1 - DATETIME
25570 0x63E2 1 Maximum total demand distortion : TDD I2 % / 100 U16
25571 0x63E3 2 Date of last maximum TDD I2 - DATETIME
25573 0x63E5 1 Maximum total demand distortion : TDD I3 % / 100 U16
25574 0x63E6 2 Date of last maximum TDD I3 - DATETIME
25576 0x63E8 1 Maximum total demand distortion : TDD In % / 100 U16
25577 0x63E9 2 Date of last maximum TDD In - DATETIME
25579 0x63EB 1 Maximum total demand distortion : TDD Isys % / 100 U16
25580 0x63EC 2 Date of last maximum TDD Isys - DATETIME
25582 0x63EE 1 Minimum total demand distortion : TDD I1 % / 100 U16
25583 0x63EF 2 Date of last minimum TDD I1 - DATETIME
25585 0x63F1 1 Minimum total demand distortion : TDD I2 % / 100 U16
25586 0x63F2 2 Date of last minimum TDD I2 - DATETIME
25588 0x63F4 1 Minimum total demand distortion : TDD I3 % / 100 U16
25589 0x63F5 2 Date of last minimum TDD I3 - DATETIME
25591 0x63F7 1 Minimum total demand distortion : TDD In % / 100 U16
25592 0x63F8 2 Date of last minimum TDD In - DATETIME
25594 0x63FA 1 Minimum total demand distortion : TDD Isys % / 100 U16
25595 0x63FB 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #17
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25600 0x6400 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25600 0x6400 1 Load status :
0 : Disabled
1 : Enabled		 - U8
25601 0x6401 1 Maximum total harmonic distortion : THD I1 % / 100 U16
25602 0x6402 2 Date of last maximum THD I1 - DATETIME
25604 0x6404 1 Maximum total harmonic distortion : THD I2 % / 100 U16
25605 0x6405 2 Date of last maximum THD I2 - DATETIME
25607 0x6407 1 Maximum total harmonic distortion : THD I3 % / 100 U16
25608 0x6408 2 Date of last maximum THD I3 - DATETIME
25610 0x640A 1 Maximum total harmonic distortion : THD In % / 100 U16
25611 0x640B 2 Date of last maximum THD In - DATETIME
25613 0x640D 1 Maximum Inba % / 100 U16
25614 0x640E 2 Date of maximum Inba - DATETIME
25616 0x6410 1 Maximum Inb % / 100 U16
25617 0x6411 2 Date of maximum Inb - DATETIME
25619 0x6413 1 Maximum Phi I1 / V1 ° 10⁻² S16
25620 0x6414 2 Date of maximum Phi I1 / V1 - DATETIME
25622 0x6416 1 Maximum Phi I2 / V2 ° 10⁻² S16
25623 0x6417 2 Date of maximum Phi I2 / V2 - DATETIME
25625 0x6419 1 Maximum Phi I3 / V3 ° 10⁻² S16
25626 0x641A 2 Date of maximum Phi I3 / V3 - DATETIME
25628 0x641C 1 Maximum Phi In / Vn - / 100 S16
25629 0x641D 2 Date of maximum Phi In / Vn - DATETIME
25631 0x641F 1 Minimum total harmonic distortion : THD I1 % / 100 U16
25632 0x6420 2 Date of last minimum THD I1 - DATETIME
25634 0x6422 1 Minimum total harmonic distortion : THD I2 % / 100 U16
25635 0x6423 2 Date of last minimum THD I2 - DATETIME
25637 0x6425 1 Minimum total harmonic distortion : THD I3 % / 100 U16
25638 0x6426 2 Date of last minimum THD I3 - DATETIME
25640 0x6428 1 Minimum total harmonic distortion : THD In % / 100 U16
25641 0x6429 2 Date of last minimum THD In - DATETIME
25643 0x642B 1 Minimum Inba % / 100 U16
25644 0x642C 2 Date of minimum Inba - DATETIME
25646 0x642E 1 Minimum Inb % / 100 U16
25647 0x642F 2 Date of minimum Inb - DATETIME
25649 0x6431 1 Minimum Phi I1 / V1 ° 10⁻² S16
25650 0x6432 2 Date of minimum Phi I1 / V1 - DATETIME
25652 0x6434 1 Minimum Phi I2 / V2 ° 10⁻² S16
25653 0x6435 2 Date of minimum Phi I2 / V2 - DATETIME
25655 0x6437 1 Minimum Phi I3 / V3 ° 10⁻² S16
25656 0x6438 2 Date of minimum Phi I3 / V3 - DATETIME
25658 0x643A 1 Minimum Phi In / Vn - / 100 S16
25659 0x643B 2 Date of minimum Phi In / Vn - DATETIME
25661 0x643D 1 Maximum total harmonic distortion : THD Isys % / 100 U16
25662 0x643E 2 Date of last maximum THD Isys - DATETIME
25664 0x6440 1 Maximum crest factor I1 - / 1000 U16
25665 0x6441 2 Date of maximum crest factor I1 - DATETIME
25667 0x6443 1 Maximum crest factor I2 - / 1000 U16
25668 0x6444 2 Date of maximum crest factor I2 - DATETIME
25670 0x6446 1 Maximum crest factor I3 - / 1000 U16
25671 0x6447 2 Date of maximum crest factor I3 - DATETIME
25673 0x6449 1 Maximum crest factor In - / 1000 U16
25674 0x644A 2 Date of maximum crest factor In - DATETIME
25676 0x644C 1 Minimum crest factor I1 - / 1000 U16
25677 0x644D 2 Date of minimum crest factor I1 - DATETIME
25679 0x644F 1 Minimum crest factor I2 - / 1000 U16
25680 0x6450 2 Date of minimum crest factor I2 - DATETIME
25682 0x6452 1 Minimum crest factor I3 - / 1000 U16
25683 0x6453 2 Date of minimum crest factor I3 - DATETIME
25685 0x6455 1 Minimum crest factor In - / 1000 U16
25686 0x6456 2 Date of minimum crest factor In - DATETIME
25688 0x6458 1 Minimum total harmonic distortion : THD Isys % / 100 U16
25689 0x6459 2 Date of last minimum THD Isys - DATETIME
25691 0x645B 1 Maximum total demand distortion : TDD I1 % / 100 U16
25692 0x645C 2 Date of last maximum TDD I1 - DATETIME
25694 0x645E 1 Maximum total demand distortion : TDD I2 % / 100 U16
25695 0x645F 2 Date of last maximum TDD I2 - DATETIME
25697 0x6461 1 Maximum total demand distortion : TDD I3 % / 100 U16
25698 0x6462 2 Date of last maximum TDD I3 - DATETIME
25700 0x6464 1 Maximum total demand distortion : TDD In % / 100 U16
25701 0x6465 2 Date of last maximum TDD In - DATETIME
25703 0x6467 1 Maximum total demand distortion : TDD Isys % / 100 U16
25704 0x6468 2 Date of last maximum TDD Isys - DATETIME
25706 0x646A 1 Minimum total demand distortion : TDD I1 % / 100 U16
25707 0x646B 2 Date of last minimum TDD I1 - DATETIME
25709 0x646D 1 Minimum total demand distortion : TDD I2 % / 100 U16
25710 0x646E 2 Date of last minimum TDD I2 - DATETIME
25712 0x6470 1 Minimum total demand distortion : TDD I3 % / 100 U16
25713 0x6471 2 Date of last minimum TDD I3 - DATETIME
25715 0x6473 1 Minimum total demand distortion : TDD In % / 100 U16
25716 0x6474 2 Date of last minimum TDD In - DATETIME
25718 0x6476 1 Minimum total demand distortion : TDD Isys % / 100 U16
25719 0x6477 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #18
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25724 0x647C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25724 0x647C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
25725 0x647D 1 Maximum total harmonic distortion : THD I1 % / 100 U16
25726 0x647E 2 Date of last maximum THD I1 - DATETIME
25728 0x6480 1 Maximum total harmonic distortion : THD I2 % / 100 U16
25729 0x6481 2 Date of last maximum THD I2 - DATETIME
25731 0x6483 1 Maximum total harmonic distortion : THD I3 % / 100 U16
25732 0x6484 2 Date of last maximum THD I3 - DATETIME
25734 0x6486 1 Maximum total harmonic distortion : THD In % / 100 U16
25735 0x6487 2 Date of last maximum THD In - DATETIME
25737 0x6489 1 Maximum Inba % / 100 U16
25738 0x648A 2 Date of maximum Inba - DATETIME
25740 0x648C 1 Maximum Inb % / 100 U16
25741 0x648D 2 Date of maximum Inb - DATETIME
25743 0x648F 1 Maximum Phi I1 / V1 ° 10⁻² S16
25744 0x6490 2 Date of maximum Phi I1 / V1 - DATETIME
25746 0x6492 1 Maximum Phi I2 / V2 ° 10⁻² S16
25747 0x6493 2 Date of maximum Phi I2 / V2 - DATETIME
25749 0x6495 1 Maximum Phi I3 / V3 ° 10⁻² S16
25750 0x6496 2 Date of maximum Phi I3 / V3 - DATETIME
25752 0x6498 1 Maximum Phi In / Vn - / 100 S16
25753 0x6499 2 Date of maximum Phi In / Vn - DATETIME
25755 0x649B 1 Minimum total harmonic distortion : THD I1 % / 100 U16
25756 0x649C 2 Date of last minimum THD I1 - DATETIME
25758 0x649E 1 Minimum total harmonic distortion : THD I2 % / 100 U16
25759 0x649F 2 Date of last minimum THD I2 - DATETIME
25761 0x64A1 1 Minimum total harmonic distortion : THD I3 % / 100 U16
25762 0x64A2 2 Date of last minimum THD I3 - DATETIME
25764 0x64A4 1 Minimum total harmonic distortion : THD In % / 100 U16
25765 0x64A5 2 Date of last minimum THD In - DATETIME
25767 0x64A7 1 Minimum Inba % / 100 U16
25768 0x64A8 2 Date of minimum Inba - DATETIME
25770 0x64AA 1 Minimum Inb % / 100 U16
25771 0x64AB 2 Date of minimum Inb - DATETIME
25773 0x64AD 1 Minimum Phi I1 / V1 ° 10⁻² S16
25774 0x64AE 2 Date of minimum Phi I1 / V1 - DATETIME
25776 0x64B0 1 Minimum Phi I2 / V2 ° 10⁻² S16
25777 0x64B1 2 Date of minimum Phi I2 / V2 - DATETIME
25779 0x64B3 1 Minimum Phi I3 / V3 ° 10⁻² S16
25780 0x64B4 2 Date of minimum Phi I3 / V3 - DATETIME
25782 0x64B6 1 Minimum Phi In / Vn - / 100 S16
25783 0x64B7 2 Date of minimum Phi In / Vn - DATETIME
25785 0x64B9 1 Maximum total harmonic distortion : THD Isys % / 100 U16
25786 0x64BA 2 Date of last maximum THD Isys - DATETIME
25788 0x64BC 1 Maximum crest factor I1 - / 1000 U16
25789 0x64BD 2 Date of maximum crest factor I1 - DATETIME
25791 0x64BF 1 Maximum crest factor I2 - / 1000 U16
25792 0x64C0 2 Date of maximum crest factor I2 - DATETIME
25794 0x64C2 1 Maximum crest factor I3 - / 1000 U16
25795 0x64C3 2 Date of maximum crest factor I3 - DATETIME
25797 0x64C5 1 Maximum crest factor In - / 1000 U16
25798 0x64C6 2 Date of maximum crest factor In - DATETIME
25800 0x64C8 1 Minimum crest factor I1 - / 1000 U16
25801 0x64C9 2 Date of minimum crest factor I1 - DATETIME
25803 0x64CB 1 Minimum crest factor I2 - / 1000 U16
25804 0x64CC 2 Date of minimum crest factor I2 - DATETIME
25806 0x64CE 1 Minimum crest factor I3 - / 1000 U16
25807 0x64CF 2 Date of minimum crest factor I3 - DATETIME
25809 0x64D1 1 Minimum crest factor In - / 1000 U16
25810 0x64D2 2 Date of minimum crest factor In - DATETIME
25812 0x64D4 1 Minimum total harmonic distortion : THD Isys % / 100 U16
25813 0x64D5 2 Date of last minimum THD Isys - DATETIME
25815 0x64D7 1 Maximum total demand distortion : TDD I1 % / 100 U16
25816 0x64D8 2 Date of last maximum TDD I1 - DATETIME
25818 0x64DA 1 Maximum total demand distortion : TDD I2 % / 100 U16
25819 0x64DB 2 Date of last maximum TDD I2 - DATETIME
25821 0x64DD 1 Maximum total demand distortion : TDD I3 % / 100 U16
25822 0x64DE 2 Date of last maximum TDD I3 - DATETIME
25824 0x64E0 1 Maximum total demand distortion : TDD In % / 100 U16
25825 0x64E1 2 Date of last maximum TDD In - DATETIME
25827 0x64E3 1 Maximum total demand distortion : TDD Isys % / 100 U16
25828 0x64E4 2 Date of last maximum TDD Isys - DATETIME
25830 0x64E6 1 Minimum total demand distortion : TDD I1 % / 100 U16
25831 0x64E7 2 Date of last minimum TDD I1 - DATETIME
25833 0x64E9 1 Minimum total demand distortion : TDD I2 % / 100 U16
25834 0x64EA 2 Date of last minimum TDD I2 - DATETIME
25836 0x64EC 1 Minimum total demand distortion : TDD I3 % / 100 U16
25837 0x64ED 2 Date of last minimum TDD I3 - DATETIME
25839 0x64EF 1 Minimum total demand distortion : TDD In % / 100 U16
25840 0x64F0 2 Date of last minimum TDD In - DATETIME
25842 0x64F2 1 Minimum total demand distortion : TDD Isys % / 100 U16
25843 0x64F3 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #19
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25848 0x64F8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25848 0x64F8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
25849 0x64F9 1 Maximum total harmonic distortion : THD I1 % / 100 U16
25850 0x64FA 2 Date of last maximum THD I1 - DATETIME
25852 0x64FC 1 Maximum total harmonic distortion : THD I2 % / 100 U16
25853 0x64FD 2 Date of last maximum THD I2 - DATETIME
25855 0x64FF 1 Maximum total harmonic distortion : THD I3 % / 100 U16
25856 0x6500 2 Date of last maximum THD I3 - DATETIME
25858 0x6502 1 Maximum total harmonic distortion : THD In % / 100 U16
25859 0x6503 2 Date of last maximum THD In - DATETIME
25861 0x6505 1 Maximum Inba % / 100 U16
25862 0x6506 2 Date of maximum Inba - DATETIME
25864 0x6508 1 Maximum Inb % / 100 U16
25865 0x6509 2 Date of maximum Inb - DATETIME
25867 0x650B 1 Maximum Phi I1 / V1 ° 10⁻² S16
25868 0x650C 2 Date of maximum Phi I1 / V1 - DATETIME
25870 0x650E 1 Maximum Phi I2 / V2 ° 10⁻² S16
25871 0x650F 2 Date of maximum Phi I2 / V2 - DATETIME
25873 0x6511 1 Maximum Phi I3 / V3 ° 10⁻² S16
25874 0x6512 2 Date of maximum Phi I3 / V3 - DATETIME
25876 0x6514 1 Maximum Phi In / Vn - / 100 S16
25877 0x6515 2 Date of maximum Phi In / Vn - DATETIME
25879 0x6517 1 Minimum total harmonic distortion : THD I1 % / 100 U16
25880 0x6518 2 Date of last minimum THD I1 - DATETIME
25882 0x651A 1 Minimum total harmonic distortion : THD I2 % / 100 U16
25883 0x651B 2 Date of last minimum THD I2 - DATETIME
25885 0x651D 1 Minimum total harmonic distortion : THD I3 % / 100 U16
25886 0x651E 2 Date of last minimum THD I3 - DATETIME
25888 0x6520 1 Minimum total harmonic distortion : THD In % / 100 U16
25889 0x6521 2 Date of last minimum THD In - DATETIME
25891 0x6523 1 Minimum Inba % / 100 U16
25892 0x6524 2 Date of minimum Inba - DATETIME
25894 0x6526 1 Minimum Inb % / 100 U16
25895 0x6527 2 Date of minimum Inb - DATETIME
25897 0x6529 1 Minimum Phi I1 / V1 ° 10⁻² S16
25898 0x652A 2 Date of minimum Phi I1 / V1 - DATETIME
25900 0x652C 1 Minimum Phi I2 / V2 ° 10⁻² S16
25901 0x652D 2 Date of minimum Phi I2 / V2 - DATETIME
25903 0x652F 1 Minimum Phi I3 / V3 ° 10⁻² S16
25904 0x6530 2 Date of minimum Phi I3 / V3 - DATETIME
25906 0x6532 1 Minimum Phi In / Vn - / 100 S16
25907 0x6533 2 Date of minimum Phi In / Vn - DATETIME
25909 0x6535 1 Maximum total harmonic distortion : THD Isys % / 100 U16
25910 0x6536 2 Date of last maximum THD Isys - DATETIME
25912 0x6538 1 Maximum crest factor I1 - / 1000 U16
25913 0x6539 2 Date of maximum crest factor I1 - DATETIME
25915 0x653B 1 Maximum crest factor I2 - / 1000 U16
25916 0x653C 2 Date of maximum crest factor I2 - DATETIME
25918 0x653E 1 Maximum crest factor I3 - / 1000 U16
25919 0x653F 2 Date of maximum crest factor I3 - DATETIME
25921 0x6541 1 Maximum crest factor In - / 1000 U16
25922 0x6542 2 Date of maximum crest factor In - DATETIME
25924 0x6544 1 Minimum crest factor I1 - / 1000 U16
25925 0x6545 2 Date of minimum crest factor I1 - DATETIME
25927 0x6547 1 Minimum crest factor I2 - / 1000 U16
25928 0x6548 2 Date of minimum crest factor I2 - DATETIME
25930 0x654A 1 Minimum crest factor I3 - / 1000 U16
25931 0x654B 2 Date of minimum crest factor I3 - DATETIME
25933 0x654D 1 Minimum crest factor In - / 1000 U16
25934 0x654E 2 Date of minimum crest factor In - DATETIME
25936 0x6550 1 Minimum total harmonic distortion : THD Isys % / 100 U16
25937 0x6551 2 Date of last minimum THD Isys - DATETIME
25939 0x6553 1 Maximum total demand distortion : TDD I1 % / 100 U16
25940 0x6554 2 Date of last maximum TDD I1 - DATETIME
25942 0x6556 1 Maximum total demand distortion : TDD I2 % / 100 U16
25943 0x6557 2 Date of last maximum TDD I2 - DATETIME
25945 0x6559 1 Maximum total demand distortion : TDD I3 % / 100 U16
25946 0x655A 2 Date of last maximum TDD I3 - DATETIME
25948 0x655C 1 Maximum total demand distortion : TDD In % / 100 U16
25949 0x655D 2 Date of last maximum TDD In - DATETIME
25951 0x655F 1 Maximum total demand distortion : TDD Isys % / 100 U16
25952 0x6560 2 Date of last maximum TDD Isys - DATETIME
25954 0x6562 1 Minimum total demand distortion : TDD I1 % / 100 U16
25955 0x6563 2 Date of last minimum TDD I1 - DATETIME
25957 0x6565 1 Minimum total demand distortion : TDD I2 % / 100 U16
25958 0x6566 2 Date of last minimum TDD I2 - DATETIME
25960 0x6568 1 Minimum total demand distortion : TDD I3 % / 100 U16
25961 0x6569 2 Date of last minimum TDD I3 - DATETIME
25963 0x656B 1 Minimum total demand distortion : TDD In % / 100 U16
25964 0x656C 2 Date of last minimum TDD In - DATETIME
25966 0x656E 1 Minimum total demand distortion : TDD Isys % / 100 U16
25967 0x656F 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #20
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25972 0x6574 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25972 0x6574 1 Load status :
0 : Disabled
1 : Enabled		 - U8
25973 0x6575 1 Maximum total harmonic distortion : THD I1 % / 100 U16
25974 0x6576 2 Date of last maximum THD I1 - DATETIME
25976 0x6578 1 Maximum total harmonic distortion : THD I2 % / 100 U16
25977 0x6579 2 Date of last maximum THD I2 - DATETIME
25979 0x657B 1 Maximum total harmonic distortion : THD I3 % / 100 U16
25980 0x657C 2 Date of last maximum THD I3 - DATETIME
25982 0x657E 1 Maximum total harmonic distortion : THD In % / 100 U16
25983 0x657F 2 Date of last maximum THD In - DATETIME
25985 0x6581 1 Maximum Inba % / 100 U16
25986 0x6582 2 Date of maximum Inba - DATETIME
25988 0x6584 1 Maximum Inb % / 100 U16
25989 0x6585 2 Date of maximum Inb - DATETIME
25991 0x6587 1 Maximum Phi I1 / V1 ° 10⁻² S16
25992 0x6588 2 Date of maximum Phi I1 / V1 - DATETIME
25994 0x658A 1 Maximum Phi I2 / V2 ° 10⁻² S16
25995 0x658B 2 Date of maximum Phi I2 / V2 - DATETIME
25997 0x658D 1 Maximum Phi I3 / V3 ° 10⁻² S16
25998 0x658E 2 Date of maximum Phi I3 / V3 - DATETIME
26000 0x6590 1 Maximum Phi In / Vn - / 100 S16
26001 0x6591 2 Date of maximum Phi In / Vn - DATETIME
26003 0x6593 1 Minimum total harmonic distortion : THD I1 % / 100 U16
26004 0x6594 2 Date of last minimum THD I1 - DATETIME
26006 0x6596 1 Minimum total harmonic distortion : THD I2 % / 100 U16
26007 0x6597 2 Date of last minimum THD I2 - DATETIME
26009 0x6599 1 Minimum total harmonic distortion : THD I3 % / 100 U16
26010 0x659A 2 Date of last minimum THD I3 - DATETIME
26012 0x659C 1 Minimum total harmonic distortion : THD In % / 100 U16
26013 0x659D 2 Date of last minimum THD In - DATETIME
26015 0x659F 1 Minimum Inba % / 100 U16
26016 0x65A0 2 Date of minimum Inba - DATETIME
26018 0x65A2 1 Minimum Inb % / 100 U16
26019 0x65A3 2 Date of minimum Inb - DATETIME
26021 0x65A5 1 Minimum Phi I1 / V1 ° 10⁻² S16
26022 0x65A6 2 Date of minimum Phi I1 / V1 - DATETIME
26024 0x65A8 1 Minimum Phi I2 / V2 ° 10⁻² S16
26025 0x65A9 2 Date of minimum Phi I2 / V2 - DATETIME
26027 0x65AB 1 Minimum Phi I3 / V3 ° 10⁻² S16
26028 0x65AC 2 Date of minimum Phi I3 / V3 - DATETIME
26030 0x65AE 1 Minimum Phi In / Vn - / 100 S16
26031 0x65AF 2 Date of minimum Phi In / Vn - DATETIME
26033 0x65B1 1 Maximum total harmonic distortion : THD Isys % / 100 U16
26034 0x65B2 2 Date of last maximum THD Isys - DATETIME
26036 0x65B4 1 Maximum crest factor I1 - / 1000 U16
26037 0x65B5 2 Date of maximum crest factor I1 - DATETIME
26039 0x65B7 1 Maximum crest factor I2 - / 1000 U16
26040 0x65B8 2 Date of maximum crest factor I2 - DATETIME
26042 0x65BA 1 Maximum crest factor I3 - / 1000 U16
26043 0x65BB 2 Date of maximum crest factor I3 - DATETIME
26045 0x65BD 1 Maximum crest factor In - / 1000 U16
26046 0x65BE 2 Date of maximum crest factor In - DATETIME
26048 0x65C0 1 Minimum crest factor I1 - / 1000 U16
26049 0x65C1 2 Date of minimum crest factor I1 - DATETIME
26051 0x65C3 1 Minimum crest factor I2 - / 1000 U16
26052 0x65C4 2 Date of minimum crest factor I2 - DATETIME
26054 0x65C6 1 Minimum crest factor I3 - / 1000 U16
26055 0x65C7 2 Date of minimum crest factor I3 - DATETIME
26057 0x65C9 1 Minimum crest factor In - / 1000 U16
26058 0x65CA 2 Date of minimum crest factor In - DATETIME
26060 0x65CC 1 Minimum total harmonic distortion : THD Isys % / 100 U16
26061 0x65CD 2 Date of last minimum THD Isys - DATETIME
26063 0x65CF 1 Maximum total demand distortion : TDD I1 % / 100 U16
26064 0x65D0 2 Date of last maximum TDD I1 - DATETIME
26066 0x65D2 1 Maximum total demand distortion : TDD I2 % / 100 U16
26067 0x65D3 2 Date of last maximum TDD I2 - DATETIME
26069 0x65D5 1 Maximum total demand distortion : TDD I3 % / 100 U16
26070 0x65D6 2 Date of last maximum TDD I3 - DATETIME
26072 0x65D8 1 Maximum total demand distortion : TDD In % / 100 U16
26073 0x65D9 2 Date of last maximum TDD In - DATETIME
26075 0x65DB 1 Maximum total demand distortion : TDD Isys % / 100 U16
26076 0x65DC 2 Date of last maximum TDD Isys - DATETIME
26078 0x65DE 1 Minimum total demand distortion : TDD I1 % / 100 U16
26079 0x65DF 2 Date of last minimum TDD I1 - DATETIME
26081 0x65E1 1 Minimum total demand distortion : TDD I2 % / 100 U16
26082 0x65E2 2 Date of last minimum TDD I2 - DATETIME
26084 0x65E4 1 Minimum total demand distortion : TDD I3 % / 100 U16
26085 0x65E5 2 Date of last minimum TDD I3 - DATETIME
26087 0x65E7 1 Minimum total demand distortion : TDD In % / 100 U16
26088 0x65E8 2 Date of last minimum TDD In - DATETIME
26090 0x65EA 1 Minimum total demand distortion : TDD Isys % / 100 U16
26091 0x65EB 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #21
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
26096 0x65F0 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
26096 0x65F0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
26097 0x65F1 1 Maximum total harmonic distortion : THD I1 % / 100 U16
26098 0x65F2 2 Date of last maximum THD I1 - DATETIME
26100 0x65F4 1 Maximum total harmonic distortion : THD I2 % / 100 U16
26101 0x65F5 2 Date of last maximum THD I2 - DATETIME
26103 0x65F7 1 Maximum total harmonic distortion : THD I3 % / 100 U16
26104 0x65F8 2 Date of last maximum THD I3 - DATETIME
26106 0x65FA 1 Maximum total harmonic distortion : THD In % / 100 U16
26107 0x65FB 2 Date of last maximum THD In - DATETIME
26109 0x65FD 1 Maximum Inba % / 100 U16
26110 0x65FE 2 Date of maximum Inba - DATETIME
26112 0x6600 1 Maximum Inb % / 100 U16
26113 0x6601 2 Date of maximum Inb - DATETIME
26115 0x6603 1 Maximum Phi I1 / V1 ° 10⁻² S16
26116 0x6604 2 Date of maximum Phi I1 / V1 - DATETIME
26118 0x6606 1 Maximum Phi I2 / V2 ° 10⁻² S16
26119 0x6607 2 Date of maximum Phi I2 / V2 - DATETIME
26121 0x6609 1 Maximum Phi I3 / V3 ° 10⁻² S16
26122 0x660A 2 Date of maximum Phi I3 / V3 - DATETIME
26124 0x660C 1 Maximum Phi In / Vn - / 100 S16
26125 0x660D 2 Date of maximum Phi In / Vn - DATETIME
26127 0x660F 1 Minimum total harmonic distortion : THD I1 % / 100 U16
26128 0x6610 2 Date of last minimum THD I1 - DATETIME
26130 0x6612 1 Minimum total harmonic distortion : THD I2 % / 100 U16
26131 0x6613 2 Date of last minimum THD I2 - DATETIME
26133 0x6615 1 Minimum total harmonic distortion : THD I3 % / 100 U16
26134 0x6616 2 Date of last minimum THD I3 - DATETIME
26136 0x6618 1 Minimum total harmonic distortion : THD In % / 100 U16
26137 0x6619 2 Date of last minimum THD In - DATETIME
26139 0x661B 1 Minimum Inba % / 100 U16
26140 0x661C 2 Date of minimum Inba - DATETIME
26142 0x661E 1 Minimum Inb % / 100 U16
26143 0x661F 2 Date of minimum Inb - DATETIME
26145 0x6621 1 Minimum Phi I1 / V1 ° 10⁻² S16
26146 0x6622 2 Date of minimum Phi I1 / V1 - DATETIME
26148 0x6624 1 Minimum Phi I2 / V2 ° 10⁻² S16
26149 0x6625 2 Date of minimum Phi I2 / V2 - DATETIME
26151 0x6627 1 Minimum Phi I3 / V3 ° 10⁻² S16
26152 0x6628 2 Date of minimum Phi I3 / V3 - DATETIME
26154 0x662A 1 Minimum Phi In / Vn - / 100 S16
26155 0x662B 2 Date of minimum Phi In / Vn - DATETIME
26157 0x662D 1 Maximum total harmonic distortion : THD Isys % / 100 U16
26158 0x662E 2 Date of last maximum THD Isys - DATETIME
26160 0x6630 1 Maximum crest factor I1 - / 1000 U16
26161 0x6631 2 Date of maximum crest factor I1 - DATETIME
26163 0x6633 1 Maximum crest factor I2 - / 1000 U16
26164 0x6634 2 Date of maximum crest factor I2 - DATETIME
26166 0x6636 1 Maximum crest factor I3 - / 1000 U16
26167 0x6637 2 Date of maximum crest factor I3 - DATETIME
26169 0x6639 1 Maximum crest factor In - / 1000 U16
26170 0x663A 2 Date of maximum crest factor In - DATETIME
26172 0x663C 1 Minimum crest factor I1 - / 1000 U16
26173 0x663D 2 Date of minimum crest factor I1 - DATETIME
26175 0x663F 1 Minimum crest factor I2 - / 1000 U16
26176 0x6640 2 Date of minimum crest factor I2 - DATETIME
26178 0x6642 1 Minimum crest factor I3 - / 1000 U16
26179 0x6643 2 Date of minimum crest factor I3 - DATETIME
26181 0x6645 1 Minimum crest factor In - / 1000 U16
26182 0x6646 2 Date of minimum crest factor In - DATETIME
26184 0x6648 1 Minimum total harmonic distortion : THD Isys % / 100 U16
26185 0x6649 2 Date of last minimum THD Isys - DATETIME
26187 0x664B 1 Maximum total demand distortion : TDD I1 % / 100 U16
26188 0x664C 2 Date of last maximum TDD I1 - DATETIME
26190 0x664E 1 Maximum total demand distortion : TDD I2 % / 100 U16
26191 0x664F 2 Date of last maximum TDD I2 - DATETIME
26193 0x6651 1 Maximum total demand distortion : TDD I3 % / 100 U16
26194 0x6652 2 Date of last maximum TDD I3 - DATETIME
26196 0x6654 1 Maximum total demand distortion : TDD In % / 100 U16
26197 0x6655 2 Date of last maximum TDD In - DATETIME
26199 0x6657 1 Maximum total demand distortion : TDD Isys % / 100 U16
26200 0x6658 2 Date of last maximum TDD Isys - DATETIME
26202 0x665A 1 Minimum total demand distortion : TDD I1 % / 100 U16
26203 0x665B 2 Date of last minimum TDD I1 - DATETIME
26205 0x665D 1 Minimum total demand distortion : TDD I2 % / 100 U16
26206 0x665E 2 Date of last minimum TDD I2 - DATETIME
26208 0x6660 1 Minimum total demand distortion : TDD I3 % / 100 U16
26209 0x6661 2 Date of last minimum TDD I3 - DATETIME
26211 0x6663 1 Minimum total demand distortion : TDD In % / 100 U16
26212 0x6664 2 Date of last minimum TDD In - DATETIME
26214 0x6666 1 Minimum total demand distortion : TDD Isys % / 100 U16
26215 0x6667 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #22
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
26220 0x666C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
26220 0x666C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
26221 0x666D 1 Maximum total harmonic distortion : THD I1 % / 100 U16
26222 0x666E 2 Date of last maximum THD I1 - DATETIME
26224 0x6670 1 Maximum total harmonic distortion : THD I2 % / 100 U16
26225 0x6671 2 Date of last maximum THD I2 - DATETIME
26227 0x6673 1 Maximum total harmonic distortion : THD I3 % / 100 U16
26228 0x6674 2 Date of last maximum THD I3 - DATETIME
26230 0x6676 1 Maximum total harmonic distortion : THD In % / 100 U16
26231 0x6677 2 Date of last maximum THD In - DATETIME
26233 0x6679 1 Maximum Inba % / 100 U16
26234 0x667A 2 Date of maximum Inba - DATETIME
26236 0x667C 1 Maximum Inb % / 100 U16
26237 0x667D 2 Date of maximum Inb - DATETIME
26239 0x667F 1 Maximum Phi I1 / V1 ° 10⁻² S16
26240 0x6680 2 Date of maximum Phi I1 / V1 - DATETIME
26242 0x6682 1 Maximum Phi I2 / V2 ° 10⁻² S16
26243 0x6683 2 Date of maximum Phi I2 / V2 - DATETIME
26245 0x6685 1 Maximum Phi I3 / V3 ° 10⁻² S16
26246 0x6686 2 Date of maximum Phi I3 / V3 - DATETIME
26248 0x6688 1 Maximum Phi In / Vn - / 100 S16
26249 0x6689 2 Date of maximum Phi In / Vn - DATETIME
26251 0x668B 1 Minimum total harmonic distortion : THD I1 % / 100 U16
26252 0x668C 2 Date of last minimum THD I1 - DATETIME
26254 0x668E 1 Minimum total harmonic distortion : THD I2 % / 100 U16
26255 0x668F 2 Date of last minimum THD I2 - DATETIME
26257 0x6691 1 Minimum total harmonic distortion : THD I3 % / 100 U16
26258 0x6692 2 Date of last minimum THD I3 - DATETIME
26260 0x6694 1 Minimum total harmonic distortion : THD In % / 100 U16
26261 0x6695 2 Date of last minimum THD In - DATETIME
26263 0x6697 1 Minimum Inba % / 100 U16
26264 0x6698 2 Date of minimum Inba - DATETIME
26266 0x669A 1 Minimum Inb % / 100 U16
26267 0x669B 2 Date of minimum Inb - DATETIME
26269 0x669D 1 Minimum Phi I1 / V1 ° 10⁻² S16
26270 0x669E 2 Date of minimum Phi I1 / V1 - DATETIME
26272 0x66A0 1 Minimum Phi I2 / V2 ° 10⁻² S16
26273 0x66A1 2 Date of minimum Phi I2 / V2 - DATETIME
26275 0x66A3 1 Minimum Phi I3 / V3 ° 10⁻² S16
26276 0x66A4 2 Date of minimum Phi I3 / V3 - DATETIME
26278 0x66A6 1 Minimum Phi In / Vn - / 100 S16
26279 0x66A7 2 Date of minimum Phi In / Vn - DATETIME
26281 0x66A9 1 Maximum total harmonic distortion : THD Isys % / 100 U16
26282 0x66AA 2 Date of last maximum THD Isys - DATETIME
26284 0x66AC 1 Maximum crest factor I1 - / 1000 U16
26285 0x66AD 2 Date of maximum crest factor I1 - DATETIME
26287 0x66AF 1 Maximum crest factor I2 - / 1000 U16
26288 0x66B0 2 Date of maximum crest factor I2 - DATETIME
26290 0x66B2 1 Maximum crest factor I3 - / 1000 U16
26291 0x66B3 2 Date of maximum crest factor I3 - DATETIME
26293 0x66B5 1 Maximum crest factor In - / 1000 U16
26294 0x66B6 2 Date of maximum crest factor In - DATETIME
26296 0x66B8 1 Minimum crest factor I1 - / 1000 U16
26297 0x66B9 2 Date of minimum crest factor I1 - DATETIME
26299 0x66BB 1 Minimum crest factor I2 - / 1000 U16
26300 0x66BC 2 Date of minimum crest factor I2 - DATETIME
26302 0x66BE 1 Minimum crest factor I3 - / 1000 U16
26303 0x66BF 2 Date of minimum crest factor I3 - DATETIME
26305 0x66C1 1 Minimum crest factor In - / 1000 U16
26306 0x66C2 2 Date of minimum crest factor In - DATETIME
26308 0x66C4 1 Minimum total harmonic distortion : THD Isys % / 100 U16
26309 0x66C5 2 Date of last minimum THD Isys - DATETIME
26311 0x66C7 1 Maximum total demand distortion : TDD I1 % / 100 U16
26312 0x66C8 2 Date of last maximum TDD I1 - DATETIME
26314 0x66CA 1 Maximum total demand distortion : TDD I2 % / 100 U16
26315 0x66CB 2 Date of last maximum TDD I2 - DATETIME
26317 0x66CD 1 Maximum total demand distortion : TDD I3 % / 100 U16
26318 0x66CE 2 Date of last maximum TDD I3 - DATETIME
26320 0x66D0 1 Maximum total demand distortion : TDD In % / 100 U16
26321 0x66D1 2 Date of last maximum TDD In - DATETIME
26323 0x66D3 1 Maximum total demand distortion : TDD Isys % / 100 U16
26324 0x66D4 2 Date of last maximum TDD Isys - DATETIME
26326 0x66D6 1 Minimum total demand distortion : TDD I1 % / 100 U16
26327 0x66D7 2 Date of last minimum TDD I1 - DATETIME
26329 0x66D9 1 Minimum total demand distortion : TDD I2 % / 100 U16
26330 0x66DA 2 Date of last minimum TDD I2 - DATETIME
26332 0x66DC 1 Minimum total demand distortion : TDD I3 % / 100 U16
26333 0x66DD 2 Date of last minimum TDD I3 - DATETIME
26335 0x66DF 1 Minimum total demand distortion : TDD In % / 100 U16
26336 0x66E0 2 Date of last minimum TDD In - DATETIME
26338 0x66E2 1 Minimum total demand distortion : TDD Isys % / 100 U16
26339 0x66E3 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #23
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
26344 0x66E8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
26344 0x66E8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
26345 0x66E9 1 Maximum total harmonic distortion : THD I1 % / 100 U16
26346 0x66EA 2 Date of last maximum THD I1 - DATETIME
26348 0x66EC 1 Maximum total harmonic distortion : THD I2 % / 100 U16
26349 0x66ED 2 Date of last maximum THD I2 - DATETIME
26351 0x66EF 1 Maximum total harmonic distortion : THD I3 % / 100 U16
26352 0x66F0 2 Date of last maximum THD I3 - DATETIME
26354 0x66F2 1 Maximum total harmonic distortion : THD In % / 100 U16
26355 0x66F3 2 Date of last maximum THD In - DATETIME
26357 0x66F5 1 Maximum Inba % / 100 U16
26358 0x66F6 2 Date of maximum Inba - DATETIME
26360 0x66F8 1 Maximum Inb % / 100 U16
26361 0x66F9 2 Date of maximum Inb - DATETIME
26363 0x66FB 1 Maximum Phi I1 / V1 ° 10⁻² S16
26364 0x66FC 2 Date of maximum Phi I1 / V1 - DATETIME
26366 0x66FE 1 Maximum Phi I2 / V2 ° 10⁻² S16
26367 0x66FF 2 Date of maximum Phi I2 / V2 - DATETIME
26369 0x6701 1 Maximum Phi I3 / V3 ° 10⁻² S16
26370 0x6702 2 Date of maximum Phi I3 / V3 - DATETIME
26372 0x6704 1 Maximum Phi In / Vn - / 100 S16
26373 0x6705 2 Date of maximum Phi In / Vn - DATETIME
26375 0x6707 1 Minimum total harmonic distortion : THD I1 % / 100 U16
26376 0x6708 2 Date of last minimum THD I1 - DATETIME
26378 0x670A 1 Minimum total harmonic distortion : THD I2 % / 100 U16
26379 0x670B 2 Date of last minimum THD I2 - DATETIME
26381 0x670D 1 Minimum total harmonic distortion : THD I3 % / 100 U16
26382 0x670E 2 Date of last minimum THD I3 - DATETIME
26384 0x6710 1 Minimum total harmonic distortion : THD In % / 100 U16
26385 0x6711 2 Date of last minimum THD In - DATETIME
26387 0x6713 1 Minimum Inba % / 100 U16
26388 0x6714 2 Date of minimum Inba - DATETIME
26390 0x6716 1 Minimum Inb % / 100 U16
26391 0x6717 2 Date of minimum Inb - DATETIME
26393 0x6719 1 Minimum Phi I1 / V1 ° 10⁻² S16
26394 0x671A 2 Date of minimum Phi I1 / V1 - DATETIME
26396 0x671C 1 Minimum Phi I2 / V2 ° 10⁻² S16
26397 0x671D 2 Date of minimum Phi I2 / V2 - DATETIME
26399 0x671F 1 Minimum Phi I3 / V3 ° 10⁻² S16
26400 0x6720 2 Date of minimum Phi I3 / V3 - DATETIME
26402 0x6722 1 Minimum Phi In / Vn - / 100 S16
26403 0x6723 2 Date of minimum Phi In / Vn - DATETIME
26405 0x6725 1 Maximum total harmonic distortion : THD Isys % / 100 U16
26406 0x6726 2 Date of last maximum THD Isys - DATETIME
26408 0x6728 1 Maximum crest factor I1 - / 1000 U16
26409 0x6729 2 Date of maximum crest factor I1 - DATETIME
26411 0x672B 1 Maximum crest factor I2 - / 1000 U16
26412 0x672C 2 Date of maximum crest factor I2 - DATETIME
26414 0x672E 1 Maximum crest factor I3 - / 1000 U16
26415 0x672F 2 Date of maximum crest factor I3 - DATETIME
26417 0x6731 1 Maximum crest factor In - / 1000 U16
26418 0x6732 2 Date of maximum crest factor In - DATETIME
26420 0x6734 1 Minimum crest factor I1 - / 1000 U16
26421 0x6735 2 Date of minimum crest factor I1 - DATETIME
26423 0x6737 1 Minimum crest factor I2 - / 1000 U16
26424 0x6738 2 Date of minimum crest factor I2 - DATETIME
26426 0x673A 1 Minimum crest factor I3 - / 1000 U16
26427 0x673B 2 Date of minimum crest factor I3 - DATETIME
26429 0x673D 1 Minimum crest factor In - / 1000 U16
26430 0x673E 2 Date of minimum crest factor In - DATETIME
26432 0x6740 1 Minimum total harmonic distortion : THD Isys % / 100 U16
26433 0x6741 2 Date of last minimum THD Isys - DATETIME
26435 0x6743 1 Maximum total demand distortion : TDD I1 % / 100 U16
26436 0x6744 2 Date of last maximum TDD I1 - DATETIME
26438 0x6746 1 Maximum total demand distortion : TDD I2 % / 100 U16
26439 0x6747 2 Date of last maximum TDD I2 - DATETIME
26441 0x6749 1 Maximum total demand distortion : TDD I3 % / 100 U16
26442 0x674A 2 Date of last maximum TDD I3 - DATETIME
26444 0x674C 1 Maximum total demand distortion : TDD In % / 100 U16
26445 0x674D 2 Date of last maximum TDD In - DATETIME
26447 0x674F 1 Maximum total demand distortion : TDD Isys % / 100 U16
26448 0x6750 2 Date of last maximum TDD Isys - DATETIME
26450 0x6752 1 Minimum total demand distortion : TDD I1 % / 100 U16
26451 0x6753 2 Date of last minimum TDD I1 - DATETIME
26453 0x6755 1 Minimum total demand distortion : TDD I2 % / 100 U16
26454 0x6756 2 Date of last minimum TDD I2 - DATETIME
26456 0x6758 1 Minimum total demand distortion : TDD I3 % / 100 U16
26457 0x6759 2 Date of last minimum TDD I3 - DATETIME
26459 0x675B 1 Minimum total demand distortion : TDD In % / 100 U16
26460 0x675C 2 Date of last minimum TDD In - DATETIME
26462 0x675E 1 Minimum total demand distortion : TDD Isys % / 100 U16
26463 0x675F 2 Date of last minimum TDD Isys - DATETIME

Quality min/max #24
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
26468 0x6764 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
26468 0x6764 1 Load status :
0 : Disabled
1 : Enabled		 - U8
26469 0x6765 1 Maximum total harmonic distortion : THD I1 % / 100 U16
26470 0x6766 2 Date of last maximum THD I1 - DATETIME
26472 0x6768 1 Maximum total harmonic distortion : THD I2 % / 100 U16
26473 0x6769 2 Date of last maximum THD I2 - DATETIME
26475 0x676B 1 Maximum total harmonic distortion : THD I3 % / 100 U16
26476 0x676C 2 Date of last maximum THD I3 - DATETIME
26478 0x676E 1 Maximum total harmonic distortion : THD In % / 100 U16
26479 0x676F 2 Date of last maximum THD In - DATETIME
26481 0x6771 1 Maximum Inba % / 100 U16
26482 0x6772 2 Date of maximum Inba - DATETIME
26484 0x6774 1 Maximum Inb % / 100 U16
26485 0x6775 2 Date of maximum Inb - DATETIME
26487 0x6777 1 Maximum Phi I1 / V1 ° 10⁻² S16
26488 0x6778 2 Date of maximum Phi I1 / V1 - DATETIME
26490 0x677A 1 Maximum Phi I2 / V2 ° 10⁻² S16
26491 0x677B 2 Date of maximum Phi I2 / V2 - DATETIME
26493 0x677D 1 Maximum Phi I3 / V3 ° 10⁻² S16
26494 0x677E 2 Date of maximum Phi I3 / V3 - DATETIME
26496 0x6780 1 Maximum Phi In / Vn - / 100 S16
26497 0x6781 2 Date of maximum Phi In / Vn - DATETIME
26499 0x6783 1 Minimum total harmonic distortion : THD I1 % / 100 U16
26500 0x6784 2 Date of last minimum THD I1 - DATETIME
26502 0x6786 1 Minimum total harmonic distortion : THD I2 % / 100 U16
26503 0x6787 2 Date of last minimum THD I2 - DATETIME
26505 0x6789 1 Minimum total harmonic distortion : THD I3 % / 100 U16
26506 0x678A 2 Date of last minimum THD I3 - DATETIME
26508 0x678C 1 Minimum total harmonic distortion : THD In % / 100 U16
26509 0x678D 2 Date of last minimum THD In - DATETIME
26511 0x678F 1 Minimum Inba % / 100 U16
26512 0x6790 2 Date of minimum Inba - DATETIME
26514 0x6792 1 Minimum Inb % / 100 U16
26515 0x6793 2 Date of minimum Inb - DATETIME
26517 0x6795 1 Minimum Phi I1 / V1 ° 10⁻² S16
26518 0x6796 2 Date of minimum Phi I1 / V1 - DATETIME
26520 0x6798 1 Minimum Phi I2 / V2 ° 10⁻² S16
26521 0x6799 2 Date of minimum Phi I2 / V2 - DATETIME
26523 0x679B 1 Minimum Phi I3 / V3 ° 10⁻² S16
26524 0x679C 2 Date of minimum Phi I3 / V3 - DATETIME
26526 0x679E 1 Minimum Phi In / Vn - / 100 S16
26527 0x679F 2 Date of minimum Phi In / Vn - DATETIME
26529 0x67A1 1 Maximum total harmonic distortion : THD Isys % / 100 U16
26530 0x67A2 2 Date of last maximum THD Isys - DATETIME
26532 0x67A4 1 Maximum crest factor I1 - / 1000 U16
26533 0x67A5 2 Date of maximum crest factor I1 - DATETIME
26535 0x67A7 1 Maximum crest factor I2 - / 1000 U16
26536 0x67A8 2 Date of maximum crest factor I2 - DATETIME
26538 0x67AA 1 Maximum crest factor I3 - / 1000 U16
26539 0x67AB 2 Date of maximum crest factor I3 - DATETIME
26541 0x67AD 1 Maximum crest factor In - / 1000 U16
26542 0x67AE 2 Date of maximum crest factor In - DATETIME
26544 0x67B0 1 Minimum crest factor I1 - / 1000 U16
26545 0x67B1 2 Date of minimum crest factor I1 - DATETIME
26547 0x67B3 1 Minimum crest factor I2 - / 1000 U16
26548 0x67B4 2 Date of minimum crest factor I2 - DATETIME
26550 0x67B6 1 Minimum crest factor I3 - / 1000 U16
26551 0x67B7 2 Date of minimum crest factor I3 - DATETIME
26553 0x67B9 1 Minimum crest factor In - / 1000 U16
26554 0x67BA 2 Date of minimum crest factor In - DATETIME
26556 0x67BC 1 Minimum total harmonic distortion : THD Isys % / 100 U16
26557 0x67BD 2 Date of last minimum THD Isys - DATETIME
26559 0x67BF 1 Maximum total demand distortion : TDD I1 % / 100 U16
26560 0x67C0 2 Date of last maximum TDD I1 - DATETIME
26562 0x67C2 1 Maximum total demand distortion : TDD I2 % / 100 U16
26563 0x67C3 2 Date of last maximum TDD I2 - DATETIME
26565 0x67C5 1 Maximum total demand distortion : TDD I3 % / 100 U16
26566 0x67C6 2 Date of last maximum TDD I3 - DATETIME
26568 0x67C8 1 Maximum total demand distortion : TDD In % / 100 U16
26569 0x67C9 2 Date of last maximum TDD In - DATETIME
26571 0x67CB 1 Maximum total demand distortion : TDD Isys % / 100 U16
26572 0x67CC 2 Date of last maximum TDD Isys - DATETIME
26574 0x67CE 1 Minimum total demand distortion : TDD I1 % / 100 U16
26575 0x67CF 2 Date of last minimum TDD I1 - DATETIME
26577 0x67D1 1 Minimum total demand distortion : TDD I2 % / 100 U16
26578 0x67D2 2 Date of last minimum TDD I2 - DATETIME
26580 0x67D4 1 Minimum total demand distortion : TDD I3 % / 100 U16
26581 0x67D5 2 Date of last minimum TDD I3 - DATETIME
26583 0x67D7 1 Minimum total demand distortion : TDD In % / 100 U16
26584 0x67D8 2 Date of last minimum TDD In - DATETIME
26586 0x67DA 1 Minimum total demand distortion : TDD Isys % / 100 U16
26587 0x67DB 2 Date of last minimum TDD Isys - DATETIME

Instantaneous harmonics #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
26592 0x67E0 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
26592 0x67E0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
26593 0x67E1 1 harmonic I1 row 2 % / 100 U16
26594 0x67E2 1 harmonic I2 row 2 % / 100 U16
26595 0x67E3 1 harmonic I3 row 2 % / 100 U16
26596 0x67E4 1 harmonic In row 2 % / 100 U16
26597 0x67E5 1 harmonic I1 row 3 % / 100 U16
26598 0x67E6 1 harmonic I2 row 3 % / 100 U16
26599 0x67E7 1 harmonic I3 row 3 % / 100 U16
26600 0x67E8 1 harmonic In row 3 % / 100 U16
26601 0x67E9 1 harmonic I1 row 4 % / 100 U16
26602 0x67EA 1 harmonic I2 row 4 % / 100 U16
26603 0x67EB 1 harmonic I3 row 4 % / 100 U16
26604 0x67EC 1 harmonic In row 4 % / 100 U16
26605 0x67ED 1 harmonic I1 row 5 % / 100 U16
26606 0x67EE 1 harmonic I2 row 5 % / 100 U16
26607 0x67EF 1 harmonic I3 row 5 % / 100 U16
26608 0x67F0 1 harmonic In row 5 % / 100 U16
26609 0x67F1 1 harmonic I1 row 6 % / 100 U16
26610 0x67F2 1 harmonic I2 row 6 % / 100 U16
26611 0x67F3 1 harmonic I3 row 6 % / 100 U16
26612 0x67F4 1 harmonic In row 6 % / 100 U16
26613 0x67F5 1 harmonic I1 row 7 % / 100 U16
26614 0x67F6 1 harmonic I2 row 7 % / 100 U16
26615 0x67F7 1 harmonic I3 row 7 % / 100 U16
26616 0x67F8 1 harmonic In row 7 % / 100 U16
26617 0x67F9 1 harmonic I1 row 8 % / 100 U16
26618 0x67FA 1 harmonic I2 row 8 % / 100 U16
26619 0x67FB 1 harmonic I3 row 8 % / 100 U16
26620 0x67FC 1 harmonic In row 8 % / 100 U16
26621 0x67FD 1 harmonic I1 row 9 % / 100 U16
26622 0x67FE 1 harmonic I2 row 9 % / 100 U16
26623 0x67FF 1 harmonic I3 row 9 % / 100 U16
26624 0x6800 1 harmonic In row 9 % / 100 U16
26625 0x6801 1 harmonic I1 row 10 % / 100 U16
26626 0x6802 1 harmonic I2 row 10 % / 100 U16
26627 0x6803 1 harmonic I3 row 10 % / 100 U16
26628 0x6804 1 harmonic In row 10 % / 100 U16
26629 0x6805 1 harmonic I1 row 11 % / 100 U16
26630 0x6806 1 harmonic I2 row 11 % / 100 U16
26631 0x6807 1 harmonic I3 row 11 % / 100 U16
26632 0x6808 1 harmonic In row 11 % / 100 U16
26633 0x6809 1 harmonic I1 row 12 % / 100 U16
26634 0x680A 1 harmonic I2 row 12 % / 100 U16
26635 0x680B 1 harmonic I3 row 12 % / 100 U16
26636 0x680C 1 harmonic In row 12 % / 100 U16
26637 0x680D 1 harmonic I1 row 13 % / 100 U16
26638 0x680E 1 harmonic I2 row 13 % / 100 U16
26639 0x680F 1 harmonic I3 row 13 % / 100 U16
26640 0x6810 1 harmonic In row 13 % / 100 U16
26641 0x6811 1 harmonic I1 row 14 % / 100 U16
26642 0x6812 1 harmonic I2 row 14 % / 100 U16
26643 0x6813 1 harmonic I3 row 14 % / 100 U16
26644 0x6814 1 harmonic In row 14 % / 100 U16
26645 0x6815 1 harmonic I1 row 15 % / 100 U16
26646 0x6816 1 harmonic I2 row 15 % / 100 U16
26647 0x6817 1 harmonic I3 row 15 % / 100 U16
26648 0x6818 1 harmonic In row 15 % / 100 U16
26649 0x6819 1 harmonic I1 row 16 % / 100 U16
26650 0x681A 1 harmonic I2 row 16 % / 100 U16
26651 0x681B 1 harmonic I3 row 16 % / 100 U16
26652 0x681C 1 harmonic In row 16 % / 100 U16
26653 0x681D 1 harmonic I1 row 17 % / 100 U16
26654 0x681E 1 harmonic I2 row 17 % / 100 U16
26655 0x681F 1 harmonic I3 row 17 % / 100 U16
26656 0x6820 1 harmonic In row 17 % / 100 U16
26657 0x6821 1 harmonic I1 row 18 % / 100 U16
26658 0x6822 1 harmonic I2 row 18 % / 100 U16
26659 0x6823 1 harmonic I3 row 18 % / 100 U16
26660 0x6824 1 harmonic In row 18 % / 100 U16
26661 0x6825 1 harmonic I1 row 19 % / 100 U16
26662 0x6826 1 harmonic I2 row 19 % / 100 U16
26663 0x6827 1 harmonic I3 row 19 % / 100 U16
26664 0x6828 1 harmonic In row 19 % / 100 U16
26665 0x6829 1 harmonic I1 row 20 % / 100 U16
26666 0x682A 1 harmonic I2 row 20 % / 100 U16
26667 0x682B 1 harmonic I3 row 20 % / 100 U16
26668 0x682C 1 harmonic In row 20 % / 100 U16
26669 0x682D 1 harmonic I1 row 21 % / 100 U16
26670 0x682E 1 harmonic I2 row 21 % / 100 U16
26671 0x682F 1 harmonic I3 row 21 % / 100 U16
26672 0x6830 1 harmonic In row 21 % / 100 U16
26673 0x6831 1 harmonic I1 row 22 % / 100 U16
26674 0x6832 1 harmonic I2 row 22 % / 100 U16
26675 0x6833 1 harmonic I3 row 22 % / 100 U16
26676 0x6834 1 harmonic In row 22 % / 100 U16
26677 0x6835 1 harmonic I1 row 23 % / 100 U16
26678 0x6836 1 harmonic I2 row 23 % / 100 U16
26679 0x6837 1 harmonic I3 row 23 % / 100 U16
26680 0x6838 1 harmonic In row 23 % / 100 U16
26681 0x6839 1 harmonic I1 row 24 % / 100 U16
26682 0x683A 1 harmonic I2 row 24 % / 100 U16
26683 0x683B 1 harmonic I3 row 24 % / 100 U16
26684 0x683C 1 harmonic In row 24 % / 100 U16
26685 0x683D 1 harmonic I1 row 25 % / 100 U16
26686 0x683E 1 harmonic I2 row 25 % / 100 U16
26687 0x683F 1 harmonic I3 row 25 % / 100 U16
26688 0x6840 1 harmonic In row 25 % / 100 U16
26689 0x6841 1 harmonic I1 row 26 to 34 % / 100 U16
26690 0x6842 1 harmonic I2 row 26 to 34 % / 100 U16
26691 0x6843 1 harmonic I3 row 26 to 34 % / 100 U16
26692 0x6844 1 harmonic In row 26 to 34 % / 100 U16
26693 0x6845 1 harmonic I1 row 35 to 50 % / 100 U16
26694 0x6846 1 harmonic I2 row 35 to 50 % / 100 U16
26695 0x6847 1 harmonic I3 row 35 to 50 % / 100 U16
26696 0x6848 1 harmonic In row 35 to 50 % / 100 U16
26697 0x6849 1 harmonic I1 row 51 to 63 % / 100 U16
26698 0x684A 1 harmonic I2 row 51 to 63 % / 100 U16
26699 0x684B 1 harmonic I3 row 51 to 63 % / 100 U16
26700 0x684C 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
26707 0x6853 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
26707 0x6853 1 Load status :
0 : Disabled
1 : Enabled		 - U8
26708 0x6854 1 harmonic I1 row 2 % / 100 U16
26709 0x6855 1 harmonic I2 row 2 % / 100 U16
26710 0x6856 1 harmonic I3 row 2 % / 100 U16
26711 0x6857 1 harmonic In row 2 % / 100 U16
26712 0x6858 1 harmonic I1 row 3 % / 100 U16
26713 0x6859 1 harmonic I2 row 3 % / 100 U16
26714 0x685A 1 harmonic I3 row 3 % / 100 U16
26715 0x685B 1 harmonic In row 3 % / 100 U16
26716 0x685C 1 harmonic I1 row 4 % / 100 U16
26717 0x685D 1 harmonic I2 row 4 % / 100 U16
26718 0x685E 1 harmonic I3 row 4 % / 100 U16
26719 0x685F 1 harmonic In row 4 % / 100 U16
26720 0x6860 1 harmonic I1 row 5 % / 100 U16
26721 0x6861 1 harmonic I2 row 5 % / 100 U16
26722 0x6862 1 harmonic I3 row 5 % / 100 U16
26723 0x6863 1 harmonic In row 5 % / 100 U16
26724 0x6864 1 harmonic I1 row 6 % / 100 U16
26725 0x6865 1 harmonic I2 row 6 % / 100 U16
26726 0x6866 1 harmonic I3 row 6 % / 100 U16
26727 0x6867 1 harmonic In row 6 % / 100 U16
26728 0x6868 1 harmonic I1 row 7 % / 100 U16
26729 0x6869 1 harmonic I2 row 7 % / 100 U16
26730 0x686A 1 harmonic I3 row 7 % / 100 U16
26731 0x686B 1 harmonic In row 7 % / 100 U16
26732 0x686C 1 harmonic I1 row 8 % / 100 U16
26733 0x686D 1 harmonic I2 row 8 % / 100 U16
26734 0x686E 1 harmonic I3 row 8 % / 100 U16
26735 0x686F 1 harmonic In row 8 % / 100 U16
26736 0x6870 1 harmonic I1 row 9 % / 100 U16
26737 0x6871 1 harmonic I2 row 9 % / 100 U16
26738 0x6872 1 harmonic I3 row 9 % / 100 U16
26739 0x6873 1 harmonic In row 9 % / 100 U16
26740 0x6874 1 harmonic I1 row 10 % / 100 U16
26741 0x6875 1 harmonic I2 row 10 % / 100 U16
26742 0x6876 1 harmonic I3 row 10 % / 100 U16
26743 0x6877 1 harmonic In row 10 % / 100 U16
26744 0x6878 1 harmonic I1 row 11 % / 100 U16
26745 0x6879 1 harmonic I2 row 11 % / 100 U16
26746 0x687A 1 harmonic I3 row 11 % / 100 U16
26747 0x687B 1 harmonic In row 11 % / 100 U16
26748 0x687C 1 harmonic I1 row 12 % / 100 U16
26749 0x687D 1 harmonic I2 row 12 % / 100 U16
26750 0x687E 1 harmonic I3 row 12 % / 100 U16
26751 0x687F 1 harmonic In row 12 % / 100 U16
26752 0x6880 1 harmonic I1 row 13 % / 100 U16
26753 0x6881 1 harmonic I2 row 13 % / 100 U16
26754 0x6882 1 harmonic I3 row 13 % / 100 U16
26755 0x6883 1 harmonic In row 13 % / 100 U16
26756 0x6884 1 harmonic I1 row 14 % / 100 U16
26757 0x6885 1 harmonic I2 row 14 % / 100 U16
26758 0x6886 1 harmonic I3 row 14 % / 100 U16
26759 0x6887 1 harmonic In row 14 % / 100 U16
26760 0x6888 1 harmonic I1 row 15 % / 100 U16
26761 0x6889 1 harmonic I2 row 15 % / 100 U16
26762 0x688A 1 harmonic I3 row 15 % / 100 U16
26763 0x688B 1 harmonic In row 15 % / 100 U16
26764 0x688C 1 harmonic I1 row 16 % / 100 U16
26765 0x688D 1 harmonic I2 row 16 % / 100 U16
26766 0x688E 1 harmonic I3 row 16 % / 100 U16
26767 0x688F 1 harmonic In row 16 % / 100 U16
26768 0x6890 1 harmonic I1 row 17 % / 100 U16
26769 0x6891 1 harmonic I2 row 17 % / 100 U16
26770 0x6892 1 harmonic I3 row 17 % / 100 U16
26771 0x6893 1 harmonic In row 17 % / 100 U16
26772 0x6894 1 harmonic I1 row 18 % / 100 U16
26773 0x6895 1 harmonic I2 row 18 % / 100 U16
26774 0x6896 1 harmonic I3 row 18 % / 100 U16
26775 0x6897 1 harmonic In row 18 % / 100 U16
26776 0x6898 1 harmonic I1 row 19 % / 100 U16
26777 0x6899 1 harmonic I2 row 19 % / 100 U16
26778 0x689A 1 harmonic I3 row 19 % / 100 U16
26779 0x689B 1 harmonic In row 19 % / 100 U16
26780 0x689C 1 harmonic I1 row 20 % / 100 U16
26781 0x689D 1 harmonic I2 row 20 % / 100 U16
26782 0x689E 1 harmonic I3 row 20 % / 100 U16
26783 0x689F 1 harmonic In row 20 % / 100 U16
26784 0x68A0 1 harmonic I1 row 21 % / 100 U16
26785 0x68A1 1 harmonic I2 row 21 % / 100 U16
26786 0x68A2 1 harmonic I3 row 21 % / 100 U16
26787 0x68A3 1 harmonic In row 21 % / 100 U16
26788 0x68A4 1 harmonic I1 row 22 % / 100 U16
26789 0x68A5 1 harmonic I2 row 22 % / 100 U16
26790 0x68A6 1 harmonic I3 row 22 % / 100 U16
26791 0x68A7 1 harmonic In row 22 % / 100 U16
26792 0x68A8 1 harmonic I1 row 23 % / 100 U16
26793 0x68A9 1 harmonic I2 row 23 % / 100 U16
26794 0x68AA 1 harmonic I3 row 23 % / 100 U16
26795 0x68AB 1 harmonic In row 23 % / 100 U16
26796 0x68AC 1 harmonic I1 row 24 % / 100 U16
26797 0x68AD 1 harmonic I2 row 24 % / 100 U16
26798 0x68AE 1 harmonic I3 row 24 % / 100 U16
26799 0x68AF 1 harmonic In row 24 % / 100 U16
26800 0x68B0 1 harmonic I1 row 25 % / 100 U16
26801 0x68B1 1 harmonic I2 row 25 % / 100 U16
26802 0x68B2 1 harmonic I3 row 25 % / 100 U16
26803 0x68B3 1 harmonic In row 25 % / 100 U16
26804 0x68B4 1 harmonic I1 row 26 to 34 % / 100 U16
26805 0x68B5 1 harmonic I2 row 26 to 34 % / 100 U16
26806 0x68B6 1 harmonic I3 row 26 to 34 % / 100 U16
26807 0x68B7 1 harmonic In row 26 to 34 % / 100 U16
26808 0x68B8 1 harmonic I1 row 35 to 50 % / 100 U16
26809 0x68B9 1 harmonic I2 row 35 to 50 % / 100 U16
26810 0x68BA 1 harmonic I3 row 35 to 50 % / 100 U16
26811 0x68BB 1 harmonic In row 35 to 50 % / 100 U16
26812 0x68BC 1 harmonic I1 row 51 to 63 % / 100 U16
26813 0x68BD 1 harmonic I2 row 51 to 63 % / 100 U16
26814 0x68BE 1 harmonic I3 row 51 to 63 % / 100 U16
26815 0x68BF 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
26822 0x68C6 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
26822 0x68C6 1 Load status :
0 : Disabled
1 : Enabled		 - U8
26823 0x68C7 1 harmonic I1 row 2 % / 100 U16
26824 0x68C8 1 harmonic I2 row 2 % / 100 U16
26825 0x68C9 1 harmonic I3 row 2 % / 100 U16
26826 0x68CA 1 harmonic In row 2 % / 100 U16
26827 0x68CB 1 harmonic I1 row 3 % / 100 U16
26828 0x68CC 1 harmonic I2 row 3 % / 100 U16
26829 0x68CD 1 harmonic I3 row 3 % / 100 U16
26830 0x68CE 1 harmonic In row 3 % / 100 U16
26831 0x68CF 1 harmonic I1 row 4 % / 100 U16
26832 0x68D0 1 harmonic I2 row 4 % / 100 U16
26833 0x68D1 1 harmonic I3 row 4 % / 100 U16
26834 0x68D2 1 harmonic In row 4 % / 100 U16
26835 0x68D3 1 harmonic I1 row 5 % / 100 U16
26836 0x68D4 1 harmonic I2 row 5 % / 100 U16
26837 0x68D5 1 harmonic I3 row 5 % / 100 U16
26838 0x68D6 1 harmonic In row 5 % / 100 U16
26839 0x68D7 1 harmonic I1 row 6 % / 100 U16
26840 0x68D8 1 harmonic I2 row 6 % / 100 U16
26841 0x68D9 1 harmonic I3 row 6 % / 100 U16
26842 0x68DA 1 harmonic In row 6 % / 100 U16
26843 0x68DB 1 harmonic I1 row 7 % / 100 U16
26844 0x68DC 1 harmonic I2 row 7 % / 100 U16
26845 0x68DD 1 harmonic I3 row 7 % / 100 U16
26846 0x68DE 1 harmonic In row 7 % / 100 U16
26847 0x68DF 1 harmonic I1 row 8 % / 100 U16
26848 0x68E0 1 harmonic I2 row 8 % / 100 U16
26849 0x68E1 1 harmonic I3 row 8 % / 100 U16
26850 0x68E2 1 harmonic In row 8 % / 100 U16
26851 0x68E3 1 harmonic I1 row 9 % / 100 U16
26852 0x68E4 1 harmonic I2 row 9 % / 100 U16
26853 0x68E5 1 harmonic I3 row 9 % / 100 U16
26854 0x68E6 1 harmonic In row 9 % / 100 U16
26855 0x68E7 1 harmonic I1 row 10 % / 100 U16
26856 0x68E8 1 harmonic I2 row 10 % / 100 U16
26857 0x68E9 1 harmonic I3 row 10 % / 100 U16
26858 0x68EA 1 harmonic In row 10 % / 100 U16
26859 0x68EB 1 harmonic I1 row 11 % / 100 U16
26860 0x68EC 1 harmonic I2 row 11 % / 100 U16
26861 0x68ED 1 harmonic I3 row 11 % / 100 U16
26862 0x68EE 1 harmonic In row 11 % / 100 U16
26863 0x68EF 1 harmonic I1 row 12 % / 100 U16
26864 0x68F0 1 harmonic I2 row 12 % / 100 U16
26865 0x68F1 1 harmonic I3 row 12 % / 100 U16
26866 0x68F2 1 harmonic In row 12 % / 100 U16
26867 0x68F3 1 harmonic I1 row 13 % / 100 U16
26868 0x68F4 1 harmonic I2 row 13 % / 100 U16
26869 0x68F5 1 harmonic I3 row 13 % / 100 U16
26870 0x68F6 1 harmonic In row 13 % / 100 U16
26871 0x68F7 1 harmonic I1 row 14 % / 100 U16
26872 0x68F8 1 harmonic I2 row 14 % / 100 U16
26873 0x68F9 1 harmonic I3 row 14 % / 100 U16
26874 0x68FA 1 harmonic In row 14 % / 100 U16
26875 0x68FB 1 harmonic I1 row 15 % / 100 U16
26876 0x68FC 1 harmonic I2 row 15 % / 100 U16
26877 0x68FD 1 harmonic I3 row 15 % / 100 U16
26878 0x68FE 1 harmonic In row 15 % / 100 U16
26879 0x68FF 1 harmonic I1 row 16 % / 100 U16
26880 0x6900 1 harmonic I2 row 16 % / 100 U16
26881 0x6901 1 harmonic I3 row 16 % / 100 U16
26882 0x6902 1 harmonic In row 16 % / 100 U16
26883 0x6903 1 harmonic I1 row 17 % / 100 U16
26884 0x6904 1 harmonic I2 row 17 % / 100 U16
26885 0x6905 1 harmonic I3 row 17 % / 100 U16
26886 0x6906 1 harmonic In row 17 % / 100 U16
26887 0x6907 1 harmonic I1 row 18 % / 100 U16
26888 0x6908 1 harmonic I2 row 18 % / 100 U16
26889 0x6909 1 harmonic I3 row 18 % / 100 U16
26890 0x690A 1 harmonic In row 18 % / 100 U16
26891 0x690B 1 harmonic I1 row 19 % / 100 U16
26892 0x690C 1 harmonic I2 row 19 % / 100 U16
26893 0x690D 1 harmonic I3 row 19 % / 100 U16
26894 0x690E 1 harmonic In row 19 % / 100 U16
26895 0x690F 1 harmonic I1 row 20 % / 100 U16
26896 0x6910 1 harmonic I2 row 20 % / 100 U16
26897 0x6911 1 harmonic I3 row 20 % / 100 U16
26898 0x6912 1 harmonic In row 20 % / 100 U16
26899 0x6913 1 harmonic I1 row 21 % / 100 U16
26900 0x6914 1 harmonic I2 row 21 % / 100 U16
26901 0x6915 1 harmonic I3 row 21 % / 100 U16
26902 0x6916 1 harmonic In row 21 % / 100 U16
26903 0x6917 1 harmonic I1 row 22 % / 100 U16
26904 0x6918 1 harmonic I2 row 22 % / 100 U16
26905 0x6919 1 harmonic I3 row 22 % / 100 U16
26906 0x691A 1 harmonic In row 22 % / 100 U16
26907 0x691B 1 harmonic I1 row 23 % / 100 U16
26908 0x691C 1 harmonic I2 row 23 % / 100 U16
26909 0x691D 1 harmonic I3 row 23 % / 100 U16
26910 0x691E 1 harmonic In row 23 % / 100 U16
26911 0x691F 1 harmonic I1 row 24 % / 100 U16
26912 0x6920 1 harmonic I2 row 24 % / 100 U16
26913 0x6921 1 harmonic I3 row 24 % / 100 U16
26914 0x6922 1 harmonic In row 24 % / 100 U16
26915 0x6923 1 harmonic I1 row 25 % / 100 U16
26916 0x6924 1 harmonic I2 row 25 % / 100 U16
26917 0x6925 1 harmonic I3 row 25 % / 100 U16
26918 0x6926 1 harmonic In row 25 % / 100 U16
26919 0x6927 1 harmonic I1 row 26 to 34 % / 100 U16
26920 0x6928 1 harmonic I2 row 26 to 34 % / 100 U16
26921 0x6929 1 harmonic I3 row 26 to 34 % / 100 U16
26922 0x692A 1 harmonic In row 26 to 34 % / 100 U16
26923 0x692B 1 harmonic I1 row 35 to 50 % / 100 U16
26924 0x692C 1 harmonic I2 row 35 to 50 % / 100 U16
26925 0x692D 1 harmonic I3 row 35 to 50 % / 100 U16
26926 0x692E 1 harmonic In row 35 to 50 % / 100 U16
26927 0x692F 1 harmonic I1 row 51 to 63 % / 100 U16
26928 0x6930 1 harmonic I2 row 51 to 63 % / 100 U16
26929 0x6931 1 harmonic I3 row 51 to 63 % / 100 U16
26930 0x6932 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
26937 0x6939 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
26937 0x6939 1 Load status :
0 : Disabled
1 : Enabled		 - U8
26938 0x693A 1 harmonic I1 row 2 % / 100 U16
26939 0x693B 1 harmonic I2 row 2 % / 100 U16
26940 0x693C 1 harmonic I3 row 2 % / 100 U16
26941 0x693D 1 harmonic In row 2 % / 100 U16
26942 0x693E 1 harmonic I1 row 3 % / 100 U16
26943 0x693F 1 harmonic I2 row 3 % / 100 U16
26944 0x6940 1 harmonic I3 row 3 % / 100 U16
26945 0x6941 1 harmonic In row 3 % / 100 U16
26946 0x6942 1 harmonic I1 row 4 % / 100 U16
26947 0x6943 1 harmonic I2 row 4 % / 100 U16
26948 0x6944 1 harmonic I3 row 4 % / 100 U16
26949 0x6945 1 harmonic In row 4 % / 100 U16
26950 0x6946 1 harmonic I1 row 5 % / 100 U16
26951 0x6947 1 harmonic I2 row 5 % / 100 U16
26952 0x6948 1 harmonic I3 row 5 % / 100 U16
26953 0x6949 1 harmonic In row 5 % / 100 U16
26954 0x694A 1 harmonic I1 row 6 % / 100 U16
26955 0x694B 1 harmonic I2 row 6 % / 100 U16
26956 0x694C 1 harmonic I3 row 6 % / 100 U16
26957 0x694D 1 harmonic In row 6 % / 100 U16
26958 0x694E 1 harmonic I1 row 7 % / 100 U16
26959 0x694F 1 harmonic I2 row 7 % / 100 U16
26960 0x6950 1 harmonic I3 row 7 % / 100 U16
26961 0x6951 1 harmonic In row 7 % / 100 U16
26962 0x6952 1 harmonic I1 row 8 % / 100 U16
26963 0x6953 1 harmonic I2 row 8 % / 100 U16
26964 0x6954 1 harmonic I3 row 8 % / 100 U16
26965 0x6955 1 harmonic In row 8 % / 100 U16
26966 0x6956 1 harmonic I1 row 9 % / 100 U16
26967 0x6957 1 harmonic I2 row 9 % / 100 U16
26968 0x6958 1 harmonic I3 row 9 % / 100 U16
26969 0x6959 1 harmonic In row 9 % / 100 U16
26970 0x695A 1 harmonic I1 row 10 % / 100 U16
26971 0x695B 1 harmonic I2 row 10 % / 100 U16
26972 0x695C 1 harmonic I3 row 10 % / 100 U16
26973 0x695D 1 harmonic In row 10 % / 100 U16
26974 0x695E 1 harmonic I1 row 11 % / 100 U16
26975 0x695F 1 harmonic I2 row 11 % / 100 U16
26976 0x6960 1 harmonic I3 row 11 % / 100 U16
26977 0x6961 1 harmonic In row 11 % / 100 U16
26978 0x6962 1 harmonic I1 row 12 % / 100 U16
26979 0x6963 1 harmonic I2 row 12 % / 100 U16
26980 0x6964 1 harmonic I3 row 12 % / 100 U16
26981 0x6965 1 harmonic In row 12 % / 100 U16
26982 0x6966 1 harmonic I1 row 13 % / 100 U16
26983 0x6967 1 harmonic I2 row 13 % / 100 U16
26984 0x6968 1 harmonic I3 row 13 % / 100 U16
26985 0x6969 1 harmonic In row 13 % / 100 U16
26986 0x696A 1 harmonic I1 row 14 % / 100 U16
26987 0x696B 1 harmonic I2 row 14 % / 100 U16
26988 0x696C 1 harmonic I3 row 14 % / 100 U16
26989 0x696D 1 harmonic In row 14 % / 100 U16
26990 0x696E 1 harmonic I1 row 15 % / 100 U16
26991 0x696F 1 harmonic I2 row 15 % / 100 U16
26992 0x6970 1 harmonic I3 row 15 % / 100 U16
26993 0x6971 1 harmonic In row 15 % / 100 U16
26994 0x6972 1 harmonic I1 row 16 % / 100 U16
26995 0x6973 1 harmonic I2 row 16 % / 100 U16
26996 0x6974 1 harmonic I3 row 16 % / 100 U16
26997 0x6975 1 harmonic In row 16 % / 100 U16
26998 0x6976 1 harmonic I1 row 17 % / 100 U16
26999 0x6977 1 harmonic I2 row 17 % / 100 U16
27000 0x6978 1 harmonic I3 row 17 % / 100 U16
27001 0x6979 1 harmonic In row 17 % / 100 U16
27002 0x697A 1 harmonic I1 row 18 % / 100 U16
27003 0x697B 1 harmonic I2 row 18 % / 100 U16
27004 0x697C 1 harmonic I3 row 18 % / 100 U16
27005 0x697D 1 harmonic In row 18 % / 100 U16
27006 0x697E 1 harmonic I1 row 19 % / 100 U16
27007 0x697F 1 harmonic I2 row 19 % / 100 U16
27008 0x6980 1 harmonic I3 row 19 % / 100 U16
27009 0x6981 1 harmonic In row 19 % / 100 U16
27010 0x6982 1 harmonic I1 row 20 % / 100 U16
27011 0x6983 1 harmonic I2 row 20 % / 100 U16
27012 0x6984 1 harmonic I3 row 20 % / 100 U16
27013 0x6985 1 harmonic In row 20 % / 100 U16
27014 0x6986 1 harmonic I1 row 21 % / 100 U16
27015 0x6987 1 harmonic I2 row 21 % / 100 U16
27016 0x6988 1 harmonic I3 row 21 % / 100 U16
27017 0x6989 1 harmonic In row 21 % / 100 U16
27018 0x698A 1 harmonic I1 row 22 % / 100 U16
27019 0x698B 1 harmonic I2 row 22 % / 100 U16
27020 0x698C 1 harmonic I3 row 22 % / 100 U16
27021 0x698D 1 harmonic In row 22 % / 100 U16
27022 0x698E 1 harmonic I1 row 23 % / 100 U16
27023 0x698F 1 harmonic I2 row 23 % / 100 U16
27024 0x6990 1 harmonic I3 row 23 % / 100 U16
27025 0x6991 1 harmonic In row 23 % / 100 U16
27026 0x6992 1 harmonic I1 row 24 % / 100 U16
27027 0x6993 1 harmonic I2 row 24 % / 100 U16
27028 0x6994 1 harmonic I3 row 24 % / 100 U16
27029 0x6995 1 harmonic In row 24 % / 100 U16
27030 0x6996 1 harmonic I1 row 25 % / 100 U16
27031 0x6997 1 harmonic I2 row 25 % / 100 U16
27032 0x6998 1 harmonic I3 row 25 % / 100 U16
27033 0x6999 1 harmonic In row 25 % / 100 U16
27034 0x699A 1 harmonic I1 row 26 to 34 % / 100 U16
27035 0x699B 1 harmonic I2 row 26 to 34 % / 100 U16
27036 0x699C 1 harmonic I3 row 26 to 34 % / 100 U16
27037 0x699D 1 harmonic In row 26 to 34 % / 100 U16
27038 0x699E 1 harmonic I1 row 35 to 50 % / 100 U16
27039 0x699F 1 harmonic I2 row 35 to 50 % / 100 U16
27040 0x69A0 1 harmonic I3 row 35 to 50 % / 100 U16
27041 0x69A1 1 harmonic In row 35 to 50 % / 100 U16
27042 0x69A2 1 harmonic I1 row 51 to 63 % / 100 U16
27043 0x69A3 1 harmonic I2 row 51 to 63 % / 100 U16
27044 0x69A4 1 harmonic I3 row 51 to 63 % / 100 U16
27045 0x69A5 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
27052 0x69AC Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
27052 0x69AC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
27053 0x69AD 1 harmonic I1 row 2 % / 100 U16
27054 0x69AE 1 harmonic I2 row 2 % / 100 U16
27055 0x69AF 1 harmonic I3 row 2 % / 100 U16
27056 0x69B0 1 harmonic In row 2 % / 100 U16
27057 0x69B1 1 harmonic I1 row 3 % / 100 U16
27058 0x69B2 1 harmonic I2 row 3 % / 100 U16
27059 0x69B3 1 harmonic I3 row 3 % / 100 U16
27060 0x69B4 1 harmonic In row 3 % / 100 U16
27061 0x69B5 1 harmonic I1 row 4 % / 100 U16
27062 0x69B6 1 harmonic I2 row 4 % / 100 U16
27063 0x69B7 1 harmonic I3 row 4 % / 100 U16
27064 0x69B8 1 harmonic In row 4 % / 100 U16
27065 0x69B9 1 harmonic I1 row 5 % / 100 U16
27066 0x69BA 1 harmonic I2 row 5 % / 100 U16
27067 0x69BB 1 harmonic I3 row 5 % / 100 U16
27068 0x69BC 1 harmonic In row 5 % / 100 U16
27069 0x69BD 1 harmonic I1 row 6 % / 100 U16
27070 0x69BE 1 harmonic I2 row 6 % / 100 U16
27071 0x69BF 1 harmonic I3 row 6 % / 100 U16
27072 0x69C0 1 harmonic In row 6 % / 100 U16
27073 0x69C1 1 harmonic I1 row 7 % / 100 U16
27074 0x69C2 1 harmonic I2 row 7 % / 100 U16
27075 0x69C3 1 harmonic I3 row 7 % / 100 U16
27076 0x69C4 1 harmonic In row 7 % / 100 U16
27077 0x69C5 1 harmonic I1 row 8 % / 100 U16
27078 0x69C6 1 harmonic I2 row 8 % / 100 U16
27079 0x69C7 1 harmonic I3 row 8 % / 100 U16
27080 0x69C8 1 harmonic In row 8 % / 100 U16
27081 0x69C9 1 harmonic I1 row 9 % / 100 U16
27082 0x69CA 1 harmonic I2 row 9 % / 100 U16
27083 0x69CB 1 harmonic I3 row 9 % / 100 U16
27084 0x69CC 1 harmonic In row 9 % / 100 U16
27085 0x69CD 1 harmonic I1 row 10 % / 100 U16
27086 0x69CE 1 harmonic I2 row 10 % / 100 U16
27087 0x69CF 1 harmonic I3 row 10 % / 100 U16
27088 0x69D0 1 harmonic In row 10 % / 100 U16
27089 0x69D1 1 harmonic I1 row 11 % / 100 U16
27090 0x69D2 1 harmonic I2 row 11 % / 100 U16
27091 0x69D3 1 harmonic I3 row 11 % / 100 U16
27092 0x69D4 1 harmonic In row 11 % / 100 U16
27093 0x69D5 1 harmonic I1 row 12 % / 100 U16
27094 0x69D6 1 harmonic I2 row 12 % / 100 U16
27095 0x69D7 1 harmonic I3 row 12 % / 100 U16
27096 0x69D8 1 harmonic In row 12 % / 100 U16
27097 0x69D9 1 harmonic I1 row 13 % / 100 U16
27098 0x69DA 1 harmonic I2 row 13 % / 100 U16
27099 0x69DB 1 harmonic I3 row 13 % / 100 U16
27100 0x69DC 1 harmonic In row 13 % / 100 U16
27101 0x69DD 1 harmonic I1 row 14 % / 100 U16
27102 0x69DE 1 harmonic I2 row 14 % / 100 U16
27103 0x69DF 1 harmonic I3 row 14 % / 100 U16
27104 0x69E0 1 harmonic In row 14 % / 100 U16
27105 0x69E1 1 harmonic I1 row 15 % / 100 U16
27106 0x69E2 1 harmonic I2 row 15 % / 100 U16
27107 0x69E3 1 harmonic I3 row 15 % / 100 U16
27108 0x69E4 1 harmonic In row 15 % / 100 U16
27109 0x69E5 1 harmonic I1 row 16 % / 100 U16
27110 0x69E6 1 harmonic I2 row 16 % / 100 U16
27111 0x69E7 1 harmonic I3 row 16 % / 100 U16
27112 0x69E8 1 harmonic In row 16 % / 100 U16
27113 0x69E9 1 harmonic I1 row 17 % / 100 U16
27114 0x69EA 1 harmonic I2 row 17 % / 100 U16
27115 0x69EB 1 harmonic I3 row 17 % / 100 U16
27116 0x69EC 1 harmonic In row 17 % / 100 U16
27117 0x69ED 1 harmonic I1 row 18 % / 100 U16
27118 0x69EE 1 harmonic I2 row 18 % / 100 U16
27119 0x69EF 1 harmonic I3 row 18 % / 100 U16
27120 0x69F0 1 harmonic In row 18 % / 100 U16
27121 0x69F1 1 harmonic I1 row 19 % / 100 U16
27122 0x69F2 1 harmonic I2 row 19 % / 100 U16
27123 0x69F3 1 harmonic I3 row 19 % / 100 U16
27124 0x69F4 1 harmonic In row 19 % / 100 U16
27125 0x69F5 1 harmonic I1 row 20 % / 100 U16
27126 0x69F6 1 harmonic I2 row 20 % / 100 U16
27127 0x69F7 1 harmonic I3 row 20 % / 100 U16
27128 0x69F8 1 harmonic In row 20 % / 100 U16
27129 0x69F9 1 harmonic I1 row 21 % / 100 U16
27130 0x69FA 1 harmonic I2 row 21 % / 100 U16
27131 0x69FB 1 harmonic I3 row 21 % / 100 U16
27132 0x69FC 1 harmonic In row 21 % / 100 U16
27133 0x69FD 1 harmonic I1 row 22 % / 100 U16
27134 0x69FE 1 harmonic I2 row 22 % / 100 U16
27135 0x69FF 1 harmonic I3 row 22 % / 100 U16
27136 0x6A00 1 harmonic In row 22 % / 100 U16
27137 0x6A01 1 harmonic I1 row 23 % / 100 U16
27138 0x6A02 1 harmonic I2 row 23 % / 100 U16
27139 0x6A03 1 harmonic I3 row 23 % / 100 U16
27140 0x6A04 1 harmonic In row 23 % / 100 U16
27141 0x6A05 1 harmonic I1 row 24 % / 100 U16
27142 0x6A06 1 harmonic I2 row 24 % / 100 U16
27143 0x6A07 1 harmonic I3 row 24 % / 100 U16
27144 0x6A08 1 harmonic In row 24 % / 100 U16
27145 0x6A09 1 harmonic I1 row 25 % / 100 U16
27146 0x6A0A 1 harmonic I2 row 25 % / 100 U16
27147 0x6A0B 1 harmonic I3 row 25 % / 100 U16
27148 0x6A0C 1 harmonic In row 25 % / 100 U16
27149 0x6A0D 1 harmonic I1 row 26 to 34 % / 100 U16
27150 0x6A0E 1 harmonic I2 row 26 to 34 % / 100 U16
27151 0x6A0F 1 harmonic I3 row 26 to 34 % / 100 U16
27152 0x6A10 1 harmonic In row 26 to 34 % / 100 U16
27153 0x6A11 1 harmonic I1 row 35 to 50 % / 100 U16
27154 0x6A12 1 harmonic I2 row 35 to 50 % / 100 U16
27155 0x6A13 1 harmonic I3 row 35 to 50 % / 100 U16
27156 0x6A14 1 harmonic In row 35 to 50 % / 100 U16
27157 0x6A15 1 harmonic I1 row 51 to 63 % / 100 U16
27158 0x6A16 1 harmonic I2 row 51 to 63 % / 100 U16
27159 0x6A17 1 harmonic I3 row 51 to 63 % / 100 U16
27160 0x6A18 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
27167 0x6A1F Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
27167 0x6A1F 1 Load status :
0 : Disabled
1 : Enabled		 - U8
27168 0x6A20 1 harmonic I1 row 2 % / 100 U16
27169 0x6A21 1 harmonic I2 row 2 % / 100 U16
27170 0x6A22 1 harmonic I3 row 2 % / 100 U16
27171 0x6A23 1 harmonic In row 2 % / 100 U16
27172 0x6A24 1 harmonic I1 row 3 % / 100 U16
27173 0x6A25 1 harmonic I2 row 3 % / 100 U16
27174 0x6A26 1 harmonic I3 row 3 % / 100 U16
27175 0x6A27 1 harmonic In row 3 % / 100 U16
27176 0x6A28 1 harmonic I1 row 4 % / 100 U16
27177 0x6A29 1 harmonic I2 row 4 % / 100 U16
27178 0x6A2A 1 harmonic I3 row 4 % / 100 U16
27179 0x6A2B 1 harmonic In row 4 % / 100 U16
27180 0x6A2C 1 harmonic I1 row 5 % / 100 U16
27181 0x6A2D 1 harmonic I2 row 5 % / 100 U16
27182 0x6A2E 1 harmonic I3 row 5 % / 100 U16
27183 0x6A2F 1 harmonic In row 5 % / 100 U16
27184 0x6A30 1 harmonic I1 row 6 % / 100 U16
27185 0x6A31 1 harmonic I2 row 6 % / 100 U16
27186 0x6A32 1 harmonic I3 row 6 % / 100 U16
27187 0x6A33 1 harmonic In row 6 % / 100 U16
27188 0x6A34 1 harmonic I1 row 7 % / 100 U16
27189 0x6A35 1 harmonic I2 row 7 % / 100 U16
27190 0x6A36 1 harmonic I3 row 7 % / 100 U16
27191 0x6A37 1 harmonic In row 7 % / 100 U16
27192 0x6A38 1 harmonic I1 row 8 % / 100 U16
27193 0x6A39 1 harmonic I2 row 8 % / 100 U16
27194 0x6A3A 1 harmonic I3 row 8 % / 100 U16
27195 0x6A3B 1 harmonic In row 8 % / 100 U16
27196 0x6A3C 1 harmonic I1 row 9 % / 100 U16
27197 0x6A3D 1 harmonic I2 row 9 % / 100 U16
27198 0x6A3E 1 harmonic I3 row 9 % / 100 U16
27199 0x6A3F 1 harmonic In row 9 % / 100 U16
27200 0x6A40 1 harmonic I1 row 10 % / 100 U16
27201 0x6A41 1 harmonic I2 row 10 % / 100 U16
27202 0x6A42 1 harmonic I3 row 10 % / 100 U16
27203 0x6A43 1 harmonic In row 10 % / 100 U16
27204 0x6A44 1 harmonic I1 row 11 % / 100 U16
27205 0x6A45 1 harmonic I2 row 11 % / 100 U16
27206 0x6A46 1 harmonic I3 row 11 % / 100 U16
27207 0x6A47 1 harmonic In row 11 % / 100 U16
27208 0x6A48 1 harmonic I1 row 12 % / 100 U16
27209 0x6A49 1 harmonic I2 row 12 % / 100 U16
27210 0x6A4A 1 harmonic I3 row 12 % / 100 U16
27211 0x6A4B 1 harmonic In row 12 % / 100 U16
27212 0x6A4C 1 harmonic I1 row 13 % / 100 U16
27213 0x6A4D 1 harmonic I2 row 13 % / 100 U16
27214 0x6A4E 1 harmonic I3 row 13 % / 100 U16
27215 0x6A4F 1 harmonic In row 13 % / 100 U16
27216 0x6A50 1 harmonic I1 row 14 % / 100 U16
27217 0x6A51 1 harmonic I2 row 14 % / 100 U16
27218 0x6A52 1 harmonic I3 row 14 % / 100 U16
27219 0x6A53 1 harmonic In row 14 % / 100 U16
27220 0x6A54 1 harmonic I1 row 15 % / 100 U16
27221 0x6A55 1 harmonic I2 row 15 % / 100 U16
27222 0x6A56 1 harmonic I3 row 15 % / 100 U16
27223 0x6A57 1 harmonic In row 15 % / 100 U16
27224 0x6A58 1 harmonic I1 row 16 % / 100 U16
27225 0x6A59 1 harmonic I2 row 16 % / 100 U16
27226 0x6A5A 1 harmonic I3 row 16 % / 100 U16
27227 0x6A5B 1 harmonic In row 16 % / 100 U16
27228 0x6A5C 1 harmonic I1 row 17 % / 100 U16
27229 0x6A5D 1 harmonic I2 row 17 % / 100 U16
27230 0x6A5E 1 harmonic I3 row 17 % / 100 U16
27231 0x6A5F 1 harmonic In row 17 % / 100 U16
27232 0x6A60 1 harmonic I1 row 18 % / 100 U16
27233 0x6A61 1 harmonic I2 row 18 % / 100 U16
27234 0x6A62 1 harmonic I3 row 18 % / 100 U16
27235 0x6A63 1 harmonic In row 18 % / 100 U16
27236 0x6A64 1 harmonic I1 row 19 % / 100 U16
27237 0x6A65 1 harmonic I2 row 19 % / 100 U16
27238 0x6A66 1 harmonic I3 row 19 % / 100 U16
27239 0x6A67 1 harmonic In row 19 % / 100 U16
27240 0x6A68 1 harmonic I1 row 20 % / 100 U16
27241 0x6A69 1 harmonic I2 row 20 % / 100 U16
27242 0x6A6A 1 harmonic I3 row 20 % / 100 U16
27243 0x6A6B 1 harmonic In row 20 % / 100 U16
27244 0x6A6C 1 harmonic I1 row 21 % / 100 U16
27245 0x6A6D 1 harmonic I2 row 21 % / 100 U16
27246 0x6A6E 1 harmonic I3 row 21 % / 100 U16
27247 0x6A6F 1 harmonic In row 21 % / 100 U16
27248 0x6A70 1 harmonic I1 row 22 % / 100 U16
27249 0x6A71 1 harmonic I2 row 22 % / 100 U16
27250 0x6A72 1 harmonic I3 row 22 % / 100 U16
27251 0x6A73 1 harmonic In row 22 % / 100 U16
27252 0x6A74 1 harmonic I1 row 23 % / 100 U16
27253 0x6A75 1 harmonic I2 row 23 % / 100 U16
27254 0x6A76 1 harmonic I3 row 23 % / 100 U16
27255 0x6A77 1 harmonic In row 23 % / 100 U16
27256 0x6A78 1 harmonic I1 row 24 % / 100 U16
27257 0x6A79 1 harmonic I2 row 24 % / 100 U16
27258 0x6A7A 1 harmonic I3 row 24 % / 100 U16
27259 0x6A7B 1 harmonic In row 24 % / 100 U16
27260 0x6A7C 1 harmonic I1 row 25 % / 100 U16
27261 0x6A7D 1 harmonic I2 row 25 % / 100 U16
27262 0x6A7E 1 harmonic I3 row 25 % / 100 U16
27263 0x6A7F 1 harmonic In row 25 % / 100 U16
27264 0x6A80 1 harmonic I1 row 26 to 34 % / 100 U16
27265 0x6A81 1 harmonic I2 row 26 to 34 % / 100 U16
27266 0x6A82 1 harmonic I3 row 26 to 34 % / 100 U16
27267 0x6A83 1 harmonic In row 26 to 34 % / 100 U16
27268 0x6A84 1 harmonic I1 row 35 to 50 % / 100 U16
27269 0x6A85 1 harmonic I2 row 35 to 50 % / 100 U16
27270 0x6A86 1 harmonic I3 row 35 to 50 % / 100 U16
27271 0x6A87 1 harmonic In row 35 to 50 % / 100 U16
27272 0x6A88 1 harmonic I1 row 51 to 63 % / 100 U16
27273 0x6A89 1 harmonic I2 row 51 to 63 % / 100 U16
27274 0x6A8A 1 harmonic I3 row 51 to 63 % / 100 U16
27275 0x6A8B 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #7
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
27282 0x6A92 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
27282 0x6A92 1 Load status :
0 : Disabled
1 : Enabled		 - U8
27283 0x6A93 1 harmonic I1 row 2 % / 100 U16
27284 0x6A94 1 harmonic I2 row 2 % / 100 U16
27285 0x6A95 1 harmonic I3 row 2 % / 100 U16
27286 0x6A96 1 harmonic In row 2 % / 100 U16
27287 0x6A97 1 harmonic I1 row 3 % / 100 U16
27288 0x6A98 1 harmonic I2 row 3 % / 100 U16
27289 0x6A99 1 harmonic I3 row 3 % / 100 U16
27290 0x6A9A 1 harmonic In row 3 % / 100 U16
27291 0x6A9B 1 harmonic I1 row 4 % / 100 U16
27292 0x6A9C 1 harmonic I2 row 4 % / 100 U16
27293 0x6A9D 1 harmonic I3 row 4 % / 100 U16
27294 0x6A9E 1 harmonic In row 4 % / 100 U16
27295 0x6A9F 1 harmonic I1 row 5 % / 100 U16
27296 0x6AA0 1 harmonic I2 row 5 % / 100 U16
27297 0x6AA1 1 harmonic I3 row 5 % / 100 U16
27298 0x6AA2 1 harmonic In row 5 % / 100 U16
27299 0x6AA3 1 harmonic I1 row 6 % / 100 U16
27300 0x6AA4 1 harmonic I2 row 6 % / 100 U16
27301 0x6AA5 1 harmonic I3 row 6 % / 100 U16
27302 0x6AA6 1 harmonic In row 6 % / 100 U16
27303 0x6AA7 1 harmonic I1 row 7 % / 100 U16
27304 0x6AA8 1 harmonic I2 row 7 % / 100 U16
27305 0x6AA9 1 harmonic I3 row 7 % / 100 U16
27306 0x6AAA 1 harmonic In row 7 % / 100 U16
27307 0x6AAB 1 harmonic I1 row 8 % / 100 U16
27308 0x6AAC 1 harmonic I2 row 8 % / 100 U16
27309 0x6AAD 1 harmonic I3 row 8 % / 100 U16
27310 0x6AAE 1 harmonic In row 8 % / 100 U16
27311 0x6AAF 1 harmonic I1 row 9 % / 100 U16
27312 0x6AB0 1 harmonic I2 row 9 % / 100 U16
27313 0x6AB1 1 harmonic I3 row 9 % / 100 U16
27314 0x6AB2 1 harmonic In row 9 % / 100 U16
27315 0x6AB3 1 harmonic I1 row 10 % / 100 U16
27316 0x6AB4 1 harmonic I2 row 10 % / 100 U16
27317 0x6AB5 1 harmonic I3 row 10 % / 100 U16
27318 0x6AB6 1 harmonic In row 10 % / 100 U16
27319 0x6AB7 1 harmonic I1 row 11 % / 100 U16
27320 0x6AB8 1 harmonic I2 row 11 % / 100 U16
27321 0x6AB9 1 harmonic I3 row 11 % / 100 U16
27322 0x6ABA 1 harmonic In row 11 % / 100 U16
27323 0x6ABB 1 harmonic I1 row 12 % / 100 U16
27324 0x6ABC 1 harmonic I2 row 12 % / 100 U16
27325 0x6ABD 1 harmonic I3 row 12 % / 100 U16
27326 0x6ABE 1 harmonic In row 12 % / 100 U16
27327 0x6ABF 1 harmonic I1 row 13 % / 100 U16
27328 0x6AC0 1 harmonic I2 row 13 % / 100 U16
27329 0x6AC1 1 harmonic I3 row 13 % / 100 U16
27330 0x6AC2 1 harmonic In row 13 % / 100 U16
27331 0x6AC3 1 harmonic I1 row 14 % / 100 U16
27332 0x6AC4 1 harmonic I2 row 14 % / 100 U16
27333 0x6AC5 1 harmonic I3 row 14 % / 100 U16
27334 0x6AC6 1 harmonic In row 14 % / 100 U16
27335 0x6AC7 1 harmonic I1 row 15 % / 100 U16
27336 0x6AC8 1 harmonic I2 row 15 % / 100 U16
27337 0x6AC9 1 harmonic I3 row 15 % / 100 U16
27338 0x6ACA 1 harmonic In row 15 % / 100 U16
27339 0x6ACB 1 harmonic I1 row 16 % / 100 U16
27340 0x6ACC 1 harmonic I2 row 16 % / 100 U16
27341 0x6ACD 1 harmonic I3 row 16 % / 100 U16
27342 0x6ACE 1 harmonic In row 16 % / 100 U16
27343 0x6ACF 1 harmonic I1 row 17 % / 100 U16
27344 0x6AD0 1 harmonic I2 row 17 % / 100 U16
27345 0x6AD1 1 harmonic I3 row 17 % / 100 U16
27346 0x6AD2 1 harmonic In row 17 % / 100 U16
27347 0x6AD3 1 harmonic I1 row 18 % / 100 U16
27348 0x6AD4 1 harmonic I2 row 18 % / 100 U16
27349 0x6AD5 1 harmonic I3 row 18 % / 100 U16
27350 0x6AD6 1 harmonic In row 18 % / 100 U16
27351 0x6AD7 1 harmonic I1 row 19 % / 100 U16
27352 0x6AD8 1 harmonic I2 row 19 % / 100 U16
27353 0x6AD9 1 harmonic I3 row 19 % / 100 U16
27354 0x6ADA 1 harmonic In row 19 % / 100 U16
27355 0x6ADB 1 harmonic I1 row 20 % / 100 U16
27356 0x6ADC 1 harmonic I2 row 20 % / 100 U16
27357 0x6ADD 1 harmonic I3 row 20 % / 100 U16
27358 0x6ADE 1 harmonic In row 20 % / 100 U16
27359 0x6ADF 1 harmonic I1 row 21 % / 100 U16
27360 0x6AE0 1 harmonic I2 row 21 % / 100 U16
27361 0x6AE1 1 harmonic I3 row 21 % / 100 U16
27362 0x6AE2 1 harmonic In row 21 % / 100 U16
27363 0x6AE3 1 harmonic I1 row 22 % / 100 U16
27364 0x6AE4 1 harmonic I2 row 22 % / 100 U16
27365 0x6AE5 1 harmonic I3 row 22 % / 100 U16
27366 0x6AE6 1 harmonic In row 22 % / 100 U16
27367 0x6AE7 1 harmonic I1 row 23 % / 100 U16
27368 0x6AE8 1 harmonic I2 row 23 % / 100 U16
27369 0x6AE9 1 harmonic I3 row 23 % / 100 U16
27370 0x6AEA 1 harmonic In row 23 % / 100 U16
27371 0x6AEB 1 harmonic I1 row 24 % / 100 U16
27372 0x6AEC 1 harmonic I2 row 24 % / 100 U16
27373 0x6AED 1 harmonic I3 row 24 % / 100 U16
27374 0x6AEE 1 harmonic In row 24 % / 100 U16
27375 0x6AEF 1 harmonic I1 row 25 % / 100 U16
27376 0x6AF0 1 harmonic I2 row 25 % / 100 U16
27377 0x6AF1 1 harmonic I3 row 25 % / 100 U16
27378 0x6AF2 1 harmonic In row 25 % / 100 U16
27379 0x6AF3 1 harmonic I1 row 26 to 34 % / 100 U16
27380 0x6AF4 1 harmonic I2 row 26 to 34 % / 100 U16
27381 0x6AF5 1 harmonic I3 row 26 to 34 % / 100 U16
27382 0x6AF6 1 harmonic In row 26 to 34 % / 100 U16
27383 0x6AF7 1 harmonic I1 row 35 to 50 % / 100 U16
27384 0x6AF8 1 harmonic I2 row 35 to 50 % / 100 U16
27385 0x6AF9 1 harmonic I3 row 35 to 50 % / 100 U16
27386 0x6AFA 1 harmonic In row 35 to 50 % / 100 U16
27387 0x6AFB 1 harmonic I1 row 51 to 63 % / 100 U16
27388 0x6AFC 1 harmonic I2 row 51 to 63 % / 100 U16
27389 0x6AFD 1 harmonic I3 row 51 to 63 % / 100 U16
27390 0x6AFE 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #8
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
27397 0x6B05 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
27397 0x6B05 1 Load status :
0 : Disabled
1 : Enabled		 - U8
27398 0x6B06 1 harmonic I1 row 2 % / 100 U16
27399 0x6B07 1 harmonic I2 row 2 % / 100 U16
27400 0x6B08 1 harmonic I3 row 2 % / 100 U16
27401 0x6B09 1 harmonic In row 2 % / 100 U16
27402 0x6B0A 1 harmonic I1 row 3 % / 100 U16
27403 0x6B0B 1 harmonic I2 row 3 % / 100 U16
27404 0x6B0C 1 harmonic I3 row 3 % / 100 U16
27405 0x6B0D 1 harmonic In row 3 % / 100 U16
27406 0x6B0E 1 harmonic I1 row 4 % / 100 U16
27407 0x6B0F 1 harmonic I2 row 4 % / 100 U16
27408 0x6B10 1 harmonic I3 row 4 % / 100 U16
27409 0x6B11 1 harmonic In row 4 % / 100 U16
27410 0x6B12 1 harmonic I1 row 5 % / 100 U16
27411 0x6B13 1 harmonic I2 row 5 % / 100 U16
27412 0x6B14 1 harmonic I3 row 5 % / 100 U16
27413 0x6B15 1 harmonic In row 5 % / 100 U16
27414 0x6B16 1 harmonic I1 row 6 % / 100 U16
27415 0x6B17 1 harmonic I2 row 6 % / 100 U16
27416 0x6B18 1 harmonic I3 row 6 % / 100 U16
27417 0x6B19 1 harmonic In row 6 % / 100 U16
27418 0x6B1A 1 harmonic I1 row 7 % / 100 U16
27419 0x6B1B 1 harmonic I2 row 7 % / 100 U16
27420 0x6B1C 1 harmonic I3 row 7 % / 100 U16
27421 0x6B1D 1 harmonic In row 7 % / 100 U16
27422 0x6B1E 1 harmonic I1 row 8 % / 100 U16
27423 0x6B1F 1 harmonic I2 row 8 % / 100 U16
27424 0x6B20 1 harmonic I3 row 8 % / 100 U16
27425 0x6B21 1 harmonic In row 8 % / 100 U16
27426 0x6B22 1 harmonic I1 row 9 % / 100 U16
27427 0x6B23 1 harmonic I2 row 9 % / 100 U16
27428 0x6B24 1 harmonic I3 row 9 % / 100 U16
27429 0x6B25 1 harmonic In row 9 % / 100 U16
27430 0x6B26 1 harmonic I1 row 10 % / 100 U16
27431 0x6B27 1 harmonic I2 row 10 % / 100 U16
27432 0x6B28 1 harmonic I3 row 10 % / 100 U16
27433 0x6B29 1 harmonic In row 10 % / 100 U16
27434 0x6B2A 1 harmonic I1 row 11 % / 100 U16
27435 0x6B2B 1 harmonic I2 row 11 % / 100 U16
27436 0x6B2C 1 harmonic I3 row 11 % / 100 U16
27437 0x6B2D 1 harmonic In row 11 % / 100 U16
27438 0x6B2E 1 harmonic I1 row 12 % / 100 U16
27439 0x6B2F 1 harmonic I2 row 12 % / 100 U16
27440 0x6B30 1 harmonic I3 row 12 % / 100 U16
27441 0x6B31 1 harmonic In row 12 % / 100 U16
27442 0x6B32 1 harmonic I1 row 13 % / 100 U16
27443 0x6B33 1 harmonic I2 row 13 % / 100 U16
27444 0x6B34 1 harmonic I3 row 13 % / 100 U16
27445 0x6B35 1 harmonic In row 13 % / 100 U16
27446 0x6B36 1 harmonic I1 row 14 % / 100 U16
27447 0x6B37 1 harmonic I2 row 14 % / 100 U16
27448 0x6B38 1 harmonic I3 row 14 % / 100 U16
27449 0x6B39 1 harmonic In row 14 % / 100 U16
27450 0x6B3A 1 harmonic I1 row 15 % / 100 U16
27451 0x6B3B 1 harmonic I2 row 15 % / 100 U16
27452 0x6B3C 1 harmonic I3 row 15 % / 100 U16
27453 0x6B3D 1 harmonic In row 15 % / 100 U16
27454 0x6B3E 1 harmonic I1 row 16 % / 100 U16
27455 0x6B3F 1 harmonic I2 row 16 % / 100 U16
27456 0x6B40 1 harmonic I3 row 16 % / 100 U16
27457 0x6B41 1 harmonic In row 16 % / 100 U16
27458 0x6B42 1 harmonic I1 row 17 % / 100 U16
27459 0x6B43 1 harmonic I2 row 17 % / 100 U16
27460 0x6B44 1 harmonic I3 row 17 % / 100 U16
27461 0x6B45 1 harmonic In row 17 % / 100 U16
27462 0x6B46 1 harmonic I1 row 18 % / 100 U16
27463 0x6B47 1 harmonic I2 row 18 % / 100 U16
27464 0x6B48 1 harmonic I3 row 18 % / 100 U16
27465 0x6B49 1 harmonic In row 18 % / 100 U16
27466 0x6B4A 1 harmonic I1 row 19 % / 100 U16
27467 0x6B4B 1 harmonic I2 row 19 % / 100 U16
27468 0x6B4C 1 harmonic I3 row 19 % / 100 U16
27469 0x6B4D 1 harmonic In row 19 % / 100 U16
27470 0x6B4E 1 harmonic I1 row 20 % / 100 U16
27471 0x6B4F 1 harmonic I2 row 20 % / 100 U16
27472 0x6B50 1 harmonic I3 row 20 % / 100 U16
27473 0x6B51 1 harmonic In row 20 % / 100 U16
27474 0x6B52 1 harmonic I1 row 21 % / 100 U16
27475 0x6B53 1 harmonic I2 row 21 % / 100 U16
27476 0x6B54 1 harmonic I3 row 21 % / 100 U16
27477 0x6B55 1 harmonic In row 21 % / 100 U16
27478 0x6B56 1 harmonic I1 row 22 % / 100 U16
27479 0x6B57 1 harmonic I2 row 22 % / 100 U16
27480 0x6B58 1 harmonic I3 row 22 % / 100 U16
27481 0x6B59 1 harmonic In row 22 % / 100 U16
27482 0x6B5A 1 harmonic I1 row 23 % / 100 U16
27483 0x6B5B 1 harmonic I2 row 23 % / 100 U16
27484 0x6B5C 1 harmonic I3 row 23 % / 100 U16
27485 0x6B5D 1 harmonic In row 23 % / 100 U16
27486 0x6B5E 1 harmonic I1 row 24 % / 100 U16
27487 0x6B5F 1 harmonic I2 row 24 % / 100 U16
27488 0x6B60 1 harmonic I3 row 24 % / 100 U16
27489 0x6B61 1 harmonic In row 24 % / 100 U16
27490 0x6B62 1 harmonic I1 row 25 % / 100 U16
27491 0x6B63 1 harmonic I2 row 25 % / 100 U16
27492 0x6B64 1 harmonic I3 row 25 % / 100 U16
27493 0x6B65 1 harmonic In row 25 % / 100 U16
27494 0x6B66 1 harmonic I1 row 26 to 34 % / 100 U16
27495 0x6B67 1 harmonic I2 row 26 to 34 % / 100 U16
27496 0x6B68 1 harmonic I3 row 26 to 34 % / 100 U16
27497 0x6B69 1 harmonic In row 26 to 34 % / 100 U16
27498 0x6B6A 1 harmonic I1 row 35 to 50 % / 100 U16
27499 0x6B6B 1 harmonic I2 row 35 to 50 % / 100 U16
27500 0x6B6C 1 harmonic I3 row 35 to 50 % / 100 U16
27501 0x6B6D 1 harmonic In row 35 to 50 % / 100 U16
27502 0x6B6E 1 harmonic I1 row 51 to 63 % / 100 U16
27503 0x6B6F 1 harmonic I2 row 51 to 63 % / 100 U16
27504 0x6B70 1 harmonic I3 row 51 to 63 % / 100 U16
27505 0x6B71 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #9
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
27512 0x6B78 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
27512 0x6B78 1 Load status :
0 : Disabled
1 : Enabled		 - U8
27513 0x6B79 1 harmonic I1 row 2 % / 100 U16
27514 0x6B7A 1 harmonic I2 row 2 % / 100 U16
27515 0x6B7B 1 harmonic I3 row 2 % / 100 U16
27516 0x6B7C 1 harmonic In row 2 % / 100 U16
27517 0x6B7D 1 harmonic I1 row 3 % / 100 U16
27518 0x6B7E 1 harmonic I2 row 3 % / 100 U16
27519 0x6B7F 1 harmonic I3 row 3 % / 100 U16
27520 0x6B80 1 harmonic In row 3 % / 100 U16
27521 0x6B81 1 harmonic I1 row 4 % / 100 U16
27522 0x6B82 1 harmonic I2 row 4 % / 100 U16
27523 0x6B83 1 harmonic I3 row 4 % / 100 U16
27524 0x6B84 1 harmonic In row 4 % / 100 U16
27525 0x6B85 1 harmonic I1 row 5 % / 100 U16
27526 0x6B86 1 harmonic I2 row 5 % / 100 U16
27527 0x6B87 1 harmonic I3 row 5 % / 100 U16
27528 0x6B88 1 harmonic In row 5 % / 100 U16
27529 0x6B89 1 harmonic I1 row 6 % / 100 U16
27530 0x6B8A 1 harmonic I2 row 6 % / 100 U16
27531 0x6B8B 1 harmonic I3 row 6 % / 100 U16
27532 0x6B8C 1 harmonic In row 6 % / 100 U16
27533 0x6B8D 1 harmonic I1 row 7 % / 100 U16
27534 0x6B8E 1 harmonic I2 row 7 % / 100 U16
27535 0x6B8F 1 harmonic I3 row 7 % / 100 U16
27536 0x6B90 1 harmonic In row 7 % / 100 U16
27537 0x6B91 1 harmonic I1 row 8 % / 100 U16
27538 0x6B92 1 harmonic I2 row 8 % / 100 U16
27539 0x6B93 1 harmonic I3 row 8 % / 100 U16
27540 0x6B94 1 harmonic In row 8 % / 100 U16
27541 0x6B95 1 harmonic I1 row 9 % / 100 U16
27542 0x6B96 1 harmonic I2 row 9 % / 100 U16
27543 0x6B97 1 harmonic I3 row 9 % / 100 U16
27544 0x6B98 1 harmonic In row 9 % / 100 U16
27545 0x6B99 1 harmonic I1 row 10 % / 100 U16
27546 0x6B9A 1 harmonic I2 row 10 % / 100 U16
27547 0x6B9B 1 harmonic I3 row 10 % / 100 U16
27548 0x6B9C 1 harmonic In row 10 % / 100 U16
27549 0x6B9D 1 harmonic I1 row 11 % / 100 U16
27550 0x6B9E 1 harmonic I2 row 11 % / 100 U16
27551 0x6B9F 1 harmonic I3 row 11 % / 100 U16
27552 0x6BA0 1 harmonic In row 11 % / 100 U16
27553 0x6BA1 1 harmonic I1 row 12 % / 100 U16
27554 0x6BA2 1 harmonic I2 row 12 % / 100 U16
27555 0x6BA3 1 harmonic I3 row 12 % / 100 U16
27556 0x6BA4 1 harmonic In row 12 % / 100 U16
27557 0x6BA5 1 harmonic I1 row 13 % / 100 U16
27558 0x6BA6 1 harmonic I2 row 13 % / 100 U16
27559 0x6BA7 1 harmonic I3 row 13 % / 100 U16
27560 0x6BA8 1 harmonic In row 13 % / 100 U16
27561 0x6BA9 1 harmonic I1 row 14 % / 100 U16
27562 0x6BAA 1 harmonic I2 row 14 % / 100 U16
27563 0x6BAB 1 harmonic I3 row 14 % / 100 U16
27564 0x6BAC 1 harmonic In row 14 % / 100 U16
27565 0x6BAD 1 harmonic I1 row 15 % / 100 U16
27566 0x6BAE 1 harmonic I2 row 15 % / 100 U16
27567 0x6BAF 1 harmonic I3 row 15 % / 100 U16
27568 0x6BB0 1 harmonic In row 15 % / 100 U16
27569 0x6BB1 1 harmonic I1 row 16 % / 100 U16
27570 0x6BB2 1 harmonic I2 row 16 % / 100 U16
27571 0x6BB3 1 harmonic I3 row 16 % / 100 U16
27572 0x6BB4 1 harmonic In row 16 % / 100 U16
27573 0x6BB5 1 harmonic I1 row 17 % / 100 U16
27574 0x6BB6 1 harmonic I2 row 17 % / 100 U16
27575 0x6BB7 1 harmonic I3 row 17 % / 100 U16
27576 0x6BB8 1 harmonic In row 17 % / 100 U16
27577 0x6BB9 1 harmonic I1 row 18 % / 100 U16
27578 0x6BBA 1 harmonic I2 row 18 % / 100 U16
27579 0x6BBB 1 harmonic I3 row 18 % / 100 U16
27580 0x6BBC 1 harmonic In row 18 % / 100 U16
27581 0x6BBD 1 harmonic I1 row 19 % / 100 U16
27582 0x6BBE 1 harmonic I2 row 19 % / 100 U16
27583 0x6BBF 1 harmonic I3 row 19 % / 100 U16
27584 0x6BC0 1 harmonic In row 19 % / 100 U16
27585 0x6BC1 1 harmonic I1 row 20 % / 100 U16
27586 0x6BC2 1 harmonic I2 row 20 % / 100 U16
27587 0x6BC3 1 harmonic I3 row 20 % / 100 U16
27588 0x6BC4 1 harmonic In row 20 % / 100 U16
27589 0x6BC5 1 harmonic I1 row 21 % / 100 U16
27590 0x6BC6 1 harmonic I2 row 21 % / 100 U16
27591 0x6BC7 1 harmonic I3 row 21 % / 100 U16
27592 0x6BC8 1 harmonic In row 21 % / 100 U16
27593 0x6BC9 1 harmonic I1 row 22 % / 100 U16
27594 0x6BCA 1 harmonic I2 row 22 % / 100 U16
27595 0x6BCB 1 harmonic I3 row 22 % / 100 U16
27596 0x6BCC 1 harmonic In row 22 % / 100 U16
27597 0x6BCD 1 harmonic I1 row 23 % / 100 U16
27598 0x6BCE 1 harmonic I2 row 23 % / 100 U16
27599 0x6BCF 1 harmonic I3 row 23 % / 100 U16
27600 0x6BD0 1 harmonic In row 23 % / 100 U16
27601 0x6BD1 1 harmonic I1 row 24 % / 100 U16
27602 0x6BD2 1 harmonic I2 row 24 % / 100 U16
27603 0x6BD3 1 harmonic I3 row 24 % / 100 U16
27604 0x6BD4 1 harmonic In row 24 % / 100 U16
27605 0x6BD5 1 harmonic I1 row 25 % / 100 U16
27606 0x6BD6 1 harmonic I2 row 25 % / 100 U16
27607 0x6BD7 1 harmonic I3 row 25 % / 100 U16
27608 0x6BD8 1 harmonic In row 25 % / 100 U16
27609 0x6BD9 1 harmonic I1 row 26 to 34 % / 100 U16
27610 0x6BDA 1 harmonic I2 row 26 to 34 % / 100 U16
27611 0x6BDB 1 harmonic I3 row 26 to 34 % / 100 U16
27612 0x6BDC 1 harmonic In row 26 to 34 % / 100 U16
27613 0x6BDD 1 harmonic I1 row 35 to 50 % / 100 U16
27614 0x6BDE 1 harmonic I2 row 35 to 50 % / 100 U16
27615 0x6BDF 1 harmonic I3 row 35 to 50 % / 100 U16
27616 0x6BE0 1 harmonic In row 35 to 50 % / 100 U16
27617 0x6BE1 1 harmonic I1 row 51 to 63 % / 100 U16
27618 0x6BE2 1 harmonic I2 row 51 to 63 % / 100 U16
27619 0x6BE3 1 harmonic I3 row 51 to 63 % / 100 U16
27620 0x6BE4 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #10
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
27627 0x6BEB Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
27627 0x6BEB 1 Load status :
0 : Disabled
1 : Enabled		 - U8
27628 0x6BEC 1 harmonic I1 row 2 % / 100 U16
27629 0x6BED 1 harmonic I2 row 2 % / 100 U16
27630 0x6BEE 1 harmonic I3 row 2 % / 100 U16
27631 0x6BEF 1 harmonic In row 2 % / 100 U16
27632 0x6BF0 1 harmonic I1 row 3 % / 100 U16
27633 0x6BF1 1 harmonic I2 row 3 % / 100 U16
27634 0x6BF2 1 harmonic I3 row 3 % / 100 U16
27635 0x6BF3 1 harmonic In row 3 % / 100 U16
27636 0x6BF4 1 harmonic I1 row 4 % / 100 U16
27637 0x6BF5 1 harmonic I2 row 4 % / 100 U16
27638 0x6BF6 1 harmonic I3 row 4 % / 100 U16
27639 0x6BF7 1 harmonic In row 4 % / 100 U16
27640 0x6BF8 1 harmonic I1 row 5 % / 100 U16
27641 0x6BF9 1 harmonic I2 row 5 % / 100 U16
27642 0x6BFA 1 harmonic I3 row 5 % / 100 U16
27643 0x6BFB 1 harmonic In row 5 % / 100 U16
27644 0x6BFC 1 harmonic I1 row 6 % / 100 U16
27645 0x6BFD 1 harmonic I2 row 6 % / 100 U16
27646 0x6BFE 1 harmonic I3 row 6 % / 100 U16
27647 0x6BFF 1 harmonic In row 6 % / 100 U16
27648 0x6C00 1 harmonic I1 row 7 % / 100 U16
27649 0x6C01 1 harmonic I2 row 7 % / 100 U16
27650 0x6C02 1 harmonic I3 row 7 % / 100 U16
27651 0x6C03 1 harmonic In row 7 % / 100 U16
27652 0x6C04 1 harmonic I1 row 8 % / 100 U16
27653 0x6C05 1 harmonic I2 row 8 % / 100 U16
27654 0x6C06 1 harmonic I3 row 8 % / 100 U16
27655 0x6C07 1 harmonic In row 8 % / 100 U16
27656 0x6C08 1 harmonic I1 row 9 % / 100 U16
27657 0x6C09 1 harmonic I2 row 9 % / 100 U16
27658 0x6C0A 1 harmonic I3 row 9 % / 100 U16
27659 0x6C0B 1 harmonic In row 9 % / 100 U16
27660 0x6C0C 1 harmonic I1 row 10 % / 100 U16
27661 0x6C0D 1 harmonic I2 row 10 % / 100 U16
27662 0x6C0E 1 harmonic I3 row 10 % / 100 U16
27663 0x6C0F 1 harmonic In row 10 % / 100 U16
27664 0x6C10 1 harmonic I1 row 11 % / 100 U16
27665 0x6C11 1 harmonic I2 row 11 % / 100 U16
27666 0x6C12 1 harmonic I3 row 11 % / 100 U16
27667 0x6C13 1 harmonic In row 11 % / 100 U16
27668 0x6C14 1 harmonic I1 row 12 % / 100 U16
27669 0x6C15 1 harmonic I2 row 12 % / 100 U16
27670 0x6C16 1 harmonic I3 row 12 % / 100 U16
27671 0x6C17 1 harmonic In row 12 % / 100 U16
27672 0x6C18 1 harmonic I1 row 13 % / 100 U16
27673 0x6C19 1 harmonic I2 row 13 % / 100 U16
27674 0x6C1A 1 harmonic I3 row 13 % / 100 U16
27675 0x6C1B 1 harmonic In row 13 % / 100 U16
27676 0x6C1C 1 harmonic I1 row 14 % / 100 U16
27677 0x6C1D 1 harmonic I2 row 14 % / 100 U16
27678 0x6C1E 1 harmonic I3 row 14 % / 100 U16
27679 0x6C1F 1 harmonic In row 14 % / 100 U16
27680 0x6C20 1 harmonic I1 row 15 % / 100 U16
27681 0x6C21 1 harmonic I2 row 15 % / 100 U16
27682 0x6C22 1 harmonic I3 row 15 % / 100 U16
27683 0x6C23 1 harmonic In row 15 % / 100 U16
27684 0x6C24 1 harmonic I1 row 16 % / 100 U16
27685 0x6C25 1 harmonic I2 row 16 % / 100 U16
27686 0x6C26 1 harmonic I3 row 16 % / 100 U16
27687 0x6C27 1 harmonic In row 16 % / 100 U16
27688 0x6C28 1 harmonic I1 row 17 % / 100 U16
27689 0x6C29 1 harmonic I2 row 17 % / 100 U16
27690 0x6C2A 1 harmonic I3 row 17 % / 100 U16
27691 0x6C2B 1 harmonic In row 17 % / 100 U16
27692 0x6C2C 1 harmonic I1 row 18 % / 100 U16
27693 0x6C2D 1 harmonic I2 row 18 % / 100 U16
27694 0x6C2E 1 harmonic I3 row 18 % / 100 U16
27695 0x6C2F 1 harmonic In row 18 % / 100 U16
27696 0x6C30 1 harmonic I1 row 19 % / 100 U16
27697 0x6C31 1 harmonic I2 row 19 % / 100 U16
27698 0x6C32 1 harmonic I3 row 19 % / 100 U16
27699 0x6C33 1 harmonic In row 19 % / 100 U16
27700 0x6C34 1 harmonic I1 row 20 % / 100 U16
27701 0x6C35 1 harmonic I2 row 20 % / 100 U16
27702 0x6C36 1 harmonic I3 row 20 % / 100 U16
27703 0x6C37 1 harmonic In row 20 % / 100 U16
27704 0x6C38 1 harmonic I1 row 21 % / 100 U16
27705 0x6C39 1 harmonic I2 row 21 % / 100 U16
27706 0x6C3A 1 harmonic I3 row 21 % / 100 U16
27707 0x6C3B 1 harmonic In row 21 % / 100 U16
27708 0x6C3C 1 harmonic I1 row 22 % / 100 U16
27709 0x6C3D 1 harmonic I2 row 22 % / 100 U16
27710 0x6C3E 1 harmonic I3 row 22 % / 100 U16
27711 0x6C3F 1 harmonic In row 22 % / 100 U16
27712 0x6C40 1 harmonic I1 row 23 % / 100 U16
27713 0x6C41 1 harmonic I2 row 23 % / 100 U16
27714 0x6C42 1 harmonic I3 row 23 % / 100 U16
27715 0x6C43 1 harmonic In row 23 % / 100 U16
27716 0x6C44 1 harmonic I1 row 24 % / 100 U16
27717 0x6C45 1 harmonic I2 row 24 % / 100 U16
27718 0x6C46 1 harmonic I3 row 24 % / 100 U16
27719 0x6C47 1 harmonic In row 24 % / 100 U16
27720 0x6C48 1 harmonic I1 row 25 % / 100 U16
27721 0x6C49 1 harmonic I2 row 25 % / 100 U16
27722 0x6C4A 1 harmonic I3 row 25 % / 100 U16
27723 0x6C4B 1 harmonic In row 25 % / 100 U16
27724 0x6C4C 1 harmonic I1 row 26 to 34 % / 100 U16
27725 0x6C4D 1 harmonic I2 row 26 to 34 % / 100 U16
27726 0x6C4E 1 harmonic I3 row 26 to 34 % / 100 U16
27727 0x6C4F 1 harmonic In row 26 to 34 % / 100 U16
27728 0x6C50 1 harmonic I1 row 35 to 50 % / 100 U16
27729 0x6C51 1 harmonic I2 row 35 to 50 % / 100 U16
27730 0x6C52 1 harmonic I3 row 35 to 50 % / 100 U16
27731 0x6C53 1 harmonic In row 35 to 50 % / 100 U16
27732 0x6C54 1 harmonic I1 row 51 to 63 % / 100 U16
27733 0x6C55 1 harmonic I2 row 51 to 63 % / 100 U16
27734 0x6C56 1 harmonic I3 row 51 to 63 % / 100 U16
27735 0x6C57 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #11
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
27742 0x6C5E Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
27742 0x6C5E 1 Load status :
0 : Disabled
1 : Enabled		 - U8
27743 0x6C5F 1 harmonic I1 row 2 % / 100 U16
27744 0x6C60 1 harmonic I2 row 2 % / 100 U16
27745 0x6C61 1 harmonic I3 row 2 % / 100 U16
27746 0x6C62 1 harmonic In row 2 % / 100 U16
27747 0x6C63 1 harmonic I1 row 3 % / 100 U16
27748 0x6C64 1 harmonic I2 row 3 % / 100 U16
27749 0x6C65 1 harmonic I3 row 3 % / 100 U16
27750 0x6C66 1 harmonic In row 3 % / 100 U16
27751 0x6C67 1 harmonic I1 row 4 % / 100 U16
27752 0x6C68 1 harmonic I2 row 4 % / 100 U16
27753 0x6C69 1 harmonic I3 row 4 % / 100 U16
27754 0x6C6A 1 harmonic In row 4 % / 100 U16
27755 0x6C6B 1 harmonic I1 row 5 % / 100 U16
27756 0x6C6C 1 harmonic I2 row 5 % / 100 U16
27757 0x6C6D 1 harmonic I3 row 5 % / 100 U16
27758 0x6C6E 1 harmonic In row 5 % / 100 U16
27759 0x6C6F 1 harmonic I1 row 6 % / 100 U16
27760 0x6C70 1 harmonic I2 row 6 % / 100 U16
27761 0x6C71 1 harmonic I3 row 6 % / 100 U16
27762 0x6C72 1 harmonic In row 6 % / 100 U16
27763 0x6C73 1 harmonic I1 row 7 % / 100 U16
27764 0x6C74 1 harmonic I2 row 7 % / 100 U16
27765 0x6C75 1 harmonic I3 row 7 % / 100 U16
27766 0x6C76 1 harmonic In row 7 % / 100 U16
27767 0x6C77 1 harmonic I1 row 8 % / 100 U16
27768 0x6C78 1 harmonic I2 row 8 % / 100 U16
27769 0x6C79 1 harmonic I3 row 8 % / 100 U16
27770 0x6C7A 1 harmonic In row 8 % / 100 U16
27771 0x6C7B 1 harmonic I1 row 9 % / 100 U16
27772 0x6C7C 1 harmonic I2 row 9 % / 100 U16
27773 0x6C7D 1 harmonic I3 row 9 % / 100 U16
27774 0x6C7E 1 harmonic In row 9 % / 100 U16
27775 0x6C7F 1 harmonic I1 row 10 % / 100 U16
27776 0x6C80 1 harmonic I2 row 10 % / 100 U16
27777 0x6C81 1 harmonic I3 row 10 % / 100 U16
27778 0x6C82 1 harmonic In row 10 % / 100 U16
27779 0x6C83 1 harmonic I1 row 11 % / 100 U16
27780 0x6C84 1 harmonic I2 row 11 % / 100 U16
27781 0x6C85 1 harmonic I3 row 11 % / 100 U16
27782 0x6C86 1 harmonic In row 11 % / 100 U16
27783 0x6C87 1 harmonic I1 row 12 % / 100 U16
27784 0x6C88 1 harmonic I2 row 12 % / 100 U16
27785 0x6C89 1 harmonic I3 row 12 % / 100 U16
27786 0x6C8A 1 harmonic In row 12 % / 100 U16
27787 0x6C8B 1 harmonic I1 row 13 % / 100 U16
27788 0x6C8C 1 harmonic I2 row 13 % / 100 U16
27789 0x6C8D 1 harmonic I3 row 13 % / 100 U16
27790 0x6C8E 1 harmonic In row 13 % / 100 U16
27791 0x6C8F 1 harmonic I1 row 14 % / 100 U16
27792 0x6C90 1 harmonic I2 row 14 % / 100 U16
27793 0x6C91 1 harmonic I3 row 14 % / 100 U16
27794 0x6C92 1 harmonic In row 14 % / 100 U16
27795 0x6C93 1 harmonic I1 row 15 % / 100 U16
27796 0x6C94 1 harmonic I2 row 15 % / 100 U16
27797 0x6C95 1 harmonic I3 row 15 % / 100 U16
27798 0x6C96 1 harmonic In row 15 % / 100 U16
27799 0x6C97 1 harmonic I1 row 16 % / 100 U16
27800 0x6C98 1 harmonic I2 row 16 % / 100 U16
27801 0x6C99 1 harmonic I3 row 16 % / 100 U16
27802 0x6C9A 1 harmonic In row 16 % / 100 U16
27803 0x6C9B 1 harmonic I1 row 17 % / 100 U16
27804 0x6C9C 1 harmonic I2 row 17 % / 100 U16
27805 0x6C9D 1 harmonic I3 row 17 % / 100 U16
27806 0x6C9E 1 harmonic In row 17 % / 100 U16
27807 0x6C9F 1 harmonic I1 row 18 % / 100 U16
27808 0x6CA0 1 harmonic I2 row 18 % / 100 U16
27809 0x6CA1 1 harmonic I3 row 18 % / 100 U16
27810 0x6CA2 1 harmonic In row 18 % / 100 U16
27811 0x6CA3 1 harmonic I1 row 19 % / 100 U16
27812 0x6CA4 1 harmonic I2 row 19 % / 100 U16
27813 0x6CA5 1 harmonic I3 row 19 % / 100 U16
27814 0x6CA6 1 harmonic In row 19 % / 100 U16
27815 0x6CA7 1 harmonic I1 row 20 % / 100 U16
27816 0x6CA8 1 harmonic I2 row 20 % / 100 U16
27817 0x6CA9 1 harmonic I3 row 20 % / 100 U16
27818 0x6CAA 1 harmonic In row 20 % / 100 U16
27819 0x6CAB 1 harmonic I1 row 21 % / 100 U16
27820 0x6CAC 1 harmonic I2 row 21 % / 100 U16
27821 0x6CAD 1 harmonic I3 row 21 % / 100 U16
27822 0x6CAE 1 harmonic In row 21 % / 100 U16
27823 0x6CAF 1 harmonic I1 row 22 % / 100 U16
27824 0x6CB0 1 harmonic I2 row 22 % / 100 U16
27825 0x6CB1 1 harmonic I3 row 22 % / 100 U16
27826 0x6CB2 1 harmonic In row 22 % / 100 U16
27827 0x6CB3 1 harmonic I1 row 23 % / 100 U16
27828 0x6CB4 1 harmonic I2 row 23 % / 100 U16
27829 0x6CB5 1 harmonic I3 row 23 % / 100 U16
27830 0x6CB6 1 harmonic In row 23 % / 100 U16
27831 0x6CB7 1 harmonic I1 row 24 % / 100 U16
27832 0x6CB8 1 harmonic I2 row 24 % / 100 U16
27833 0x6CB9 1 harmonic I3 row 24 % / 100 U16
27834 0x6CBA 1 harmonic In row 24 % / 100 U16
27835 0x6CBB 1 harmonic I1 row 25 % / 100 U16
27836 0x6CBC 1 harmonic I2 row 25 % / 100 U16
27837 0x6CBD 1 harmonic I3 row 25 % / 100 U16
27838 0x6CBE 1 harmonic In row 25 % / 100 U16
27839 0x6CBF 1 harmonic I1 row 26 to 34 % / 100 U16
27840 0x6CC0 1 harmonic I2 row 26 to 34 % / 100 U16
27841 0x6CC1 1 harmonic I3 row 26 to 34 % / 100 U16
27842 0x6CC2 1 harmonic In row 26 to 34 % / 100 U16
27843 0x6CC3 1 harmonic I1 row 35 to 50 % / 100 U16
27844 0x6CC4 1 harmonic I2 row 35 to 50 % / 100 U16
27845 0x6CC5 1 harmonic I3 row 35 to 50 % / 100 U16
27846 0x6CC6 1 harmonic In row 35 to 50 % / 100 U16
27847 0x6CC7 1 harmonic I1 row 51 to 63 % / 100 U16
27848 0x6CC8 1 harmonic I2 row 51 to 63 % / 100 U16
27849 0x6CC9 1 harmonic I3 row 51 to 63 % / 100 U16
27850 0x6CCA 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #12
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
27857 0x6CD1 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
27857 0x6CD1 1 Load status :
0 : Disabled
1 : Enabled		 - U8
27858 0x6CD2 1 harmonic I1 row 2 % / 100 U16
27859 0x6CD3 1 harmonic I2 row 2 % / 100 U16
27860 0x6CD4 1 harmonic I3 row 2 % / 100 U16
27861 0x6CD5 1 harmonic In row 2 % / 100 U16
27862 0x6CD6 1 harmonic I1 row 3 % / 100 U16
27863 0x6CD7 1 harmonic I2 row 3 % / 100 U16
27864 0x6CD8 1 harmonic I3 row 3 % / 100 U16
27865 0x6CD9 1 harmonic In row 3 % / 100 U16
27866 0x6CDA 1 harmonic I1 row 4 % / 100 U16
27867 0x6CDB 1 harmonic I2 row 4 % / 100 U16
27868 0x6CDC 1 harmonic I3 row 4 % / 100 U16
27869 0x6CDD 1 harmonic In row 4 % / 100 U16
27870 0x6CDE 1 harmonic I1 row 5 % / 100 U16
27871 0x6CDF 1 harmonic I2 row 5 % / 100 U16
27872 0x6CE0 1 harmonic I3 row 5 % / 100 U16
27873 0x6CE1 1 harmonic In row 5 % / 100 U16
27874 0x6CE2 1 harmonic I1 row 6 % / 100 U16
27875 0x6CE3 1 harmonic I2 row 6 % / 100 U16
27876 0x6CE4 1 harmonic I3 row 6 % / 100 U16
27877 0x6CE5 1 harmonic In row 6 % / 100 U16
27878 0x6CE6 1 harmonic I1 row 7 % / 100 U16
27879 0x6CE7 1 harmonic I2 row 7 % / 100 U16
27880 0x6CE8 1 harmonic I3 row 7 % / 100 U16
27881 0x6CE9 1 harmonic In row 7 % / 100 U16
27882 0x6CEA 1 harmonic I1 row 8 % / 100 U16
27883 0x6CEB 1 harmonic I2 row 8 % / 100 U16
27884 0x6CEC 1 harmonic I3 row 8 % / 100 U16
27885 0x6CED 1 harmonic In row 8 % / 100 U16
27886 0x6CEE 1 harmonic I1 row 9 % / 100 U16
27887 0x6CEF 1 harmonic I2 row 9 % / 100 U16
27888 0x6CF0 1 harmonic I3 row 9 % / 100 U16
27889 0x6CF1 1 harmonic In row 9 % / 100 U16
27890 0x6CF2 1 harmonic I1 row 10 % / 100 U16
27891 0x6CF3 1 harmonic I2 row 10 % / 100 U16
27892 0x6CF4 1 harmonic I3 row 10 % / 100 U16
27893 0x6CF5 1 harmonic In row 10 % / 100 U16
27894 0x6CF6 1 harmonic I1 row 11 % / 100 U16
27895 0x6CF7 1 harmonic I2 row 11 % / 100 U16
27896 0x6CF8 1 harmonic I3 row 11 % / 100 U16
27897 0x6CF9 1 harmonic In row 11 % / 100 U16
27898 0x6CFA 1 harmonic I1 row 12 % / 100 U16
27899 0x6CFB 1 harmonic I2 row 12 % / 100 U16
27900 0x6CFC 1 harmonic I3 row 12 % / 100 U16
27901 0x6CFD 1 harmonic In row 12 % / 100 U16
27902 0x6CFE 1 harmonic I1 row 13 % / 100 U16
27903 0x6CFF 1 harmonic I2 row 13 % / 100 U16
27904 0x6D00 1 harmonic I3 row 13 % / 100 U16
27905 0x6D01 1 harmonic In row 13 % / 100 U16
27906 0x6D02 1 harmonic I1 row 14 % / 100 U16
27907 0x6D03 1 harmonic I2 row 14 % / 100 U16
27908 0x6D04 1 harmonic I3 row 14 % / 100 U16
27909 0x6D05 1 harmonic In row 14 % / 100 U16
27910 0x6D06 1 harmonic I1 row 15 % / 100 U16
27911 0x6D07 1 harmonic I2 row 15 % / 100 U16
27912 0x6D08 1 harmonic I3 row 15 % / 100 U16
27913 0x6D09 1 harmonic In row 15 % / 100 U16
27914 0x6D0A 1 harmonic I1 row 16 % / 100 U16
27915 0x6D0B 1 harmonic I2 row 16 % / 100 U16
27916 0x6D0C 1 harmonic I3 row 16 % / 100 U16
27917 0x6D0D 1 harmonic In row 16 % / 100 U16
27918 0x6D0E 1 harmonic I1 row 17 % / 100 U16
27919 0x6D0F 1 harmonic I2 row 17 % / 100 U16
27920 0x6D10 1 harmonic I3 row 17 % / 100 U16
27921 0x6D11 1 harmonic In row 17 % / 100 U16
27922 0x6D12 1 harmonic I1 row 18 % / 100 U16
27923 0x6D13 1 harmonic I2 row 18 % / 100 U16
27924 0x6D14 1 harmonic I3 row 18 % / 100 U16
27925 0x6D15 1 harmonic In row 18 % / 100 U16
27926 0x6D16 1 harmonic I1 row 19 % / 100 U16
27927 0x6D17 1 harmonic I2 row 19 % / 100 U16
27928 0x6D18 1 harmonic I3 row 19 % / 100 U16
27929 0x6D19 1 harmonic In row 19 % / 100 U16
27930 0x6D1A 1 harmonic I1 row 20 % / 100 U16
27931 0x6D1B 1 harmonic I2 row 20 % / 100 U16
27932 0x6D1C 1 harmonic I3 row 20 % / 100 U16
27933 0x6D1D 1 harmonic In row 20 % / 100 U16
27934 0x6D1E 1 harmonic I1 row 21 % / 100 U16
27935 0x6D1F 1 harmonic I2 row 21 % / 100 U16
27936 0x6D20 1 harmonic I3 row 21 % / 100 U16
27937 0x6D21 1 harmonic In row 21 % / 100 U16
27938 0x6D22 1 harmonic I1 row 22 % / 100 U16
27939 0x6D23 1 harmonic I2 row 22 % / 100 U16
27940 0x6D24 1 harmonic I3 row 22 % / 100 U16
27941 0x6D25 1 harmonic In row 22 % / 100 U16
27942 0x6D26 1 harmonic I1 row 23 % / 100 U16
27943 0x6D27 1 harmonic I2 row 23 % / 100 U16
27944 0x6D28 1 harmonic I3 row 23 % / 100 U16
27945 0x6D29 1 harmonic In row 23 % / 100 U16
27946 0x6D2A 1 harmonic I1 row 24 % / 100 U16
27947 0x6D2B 1 harmonic I2 row 24 % / 100 U16
27948 0x6D2C 1 harmonic I3 row 24 % / 100 U16
27949 0x6D2D 1 harmonic In row 24 % / 100 U16
27950 0x6D2E 1 harmonic I1 row 25 % / 100 U16
27951 0x6D2F 1 harmonic I2 row 25 % / 100 U16
27952 0x6D30 1 harmonic I3 row 25 % / 100 U16
27953 0x6D31 1 harmonic In row 25 % / 100 U16
27954 0x6D32 1 harmonic I1 row 26 to 34 % / 100 U16
27955 0x6D33 1 harmonic I2 row 26 to 34 % / 100 U16
27956 0x6D34 1 harmonic I3 row 26 to 34 % / 100 U16
27957 0x6D35 1 harmonic In row 26 to 34 % / 100 U16
27958 0x6D36 1 harmonic I1 row 35 to 50 % / 100 U16
27959 0x6D37 1 harmonic I2 row 35 to 50 % / 100 U16
27960 0x6D38 1 harmonic I3 row 35 to 50 % / 100 U16
27961 0x6D39 1 harmonic In row 35 to 50 % / 100 U16
27962 0x6D3A 1 harmonic I1 row 51 to 63 % / 100 U16
27963 0x6D3B 1 harmonic I2 row 51 to 63 % / 100 U16
27964 0x6D3C 1 harmonic I3 row 51 to 63 % / 100 U16
27965 0x6D3D 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #13
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
27972 0x6D44 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
27972 0x6D44 1 Load status :
0 : Disabled
1 : Enabled		 - U8
27973 0x6D45 1 harmonic I1 row 2 % / 100 U16
27974 0x6D46 1 harmonic I2 row 2 % / 100 U16
27975 0x6D47 1 harmonic I3 row 2 % / 100 U16
27976 0x6D48 1 harmonic In row 2 % / 100 U16
27977 0x6D49 1 harmonic I1 row 3 % / 100 U16
27978 0x6D4A 1 harmonic I2 row 3 % / 100 U16
27979 0x6D4B 1 harmonic I3 row 3 % / 100 U16
27980 0x6D4C 1 harmonic In row 3 % / 100 U16
27981 0x6D4D 1 harmonic I1 row 4 % / 100 U16
27982 0x6D4E 1 harmonic I2 row 4 % / 100 U16
27983 0x6D4F 1 harmonic I3 row 4 % / 100 U16
27984 0x6D50 1 harmonic In row 4 % / 100 U16
27985 0x6D51 1 harmonic I1 row 5 % / 100 U16
27986 0x6D52 1 harmonic I2 row 5 % / 100 U16
27987 0x6D53 1 harmonic I3 row 5 % / 100 U16
27988 0x6D54 1 harmonic In row 5 % / 100 U16
27989 0x6D55 1 harmonic I1 row 6 % / 100 U16
27990 0x6D56 1 harmonic I2 row 6 % / 100 U16
27991 0x6D57 1 harmonic I3 row 6 % / 100 U16
27992 0x6D58 1 harmonic In row 6 % / 100 U16
27993 0x6D59 1 harmonic I1 row 7 % / 100 U16
27994 0x6D5A 1 harmonic I2 row 7 % / 100 U16
27995 0x6D5B 1 harmonic I3 row 7 % / 100 U16
27996 0x6D5C 1 harmonic In row 7 % / 100 U16
27997 0x6D5D 1 harmonic I1 row 8 % / 100 U16
27998 0x6D5E 1 harmonic I2 row 8 % / 100 U16
27999 0x6D5F 1 harmonic I3 row 8 % / 100 U16
28000 0x6D60 1 harmonic In row 8 % / 100 U16
28001 0x6D61 1 harmonic I1 row 9 % / 100 U16
28002 0x6D62 1 harmonic I2 row 9 % / 100 U16
28003 0x6D63 1 harmonic I3 row 9 % / 100 U16
28004 0x6D64 1 harmonic In row 9 % / 100 U16
28005 0x6D65 1 harmonic I1 row 10 % / 100 U16
28006 0x6D66 1 harmonic I2 row 10 % / 100 U16
28007 0x6D67 1 harmonic I3 row 10 % / 100 U16
28008 0x6D68 1 harmonic In row 10 % / 100 U16
28009 0x6D69 1 harmonic I1 row 11 % / 100 U16
28010 0x6D6A 1 harmonic I2 row 11 % / 100 U16
28011 0x6D6B 1 harmonic I3 row 11 % / 100 U16
28012 0x6D6C 1 harmonic In row 11 % / 100 U16
28013 0x6D6D 1 harmonic I1 row 12 % / 100 U16
28014 0x6D6E 1 harmonic I2 row 12 % / 100 U16
28015 0x6D6F 1 harmonic I3 row 12 % / 100 U16
28016 0x6D70 1 harmonic In row 12 % / 100 U16
28017 0x6D71 1 harmonic I1 row 13 % / 100 U16
28018 0x6D72 1 harmonic I2 row 13 % / 100 U16
28019 0x6D73 1 harmonic I3 row 13 % / 100 U16
28020 0x6D74 1 harmonic In row 13 % / 100 U16
28021 0x6D75 1 harmonic I1 row 14 % / 100 U16
28022 0x6D76 1 harmonic I2 row 14 % / 100 U16
28023 0x6D77 1 harmonic I3 row 14 % / 100 U16
28024 0x6D78 1 harmonic In row 14 % / 100 U16
28025 0x6D79 1 harmonic I1 row 15 % / 100 U16
28026 0x6D7A 1 harmonic I2 row 15 % / 100 U16
28027 0x6D7B 1 harmonic I3 row 15 % / 100 U16
28028 0x6D7C 1 harmonic In row 15 % / 100 U16
28029 0x6D7D 1 harmonic I1 row 16 % / 100 U16
28030 0x6D7E 1 harmonic I2 row 16 % / 100 U16
28031 0x6D7F 1 harmonic I3 row 16 % / 100 U16
28032 0x6D80 1 harmonic In row 16 % / 100 U16
28033 0x6D81 1 harmonic I1 row 17 % / 100 U16
28034 0x6D82 1 harmonic I2 row 17 % / 100 U16
28035 0x6D83 1 harmonic I3 row 17 % / 100 U16
28036 0x6D84 1 harmonic In row 17 % / 100 U16
28037 0x6D85 1 harmonic I1 row 18 % / 100 U16
28038 0x6D86 1 harmonic I2 row 18 % / 100 U16
28039 0x6D87 1 harmonic I3 row 18 % / 100 U16
28040 0x6D88 1 harmonic In row 18 % / 100 U16
28041 0x6D89 1 harmonic I1 row 19 % / 100 U16
28042 0x6D8A 1 harmonic I2 row 19 % / 100 U16
28043 0x6D8B 1 harmonic I3 row 19 % / 100 U16
28044 0x6D8C 1 harmonic In row 19 % / 100 U16
28045 0x6D8D 1 harmonic I1 row 20 % / 100 U16
28046 0x6D8E 1 harmonic I2 row 20 % / 100 U16
28047 0x6D8F 1 harmonic I3 row 20 % / 100 U16
28048 0x6D90 1 harmonic In row 20 % / 100 U16
28049 0x6D91 1 harmonic I1 row 21 % / 100 U16
28050 0x6D92 1 harmonic I2 row 21 % / 100 U16
28051 0x6D93 1 harmonic I3 row 21 % / 100 U16
28052 0x6D94 1 harmonic In row 21 % / 100 U16
28053 0x6D95 1 harmonic I1 row 22 % / 100 U16
28054 0x6D96 1 harmonic I2 row 22 % / 100 U16
28055 0x6D97 1 harmonic I3 row 22 % / 100 U16
28056 0x6D98 1 harmonic In row 22 % / 100 U16
28057 0x6D99 1 harmonic I1 row 23 % / 100 U16
28058 0x6D9A 1 harmonic I2 row 23 % / 100 U16
28059 0x6D9B 1 harmonic I3 row 23 % / 100 U16
28060 0x6D9C 1 harmonic In row 23 % / 100 U16
28061 0x6D9D 1 harmonic I1 row 24 % / 100 U16
28062 0x6D9E 1 harmonic I2 row 24 % / 100 U16
28063 0x6D9F 1 harmonic I3 row 24 % / 100 U16
28064 0x6DA0 1 harmonic In row 24 % / 100 U16
28065 0x6DA1 1 harmonic I1 row 25 % / 100 U16
28066 0x6DA2 1 harmonic I2 row 25 % / 100 U16
28067 0x6DA3 1 harmonic I3 row 25 % / 100 U16
28068 0x6DA4 1 harmonic In row 25 % / 100 U16
28069 0x6DA5 1 harmonic I1 row 26 to 34 % / 100 U16
28070 0x6DA6 1 harmonic I2 row 26 to 34 % / 100 U16
28071 0x6DA7 1 harmonic I3 row 26 to 34 % / 100 U16
28072 0x6DA8 1 harmonic In row 26 to 34 % / 100 U16
28073 0x6DA9 1 harmonic I1 row 35 to 50 % / 100 U16
28074 0x6DAA 1 harmonic I2 row 35 to 50 % / 100 U16
28075 0x6DAB 1 harmonic I3 row 35 to 50 % / 100 U16
28076 0x6DAC 1 harmonic In row 35 to 50 % / 100 U16
28077 0x6DAD 1 harmonic I1 row 51 to 63 % / 100 U16
28078 0x6DAE 1 harmonic I2 row 51 to 63 % / 100 U16
28079 0x6DAF 1 harmonic I3 row 51 to 63 % / 100 U16
28080 0x6DB0 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #14
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
28087 0x6DB7 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
28087 0x6DB7 1 Load status :
0 : Disabled
1 : Enabled		 - U8
28088 0x6DB8 1 harmonic I1 row 2 % / 100 U16
28089 0x6DB9 1 harmonic I2 row 2 % / 100 U16
28090 0x6DBA 1 harmonic I3 row 2 % / 100 U16
28091 0x6DBB 1 harmonic In row 2 % / 100 U16
28092 0x6DBC 1 harmonic I1 row 3 % / 100 U16
28093 0x6DBD 1 harmonic I2 row 3 % / 100 U16
28094 0x6DBE 1 harmonic I3 row 3 % / 100 U16
28095 0x6DBF 1 harmonic In row 3 % / 100 U16
28096 0x6DC0 1 harmonic I1 row 4 % / 100 U16
28097 0x6DC1 1 harmonic I2 row 4 % / 100 U16
28098 0x6DC2 1 harmonic I3 row 4 % / 100 U16
28099 0x6DC3 1 harmonic In row 4 % / 100 U16
28100 0x6DC4 1 harmonic I1 row 5 % / 100 U16
28101 0x6DC5 1 harmonic I2 row 5 % / 100 U16
28102 0x6DC6 1 harmonic I3 row 5 % / 100 U16
28103 0x6DC7 1 harmonic In row 5 % / 100 U16
28104 0x6DC8 1 harmonic I1 row 6 % / 100 U16
28105 0x6DC9 1 harmonic I2 row 6 % / 100 U16
28106 0x6DCA 1 harmonic I3 row 6 % / 100 U16
28107 0x6DCB 1 harmonic In row 6 % / 100 U16
28108 0x6DCC 1 harmonic I1 row 7 % / 100 U16
28109 0x6DCD 1 harmonic I2 row 7 % / 100 U16
28110 0x6DCE 1 harmonic I3 row 7 % / 100 U16
28111 0x6DCF 1 harmonic In row 7 % / 100 U16
28112 0x6DD0 1 harmonic I1 row 8 % / 100 U16
28113 0x6DD1 1 harmonic I2 row 8 % / 100 U16
28114 0x6DD2 1 harmonic I3 row 8 % / 100 U16
28115 0x6DD3 1 harmonic In row 8 % / 100 U16
28116 0x6DD4 1 harmonic I1 row 9 % / 100 U16
28117 0x6DD5 1 harmonic I2 row 9 % / 100 U16
28118 0x6DD6 1 harmonic I3 row 9 % / 100 U16
28119 0x6DD7 1 harmonic In row 9 % / 100 U16
28120 0x6DD8 1 harmonic I1 row 10 % / 100 U16
28121 0x6DD9 1 harmonic I2 row 10 % / 100 U16
28122 0x6DDA 1 harmonic I3 row 10 % / 100 U16
28123 0x6DDB 1 harmonic In row 10 % / 100 U16
28124 0x6DDC 1 harmonic I1 row 11 % / 100 U16
28125 0x6DDD 1 harmonic I2 row 11 % / 100 U16
28126 0x6DDE 1 harmonic I3 row 11 % / 100 U16
28127 0x6DDF 1 harmonic In row 11 % / 100 U16
28128 0x6DE0 1 harmonic I1 row 12 % / 100 U16
28129 0x6DE1 1 harmonic I2 row 12 % / 100 U16
28130 0x6DE2 1 harmonic I3 row 12 % / 100 U16
28131 0x6DE3 1 harmonic In row 12 % / 100 U16
28132 0x6DE4 1 harmonic I1 row 13 % / 100 U16
28133 0x6DE5 1 harmonic I2 row 13 % / 100 U16
28134 0x6DE6 1 harmonic I3 row 13 % / 100 U16
28135 0x6DE7 1 harmonic In row 13 % / 100 U16
28136 0x6DE8 1 harmonic I1 row 14 % / 100 U16
28137 0x6DE9 1 harmonic I2 row 14 % / 100 U16
28138 0x6DEA 1 harmonic I3 row 14 % / 100 U16
28139 0x6DEB 1 harmonic In row 14 % / 100 U16
28140 0x6DEC 1 harmonic I1 row 15 % / 100 U16
28141 0x6DED 1 harmonic I2 row 15 % / 100 U16
28142 0x6DEE 1 harmonic I3 row 15 % / 100 U16
28143 0x6DEF 1 harmonic In row 15 % / 100 U16
28144 0x6DF0 1 harmonic I1 row 16 % / 100 U16
28145 0x6DF1 1 harmonic I2 row 16 % / 100 U16
28146 0x6DF2 1 harmonic I3 row 16 % / 100 U16
28147 0x6DF3 1 harmonic In row 16 % / 100 U16
28148 0x6DF4 1 harmonic I1 row 17 % / 100 U16
28149 0x6DF5 1 harmonic I2 row 17 % / 100 U16
28150 0x6DF6 1 harmonic I3 row 17 % / 100 U16
28151 0x6DF7 1 harmonic In row 17 % / 100 U16
28152 0x6DF8 1 harmonic I1 row 18 % / 100 U16
28153 0x6DF9 1 harmonic I2 row 18 % / 100 U16
28154 0x6DFA 1 harmonic I3 row 18 % / 100 U16
28155 0x6DFB 1 harmonic In row 18 % / 100 U16
28156 0x6DFC 1 harmonic I1 row 19 % / 100 U16
28157 0x6DFD 1 harmonic I2 row 19 % / 100 U16
28158 0x6DFE 1 harmonic I3 row 19 % / 100 U16
28159 0x6DFF 1 harmonic In row 19 % / 100 U16
28160 0x6E00 1 harmonic I1 row 20 % / 100 U16
28161 0x6E01 1 harmonic I2 row 20 % / 100 U16
28162 0x6E02 1 harmonic I3 row 20 % / 100 U16
28163 0x6E03 1 harmonic In row 20 % / 100 U16
28164 0x6E04 1 harmonic I1 row 21 % / 100 U16
28165 0x6E05 1 harmonic I2 row 21 % / 100 U16
28166 0x6E06 1 harmonic I3 row 21 % / 100 U16
28167 0x6E07 1 harmonic In row 21 % / 100 U16
28168 0x6E08 1 harmonic I1 row 22 % / 100 U16
28169 0x6E09 1 harmonic I2 row 22 % / 100 U16
28170 0x6E0A 1 harmonic I3 row 22 % / 100 U16
28171 0x6E0B 1 harmonic In row 22 % / 100 U16
28172 0x6E0C 1 harmonic I1 row 23 % / 100 U16
28173 0x6E0D 1 harmonic I2 row 23 % / 100 U16
28174 0x6E0E 1 harmonic I3 row 23 % / 100 U16
28175 0x6E0F 1 harmonic In row 23 % / 100 U16
28176 0x6E10 1 harmonic I1 row 24 % / 100 U16
28177 0x6E11 1 harmonic I2 row 24 % / 100 U16
28178 0x6E12 1 harmonic I3 row 24 % / 100 U16
28179 0x6E13 1 harmonic In row 24 % / 100 U16
28180 0x6E14 1 harmonic I1 row 25 % / 100 U16
28181 0x6E15 1 harmonic I2 row 25 % / 100 U16
28182 0x6E16 1 harmonic I3 row 25 % / 100 U16
28183 0x6E17 1 harmonic In row 25 % / 100 U16
28184 0x6E18 1 harmonic I1 row 26 to 34 % / 100 U16
28185 0x6E19 1 harmonic I2 row 26 to 34 % / 100 U16
28186 0x6E1A 1 harmonic I3 row 26 to 34 % / 100 U16
28187 0x6E1B 1 harmonic In row 26 to 34 % / 100 U16
28188 0x6E1C 1 harmonic I1 row 35 to 50 % / 100 U16
28189 0x6E1D 1 harmonic I2 row 35 to 50 % / 100 U16
28190 0x6E1E 1 harmonic I3 row 35 to 50 % / 100 U16
28191 0x6E1F 1 harmonic In row 35 to 50 % / 100 U16
28192 0x6E20 1 harmonic I1 row 51 to 63 % / 100 U16
28193 0x6E21 1 harmonic I2 row 51 to 63 % / 100 U16
28194 0x6E22 1 harmonic I3 row 51 to 63 % / 100 U16
28195 0x6E23 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #15
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
28202 0x6E2A Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
28202 0x6E2A 1 Load status :
0 : Disabled
1 : Enabled		 - U8
28203 0x6E2B 1 harmonic I1 row 2 % / 100 U16
28204 0x6E2C 1 harmonic I2 row 2 % / 100 U16
28205 0x6E2D 1 harmonic I3 row 2 % / 100 U16
28206 0x6E2E 1 harmonic In row 2 % / 100 U16
28207 0x6E2F 1 harmonic I1 row 3 % / 100 U16
28208 0x6E30 1 harmonic I2 row 3 % / 100 U16
28209 0x6E31 1 harmonic I3 row 3 % / 100 U16
28210 0x6E32 1 harmonic In row 3 % / 100 U16
28211 0x6E33 1 harmonic I1 row 4 % / 100 U16
28212 0x6E34 1 harmonic I2 row 4 % / 100 U16
28213 0x6E35 1 harmonic I3 row 4 % / 100 U16
28214 0x6E36 1 harmonic In row 4 % / 100 U16
28215 0x6E37 1 harmonic I1 row 5 % / 100 U16
28216 0x6E38 1 harmonic I2 row 5 % / 100 U16
28217 0x6E39 1 harmonic I3 row 5 % / 100 U16
28218 0x6E3A 1 harmonic In row 5 % / 100 U16
28219 0x6E3B 1 harmonic I1 row 6 % / 100 U16
28220 0x6E3C 1 harmonic I2 row 6 % / 100 U16
28221 0x6E3D 1 harmonic I3 row 6 % / 100 U16
28222 0x6E3E 1 harmonic In row 6 % / 100 U16
28223 0x6E3F 1 harmonic I1 row 7 % / 100 U16
28224 0x6E40 1 harmonic I2 row 7 % / 100 U16
28225 0x6E41 1 harmonic I3 row 7 % / 100 U16
28226 0x6E42 1 harmonic In row 7 % / 100 U16
28227 0x6E43 1 harmonic I1 row 8 % / 100 U16
28228 0x6E44 1 harmonic I2 row 8 % / 100 U16
28229 0x6E45 1 harmonic I3 row 8 % / 100 U16
28230 0x6E46 1 harmonic In row 8 % / 100 U16
28231 0x6E47 1 harmonic I1 row 9 % / 100 U16
28232 0x6E48 1 harmonic I2 row 9 % / 100 U16
28233 0x6E49 1 harmonic I3 row 9 % / 100 U16
28234 0x6E4A 1 harmonic In row 9 % / 100 U16
28235 0x6E4B 1 harmonic I1 row 10 % / 100 U16
28236 0x6E4C 1 harmonic I2 row 10 % / 100 U16
28237 0x6E4D 1 harmonic I3 row 10 % / 100 U16
28238 0x6E4E 1 harmonic In row 10 % / 100 U16
28239 0x6E4F 1 harmonic I1 row 11 % / 100 U16
28240 0x6E50 1 harmonic I2 row 11 % / 100 U16
28241 0x6E51 1 harmonic I3 row 11 % / 100 U16
28242 0x6E52 1 harmonic In row 11 % / 100 U16
28243 0x6E53 1 harmonic I1 row 12 % / 100 U16
28244 0x6E54 1 harmonic I2 row 12 % / 100 U16
28245 0x6E55 1 harmonic I3 row 12 % / 100 U16
28246 0x6E56 1 harmonic In row 12 % / 100 U16
28247 0x6E57 1 harmonic I1 row 13 % / 100 U16
28248 0x6E58 1 harmonic I2 row 13 % / 100 U16
28249 0x6E59 1 harmonic I3 row 13 % / 100 U16
28250 0x6E5A 1 harmonic In row 13 % / 100 U16
28251 0x6E5B 1 harmonic I1 row 14 % / 100 U16
28252 0x6E5C 1 harmonic I2 row 14 % / 100 U16
28253 0x6E5D 1 harmonic I3 row 14 % / 100 U16
28254 0x6E5E 1 harmonic In row 14 % / 100 U16
28255 0x6E5F 1 harmonic I1 row 15 % / 100 U16
28256 0x6E60 1 harmonic I2 row 15 % / 100 U16
28257 0x6E61 1 harmonic I3 row 15 % / 100 U16
28258 0x6E62 1 harmonic In row 15 % / 100 U16
28259 0x6E63 1 harmonic I1 row 16 % / 100 U16
28260 0x6E64 1 harmonic I2 row 16 % / 100 U16
28261 0x6E65 1 harmonic I3 row 16 % / 100 U16
28262 0x6E66 1 harmonic In row 16 % / 100 U16
28263 0x6E67 1 harmonic I1 row 17 % / 100 U16
28264 0x6E68 1 harmonic I2 row 17 % / 100 U16
28265 0x6E69 1 harmonic I3 row 17 % / 100 U16
28266 0x6E6A 1 harmonic In row 17 % / 100 U16
28267 0x6E6B 1 harmonic I1 row 18 % / 100 U16
28268 0x6E6C 1 harmonic I2 row 18 % / 100 U16
28269 0x6E6D 1 harmonic I3 row 18 % / 100 U16
28270 0x6E6E 1 harmonic In row 18 % / 100 U16
28271 0x6E6F 1 harmonic I1 row 19 % / 100 U16
28272 0x6E70 1 harmonic I2 row 19 % / 100 U16
28273 0x6E71 1 harmonic I3 row 19 % / 100 U16
28274 0x6E72 1 harmonic In row 19 % / 100 U16
28275 0x6E73 1 harmonic I1 row 20 % / 100 U16
28276 0x6E74 1 harmonic I2 row 20 % / 100 U16
28277 0x6E75 1 harmonic I3 row 20 % / 100 U16
28278 0x6E76 1 harmonic In row 20 % / 100 U16
28279 0x6E77 1 harmonic I1 row 21 % / 100 U16
28280 0x6E78 1 harmonic I2 row 21 % / 100 U16
28281 0x6E79 1 harmonic I3 row 21 % / 100 U16
28282 0x6E7A 1 harmonic In row 21 % / 100 U16
28283 0x6E7B 1 harmonic I1 row 22 % / 100 U16
28284 0x6E7C 1 harmonic I2 row 22 % / 100 U16
28285 0x6E7D 1 harmonic I3 row 22 % / 100 U16
28286 0x6E7E 1 harmonic In row 22 % / 100 U16
28287 0x6E7F 1 harmonic I1 row 23 % / 100 U16
28288 0x6E80 1 harmonic I2 row 23 % / 100 U16
28289 0x6E81 1 harmonic I3 row 23 % / 100 U16
28290 0x6E82 1 harmonic In row 23 % / 100 U16
28291 0x6E83 1 harmonic I1 row 24 % / 100 U16
28292 0x6E84 1 harmonic I2 row 24 % / 100 U16
28293 0x6E85 1 harmonic I3 row 24 % / 100 U16
28294 0x6E86 1 harmonic In row 24 % / 100 U16
28295 0x6E87 1 harmonic I1 row 25 % / 100 U16
28296 0x6E88 1 harmonic I2 row 25 % / 100 U16
28297 0x6E89 1 harmonic I3 row 25 % / 100 U16
28298 0x6E8A 1 harmonic In row 25 % / 100 U16
28299 0x6E8B 1 harmonic I1 row 26 to 34 % / 100 U16
28300 0x6E8C 1 harmonic I2 row 26 to 34 % / 100 U16
28301 0x6E8D 1 harmonic I3 row 26 to 34 % / 100 U16
28302 0x6E8E 1 harmonic In row 26 to 34 % / 100 U16
28303 0x6E8F 1 harmonic I1 row 35 to 50 % / 100 U16
28304 0x6E90 1 harmonic I2 row 35 to 50 % / 100 U16
28305 0x6E91 1 harmonic I3 row 35 to 50 % / 100 U16
28306 0x6E92 1 harmonic In row 35 to 50 % / 100 U16
28307 0x6E93 1 harmonic I1 row 51 to 63 % / 100 U16
28308 0x6E94 1 harmonic I2 row 51 to 63 % / 100 U16
28309 0x6E95 1 harmonic I3 row 51 to 63 % / 100 U16
28310 0x6E96 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #16
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
28317 0x6E9D Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
28317 0x6E9D 1 Load status :
0 : Disabled
1 : Enabled		 - U8
28318 0x6E9E 1 harmonic I1 row 2 % / 100 U16
28319 0x6E9F 1 harmonic I2 row 2 % / 100 U16
28320 0x6EA0 1 harmonic I3 row 2 % / 100 U16
28321 0x6EA1 1 harmonic In row 2 % / 100 U16
28322 0x6EA2 1 harmonic I1 row 3 % / 100 U16
28323 0x6EA3 1 harmonic I2 row 3 % / 100 U16
28324 0x6EA4 1 harmonic I3 row 3 % / 100 U16
28325 0x6EA5 1 harmonic In row 3 % / 100 U16
28326 0x6EA6 1 harmonic I1 row 4 % / 100 U16
28327 0x6EA7 1 harmonic I2 row 4 % / 100 U16
28328 0x6EA8 1 harmonic I3 row 4 % / 100 U16
28329 0x6EA9 1 harmonic In row 4 % / 100 U16
28330 0x6EAA 1 harmonic I1 row 5 % / 100 U16
28331 0x6EAB 1 harmonic I2 row 5 % / 100 U16
28332 0x6EAC 1 harmonic I3 row 5 % / 100 U16
28333 0x6EAD 1 harmonic In row 5 % / 100 U16
28334 0x6EAE 1 harmonic I1 row 6 % / 100 U16
28335 0x6EAF 1 harmonic I2 row 6 % / 100 U16
28336 0x6EB0 1 harmonic I3 row 6 % / 100 U16
28337 0x6EB1 1 harmonic In row 6 % / 100 U16
28338 0x6EB2 1 harmonic I1 row 7 % / 100 U16
28339 0x6EB3 1 harmonic I2 row 7 % / 100 U16
28340 0x6EB4 1 harmonic I3 row 7 % / 100 U16
28341 0x6EB5 1 harmonic In row 7 % / 100 U16
28342 0x6EB6 1 harmonic I1 row 8 % / 100 U16
28343 0x6EB7 1 harmonic I2 row 8 % / 100 U16
28344 0x6EB8 1 harmonic I3 row 8 % / 100 U16
28345 0x6EB9 1 harmonic In row 8 % / 100 U16
28346 0x6EBA 1 harmonic I1 row 9 % / 100 U16
28347 0x6EBB 1 harmonic I2 row 9 % / 100 U16
28348 0x6EBC 1 harmonic I3 row 9 % / 100 U16
28349 0x6EBD 1 harmonic In row 9 % / 100 U16
28350 0x6EBE 1 harmonic I1 row 10 % / 100 U16
28351 0x6EBF 1 harmonic I2 row 10 % / 100 U16
28352 0x6EC0 1 harmonic I3 row 10 % / 100 U16
28353 0x6EC1 1 harmonic In row 10 % / 100 U16
28354 0x6EC2 1 harmonic I1 row 11 % / 100 U16
28355 0x6EC3 1 harmonic I2 row 11 % / 100 U16
28356 0x6EC4 1 harmonic I3 row 11 % / 100 U16
28357 0x6EC5 1 harmonic In row 11 % / 100 U16
28358 0x6EC6 1 harmonic I1 row 12 % / 100 U16
28359 0x6EC7 1 harmonic I2 row 12 % / 100 U16
28360 0x6EC8 1 harmonic I3 row 12 % / 100 U16
28361 0x6EC9 1 harmonic In row 12 % / 100 U16
28362 0x6ECA 1 harmonic I1 row 13 % / 100 U16
28363 0x6ECB 1 harmonic I2 row 13 % / 100 U16
28364 0x6ECC 1 harmonic I3 row 13 % / 100 U16
28365 0x6ECD 1 harmonic In row 13 % / 100 U16
28366 0x6ECE 1 harmonic I1 row 14 % / 100 U16
28367 0x6ECF 1 harmonic I2 row 14 % / 100 U16
28368 0x6ED0 1 harmonic I3 row 14 % / 100 U16
28369 0x6ED1 1 harmonic In row 14 % / 100 U16
28370 0x6ED2 1 harmonic I1 row 15 % / 100 U16
28371 0x6ED3 1 harmonic I2 row 15 % / 100 U16
28372 0x6ED4 1 harmonic I3 row 15 % / 100 U16
28373 0x6ED5 1 harmonic In row 15 % / 100 U16
28374 0x6ED6 1 harmonic I1 row 16 % / 100 U16
28375 0x6ED7 1 harmonic I2 row 16 % / 100 U16
28376 0x6ED8 1 harmonic I3 row 16 % / 100 U16
28377 0x6ED9 1 harmonic In row 16 % / 100 U16
28378 0x6EDA 1 harmonic I1 row 17 % / 100 U16
28379 0x6EDB 1 harmonic I2 row 17 % / 100 U16
28380 0x6EDC 1 harmonic I3 row 17 % / 100 U16
28381 0x6EDD 1 harmonic In row 17 % / 100 U16
28382 0x6EDE 1 harmonic I1 row 18 % / 100 U16
28383 0x6EDF 1 harmonic I2 row 18 % / 100 U16
28384 0x6EE0 1 harmonic I3 row 18 % / 100 U16
28385 0x6EE1 1 harmonic In row 18 % / 100 U16
28386 0x6EE2 1 harmonic I1 row 19 % / 100 U16
28387 0x6EE3 1 harmonic I2 row 19 % / 100 U16
28388 0x6EE4 1 harmonic I3 row 19 % / 100 U16
28389 0x6EE5 1 harmonic In row 19 % / 100 U16
28390 0x6EE6 1 harmonic I1 row 20 % / 100 U16
28391 0x6EE7 1 harmonic I2 row 20 % / 100 U16
28392 0x6EE8 1 harmonic I3 row 20 % / 100 U16
28393 0x6EE9 1 harmonic In row 20 % / 100 U16
28394 0x6EEA 1 harmonic I1 row 21 % / 100 U16
28395 0x6EEB 1 harmonic I2 row 21 % / 100 U16
28396 0x6EEC 1 harmonic I3 row 21 % / 100 U16
28397 0x6EED 1 harmonic In row 21 % / 100 U16
28398 0x6EEE 1 harmonic I1 row 22 % / 100 U16
28399 0x6EEF 1 harmonic I2 row 22 % / 100 U16
28400 0x6EF0 1 harmonic I3 row 22 % / 100 U16
28401 0x6EF1 1 harmonic In row 22 % / 100 U16
28402 0x6EF2 1 harmonic I1 row 23 % / 100 U16
28403 0x6EF3 1 harmonic I2 row 23 % / 100 U16
28404 0x6EF4 1 harmonic I3 row 23 % / 100 U16
28405 0x6EF5 1 harmonic In row 23 % / 100 U16
28406 0x6EF6 1 harmonic I1 row 24 % / 100 U16
28407 0x6EF7 1 harmonic I2 row 24 % / 100 U16
28408 0x6EF8 1 harmonic I3 row 24 % / 100 U16
28409 0x6EF9 1 harmonic In row 24 % / 100 U16
28410 0x6EFA 1 harmonic I1 row 25 % / 100 U16
28411 0x6EFB 1 harmonic I2 row 25 % / 100 U16
28412 0x6EFC 1 harmonic I3 row 25 % / 100 U16
28413 0x6EFD 1 harmonic In row 25 % / 100 U16
28414 0x6EFE 1 harmonic I1 row 26 to 34 % / 100 U16
28415 0x6EFF 1 harmonic I2 row 26 to 34 % / 100 U16
28416 0x6F00 1 harmonic I3 row 26 to 34 % / 100 U16
28417 0x6F01 1 harmonic In row 26 to 34 % / 100 U16
28418 0x6F02 1 harmonic I1 row 35 to 50 % / 100 U16
28419 0x6F03 1 harmonic I2 row 35 to 50 % / 100 U16
28420 0x6F04 1 harmonic I3 row 35 to 50 % / 100 U16
28421 0x6F05 1 harmonic In row 35 to 50 % / 100 U16
28422 0x6F06 1 harmonic I1 row 51 to 63 % / 100 U16
28423 0x6F07 1 harmonic I2 row 51 to 63 % / 100 U16
28424 0x6F08 1 harmonic I3 row 51 to 63 % / 100 U16
28425 0x6F09 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #17
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
28432 0x6F10 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
28432 0x6F10 1 Load status :
0 : Disabled
1 : Enabled		 - U8
28433 0x6F11 1 harmonic I1 row 2 % / 100 U16
28434 0x6F12 1 harmonic I2 row 2 % / 100 U16
28435 0x6F13 1 harmonic I3 row 2 % / 100 U16
28436 0x6F14 1 harmonic In row 2 % / 100 U16
28437 0x6F15 1 harmonic I1 row 3 % / 100 U16
28438 0x6F16 1 harmonic I2 row 3 % / 100 U16
28439 0x6F17 1 harmonic I3 row 3 % / 100 U16
28440 0x6F18 1 harmonic In row 3 % / 100 U16
28441 0x6F19 1 harmonic I1 row 4 % / 100 U16
28442 0x6F1A 1 harmonic I2 row 4 % / 100 U16
28443 0x6F1B 1 harmonic I3 row 4 % / 100 U16
28444 0x6F1C 1 harmonic In row 4 % / 100 U16
28445 0x6F1D 1 harmonic I1 row 5 % / 100 U16
28446 0x6F1E 1 harmonic I2 row 5 % / 100 U16
28447 0x6F1F 1 harmonic I3 row 5 % / 100 U16
28448 0x6F20 1 harmonic In row 5 % / 100 U16
28449 0x6F21 1 harmonic I1 row 6 % / 100 U16
28450 0x6F22 1 harmonic I2 row 6 % / 100 U16
28451 0x6F23 1 harmonic I3 row 6 % / 100 U16
28452 0x6F24 1 harmonic In row 6 % / 100 U16
28453 0x6F25 1 harmonic I1 row 7 % / 100 U16
28454 0x6F26 1 harmonic I2 row 7 % / 100 U16
28455 0x6F27 1 harmonic I3 row 7 % / 100 U16
28456 0x6F28 1 harmonic In row 7 % / 100 U16
28457 0x6F29 1 harmonic I1 row 8 % / 100 U16
28458 0x6F2A 1 harmonic I2 row 8 % / 100 U16
28459 0x6F2B 1 harmonic I3 row 8 % / 100 U16
28460 0x6F2C 1 harmonic In row 8 % / 100 U16
28461 0x6F2D 1 harmonic I1 row 9 % / 100 U16
28462 0x6F2E 1 harmonic I2 row 9 % / 100 U16
28463 0x6F2F 1 harmonic I3 row 9 % / 100 U16
28464 0x6F30 1 harmonic In row 9 % / 100 U16
28465 0x6F31 1 harmonic I1 row 10 % / 100 U16
28466 0x6F32 1 harmonic I2 row 10 % / 100 U16
28467 0x6F33 1 harmonic I3 row 10 % / 100 U16
28468 0x6F34 1 harmonic In row 10 % / 100 U16
28469 0x6F35 1 harmonic I1 row 11 % / 100 U16
28470 0x6F36 1 harmonic I2 row 11 % / 100 U16
28471 0x6F37 1 harmonic I3 row 11 % / 100 U16
28472 0x6F38 1 harmonic In row 11 % / 100 U16
28473 0x6F39 1 harmonic I1 row 12 % / 100 U16
28474 0x6F3A 1 harmonic I2 row 12 % / 100 U16
28475 0x6F3B 1 harmonic I3 row 12 % / 100 U16
28476 0x6F3C 1 harmonic In row 12 % / 100 U16
28477 0x6F3D 1 harmonic I1 row 13 % / 100 U16
28478 0x6F3E 1 harmonic I2 row 13 % / 100 U16
28479 0x6F3F 1 harmonic I3 row 13 % / 100 U16
28480 0x6F40 1 harmonic In row 13 % / 100 U16
28481 0x6F41 1 harmonic I1 row 14 % / 100 U16
28482 0x6F42 1 harmonic I2 row 14 % / 100 U16
28483 0x6F43 1 harmonic I3 row 14 % / 100 U16
28484 0x6F44 1 harmonic In row 14 % / 100 U16
28485 0x6F45 1 harmonic I1 row 15 % / 100 U16
28486 0x6F46 1 harmonic I2 row 15 % / 100 U16
28487 0x6F47 1 harmonic I3 row 15 % / 100 U16
28488 0x6F48 1 harmonic In row 15 % / 100 U16
28489 0x6F49 1 harmonic I1 row 16 % / 100 U16
28490 0x6F4A 1 harmonic I2 row 16 % / 100 U16
28491 0x6F4B 1 harmonic I3 row 16 % / 100 U16
28492 0x6F4C 1 harmonic In row 16 % / 100 U16
28493 0x6F4D 1 harmonic I1 row 17 % / 100 U16
28494 0x6F4E 1 harmonic I2 row 17 % / 100 U16
28495 0x6F4F 1 harmonic I3 row 17 % / 100 U16
28496 0x6F50 1 harmonic In row 17 % / 100 U16
28497 0x6F51 1 harmonic I1 row 18 % / 100 U16
28498 0x6F52 1 harmonic I2 row 18 % / 100 U16
28499 0x6F53 1 harmonic I3 row 18 % / 100 U16
28500 0x6F54 1 harmonic In row 18 % / 100 U16
28501 0x6F55 1 harmonic I1 row 19 % / 100 U16
28502 0x6F56 1 harmonic I2 row 19 % / 100 U16
28503 0x6F57 1 harmonic I3 row 19 % / 100 U16
28504 0x6F58 1 harmonic In row 19 % / 100 U16
28505 0x6F59 1 harmonic I1 row 20 % / 100 U16
28506 0x6F5A 1 harmonic I2 row 20 % / 100 U16
28507 0x6F5B 1 harmonic I3 row 20 % / 100 U16
28508 0x6F5C 1 harmonic In row 20 % / 100 U16
28509 0x6F5D 1 harmonic I1 row 21 % / 100 U16
28510 0x6F5E 1 harmonic I2 row 21 % / 100 U16
28511 0x6F5F 1 harmonic I3 row 21 % / 100 U16
28512 0x6F60 1 harmonic In row 21 % / 100 U16
28513 0x6F61 1 harmonic I1 row 22 % / 100 U16
28514 0x6F62 1 harmonic I2 row 22 % / 100 U16
28515 0x6F63 1 harmonic I3 row 22 % / 100 U16
28516 0x6F64 1 harmonic In row 22 % / 100 U16
28517 0x6F65 1 harmonic I1 row 23 % / 100 U16
28518 0x6F66 1 harmonic I2 row 23 % / 100 U16
28519 0x6F67 1 harmonic I3 row 23 % / 100 U16
28520 0x6F68 1 harmonic In row 23 % / 100 U16
28521 0x6F69 1 harmonic I1 row 24 % / 100 U16
28522 0x6F6A 1 harmonic I2 row 24 % / 100 U16
28523 0x6F6B 1 harmonic I3 row 24 % / 100 U16
28524 0x6F6C 1 harmonic In row 24 % / 100 U16
28525 0x6F6D 1 harmonic I1 row 25 % / 100 U16
28526 0x6F6E 1 harmonic I2 row 25 % / 100 U16
28527 0x6F6F 1 harmonic I3 row 25 % / 100 U16
28528 0x6F70 1 harmonic In row 25 % / 100 U16
28529 0x6F71 1 harmonic I1 row 26 to 34 % / 100 U16
28530 0x6F72 1 harmonic I2 row 26 to 34 % / 100 U16
28531 0x6F73 1 harmonic I3 row 26 to 34 % / 100 U16
28532 0x6F74 1 harmonic In row 26 to 34 % / 100 U16
28533 0x6F75 1 harmonic I1 row 35 to 50 % / 100 U16
28534 0x6F76 1 harmonic I2 row 35 to 50 % / 100 U16
28535 0x6F77 1 harmonic I3 row 35 to 50 % / 100 U16
28536 0x6F78 1 harmonic In row 35 to 50 % / 100 U16
28537 0x6F79 1 harmonic I1 row 51 to 63 % / 100 U16
28538 0x6F7A 1 harmonic I2 row 51 to 63 % / 100 U16
28539 0x6F7B 1 harmonic I3 row 51 to 63 % / 100 U16
28540 0x6F7C 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #18
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
28547 0x6F83 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
28547 0x6F83 1 Load status :
0 : Disabled
1 : Enabled		 - U8
28548 0x6F84 1 harmonic I1 row 2 % / 100 U16
28549 0x6F85 1 harmonic I2 row 2 % / 100 U16
28550 0x6F86 1 harmonic I3 row 2 % / 100 U16
28551 0x6F87 1 harmonic In row 2 % / 100 U16
28552 0x6F88 1 harmonic I1 row 3 % / 100 U16
28553 0x6F89 1 harmonic I2 row 3 % / 100 U16
28554 0x6F8A 1 harmonic I3 row 3 % / 100 U16
28555 0x6F8B 1 harmonic In row 3 % / 100 U16
28556 0x6F8C 1 harmonic I1 row 4 % / 100 U16
28557 0x6F8D 1 harmonic I2 row 4 % / 100 U16
28558 0x6F8E 1 harmonic I3 row 4 % / 100 U16
28559 0x6F8F 1 harmonic In row 4 % / 100 U16
28560 0x6F90 1 harmonic I1 row 5 % / 100 U16
28561 0x6F91 1 harmonic I2 row 5 % / 100 U16
28562 0x6F92 1 harmonic I3 row 5 % / 100 U16
28563 0x6F93 1 harmonic In row 5 % / 100 U16
28564 0x6F94 1 harmonic I1 row 6 % / 100 U16
28565 0x6F95 1 harmonic I2 row 6 % / 100 U16
28566 0x6F96 1 harmonic I3 row 6 % / 100 U16
28567 0x6F97 1 harmonic In row 6 % / 100 U16
28568 0x6F98 1 harmonic I1 row 7 % / 100 U16
28569 0x6F99 1 harmonic I2 row 7 % / 100 U16
28570 0x6F9A 1 harmonic I3 row 7 % / 100 U16
28571 0x6F9B 1 harmonic In row 7 % / 100 U16
28572 0x6F9C 1 harmonic I1 row 8 % / 100 U16
28573 0x6F9D 1 harmonic I2 row 8 % / 100 U16
28574 0x6F9E 1 harmonic I3 row 8 % / 100 U16
28575 0x6F9F 1 harmonic In row 8 % / 100 U16
28576 0x6FA0 1 harmonic I1 row 9 % / 100 U16
28577 0x6FA1 1 harmonic I2 row 9 % / 100 U16
28578 0x6FA2 1 harmonic I3 row 9 % / 100 U16
28579 0x6FA3 1 harmonic In row 9 % / 100 U16
28580 0x6FA4 1 harmonic I1 row 10 % / 100 U16
28581 0x6FA5 1 harmonic I2 row 10 % / 100 U16
28582 0x6FA6 1 harmonic I3 row 10 % / 100 U16
28583 0x6FA7 1 harmonic In row 10 % / 100 U16
28584 0x6FA8 1 harmonic I1 row 11 % / 100 U16
28585 0x6FA9 1 harmonic I2 row 11 % / 100 U16
28586 0x6FAA 1 harmonic I3 row 11 % / 100 U16
28587 0x6FAB 1 harmonic In row 11 % / 100 U16
28588 0x6FAC 1 harmonic I1 row 12 % / 100 U16
28589 0x6FAD 1 harmonic I2 row 12 % / 100 U16
28590 0x6FAE 1 harmonic I3 row 12 % / 100 U16
28591 0x6FAF 1 harmonic In row 12 % / 100 U16
28592 0x6FB0 1 harmonic I1 row 13 % / 100 U16
28593 0x6FB1 1 harmonic I2 row 13 % / 100 U16
28594 0x6FB2 1 harmonic I3 row 13 % / 100 U16
28595 0x6FB3 1 harmonic In row 13 % / 100 U16
28596 0x6FB4 1 harmonic I1 row 14 % / 100 U16
28597 0x6FB5 1 harmonic I2 row 14 % / 100 U16
28598 0x6FB6 1 harmonic I3 row 14 % / 100 U16
28599 0x6FB7 1 harmonic In row 14 % / 100 U16
28600 0x6FB8 1 harmonic I1 row 15 % / 100 U16
28601 0x6FB9 1 harmonic I2 row 15 % / 100 U16
28602 0x6FBA 1 harmonic I3 row 15 % / 100 U16
28603 0x6FBB 1 harmonic In row 15 % / 100 U16
28604 0x6FBC 1 harmonic I1 row 16 % / 100 U16
28605 0x6FBD 1 harmonic I2 row 16 % / 100 U16
28606 0x6FBE 1 harmonic I3 row 16 % / 100 U16
28607 0x6FBF 1 harmonic In row 16 % / 100 U16
28608 0x6FC0 1 harmonic I1 row 17 % / 100 U16
28609 0x6FC1 1 harmonic I2 row 17 % / 100 U16
28610 0x6FC2 1 harmonic I3 row 17 % / 100 U16
28611 0x6FC3 1 harmonic In row 17 % / 100 U16
28612 0x6FC4 1 harmonic I1 row 18 % / 100 U16
28613 0x6FC5 1 harmonic I2 row 18 % / 100 U16
28614 0x6FC6 1 harmonic I3 row 18 % / 100 U16
28615 0x6FC7 1 harmonic In row 18 % / 100 U16
28616 0x6FC8 1 harmonic I1 row 19 % / 100 U16
28617 0x6FC9 1 harmonic I2 row 19 % / 100 U16
28618 0x6FCA 1 harmonic I3 row 19 % / 100 U16
28619 0x6FCB 1 harmonic In row 19 % / 100 U16
28620 0x6FCC 1 harmonic I1 row 20 % / 100 U16
28621 0x6FCD 1 harmonic I2 row 20 % / 100 U16
28622 0x6FCE 1 harmonic I3 row 20 % / 100 U16
28623 0x6FCF 1 harmonic In row 20 % / 100 U16
28624 0x6FD0 1 harmonic I1 row 21 % / 100 U16
28625 0x6FD1 1 harmonic I2 row 21 % / 100 U16
28626 0x6FD2 1 harmonic I3 row 21 % / 100 U16
28627 0x6FD3 1 harmonic In row 21 % / 100 U16
28628 0x6FD4 1 harmonic I1 row 22 % / 100 U16
28629 0x6FD5 1 harmonic I2 row 22 % / 100 U16
28630 0x6FD6 1 harmonic I3 row 22 % / 100 U16
28631 0x6FD7 1 harmonic In row 22 % / 100 U16
28632 0x6FD8 1 harmonic I1 row 23 % / 100 U16
28633 0x6FD9 1 harmonic I2 row 23 % / 100 U16
28634 0x6FDA 1 harmonic I3 row 23 % / 100 U16
28635 0x6FDB 1 harmonic In row 23 % / 100 U16
28636 0x6FDC 1 harmonic I1 row 24 % / 100 U16
28637 0x6FDD 1 harmonic I2 row 24 % / 100 U16
28638 0x6FDE 1 harmonic I3 row 24 % / 100 U16
28639 0x6FDF 1 harmonic In row 24 % / 100 U16
28640 0x6FE0 1 harmonic I1 row 25 % / 100 U16
28641 0x6FE1 1 harmonic I2 row 25 % / 100 U16
28642 0x6FE2 1 harmonic I3 row 25 % / 100 U16
28643 0x6FE3 1 harmonic In row 25 % / 100 U16
28644 0x6FE4 1 harmonic I1 row 26 to 34 % / 100 U16
28645 0x6FE5 1 harmonic I2 row 26 to 34 % / 100 U16
28646 0x6FE6 1 harmonic I3 row 26 to 34 % / 100 U16
28647 0x6FE7 1 harmonic In row 26 to 34 % / 100 U16
28648 0x6FE8 1 harmonic I1 row 35 to 50 % / 100 U16
28649 0x6FE9 1 harmonic I2 row 35 to 50 % / 100 U16
28650 0x6FEA 1 harmonic I3 row 35 to 50 % / 100 U16
28651 0x6FEB 1 harmonic In row 35 to 50 % / 100 U16
28652 0x6FEC 1 harmonic I1 row 51 to 63 % / 100 U16
28653 0x6FED 1 harmonic I2 row 51 to 63 % / 100 U16
28654 0x6FEE 1 harmonic I3 row 51 to 63 % / 100 U16
28655 0x6FEF 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #19
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
28662 0x6FF6 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
28662 0x6FF6 1 Load status :
0 : Disabled
1 : Enabled		 - U8
28663 0x6FF7 1 harmonic I1 row 2 % / 100 U16
28664 0x6FF8 1 harmonic I2 row 2 % / 100 U16
28665 0x6FF9 1 harmonic I3 row 2 % / 100 U16
28666 0x6FFA 1 harmonic In row 2 % / 100 U16
28667 0x6FFB 1 harmonic I1 row 3 % / 100 U16
28668 0x6FFC 1 harmonic I2 row 3 % / 100 U16
28669 0x6FFD 1 harmonic I3 row 3 % / 100 U16
28670 0x6FFE 1 harmonic In row 3 % / 100 U16
28671 0x6FFF 1 harmonic I1 row 4 % / 100 U16
28672 0x7000 1 harmonic I2 row 4 % / 100 U16
28673 0x7001 1 harmonic I3 row 4 % / 100 U16
28674 0x7002 1 harmonic In row 4 % / 100 U16
28675 0x7003 1 harmonic I1 row 5 % / 100 U16
28676 0x7004 1 harmonic I2 row 5 % / 100 U16
28677 0x7005 1 harmonic I3 row 5 % / 100 U16
28678 0x7006 1 harmonic In row 5 % / 100 U16
28679 0x7007 1 harmonic I1 row 6 % / 100 U16
28680 0x7008 1 harmonic I2 row 6 % / 100 U16
28681 0x7009 1 harmonic I3 row 6 % / 100 U16
28682 0x700A 1 harmonic In row 6 % / 100 U16
28683 0x700B 1 harmonic I1 row 7 % / 100 U16
28684 0x700C 1 harmonic I2 row 7 % / 100 U16
28685 0x700D 1 harmonic I3 row 7 % / 100 U16
28686 0x700E 1 harmonic In row 7 % / 100 U16
28687 0x700F 1 harmonic I1 row 8 % / 100 U16
28688 0x7010 1 harmonic I2 row 8 % / 100 U16
28689 0x7011 1 harmonic I3 row 8 % / 100 U16
28690 0x7012 1 harmonic In row 8 % / 100 U16
28691 0x7013 1 harmonic I1 row 9 % / 100 U16
28692 0x7014 1 harmonic I2 row 9 % / 100 U16
28693 0x7015 1 harmonic I3 row 9 % / 100 U16
28694 0x7016 1 harmonic In row 9 % / 100 U16
28695 0x7017 1 harmonic I1 row 10 % / 100 U16
28696 0x7018 1 harmonic I2 row 10 % / 100 U16
28697 0x7019 1 harmonic I3 row 10 % / 100 U16
28698 0x701A 1 harmonic In row 10 % / 100 U16
28699 0x701B 1 harmonic I1 row 11 % / 100 U16
28700 0x701C 1 harmonic I2 row 11 % / 100 U16
28701 0x701D 1 harmonic I3 row 11 % / 100 U16
28702 0x701E 1 harmonic In row 11 % / 100 U16
28703 0x701F 1 harmonic I1 row 12 % / 100 U16
28704 0x7020 1 harmonic I2 row 12 % / 100 U16
28705 0x7021 1 harmonic I3 row 12 % / 100 U16
28706 0x7022 1 harmonic In row 12 % / 100 U16
28707 0x7023 1 harmonic I1 row 13 % / 100 U16
28708 0x7024 1 harmonic I2 row 13 % / 100 U16
28709 0x7025 1 harmonic I3 row 13 % / 100 U16
28710 0x7026 1 harmonic In row 13 % / 100 U16
28711 0x7027 1 harmonic I1 row 14 % / 100 U16
28712 0x7028 1 harmonic I2 row 14 % / 100 U16
28713 0x7029 1 harmonic I3 row 14 % / 100 U16
28714 0x702A 1 harmonic In row 14 % / 100 U16
28715 0x702B 1 harmonic I1 row 15 % / 100 U16
28716 0x702C 1 harmonic I2 row 15 % / 100 U16
28717 0x702D 1 harmonic I3 row 15 % / 100 U16
28718 0x702E 1 harmonic In row 15 % / 100 U16
28719 0x702F 1 harmonic I1 row 16 % / 100 U16
28720 0x7030 1 harmonic I2 row 16 % / 100 U16
28721 0x7031 1 harmonic I3 row 16 % / 100 U16
28722 0x7032 1 harmonic In row 16 % / 100 U16
28723 0x7033 1 harmonic I1 row 17 % / 100 U16
28724 0x7034 1 harmonic I2 row 17 % / 100 U16
28725 0x7035 1 harmonic I3 row 17 % / 100 U16
28726 0x7036 1 harmonic In row 17 % / 100 U16
28727 0x7037 1 harmonic I1 row 18 % / 100 U16
28728 0x7038 1 harmonic I2 row 18 % / 100 U16
28729 0x7039 1 harmonic I3 row 18 % / 100 U16
28730 0x703A 1 harmonic In row 18 % / 100 U16
28731 0x703B 1 harmonic I1 row 19 % / 100 U16
28732 0x703C 1 harmonic I2 row 19 % / 100 U16
28733 0x703D 1 harmonic I3 row 19 % / 100 U16
28734 0x703E 1 harmonic In row 19 % / 100 U16
28735 0x703F 1 harmonic I1 row 20 % / 100 U16
28736 0x7040 1 harmonic I2 row 20 % / 100 U16
28737 0x7041 1 harmonic I3 row 20 % / 100 U16
28738 0x7042 1 harmonic In row 20 % / 100 U16
28739 0x7043 1 harmonic I1 row 21 % / 100 U16
28740 0x7044 1 harmonic I2 row 21 % / 100 U16
28741 0x7045 1 harmonic I3 row 21 % / 100 U16
28742 0x7046 1 harmonic In row 21 % / 100 U16
28743 0x7047 1 harmonic I1 row 22 % / 100 U16
28744 0x7048 1 harmonic I2 row 22 % / 100 U16
28745 0x7049 1 harmonic I3 row 22 % / 100 U16
28746 0x704A 1 harmonic In row 22 % / 100 U16
28747 0x704B 1 harmonic I1 row 23 % / 100 U16
28748 0x704C 1 harmonic I2 row 23 % / 100 U16
28749 0x704D 1 harmonic I3 row 23 % / 100 U16
28750 0x704E 1 harmonic In row 23 % / 100 U16
28751 0x704F 1 harmonic I1 row 24 % / 100 U16
28752 0x7050 1 harmonic I2 row 24 % / 100 U16
28753 0x7051 1 harmonic I3 row 24 % / 100 U16
28754 0x7052 1 harmonic In row 24 % / 100 U16
28755 0x7053 1 harmonic I1 row 25 % / 100 U16
28756 0x7054 1 harmonic I2 row 25 % / 100 U16
28757 0x7055 1 harmonic I3 row 25 % / 100 U16
28758 0x7056 1 harmonic In row 25 % / 100 U16
28759 0x7057 1 harmonic I1 row 26 to 34 % / 100 U16
28760 0x7058 1 harmonic I2 row 26 to 34 % / 100 U16
28761 0x7059 1 harmonic I3 row 26 to 34 % / 100 U16
28762 0x705A 1 harmonic In row 26 to 34 % / 100 U16
28763 0x705B 1 harmonic I1 row 35 to 50 % / 100 U16
28764 0x705C 1 harmonic I2 row 35 to 50 % / 100 U16
28765 0x705D 1 harmonic I3 row 35 to 50 % / 100 U16
28766 0x705E 1 harmonic In row 35 to 50 % / 100 U16
28767 0x705F 1 harmonic I1 row 51 to 63 % / 100 U16
28768 0x7060 1 harmonic I2 row 51 to 63 % / 100 U16
28769 0x7061 1 harmonic I3 row 51 to 63 % / 100 U16
28770 0x7062 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #20
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
28777 0x7069 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
28777 0x7069 1 Load status :
0 : Disabled
1 : Enabled		 - U8
28778 0x706A 1 harmonic I1 row 2 % / 100 U16
28779 0x706B 1 harmonic I2 row 2 % / 100 U16
28780 0x706C 1 harmonic I3 row 2 % / 100 U16
28781 0x706D 1 harmonic In row 2 % / 100 U16
28782 0x706E 1 harmonic I1 row 3 % / 100 U16
28783 0x706F 1 harmonic I2 row 3 % / 100 U16
28784 0x7070 1 harmonic I3 row 3 % / 100 U16
28785 0x7071 1 harmonic In row 3 % / 100 U16
28786 0x7072 1 harmonic I1 row 4 % / 100 U16
28787 0x7073 1 harmonic I2 row 4 % / 100 U16
28788 0x7074 1 harmonic I3 row 4 % / 100 U16
28789 0x7075 1 harmonic In row 4 % / 100 U16
28790 0x7076 1 harmonic I1 row 5 % / 100 U16
28791 0x7077 1 harmonic I2 row 5 % / 100 U16
28792 0x7078 1 harmonic I3 row 5 % / 100 U16
28793 0x7079 1 harmonic In row 5 % / 100 U16
28794 0x707A 1 harmonic I1 row 6 % / 100 U16
28795 0x707B 1 harmonic I2 row 6 % / 100 U16
28796 0x707C 1 harmonic I3 row 6 % / 100 U16
28797 0x707D 1 harmonic In row 6 % / 100 U16
28798 0x707E 1 harmonic I1 row 7 % / 100 U16
28799 0x707F 1 harmonic I2 row 7 % / 100 U16
28800 0x7080 1 harmonic I3 row 7 % / 100 U16
28801 0x7081 1 harmonic In row 7 % / 100 U16
28802 0x7082 1 harmonic I1 row 8 % / 100 U16
28803 0x7083 1 harmonic I2 row 8 % / 100 U16
28804 0x7084 1 harmonic I3 row 8 % / 100 U16
28805 0x7085 1 harmonic In row 8 % / 100 U16
28806 0x7086 1 harmonic I1 row 9 % / 100 U16
28807 0x7087 1 harmonic I2 row 9 % / 100 U16
28808 0x7088 1 harmonic I3 row 9 % / 100 U16
28809 0x7089 1 harmonic In row 9 % / 100 U16
28810 0x708A 1 harmonic I1 row 10 % / 100 U16
28811 0x708B 1 harmonic I2 row 10 % / 100 U16
28812 0x708C 1 harmonic I3 row 10 % / 100 U16
28813 0x708D 1 harmonic In row 10 % / 100 U16
28814 0x708E 1 harmonic I1 row 11 % / 100 U16
28815 0x708F 1 harmonic I2 row 11 % / 100 U16
28816 0x7090 1 harmonic I3 row 11 % / 100 U16
28817 0x7091 1 harmonic In row 11 % / 100 U16
28818 0x7092 1 harmonic I1 row 12 % / 100 U16
28819 0x7093 1 harmonic I2 row 12 % / 100 U16
28820 0x7094 1 harmonic I3 row 12 % / 100 U16
28821 0x7095 1 harmonic In row 12 % / 100 U16
28822 0x7096 1 harmonic I1 row 13 % / 100 U16
28823 0x7097 1 harmonic I2 row 13 % / 100 U16
28824 0x7098 1 harmonic I3 row 13 % / 100 U16
28825 0x7099 1 harmonic In row 13 % / 100 U16
28826 0x709A 1 harmonic I1 row 14 % / 100 U16
28827 0x709B 1 harmonic I2 row 14 % / 100 U16
28828 0x709C 1 harmonic I3 row 14 % / 100 U16
28829 0x709D 1 harmonic In row 14 % / 100 U16
28830 0x709E 1 harmonic I1 row 15 % / 100 U16
28831 0x709F 1 harmonic I2 row 15 % / 100 U16
28832 0x70A0 1 harmonic I3 row 15 % / 100 U16
28833 0x70A1 1 harmonic In row 15 % / 100 U16
28834 0x70A2 1 harmonic I1 row 16 % / 100 U16
28835 0x70A3 1 harmonic I2 row 16 % / 100 U16
28836 0x70A4 1 harmonic I3 row 16 % / 100 U16
28837 0x70A5 1 harmonic In row 16 % / 100 U16
28838 0x70A6 1 harmonic I1 row 17 % / 100 U16
28839 0x70A7 1 harmonic I2 row 17 % / 100 U16
28840 0x70A8 1 harmonic I3 row 17 % / 100 U16
28841 0x70A9 1 harmonic In row 17 % / 100 U16
28842 0x70AA 1 harmonic I1 row 18 % / 100 U16
28843 0x70AB 1 harmonic I2 row 18 % / 100 U16
28844 0x70AC 1 harmonic I3 row 18 % / 100 U16
28845 0x70AD 1 harmonic In row 18 % / 100 U16
28846 0x70AE 1 harmonic I1 row 19 % / 100 U16
28847 0x70AF 1 harmonic I2 row 19 % / 100 U16
28848 0x70B0 1 harmonic I3 row 19 % / 100 U16
28849 0x70B1 1 harmonic In row 19 % / 100 U16
28850 0x70B2 1 harmonic I1 row 20 % / 100 U16
28851 0x70B3 1 harmonic I2 row 20 % / 100 U16
28852 0x70B4 1 harmonic I3 row 20 % / 100 U16
28853 0x70B5 1 harmonic In row 20 % / 100 U16
28854 0x70B6 1 harmonic I1 row 21 % / 100 U16
28855 0x70B7 1 harmonic I2 row 21 % / 100 U16
28856 0x70B8 1 harmonic I3 row 21 % / 100 U16
28857 0x70B9 1 harmonic In row 21 % / 100 U16
28858 0x70BA 1 harmonic I1 row 22 % / 100 U16
28859 0x70BB 1 harmonic I2 row 22 % / 100 U16
28860 0x70BC 1 harmonic I3 row 22 % / 100 U16
28861 0x70BD 1 harmonic In row 22 % / 100 U16
28862 0x70BE 1 harmonic I1 row 23 % / 100 U16
28863 0x70BF 1 harmonic I2 row 23 % / 100 U16
28864 0x70C0 1 harmonic I3 row 23 % / 100 U16
28865 0x70C1 1 harmonic In row 23 % / 100 U16
28866 0x70C2 1 harmonic I1 row 24 % / 100 U16
28867 0x70C3 1 harmonic I2 row 24 % / 100 U16
28868 0x70C4 1 harmonic I3 row 24 % / 100 U16
28869 0x70C5 1 harmonic In row 24 % / 100 U16
28870 0x70C6 1 harmonic I1 row 25 % / 100 U16
28871 0x70C7 1 harmonic I2 row 25 % / 100 U16
28872 0x70C8 1 harmonic I3 row 25 % / 100 U16
28873 0x70C9 1 harmonic In row 25 % / 100 U16
28874 0x70CA 1 harmonic I1 row 26 to 34 % / 100 U16
28875 0x70CB 1 harmonic I2 row 26 to 34 % / 100 U16
28876 0x70CC 1 harmonic I3 row 26 to 34 % / 100 U16
28877 0x70CD 1 harmonic In row 26 to 34 % / 100 U16
28878 0x70CE 1 harmonic I1 row 35 to 50 % / 100 U16
28879 0x70CF 1 harmonic I2 row 35 to 50 % / 100 U16
28880 0x70D0 1 harmonic I3 row 35 to 50 % / 100 U16
28881 0x70D1 1 harmonic In row 35 to 50 % / 100 U16
28882 0x70D2 1 harmonic I1 row 51 to 63 % / 100 U16
28883 0x70D3 1 harmonic I2 row 51 to 63 % / 100 U16
28884 0x70D4 1 harmonic I3 row 51 to 63 % / 100 U16
28885 0x70D5 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #21
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
28892 0x70DC Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
28892 0x70DC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
28893 0x70DD 1 harmonic I1 row 2 % / 100 U16
28894 0x70DE 1 harmonic I2 row 2 % / 100 U16
28895 0x70DF 1 harmonic I3 row 2 % / 100 U16
28896 0x70E0 1 harmonic In row 2 % / 100 U16
28897 0x70E1 1 harmonic I1 row 3 % / 100 U16
28898 0x70E2 1 harmonic I2 row 3 % / 100 U16
28899 0x70E3 1 harmonic I3 row 3 % / 100 U16
28900 0x70E4 1 harmonic In row 3 % / 100 U16
28901 0x70E5 1 harmonic I1 row 4 % / 100 U16
28902 0x70E6 1 harmonic I2 row 4 % / 100 U16
28903 0x70E7 1 harmonic I3 row 4 % / 100 U16
28904 0x70E8 1 harmonic In row 4 % / 100 U16
28905 0x70E9 1 harmonic I1 row 5 % / 100 U16
28906 0x70EA 1 harmonic I2 row 5 % / 100 U16
28907 0x70EB 1 harmonic I3 row 5 % / 100 U16
28908 0x70EC 1 harmonic In row 5 % / 100 U16
28909 0x70ED 1 harmonic I1 row 6 % / 100 U16
28910 0x70EE 1 harmonic I2 row 6 % / 100 U16
28911 0x70EF 1 harmonic I3 row 6 % / 100 U16
28912 0x70F0 1 harmonic In row 6 % / 100 U16
28913 0x70F1 1 harmonic I1 row 7 % / 100 U16
28914 0x70F2 1 harmonic I2 row 7 % / 100 U16
28915 0x70F3 1 harmonic I3 row 7 % / 100 U16
28916 0x70F4 1 harmonic In row 7 % / 100 U16
28917 0x70F5 1 harmonic I1 row 8 % / 100 U16
28918 0x70F6 1 harmonic I2 row 8 % / 100 U16
28919 0x70F7 1 harmonic I3 row 8 % / 100 U16
28920 0x70F8 1 harmonic In row 8 % / 100 U16
28921 0x70F9 1 harmonic I1 row 9 % / 100 U16
28922 0x70FA 1 harmonic I2 row 9 % / 100 U16
28923 0x70FB 1 harmonic I3 row 9 % / 100 U16
28924 0x70FC 1 harmonic In row 9 % / 100 U16
28925 0x70FD 1 harmonic I1 row 10 % / 100 U16
28926 0x70FE 1 harmonic I2 row 10 % / 100 U16
28927 0x70FF 1 harmonic I3 row 10 % / 100 U16
28928 0x7100 1 harmonic In row 10 % / 100 U16
28929 0x7101 1 harmonic I1 row 11 % / 100 U16
28930 0x7102 1 harmonic I2 row 11 % / 100 U16
28931 0x7103 1 harmonic I3 row 11 % / 100 U16
28932 0x7104 1 harmonic In row 11 % / 100 U16
28933 0x7105 1 harmonic I1 row 12 % / 100 U16
28934 0x7106 1 harmonic I2 row 12 % / 100 U16
28935 0x7107 1 harmonic I3 row 12 % / 100 U16
28936 0x7108 1 harmonic In row 12 % / 100 U16
28937 0x7109 1 harmonic I1 row 13 % / 100 U16
28938 0x710A 1 harmonic I2 row 13 % / 100 U16
28939 0x710B 1 harmonic I3 row 13 % / 100 U16
28940 0x710C 1 harmonic In row 13 % / 100 U16
28941 0x710D 1 harmonic I1 row 14 % / 100 U16
28942 0x710E 1 harmonic I2 row 14 % / 100 U16
28943 0x710F 1 harmonic I3 row 14 % / 100 U16
28944 0x7110 1 harmonic In row 14 % / 100 U16
28945 0x7111 1 harmonic I1 row 15 % / 100 U16
28946 0x7112 1 harmonic I2 row 15 % / 100 U16
28947 0x7113 1 harmonic I3 row 15 % / 100 U16
28948 0x7114 1 harmonic In row 15 % / 100 U16
28949 0x7115 1 harmonic I1 row 16 % / 100 U16
28950 0x7116 1 harmonic I2 row 16 % / 100 U16
28951 0x7117 1 harmonic I3 row 16 % / 100 U16
28952 0x7118 1 harmonic In row 16 % / 100 U16
28953 0x7119 1 harmonic I1 row 17 % / 100 U16
28954 0x711A 1 harmonic I2 row 17 % / 100 U16
28955 0x711B 1 harmonic I3 row 17 % / 100 U16
28956 0x711C 1 harmonic In row 17 % / 100 U16
28957 0x711D 1 harmonic I1 row 18 % / 100 U16
28958 0x711E 1 harmonic I2 row 18 % / 100 U16
28959 0x711F 1 harmonic I3 row 18 % / 100 U16
28960 0x7120 1 harmonic In row 18 % / 100 U16
28961 0x7121 1 harmonic I1 row 19 % / 100 U16
28962 0x7122 1 harmonic I2 row 19 % / 100 U16
28963 0x7123 1 harmonic I3 row 19 % / 100 U16
28964 0x7124 1 harmonic In row 19 % / 100 U16
28965 0x7125 1 harmonic I1 row 20 % / 100 U16
28966 0x7126 1 harmonic I2 row 20 % / 100 U16
28967 0x7127 1 harmonic I3 row 20 % / 100 U16
28968 0x7128 1 harmonic In row 20 % / 100 U16
28969 0x7129 1 harmonic I1 row 21 % / 100 U16
28970 0x712A 1 harmonic I2 row 21 % / 100 U16
28971 0x712B 1 harmonic I3 row 21 % / 100 U16
28972 0x712C 1 harmonic In row 21 % / 100 U16
28973 0x712D 1 harmonic I1 row 22 % / 100 U16
28974 0x712E 1 harmonic I2 row 22 % / 100 U16
28975 0x712F 1 harmonic I3 row 22 % / 100 U16
28976 0x7130 1 harmonic In row 22 % / 100 U16
28977 0x7131 1 harmonic I1 row 23 % / 100 U16
28978 0x7132 1 harmonic I2 row 23 % / 100 U16
28979 0x7133 1 harmonic I3 row 23 % / 100 U16
28980 0x7134 1 harmonic In row 23 % / 100 U16
28981 0x7135 1 harmonic I1 row 24 % / 100 U16
28982 0x7136 1 harmonic I2 row 24 % / 100 U16
28983 0x7137 1 harmonic I3 row 24 % / 100 U16
28984 0x7138 1 harmonic In row 24 % / 100 U16
28985 0x7139 1 harmonic I1 row 25 % / 100 U16
28986 0x713A 1 harmonic I2 row 25 % / 100 U16
28987 0x713B 1 harmonic I3 row 25 % / 100 U16
28988 0x713C 1 harmonic In row 25 % / 100 U16
28989 0x713D 1 harmonic I1 row 26 to 34 % / 100 U16
28990 0x713E 1 harmonic I2 row 26 to 34 % / 100 U16
28991 0x713F 1 harmonic I3 row 26 to 34 % / 100 U16
28992 0x7140 1 harmonic In row 26 to 34 % / 100 U16
28993 0x7141 1 harmonic I1 row 35 to 50 % / 100 U16
28994 0x7142 1 harmonic I2 row 35 to 50 % / 100 U16
28995 0x7143 1 harmonic I3 row 35 to 50 % / 100 U16
28996 0x7144 1 harmonic In row 35 to 50 % / 100 U16
28997 0x7145 1 harmonic I1 row 51 to 63 % / 100 U16
28998 0x7146 1 harmonic I2 row 51 to 63 % / 100 U16
28999 0x7147 1 harmonic I3 row 51 to 63 % / 100 U16
29000 0x7148 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #22
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
29007 0x714F Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
29007 0x714F 1 Load status :
0 : Disabled
1 : Enabled		 - U8
29008 0x7150 1 harmonic I1 row 2 % / 100 U16
29009 0x7151 1 harmonic I2 row 2 % / 100 U16
29010 0x7152 1 harmonic I3 row 2 % / 100 U16
29011 0x7153 1 harmonic In row 2 % / 100 U16
29012 0x7154 1 harmonic I1 row 3 % / 100 U16
29013 0x7155 1 harmonic I2 row 3 % / 100 U16
29014 0x7156 1 harmonic I3 row 3 % / 100 U16
29015 0x7157 1 harmonic In row 3 % / 100 U16
29016 0x7158 1 harmonic I1 row 4 % / 100 U16
29017 0x7159 1 harmonic I2 row 4 % / 100 U16
29018 0x715A 1 harmonic I3 row 4 % / 100 U16
29019 0x715B 1 harmonic In row 4 % / 100 U16
29020 0x715C 1 harmonic I1 row 5 % / 100 U16
29021 0x715D 1 harmonic I2 row 5 % / 100 U16
29022 0x715E 1 harmonic I3 row 5 % / 100 U16
29023 0x715F 1 harmonic In row 5 % / 100 U16
29024 0x7160 1 harmonic I1 row 6 % / 100 U16
29025 0x7161 1 harmonic I2 row 6 % / 100 U16
29026 0x7162 1 harmonic I3 row 6 % / 100 U16
29027 0x7163 1 harmonic In row 6 % / 100 U16
29028 0x7164 1 harmonic I1 row 7 % / 100 U16
29029 0x7165 1 harmonic I2 row 7 % / 100 U16
29030 0x7166 1 harmonic I3 row 7 % / 100 U16
29031 0x7167 1 harmonic In row 7 % / 100 U16
29032 0x7168 1 harmonic I1 row 8 % / 100 U16
29033 0x7169 1 harmonic I2 row 8 % / 100 U16
29034 0x716A 1 harmonic I3 row 8 % / 100 U16
29035 0x716B 1 harmonic In row 8 % / 100 U16
29036 0x716C 1 harmonic I1 row 9 % / 100 U16
29037 0x716D 1 harmonic I2 row 9 % / 100 U16
29038 0x716E 1 harmonic I3 row 9 % / 100 U16
29039 0x716F 1 harmonic In row 9 % / 100 U16
29040 0x7170 1 harmonic I1 row 10 % / 100 U16
29041 0x7171 1 harmonic I2 row 10 % / 100 U16
29042 0x7172 1 harmonic I3 row 10 % / 100 U16
29043 0x7173 1 harmonic In row 10 % / 100 U16
29044 0x7174 1 harmonic I1 row 11 % / 100 U16
29045 0x7175 1 harmonic I2 row 11 % / 100 U16
29046 0x7176 1 harmonic I3 row 11 % / 100 U16
29047 0x7177 1 harmonic In row 11 % / 100 U16
29048 0x7178 1 harmonic I1 row 12 % / 100 U16
29049 0x7179 1 harmonic I2 row 12 % / 100 U16
29050 0x717A 1 harmonic I3 row 12 % / 100 U16
29051 0x717B 1 harmonic In row 12 % / 100 U16
29052 0x717C 1 harmonic I1 row 13 % / 100 U16
29053 0x717D 1 harmonic I2 row 13 % / 100 U16
29054 0x717E 1 harmonic I3 row 13 % / 100 U16
29055 0x717F 1 harmonic In row 13 % / 100 U16
29056 0x7180 1 harmonic I1 row 14 % / 100 U16
29057 0x7181 1 harmonic I2 row 14 % / 100 U16
29058 0x7182 1 harmonic I3 row 14 % / 100 U16
29059 0x7183 1 harmonic In row 14 % / 100 U16
29060 0x7184 1 harmonic I1 row 15 % / 100 U16
29061 0x7185 1 harmonic I2 row 15 % / 100 U16
29062 0x7186 1 harmonic I3 row 15 % / 100 U16
29063 0x7187 1 harmonic In row 15 % / 100 U16
29064 0x7188 1 harmonic I1 row 16 % / 100 U16
29065 0x7189 1 harmonic I2 row 16 % / 100 U16
29066 0x718A 1 harmonic I3 row 16 % / 100 U16
29067 0x718B 1 harmonic In row 16 % / 100 U16
29068 0x718C 1 harmonic I1 row 17 % / 100 U16
29069 0x718D 1 harmonic I2 row 17 % / 100 U16
29070 0x718E 1 harmonic I3 row 17 % / 100 U16
29071 0x718F 1 harmonic In row 17 % / 100 U16
29072 0x7190 1 harmonic I1 row 18 % / 100 U16
29073 0x7191 1 harmonic I2 row 18 % / 100 U16
29074 0x7192 1 harmonic I3 row 18 % / 100 U16
29075 0x7193 1 harmonic In row 18 % / 100 U16
29076 0x7194 1 harmonic I1 row 19 % / 100 U16
29077 0x7195 1 harmonic I2 row 19 % / 100 U16
29078 0x7196 1 harmonic I3 row 19 % / 100 U16
29079 0x7197 1 harmonic In row 19 % / 100 U16
29080 0x7198 1 harmonic I1 row 20 % / 100 U16
29081 0x7199 1 harmonic I2 row 20 % / 100 U16
29082 0x719A 1 harmonic I3 row 20 % / 100 U16
29083 0x719B 1 harmonic In row 20 % / 100 U16
29084 0x719C 1 harmonic I1 row 21 % / 100 U16
29085 0x719D 1 harmonic I2 row 21 % / 100 U16
29086 0x719E 1 harmonic I3 row 21 % / 100 U16
29087 0x719F 1 harmonic In row 21 % / 100 U16
29088 0x71A0 1 harmonic I1 row 22 % / 100 U16
29089 0x71A1 1 harmonic I2 row 22 % / 100 U16
29090 0x71A2 1 harmonic I3 row 22 % / 100 U16
29091 0x71A3 1 harmonic In row 22 % / 100 U16
29092 0x71A4 1 harmonic I1 row 23 % / 100 U16
29093 0x71A5 1 harmonic I2 row 23 % / 100 U16
29094 0x71A6 1 harmonic I3 row 23 % / 100 U16
29095 0x71A7 1 harmonic In row 23 % / 100 U16
29096 0x71A8 1 harmonic I1 row 24 % / 100 U16
29097 0x71A9 1 harmonic I2 row 24 % / 100 U16
29098 0x71AA 1 harmonic I3 row 24 % / 100 U16
29099 0x71AB 1 harmonic In row 24 % / 100 U16
29100 0x71AC 1 harmonic I1 row 25 % / 100 U16
29101 0x71AD 1 harmonic I2 row 25 % / 100 U16
29102 0x71AE 1 harmonic I3 row 25 % / 100 U16
29103 0x71AF 1 harmonic In row 25 % / 100 U16
29104 0x71B0 1 harmonic I1 row 26 to 34 % / 100 U16
29105 0x71B1 1 harmonic I2 row 26 to 34 % / 100 U16
29106 0x71B2 1 harmonic I3 row 26 to 34 % / 100 U16
29107 0x71B3 1 harmonic In row 26 to 34 % / 100 U16
29108 0x71B4 1 harmonic I1 row 35 to 50 % / 100 U16
29109 0x71B5 1 harmonic I2 row 35 to 50 % / 100 U16
29110 0x71B6 1 harmonic I3 row 35 to 50 % / 100 U16
29111 0x71B7 1 harmonic In row 35 to 50 % / 100 U16
29112 0x71B8 1 harmonic I1 row 51 to 63 % / 100 U16
29113 0x71B9 1 harmonic I2 row 51 to 63 % / 100 U16
29114 0x71BA 1 harmonic I3 row 51 to 63 % / 100 U16
29115 0x71BB 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #23
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
29122 0x71C2 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
29122 0x71C2 1 Load status :
0 : Disabled
1 : Enabled		 - U8
29123 0x71C3 1 harmonic I1 row 2 % / 100 U16
29124 0x71C4 1 harmonic I2 row 2 % / 100 U16
29125 0x71C5 1 harmonic I3 row 2 % / 100 U16
29126 0x71C6 1 harmonic In row 2 % / 100 U16
29127 0x71C7 1 harmonic I1 row 3 % / 100 U16
29128 0x71C8 1 harmonic I2 row 3 % / 100 U16
29129 0x71C9 1 harmonic I3 row 3 % / 100 U16
29130 0x71CA 1 harmonic In row 3 % / 100 U16
29131 0x71CB 1 harmonic I1 row 4 % / 100 U16
29132 0x71CC 1 harmonic I2 row 4 % / 100 U16
29133 0x71CD 1 harmonic I3 row 4 % / 100 U16
29134 0x71CE 1 harmonic In row 4 % / 100 U16
29135 0x71CF 1 harmonic I1 row 5 % / 100 U16
29136 0x71D0 1 harmonic I2 row 5 % / 100 U16
29137 0x71D1 1 harmonic I3 row 5 % / 100 U16
29138 0x71D2 1 harmonic In row 5 % / 100 U16
29139 0x71D3 1 harmonic I1 row 6 % / 100 U16
29140 0x71D4 1 harmonic I2 row 6 % / 100 U16
29141 0x71D5 1 harmonic I3 row 6 % / 100 U16
29142 0x71D6 1 harmonic In row 6 % / 100 U16
29143 0x71D7 1 harmonic I1 row 7 % / 100 U16
29144 0x71D8 1 harmonic I2 row 7 % / 100 U16
29145 0x71D9 1 harmonic I3 row 7 % / 100 U16
29146 0x71DA 1 harmonic In row 7 % / 100 U16
29147 0x71DB 1 harmonic I1 row 8 % / 100 U16
29148 0x71DC 1 harmonic I2 row 8 % / 100 U16
29149 0x71DD 1 harmonic I3 row 8 % / 100 U16
29150 0x71DE 1 harmonic In row 8 % / 100 U16
29151 0x71DF 1 harmonic I1 row 9 % / 100 U16
29152 0x71E0 1 harmonic I2 row 9 % / 100 U16
29153 0x71E1 1 harmonic I3 row 9 % / 100 U16
29154 0x71E2 1 harmonic In row 9 % / 100 U16
29155 0x71E3 1 harmonic I1 row 10 % / 100 U16
29156 0x71E4 1 harmonic I2 row 10 % / 100 U16
29157 0x71E5 1 harmonic I3 row 10 % / 100 U16
29158 0x71E6 1 harmonic In row 10 % / 100 U16
29159 0x71E7 1 harmonic I1 row 11 % / 100 U16
29160 0x71E8 1 harmonic I2 row 11 % / 100 U16
29161 0x71E9 1 harmonic I3 row 11 % / 100 U16
29162 0x71EA 1 harmonic In row 11 % / 100 U16
29163 0x71EB 1 harmonic I1 row 12 % / 100 U16
29164 0x71EC 1 harmonic I2 row 12 % / 100 U16
29165 0x71ED 1 harmonic I3 row 12 % / 100 U16
29166 0x71EE 1 harmonic In row 12 % / 100 U16
29167 0x71EF 1 harmonic I1 row 13 % / 100 U16
29168 0x71F0 1 harmonic I2 row 13 % / 100 U16
29169 0x71F1 1 harmonic I3 row 13 % / 100 U16
29170 0x71F2 1 harmonic In row 13 % / 100 U16
29171 0x71F3 1 harmonic I1 row 14 % / 100 U16
29172 0x71F4 1 harmonic I2 row 14 % / 100 U16
29173 0x71F5 1 harmonic I3 row 14 % / 100 U16
29174 0x71F6 1 harmonic In row 14 % / 100 U16
29175 0x71F7 1 harmonic I1 row 15 % / 100 U16
29176 0x71F8 1 harmonic I2 row 15 % / 100 U16
29177 0x71F9 1 harmonic I3 row 15 % / 100 U16
29178 0x71FA 1 harmonic In row 15 % / 100 U16
29179 0x71FB 1 harmonic I1 row 16 % / 100 U16
29180 0x71FC 1 harmonic I2 row 16 % / 100 U16
29181 0x71FD 1 harmonic I3 row 16 % / 100 U16
29182 0x71FE 1 harmonic In row 16 % / 100 U16
29183 0x71FF 1 harmonic I1 row 17 % / 100 U16
29184 0x7200 1 harmonic I2 row 17 % / 100 U16
29185 0x7201 1 harmonic I3 row 17 % / 100 U16
29186 0x7202 1 harmonic In row 17 % / 100 U16
29187 0x7203 1 harmonic I1 row 18 % / 100 U16
29188 0x7204 1 harmonic I2 row 18 % / 100 U16
29189 0x7205 1 harmonic I3 row 18 % / 100 U16
29190 0x7206 1 harmonic In row 18 % / 100 U16
29191 0x7207 1 harmonic I1 row 19 % / 100 U16
29192 0x7208 1 harmonic I2 row 19 % / 100 U16
29193 0x7209 1 harmonic I3 row 19 % / 100 U16
29194 0x720A 1 harmonic In row 19 % / 100 U16
29195 0x720B 1 harmonic I1 row 20 % / 100 U16
29196 0x720C 1 harmonic I2 row 20 % / 100 U16
29197 0x720D 1 harmonic I3 row 20 % / 100 U16
29198 0x720E 1 harmonic In row 20 % / 100 U16
29199 0x720F 1 harmonic I1 row 21 % / 100 U16
29200 0x7210 1 harmonic I2 row 21 % / 100 U16
29201 0x7211 1 harmonic I3 row 21 % / 100 U16
29202 0x7212 1 harmonic In row 21 % / 100 U16
29203 0x7213 1 harmonic I1 row 22 % / 100 U16
29204 0x7214 1 harmonic I2 row 22 % / 100 U16
29205 0x7215 1 harmonic I3 row 22 % / 100 U16
29206 0x7216 1 harmonic In row 22 % / 100 U16
29207 0x7217 1 harmonic I1 row 23 % / 100 U16
29208 0x7218 1 harmonic I2 row 23 % / 100 U16
29209 0x7219 1 harmonic I3 row 23 % / 100 U16
29210 0x721A 1 harmonic In row 23 % / 100 U16
29211 0x721B 1 harmonic I1 row 24 % / 100 U16
29212 0x721C 1 harmonic I2 row 24 % / 100 U16
29213 0x721D 1 harmonic I3 row 24 % / 100 U16
29214 0x721E 1 harmonic In row 24 % / 100 U16
29215 0x721F 1 harmonic I1 row 25 % / 100 U16
29216 0x7220 1 harmonic I2 row 25 % / 100 U16
29217 0x7221 1 harmonic I3 row 25 % / 100 U16
29218 0x7222 1 harmonic In row 25 % / 100 U16
29219 0x7223 1 harmonic I1 row 26 to 34 % / 100 U16
29220 0x7224 1 harmonic I2 row 26 to 34 % / 100 U16
29221 0x7225 1 harmonic I3 row 26 to 34 % / 100 U16
29222 0x7226 1 harmonic In row 26 to 34 % / 100 U16
29223 0x7227 1 harmonic I1 row 35 to 50 % / 100 U16
29224 0x7228 1 harmonic I2 row 35 to 50 % / 100 U16
29225 0x7229 1 harmonic I3 row 35 to 50 % / 100 U16
29226 0x722A 1 harmonic In row 35 to 50 % / 100 U16
29227 0x722B 1 harmonic I1 row 51 to 63 % / 100 U16
29228 0x722C 1 harmonic I2 row 51 to 63 % / 100 U16
29229 0x722D 1 harmonic I3 row 51 to 63 % / 100 U16
29230 0x722E 1 harmonic In row 51 to 63 % / 100 U16

Instantaneous harmonics #24
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
29237 0x7235 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
29237 0x7235 1 Load status :
0 : Disabled
1 : Enabled		 - U8
29238 0x7236 1 harmonic I1 row 2 % / 100 U16
29239 0x7237 1 harmonic I2 row 2 % / 100 U16
29240 0x7238 1 harmonic I3 row 2 % / 100 U16
29241 0x7239 1 harmonic In row 2 % / 100 U16
29242 0x723A 1 harmonic I1 row 3 % / 100 U16
29243 0x723B 1 harmonic I2 row 3 % / 100 U16
29244 0x723C 1 harmonic I3 row 3 % / 100 U16
29245 0x723D 1 harmonic In row 3 % / 100 U16
29246 0x723E 1 harmonic I1 row 4 % / 100 U16
29247 0x723F 1 harmonic I2 row 4 % / 100 U16
29248 0x7240 1 harmonic I3 row 4 % / 100 U16
29249 0x7241 1 harmonic In row 4 % / 100 U16
29250 0x7242 1 harmonic I1 row 5 % / 100 U16
29251 0x7243 1 harmonic I2 row 5 % / 100 U16
29252 0x7244 1 harmonic I3 row 5 % / 100 U16
29253 0x7245 1 harmonic In row 5 % / 100 U16
29254 0x7246 1 harmonic I1 row 6 % / 100 U16
29255 0x7247 1 harmonic I2 row 6 % / 100 U16
29256 0x7248 1 harmonic I3 row 6 % / 100 U16
29257 0x7249 1 harmonic In row 6 % / 100 U16
29258 0x724A 1 harmonic I1 row 7 % / 100 U16
29259 0x724B 1 harmonic I2 row 7 % / 100 U16
29260 0x724C 1 harmonic I3 row 7 % / 100 U16
29261 0x724D 1 harmonic In row 7 % / 100 U16
29262 0x724E 1 harmonic I1 row 8 % / 100 U16
29263 0x724F 1 harmonic I2 row 8 % / 100 U16
29264 0x7250 1 harmonic I3 row 8 % / 100 U16
29265 0x7251 1 harmonic In row 8 % / 100 U16
29266 0x7252 1 harmonic I1 row 9 % / 100 U16
29267 0x7253 1 harmonic I2 row 9 % / 100 U16
29268 0x7254 1 harmonic I3 row 9 % / 100 U16
29269 0x7255 1 harmonic In row 9 % / 100 U16
29270 0x7256 1 harmonic I1 row 10 % / 100 U16
29271 0x7257 1 harmonic I2 row 10 % / 100 U16
29272 0x7258 1 harmonic I3 row 10 % / 100 U16
29273 0x7259 1 harmonic In row 10 % / 100 U16
29274 0x725A 1 harmonic I1 row 11 % / 100 U16
29275 0x725B 1 harmonic I2 row 11 % / 100 U16
29276 0x725C 1 harmonic I3 row 11 % / 100 U16
29277 0x725D 1 harmonic In row 11 % / 100 U16
29278 0x725E 1 harmonic I1 row 12 % / 100 U16
29279 0x725F 1 harmonic I2 row 12 % / 100 U16
29280 0x7260 1 harmonic I3 row 12 % / 100 U16
29281 0x7261 1 harmonic In row 12 % / 100 U16
29282 0x7262 1 harmonic I1 row 13 % / 100 U16
29283 0x7263 1 harmonic I2 row 13 % / 100 U16
29284 0x7264 1 harmonic I3 row 13 % / 100 U16
29285 0x7265 1 harmonic In row 13 % / 100 U16
29286 0x7266 1 harmonic I1 row 14 % / 100 U16
29287 0x7267 1 harmonic I2 row 14 % / 100 U16
29288 0x7268 1 harmonic I3 row 14 % / 100 U16
29289 0x7269 1 harmonic In row 14 % / 100 U16
29290 0x726A 1 harmonic I1 row 15 % / 100 U16
29291 0x726B 1 harmonic I2 row 15 % / 100 U16
29292 0x726C 1 harmonic I3 row 15 % / 100 U16
29293 0x726D 1 harmonic In row 15 % / 100 U16
29294 0x726E 1 harmonic I1 row 16 % / 100 U16
29295 0x726F 1 harmonic I2 row 16 % / 100 U16
29296 0x7270 1 harmonic I3 row 16 % / 100 U16
29297 0x7271 1 harmonic In row 16 % / 100 U16
29298 0x7272 1 harmonic I1 row 17 % / 100 U16
29299 0x7273 1 harmonic I2 row 17 % / 100 U16
29300 0x7274 1 harmonic I3 row 17 % / 100 U16
29301 0x7275 1 harmonic In row 17 % / 100 U16
29302 0x7276 1 harmonic I1 row 18 % / 100 U16
29303 0x7277 1 harmonic I2 row 18 % / 100 U16
29304 0x7278 1 harmonic I3 row 18 % / 100 U16
29305 0x7279 1 harmonic In row 18 % / 100 U16
29306 0x727A 1 harmonic I1 row 19 % / 100 U16
29307 0x727B 1 harmonic I2 row 19 % / 100 U16
29308 0x727C 1 harmonic I3 row 19 % / 100 U16
29309 0x727D 1 harmonic In row 19 % / 100 U16
29310 0x727E 1 harmonic I1 row 20 % / 100 U16
29311 0x727F 1 harmonic I2 row 20 % / 100 U16
29312 0x7280 1 harmonic I3 row 20 % / 100 U16
29313 0x7281 1 harmonic In row 20 % / 100 U16
29314 0x7282 1 harmonic I1 row 21 % / 100 U16
29315 0x7283 1 harmonic I2 row 21 % / 100 U16
29316 0x7284 1 harmonic I3 row 21 % / 100 U16
29317 0x7285 1 harmonic In row 21 % / 100 U16
29318 0x7286 1 harmonic I1 row 22 % / 100 U16
29319 0x7287 1 harmonic I2 row 22 % / 100 U16
29320 0x7288 1 harmonic I3 row 22 % / 100 U16
29321 0x7289 1 harmonic In row 22 % / 100 U16
29322 0x728A 1 harmonic I1 row 23 % / 100 U16
29323 0x728B 1 harmonic I2 row 23 % / 100 U16
29324 0x728C 1 harmonic I3 row 23 % / 100 U16
29325 0x728D 1 harmonic In row 23 % / 100 U16
29326 0x728E 1 harmonic I1 row 24 % / 100 U16
29327 0x728F 1 harmonic I2 row 24 % / 100 U16
29328 0x7290 1 harmonic I3 row 24 % / 100 U16
29329 0x7291 1 harmonic In row 24 % / 100 U16
29330 0x7292 1 harmonic I1 row 25 % / 100 U16
29331 0x7293 1 harmonic I2 row 25 % / 100 U16
29332 0x7294 1 harmonic I3 row 25 % / 100 U16
29333 0x7295 1 harmonic In row 25 % / 100 U16
29334 0x7296 1 harmonic I1 row 26 to 34 % / 100 U16
29335 0x7297 1 harmonic I2 row 26 to 34 % / 100 U16
29336 0x7298 1 harmonic I3 row 26 to 34 % / 100 U16
29337 0x7299 1 harmonic In row 26 to 34 % / 100 U16
29338 0x729A 1 harmonic I1 row 35 to 50 % / 100 U16
29339 0x729B 1 harmonic I2 row 35 to 50 % / 100 U16
29340 0x729C 1 harmonic I3 row 35 to 50 % / 100 U16
29341 0x729D 1 harmonic In row 35 to 50 % / 100 U16
29342 0x729E 1 harmonic I1 row 51 to 63 % / 100 U16
29343 0x729F 1 harmonic I2 row 51 to 63 % / 100 U16
29344 0x72A0 1 harmonic I3 row 51 to 63 % / 100 U16
29345 0x72A1 1 harmonic In row 51 to 63 % / 100 U16

Energy meters #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18384 0x47D0 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18384 0x47D0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
18385 0x47D1 2 Total Hour meter s U32
18387 0x47D3 2 Total Positive active Energy : Ea+ kWh U32
18389 0x47D5 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
18390 0x47D6 2 Total Negative active Energy : Ea- kWh U32
18392 0x47D8 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
18393 0x47D9 2 Total Positive reactive Energy : Er+ kvarh U32
18395 0x47DB 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18396 0x47DC 2 Total Negative reactive Energy : Er- kvarh U32
18398 0x47DE 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
18399 0x47DF 2 Total Apparent Energy : Eap kVAh U32
18401 0x47E1 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
18402 0x47E2 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
18404 0x47E4 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18405 0x47E5 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
18407 0x47E7 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18408 0x47E8 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
18410 0x47EA 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18411 0x47EB 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
18413 0x47ED 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18414 0x47EE 2 Partial Hour meter s U32
18416 0x47F0 2 Partial Positive active Energy : Ea+ kWh U32
18418 0x47F2 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
18419 0x47F3 2 Partial Negative active Energy : Ea- kWh U32
18421 0x47F5 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
18422 0x47F6 2 Partial Positive reactive Energy : Er+ kvarh U32
18424 0x47F8 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
18425 0x47F9 2 Partial Negative reactive Energy : Er- kvarh U32
18427 0x47FB 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
18428 0x47FC 2 Partial Apparent Energy : Eap kVAh U32
18430 0x47FE 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
18431 0x47FF 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
18433 0x4801 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18434 0x4802 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
18436 0x4804 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18437 0x4805 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
18439 0x4807 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18440 0x4808 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
18442 0x480A 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18443 0x480B 2 Last Partial Reset date - DATETIME
18445 0x480D 2 Last Partial Hour meter s U32
18447 0x480F 2 Last Partial positive active Energy : Ea+ kWh U32
18449 0x4811 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
18450 0x4812 2 Last Partial negative active Energy : Ea- kWh U32
18452 0x4814 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
18453 0x4815 2 Last Partial positive reactive Energy : Er+ kvarh U32
18455 0x4817 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18456 0x4818 2 Last Partial negative reactive Energy : Er- kvarh U32
18458 0x481A 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
18459 0x481B 2 Last Partial Apparent Energy : Eap kVAh U32
18461 0x481D 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
18462 0x481E 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
18464 0x4820 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18465 0x4821 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
18467 0x4823 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18468 0x4824 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
18470 0x4826 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18471 0x4827 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
18473 0x4829 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18478 0x482E Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18478 0x482E 1 Load status :
0 : Disabled
1 : Enabled		 - U8
18479 0x482F 2 Total Hour meter s U32
18481 0x4831 2 Total Positive active Energy : Ea+ kWh U32
18483 0x4833 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
18484 0x4834 2 Total Negative active Energy : Ea- kWh U32
18486 0x4836 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
18487 0x4837 2 Total Positive reactive Energy : Er+ kvarh U32
18489 0x4839 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18490 0x483A 2 Total Negative reactive Energy : Er- kvarh U32
18492 0x483C 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
18493 0x483D 2 Total Apparent Energy : Eap kVAh U32
18495 0x483F 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
18496 0x4840 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
18498 0x4842 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18499 0x4843 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
18501 0x4845 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18502 0x4846 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
18504 0x4848 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18505 0x4849 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
18507 0x484B 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18508 0x484C 2 Partial Hour meter s U32
18510 0x484E 2 Partial Positive active Energy : Ea+ kWh U32
18512 0x4850 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
18513 0x4851 2 Partial Negative active Energy : Ea- kWh U32
18515 0x4853 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
18516 0x4854 2 Partial Positive reactive Energy : Er+ kvarh U32
18518 0x4856 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
18519 0x4857 2 Partial Negative reactive Energy : Er- kvarh U32
18521 0x4859 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
18522 0x485A 2 Partial Apparent Energy : Eap kVAh U32
18524 0x485C 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
18525 0x485D 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
18527 0x485F 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18528 0x4860 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
18530 0x4862 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18531 0x4863 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
18533 0x4865 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18534 0x4866 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
18536 0x4868 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18537 0x4869 2 Last Partial Reset date - DATETIME
18539 0x486B 2 Last Partial Hour meter s U32
18541 0x486D 2 Last Partial positive active Energy : Ea+ kWh U32
18543 0x486F 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
18544 0x4870 2 Last Partial negative active Energy : Ea- kWh U32
18546 0x4872 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
18547 0x4873 2 Last Partial positive reactive Energy : Er+ kvarh U32
18549 0x4875 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18550 0x4876 2 Last Partial negative reactive Energy : Er- kvarh U32
18552 0x4878 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
18553 0x4879 2 Last Partial Apparent Energy : Eap kVAh U32
18555 0x487B 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
18556 0x487C 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
18558 0x487E 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18559 0x487F 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
18561 0x4881 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18562 0x4882 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
18564 0x4884 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18565 0x4885 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
18567 0x4887 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18572 0x488C Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18572 0x488C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
18573 0x488D 2 Total Hour meter s U32
18575 0x488F 2 Total Positive active Energy : Ea+ kWh U32
18577 0x4891 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
18578 0x4892 2 Total Negative active Energy : Ea- kWh U32
18580 0x4894 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
18581 0x4895 2 Total Positive reactive Energy : Er+ kvarh U32
18583 0x4897 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18584 0x4898 2 Total Negative reactive Energy : Er- kvarh U32
18586 0x489A 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
18587 0x489B 2 Total Apparent Energy : Eap kVAh U32
18589 0x489D 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
18590 0x489E 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
18592 0x48A0 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18593 0x48A1 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
18595 0x48A3 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18596 0x48A4 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
18598 0x48A6 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18599 0x48A7 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
18601 0x48A9 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18602 0x48AA 2 Partial Hour meter s U32
18604 0x48AC 2 Partial Positive active Energy : Ea+ kWh U32
18606 0x48AE 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
18607 0x48AF 2 Partial Negative active Energy : Ea- kWh U32
18609 0x48B1 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
18610 0x48B2 2 Partial Positive reactive Energy : Er+ kvarh U32
18612 0x48B4 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
18613 0x48B5 2 Partial Negative reactive Energy : Er- kvarh U32
18615 0x48B7 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
18616 0x48B8 2 Partial Apparent Energy : Eap kVAh U32
18618 0x48BA 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
18619 0x48BB 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
18621 0x48BD 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18622 0x48BE 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
18624 0x48C0 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18625 0x48C1 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
18627 0x48C3 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18628 0x48C4 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
18630 0x48C6 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18631 0x48C7 2 Last Partial Reset date - DATETIME
18633 0x48C9 2 Last Partial Hour meter s U32
18635 0x48CB 2 Last Partial positive active Energy : Ea+ kWh U32
18637 0x48CD 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
18638 0x48CE 2 Last Partial negative active Energy : Ea- kWh U32
18640 0x48D0 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
18641 0x48D1 2 Last Partial positive reactive Energy : Er+ kvarh U32
18643 0x48D3 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18644 0x48D4 2 Last Partial negative reactive Energy : Er- kvarh U32
18646 0x48D6 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
18647 0x48D7 2 Last Partial Apparent Energy : Eap kVAh U32
18649 0x48D9 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
18650 0x48DA 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
18652 0x48DC 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18653 0x48DD 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
18655 0x48DF 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18656 0x48E0 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
18658 0x48E2 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18659 0x48E3 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
18661 0x48E5 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18666 0x48EA Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18666 0x48EA 1 Load status :
0 : Disabled
1 : Enabled		 - U8
18667 0x48EB 2 Total Hour meter s U32
18669 0x48ED 2 Total Positive active Energy : Ea+ kWh U32
18671 0x48EF 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
18672 0x48F0 2 Total Negative active Energy : Ea- kWh U32
18674 0x48F2 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
18675 0x48F3 2 Total Positive reactive Energy : Er+ kvarh U32
18677 0x48F5 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18678 0x48F6 2 Total Negative reactive Energy : Er- kvarh U32
18680 0x48F8 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
18681 0x48F9 2 Total Apparent Energy : Eap kVAh U32
18683 0x48FB 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
18684 0x48FC 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
18686 0x48FE 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18687 0x48FF 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
18689 0x4901 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18690 0x4902 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
18692 0x4904 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18693 0x4905 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
18695 0x4907 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18696 0x4908 2 Partial Hour meter s U32
18698 0x490A 2 Partial Positive active Energy : Ea+ kWh U32
18700 0x490C 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
18701 0x490D 2 Partial Negative active Energy : Ea- kWh U32
18703 0x490F 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
18704 0x4910 2 Partial Positive reactive Energy : Er+ kvarh U32
18706 0x4912 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
18707 0x4913 2 Partial Negative reactive Energy : Er- kvarh U32
18709 0x4915 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
18710 0x4916 2 Partial Apparent Energy : Eap kVAh U32
18712 0x4918 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
18713 0x4919 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
18715 0x491B 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18716 0x491C 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
18718 0x491E 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18719 0x491F 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
18721 0x4921 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18722 0x4922 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
18724 0x4924 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18725 0x4925 2 Last Partial Reset date - DATETIME
18727 0x4927 2 Last Partial Hour meter s U32
18729 0x4929 2 Last Partial positive active Energy : Ea+ kWh U32
18731 0x492B 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
18732 0x492C 2 Last Partial negative active Energy : Ea- kWh U32
18734 0x492E 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
18735 0x492F 2 Last Partial positive reactive Energy : Er+ kvarh U32
18737 0x4931 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18738 0x4932 2 Last Partial negative reactive Energy : Er- kvarh U32
18740 0x4934 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
18741 0x4935 2 Last Partial Apparent Energy : Eap kVAh U32
18743 0x4937 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
18744 0x4938 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
18746 0x493A 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18747 0x493B 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
18749 0x493D 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18750 0x493E 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
18752 0x4940 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18753 0x4941 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
18755 0x4943 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18760 0x4948 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18760 0x4948 1 Load status :
0 : Disabled
1 : Enabled		 - U8
18761 0x4949 2 Total Hour meter s U32
18763 0x494B 2 Total Positive active Energy : Ea+ kWh U32
18765 0x494D 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
18766 0x494E 2 Total Negative active Energy : Ea- kWh U32
18768 0x4950 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
18769 0x4951 2 Total Positive reactive Energy : Er+ kvarh U32
18771 0x4953 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18772 0x4954 2 Total Negative reactive Energy : Er- kvarh U32
18774 0x4956 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
18775 0x4957 2 Total Apparent Energy : Eap kVAh U32
18777 0x4959 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
18778 0x495A 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
18780 0x495C 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18781 0x495D 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
18783 0x495F 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18784 0x4960 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
18786 0x4962 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18787 0x4963 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
18789 0x4965 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18790 0x4966 2 Partial Hour meter s U32
18792 0x4968 2 Partial Positive active Energy : Ea+ kWh U32
18794 0x496A 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
18795 0x496B 2 Partial Negative active Energy : Ea- kWh U32
18797 0x496D 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
18798 0x496E 2 Partial Positive reactive Energy : Er+ kvarh U32
18800 0x4970 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
18801 0x4971 2 Partial Negative reactive Energy : Er- kvarh U32
18803 0x4973 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
18804 0x4974 2 Partial Apparent Energy : Eap kVAh U32
18806 0x4976 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
18807 0x4977 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
18809 0x4979 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18810 0x497A 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
18812 0x497C 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18813 0x497D 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
18815 0x497F 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18816 0x4980 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
18818 0x4982 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18819 0x4983 2 Last Partial Reset date - DATETIME
18821 0x4985 2 Last Partial Hour meter s U32
18823 0x4987 2 Last Partial positive active Energy : Ea+ kWh U32
18825 0x4989 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
18826 0x498A 2 Last Partial negative active Energy : Ea- kWh U32
18828 0x498C 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
18829 0x498D 2 Last Partial positive reactive Energy : Er+ kvarh U32
18831 0x498F 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18832 0x4990 2 Last Partial negative reactive Energy : Er- kvarh U32
18834 0x4992 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
18835 0x4993 2 Last Partial Apparent Energy : Eap kVAh U32
18837 0x4995 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
18838 0x4996 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
18840 0x4998 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18841 0x4999 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
18843 0x499B 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18844 0x499C 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
18846 0x499E 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18847 0x499F 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
18849 0x49A1 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18854 0x49A6 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18854 0x49A6 1 Load status :
0 : Disabled
1 : Enabled		 - U8
18855 0x49A7 2 Total Hour meter s U32
18857 0x49A9 2 Total Positive active Energy : Ea+ kWh U32
18859 0x49AB 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
18860 0x49AC 2 Total Negative active Energy : Ea- kWh U32
18862 0x49AE 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
18863 0x49AF 2 Total Positive reactive Energy : Er+ kvarh U32
18865 0x49B1 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18866 0x49B2 2 Total Negative reactive Energy : Er- kvarh U32
18868 0x49B4 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
18869 0x49B5 2 Total Apparent Energy : Eap kVAh U32
18871 0x49B7 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
18872 0x49B8 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
18874 0x49BA 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18875 0x49BB 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
18877 0x49BD 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18878 0x49BE 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
18880 0x49C0 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18881 0x49C1 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
18883 0x49C3 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18884 0x49C4 2 Partial Hour meter s U32
18886 0x49C6 2 Partial Positive active Energy : Ea+ kWh U32
18888 0x49C8 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
18889 0x49C9 2 Partial Negative active Energy : Ea- kWh U32
18891 0x49CB 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
18892 0x49CC 2 Partial Positive reactive Energy : Er+ kvarh U32
18894 0x49CE 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
18895 0x49CF 2 Partial Negative reactive Energy : Er- kvarh U32
18897 0x49D1 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
18898 0x49D2 2 Partial Apparent Energy : Eap kVAh U32
18900 0x49D4 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
18901 0x49D5 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
18903 0x49D7 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18904 0x49D8 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
18906 0x49DA 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18907 0x49DB 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
18909 0x49DD 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18910 0x49DE 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
18912 0x49E0 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18913 0x49E1 2 Last Partial Reset date - DATETIME
18915 0x49E3 2 Last Partial Hour meter s U32
18917 0x49E5 2 Last Partial positive active Energy : Ea+ kWh U32
18919 0x49E7 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
18920 0x49E8 2 Last Partial negative active Energy : Ea- kWh U32
18922 0x49EA 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
18923 0x49EB 2 Last Partial positive reactive Energy : Er+ kvarh U32
18925 0x49ED 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18926 0x49EE 2 Last Partial negative reactive Energy : Er- kvarh U32
18928 0x49F0 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
18929 0x49F1 2 Last Partial Apparent Energy : Eap kVAh U32
18931 0x49F3 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
18932 0x49F4 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
18934 0x49F6 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18935 0x49F7 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
18937 0x49F9 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18938 0x49FA 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
18940 0x49FC 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18941 0x49FD 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
18943 0x49FF 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #7
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18948 0x4A04 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18948 0x4A04 1 Load status :
0 : Disabled
1 : Enabled		 - U8
18949 0x4A05 2 Total Hour meter s U32
18951 0x4A07 2 Total Positive active Energy : Ea+ kWh U32
18953 0x4A09 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
18954 0x4A0A 2 Total Negative active Energy : Ea- kWh U32
18956 0x4A0C 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
18957 0x4A0D 2 Total Positive reactive Energy : Er+ kvarh U32
18959 0x4A0F 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
18960 0x4A10 2 Total Negative reactive Energy : Er- kvarh U32
18962 0x4A12 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
18963 0x4A13 2 Total Apparent Energy : Eap kVAh U32
18965 0x4A15 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
18966 0x4A16 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
18968 0x4A18 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18969 0x4A19 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
18971 0x4A1B 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
18972 0x4A1C 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
18974 0x4A1E 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
18975 0x4A1F 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
18977 0x4A21 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
18978 0x4A22 2 Partial Hour meter s U32
18980 0x4A24 2 Partial Positive active Energy : Ea+ kWh U32
18982 0x4A26 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
18983 0x4A27 2 Partial Negative active Energy : Ea- kWh U32
18985 0x4A29 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
18986 0x4A2A 2 Partial Positive reactive Energy : Er+ kvarh U32
18988 0x4A2C 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
18989 0x4A2D 2 Partial Negative reactive Energy : Er- kvarh U32
18991 0x4A2F 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
18992 0x4A30 2 Partial Apparent Energy : Eap kVAh U32
18994 0x4A32 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
18995 0x4A33 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
18997 0x4A35 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
18998 0x4A36 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
19000 0x4A38 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19001 0x4A39 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
19003 0x4A3B 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19004 0x4A3C 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
19006 0x4A3E 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19007 0x4A3F 2 Last Partial Reset date - DATETIME
19009 0x4A41 2 Last Partial Hour meter s U32
19011 0x4A43 2 Last Partial positive active Energy : Ea+ kWh U32
19013 0x4A45 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
19014 0x4A46 2 Last Partial negative active Energy : Ea- kWh U32
19016 0x4A48 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
19017 0x4A49 2 Last Partial positive reactive Energy : Er+ kvarh U32
19019 0x4A4B 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19020 0x4A4C 2 Last Partial negative reactive Energy : Er- kvarh U32
19022 0x4A4E 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
19023 0x4A4F 2 Last Partial Apparent Energy : Eap kVAh U32
19025 0x4A51 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
19026 0x4A52 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
19028 0x4A54 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19029 0x4A55 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
19031 0x4A57 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19032 0x4A58 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
19034 0x4A5A 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19035 0x4A5B 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
19037 0x4A5D 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #8
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19042 0x4A62 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19042 0x4A62 1 Load status :
0 : Disabled
1 : Enabled		 - U8
19043 0x4A63 2 Total Hour meter s U32
19045 0x4A65 2 Total Positive active Energy : Ea+ kWh U32
19047 0x4A67 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19048 0x4A68 2 Total Negative active Energy : Ea- kWh U32
19050 0x4A6A 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19051 0x4A6B 2 Total Positive reactive Energy : Er+ kvarh U32
19053 0x4A6D 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19054 0x4A6E 2 Total Negative reactive Energy : Er- kvarh U32
19056 0x4A70 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19057 0x4A71 2 Total Apparent Energy : Eap kVAh U32
19059 0x4A73 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
19060 0x4A74 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
19062 0x4A76 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19063 0x4A77 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
19065 0x4A79 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19066 0x4A7A 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
19068 0x4A7C 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19069 0x4A7D 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
19071 0x4A7F 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19072 0x4A80 2 Partial Hour meter s U32
19074 0x4A82 2 Partial Positive active Energy : Ea+ kWh U32
19076 0x4A84 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
19077 0x4A85 2 Partial Negative active Energy : Ea- kWh U32
19079 0x4A87 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
19080 0x4A88 2 Partial Positive reactive Energy : Er+ kvarh U32
19082 0x4A8A 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
19083 0x4A8B 2 Partial Negative reactive Energy : Er- kvarh U32
19085 0x4A8D 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
19086 0x4A8E 2 Partial Apparent Energy : Eap kVAh U32
19088 0x4A90 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
19089 0x4A91 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
19091 0x4A93 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19092 0x4A94 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
19094 0x4A96 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19095 0x4A97 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
19097 0x4A99 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19098 0x4A9A 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
19100 0x4A9C 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19101 0x4A9D 2 Last Partial Reset date - DATETIME
19103 0x4A9F 2 Last Partial Hour meter s U32
19105 0x4AA1 2 Last Partial positive active Energy : Ea+ kWh U32
19107 0x4AA3 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
19108 0x4AA4 2 Last Partial negative active Energy : Ea- kWh U32
19110 0x4AA6 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
19111 0x4AA7 2 Last Partial positive reactive Energy : Er+ kvarh U32
19113 0x4AA9 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19114 0x4AAA 2 Last Partial negative reactive Energy : Er- kvarh U32
19116 0x4AAC 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
19117 0x4AAD 2 Last Partial Apparent Energy : Eap kVAh U32
19119 0x4AAF 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
19120 0x4AB0 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
19122 0x4AB2 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19123 0x4AB3 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
19125 0x4AB5 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19126 0x4AB6 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
19128 0x4AB8 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19129 0x4AB9 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
19131 0x4ABB 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #9
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19136 0x4AC0 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19136 0x4AC0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
19137 0x4AC1 2 Total Hour meter s U32
19139 0x4AC3 2 Total Positive active Energy : Ea+ kWh U32
19141 0x4AC5 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19142 0x4AC6 2 Total Negative active Energy : Ea- kWh U32
19144 0x4AC8 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19145 0x4AC9 2 Total Positive reactive Energy : Er+ kvarh U32
19147 0x4ACB 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19148 0x4ACC 2 Total Negative reactive Energy : Er- kvarh U32
19150 0x4ACE 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19151 0x4ACF 2 Total Apparent Energy : Eap kVAh U32
19153 0x4AD1 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
19154 0x4AD2 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
19156 0x4AD4 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19157 0x4AD5 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
19159 0x4AD7 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19160 0x4AD8 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
19162 0x4ADA 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19163 0x4ADB 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
19165 0x4ADD 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19166 0x4ADE 2 Partial Hour meter s U32
19168 0x4AE0 2 Partial Positive active Energy : Ea+ kWh U32
19170 0x4AE2 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
19171 0x4AE3 2 Partial Negative active Energy : Ea- kWh U32
19173 0x4AE5 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
19174 0x4AE6 2 Partial Positive reactive Energy : Er+ kvarh U32
19176 0x4AE8 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
19177 0x4AE9 2 Partial Negative reactive Energy : Er- kvarh U32
19179 0x4AEB 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
19180 0x4AEC 2 Partial Apparent Energy : Eap kVAh U32
19182 0x4AEE 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
19183 0x4AEF 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
19185 0x4AF1 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19186 0x4AF2 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
19188 0x4AF4 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19189 0x4AF5 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
19191 0x4AF7 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19192 0x4AF8 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
19194 0x4AFA 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19195 0x4AFB 2 Last Partial Reset date - DATETIME
19197 0x4AFD 2 Last Partial Hour meter s U32
19199 0x4AFF 2 Last Partial positive active Energy : Ea+ kWh U32
19201 0x4B01 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
19202 0x4B02 2 Last Partial negative active Energy : Ea- kWh U32
19204 0x4B04 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
19205 0x4B05 2 Last Partial positive reactive Energy : Er+ kvarh U32
19207 0x4B07 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19208 0x4B08 2 Last Partial negative reactive Energy : Er- kvarh U32
19210 0x4B0A 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
19211 0x4B0B 2 Last Partial Apparent Energy : Eap kVAh U32
19213 0x4B0D 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
19214 0x4B0E 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
19216 0x4B10 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19217 0x4B11 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
19219 0x4B13 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19220 0x4B14 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
19222 0x4B16 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19223 0x4B17 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
19225 0x4B19 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #10
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19230 0x4B1E Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19230 0x4B1E 1 Load status :
0 : Disabled
1 : Enabled		 - U8
19231 0x4B1F 2 Total Hour meter s U32
19233 0x4B21 2 Total Positive active Energy : Ea+ kWh U32
19235 0x4B23 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19236 0x4B24 2 Total Negative active Energy : Ea- kWh U32
19238 0x4B26 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19239 0x4B27 2 Total Positive reactive Energy : Er+ kvarh U32
19241 0x4B29 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19242 0x4B2A 2 Total Negative reactive Energy : Er- kvarh U32
19244 0x4B2C 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19245 0x4B2D 2 Total Apparent Energy : Eap kVAh U32
19247 0x4B2F 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
19248 0x4B30 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
19250 0x4B32 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19251 0x4B33 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
19253 0x4B35 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19254 0x4B36 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
19256 0x4B38 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19257 0x4B39 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
19259 0x4B3B 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19260 0x4B3C 2 Partial Hour meter s U32
19262 0x4B3E 2 Partial Positive active Energy : Ea+ kWh U32
19264 0x4B40 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
19265 0x4B41 2 Partial Negative active Energy : Ea- kWh U32
19267 0x4B43 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
19268 0x4B44 2 Partial Positive reactive Energy : Er+ kvarh U32
19270 0x4B46 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
19271 0x4B47 2 Partial Negative reactive Energy : Er- kvarh U32
19273 0x4B49 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
19274 0x4B4A 2 Partial Apparent Energy : Eap kVAh U32
19276 0x4B4C 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
19277 0x4B4D 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
19279 0x4B4F 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19280 0x4B50 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
19282 0x4B52 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19283 0x4B53 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
19285 0x4B55 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19286 0x4B56 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
19288 0x4B58 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19289 0x4B59 2 Last Partial Reset date - DATETIME
19291 0x4B5B 2 Last Partial Hour meter s U32
19293 0x4B5D 2 Last Partial positive active Energy : Ea+ kWh U32
19295 0x4B5F 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
19296 0x4B60 2 Last Partial negative active Energy : Ea- kWh U32
19298 0x4B62 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
19299 0x4B63 2 Last Partial positive reactive Energy : Er+ kvarh U32
19301 0x4B65 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19302 0x4B66 2 Last Partial negative reactive Energy : Er- kvarh U32
19304 0x4B68 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
19305 0x4B69 2 Last Partial Apparent Energy : Eap kVAh U32
19307 0x4B6B 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
19308 0x4B6C 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
19310 0x4B6E 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19311 0x4B6F 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
19313 0x4B71 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19314 0x4B72 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
19316 0x4B74 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19317 0x4B75 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
19319 0x4B77 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #11
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19324 0x4B7C Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19324 0x4B7C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
19325 0x4B7D 2 Total Hour meter s U32
19327 0x4B7F 2 Total Positive active Energy : Ea+ kWh U32
19329 0x4B81 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19330 0x4B82 2 Total Negative active Energy : Ea- kWh U32
19332 0x4B84 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19333 0x4B85 2 Total Positive reactive Energy : Er+ kvarh U32
19335 0x4B87 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19336 0x4B88 2 Total Negative reactive Energy : Er- kvarh U32
19338 0x4B8A 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19339 0x4B8B 2 Total Apparent Energy : Eap kVAh U32
19341 0x4B8D 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
19342 0x4B8E 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
19344 0x4B90 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19345 0x4B91 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
19347 0x4B93 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19348 0x4B94 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
19350 0x4B96 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19351 0x4B97 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
19353 0x4B99 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19354 0x4B9A 2 Partial Hour meter s U32
19356 0x4B9C 2 Partial Positive active Energy : Ea+ kWh U32
19358 0x4B9E 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
19359 0x4B9F 2 Partial Negative active Energy : Ea- kWh U32
19361 0x4BA1 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
19362 0x4BA2 2 Partial Positive reactive Energy : Er+ kvarh U32
19364 0x4BA4 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
19365 0x4BA5 2 Partial Negative reactive Energy : Er- kvarh U32
19367 0x4BA7 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
19368 0x4BA8 2 Partial Apparent Energy : Eap kVAh U32
19370 0x4BAA 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
19371 0x4BAB 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
19373 0x4BAD 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19374 0x4BAE 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
19376 0x4BB0 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19377 0x4BB1 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
19379 0x4BB3 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19380 0x4BB4 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
19382 0x4BB6 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19383 0x4BB7 2 Last Partial Reset date - DATETIME
19385 0x4BB9 2 Last Partial Hour meter s U32
19387 0x4BBB 2 Last Partial positive active Energy : Ea+ kWh U32
19389 0x4BBD 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
19390 0x4BBE 2 Last Partial negative active Energy : Ea- kWh U32
19392 0x4BC0 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
19393 0x4BC1 2 Last Partial positive reactive Energy : Er+ kvarh U32
19395 0x4BC3 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19396 0x4BC4 2 Last Partial negative reactive Energy : Er- kvarh U32
19398 0x4BC6 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
19399 0x4BC7 2 Last Partial Apparent Energy : Eap kVAh U32
19401 0x4BC9 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
19402 0x4BCA 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
19404 0x4BCC 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19405 0x4BCD 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
19407 0x4BCF 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19408 0x4BD0 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
19410 0x4BD2 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19411 0x4BD3 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
19413 0x4BD5 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #12
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19418 0x4BDA Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19418 0x4BDA 1 Load status :
0 : Disabled
1 : Enabled		 - U8
19419 0x4BDB 2 Total Hour meter s U32
19421 0x4BDD 2 Total Positive active Energy : Ea+ kWh U32
19423 0x4BDF 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19424 0x4BE0 2 Total Negative active Energy : Ea- kWh U32
19426 0x4BE2 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19427 0x4BE3 2 Total Positive reactive Energy : Er+ kvarh U32
19429 0x4BE5 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19430 0x4BE6 2 Total Negative reactive Energy : Er- kvarh U32
19432 0x4BE8 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19433 0x4BE9 2 Total Apparent Energy : Eap kVAh U32
19435 0x4BEB 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
19436 0x4BEC 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
19438 0x4BEE 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19439 0x4BEF 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
19441 0x4BF1 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19442 0x4BF2 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
19444 0x4BF4 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19445 0x4BF5 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
19447 0x4BF7 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19448 0x4BF8 2 Partial Hour meter s U32
19450 0x4BFA 2 Partial Positive active Energy : Ea+ kWh U32
19452 0x4BFC 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
19453 0x4BFD 2 Partial Negative active Energy : Ea- kWh U32
19455 0x4BFF 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
19456 0x4C00 2 Partial Positive reactive Energy : Er+ kvarh U32
19458 0x4C02 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
19459 0x4C03 2 Partial Negative reactive Energy : Er- kvarh U32
19461 0x4C05 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
19462 0x4C06 2 Partial Apparent Energy : Eap kVAh U32
19464 0x4C08 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
19465 0x4C09 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
19467 0x4C0B 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19468 0x4C0C 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
19470 0x4C0E 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19471 0x4C0F 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
19473 0x4C11 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19474 0x4C12 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
19476 0x4C14 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19477 0x4C15 2 Last Partial Reset date - DATETIME
19479 0x4C17 2 Last Partial Hour meter s U32
19481 0x4C19 2 Last Partial positive active Energy : Ea+ kWh U32
19483 0x4C1B 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
19484 0x4C1C 2 Last Partial negative active Energy : Ea- kWh U32
19486 0x4C1E 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
19487 0x4C1F 2 Last Partial positive reactive Energy : Er+ kvarh U32
19489 0x4C21 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19490 0x4C22 2 Last Partial negative reactive Energy : Er- kvarh U32
19492 0x4C24 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
19493 0x4C25 2 Last Partial Apparent Energy : Eap kVAh U32
19495 0x4C27 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
19496 0x4C28 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
19498 0x4C2A 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19499 0x4C2B 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
19501 0x4C2D 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19502 0x4C2E 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
19504 0x4C30 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19505 0x4C31 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
19507 0x4C33 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #13
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19512 0x4C38 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19512 0x4C38 1 Load status :
0 : Disabled
1 : Enabled		 - U8
19513 0x4C39 2 Total Hour meter s U32
19515 0x4C3B 2 Total Positive active Energy : Ea+ kWh U32
19517 0x4C3D 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19518 0x4C3E 2 Total Negative active Energy : Ea- kWh U32
19520 0x4C40 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19521 0x4C41 2 Total Positive reactive Energy : Er+ kvarh U32
19523 0x4C43 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19524 0x4C44 2 Total Negative reactive Energy : Er- kvarh U32
19526 0x4C46 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19527 0x4C47 2 Total Apparent Energy : Eap kVAh U32
19529 0x4C49 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
19530 0x4C4A 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
19532 0x4C4C 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19533 0x4C4D 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
19535 0x4C4F 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19536 0x4C50 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
19538 0x4C52 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19539 0x4C53 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
19541 0x4C55 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19542 0x4C56 2 Partial Hour meter s U32
19544 0x4C58 2 Partial Positive active Energy : Ea+ kWh U32
19546 0x4C5A 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
19547 0x4C5B 2 Partial Negative active Energy : Ea- kWh U32
19549 0x4C5D 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
19550 0x4C5E 2 Partial Positive reactive Energy : Er+ kvarh U32
19552 0x4C60 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
19553 0x4C61 2 Partial Negative reactive Energy : Er- kvarh U32
19555 0x4C63 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
19556 0x4C64 2 Partial Apparent Energy : Eap kVAh U32
19558 0x4C66 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
19559 0x4C67 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
19561 0x4C69 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19562 0x4C6A 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
19564 0x4C6C 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19565 0x4C6D 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
19567 0x4C6F 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19568 0x4C70 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
19570 0x4C72 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19571 0x4C73 2 Last Partial Reset date - DATETIME
19573 0x4C75 2 Last Partial Hour meter s U32
19575 0x4C77 2 Last Partial positive active Energy : Ea+ kWh U32
19577 0x4C79 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
19578 0x4C7A 2 Last Partial negative active Energy : Ea- kWh U32
19580 0x4C7C 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
19581 0x4C7D 2 Last Partial positive reactive Energy : Er+ kvarh U32
19583 0x4C7F 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19584 0x4C80 2 Last Partial negative reactive Energy : Er- kvarh U32
19586 0x4C82 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
19587 0x4C83 2 Last Partial Apparent Energy : Eap kVAh U32
19589 0x4C85 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
19590 0x4C86 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
19592 0x4C88 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19593 0x4C89 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
19595 0x4C8B 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19596 0x4C8C 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
19598 0x4C8E 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19599 0x4C8F 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
19601 0x4C91 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #14
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19606 0x4C96 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19606 0x4C96 1 Load status :
0 : Disabled
1 : Enabled		 - U8
19607 0x4C97 2 Total Hour meter s U32
19609 0x4C99 2 Total Positive active Energy : Ea+ kWh U32
19611 0x4C9B 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19612 0x4C9C 2 Total Negative active Energy : Ea- kWh U32
19614 0x4C9E 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19615 0x4C9F 2 Total Positive reactive Energy : Er+ kvarh U32
19617 0x4CA1 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19618 0x4CA2 2 Total Negative reactive Energy : Er- kvarh U32
19620 0x4CA4 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19621 0x4CA5 2 Total Apparent Energy : Eap kVAh U32
19623 0x4CA7 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
19624 0x4CA8 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
19626 0x4CAA 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19627 0x4CAB 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
19629 0x4CAD 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19630 0x4CAE 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
19632 0x4CB0 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19633 0x4CB1 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
19635 0x4CB3 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19636 0x4CB4 2 Partial Hour meter s U32
19638 0x4CB6 2 Partial Positive active Energy : Ea+ kWh U32
19640 0x4CB8 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
19641 0x4CB9 2 Partial Negative active Energy : Ea- kWh U32
19643 0x4CBB 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
19644 0x4CBC 2 Partial Positive reactive Energy : Er+ kvarh U32
19646 0x4CBE 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
19647 0x4CBF 2 Partial Negative reactive Energy : Er- kvarh U32
19649 0x4CC1 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
19650 0x4CC2 2 Partial Apparent Energy : Eap kVAh U32
19652 0x4CC4 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
19653 0x4CC5 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
19655 0x4CC7 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19656 0x4CC8 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
19658 0x4CCA 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19659 0x4CCB 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
19661 0x4CCD 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19662 0x4CCE 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
19664 0x4CD0 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19665 0x4CD1 2 Last Partial Reset date - DATETIME
19667 0x4CD3 2 Last Partial Hour meter s U32
19669 0x4CD5 2 Last Partial positive active Energy : Ea+ kWh U32
19671 0x4CD7 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
19672 0x4CD8 2 Last Partial negative active Energy : Ea- kWh U32
19674 0x4CDA 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
19675 0x4CDB 2 Last Partial positive reactive Energy : Er+ kvarh U32
19677 0x4CDD 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19678 0x4CDE 2 Last Partial negative reactive Energy : Er- kvarh U32
19680 0x4CE0 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
19681 0x4CE1 2 Last Partial Apparent Energy : Eap kVAh U32
19683 0x4CE3 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
19684 0x4CE4 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
19686 0x4CE6 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19687 0x4CE7 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
19689 0x4CE9 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19690 0x4CEA 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
19692 0x4CEC 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19693 0x4CED 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
19695 0x4CEF 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #15
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19700 0x4CF4 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19700 0x4CF4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
19701 0x4CF5 2 Total Hour meter s U32
19703 0x4CF7 2 Total Positive active Energy : Ea+ kWh U32
19705 0x4CF9 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19706 0x4CFA 2 Total Negative active Energy : Ea- kWh U32
19708 0x4CFC 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19709 0x4CFD 2 Total Positive reactive Energy : Er+ kvarh U32
19711 0x4CFF 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19712 0x4D00 2 Total Negative reactive Energy : Er- kvarh U32
19714 0x4D02 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19715 0x4D03 2 Total Apparent Energy : Eap kVAh U32
19717 0x4D05 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
19718 0x4D06 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
19720 0x4D08 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19721 0x4D09 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
19723 0x4D0B 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19724 0x4D0C 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
19726 0x4D0E 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19727 0x4D0F 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
19729 0x4D11 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19730 0x4D12 2 Partial Hour meter s U32
19732 0x4D14 2 Partial Positive active Energy : Ea+ kWh U32
19734 0x4D16 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
19735 0x4D17 2 Partial Negative active Energy : Ea- kWh U32
19737 0x4D19 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
19738 0x4D1A 2 Partial Positive reactive Energy : Er+ kvarh U32
19740 0x4D1C 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
19741 0x4D1D 2 Partial Negative reactive Energy : Er- kvarh U32
19743 0x4D1F 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
19744 0x4D20 2 Partial Apparent Energy : Eap kVAh U32
19746 0x4D22 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
19747 0x4D23 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
19749 0x4D25 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19750 0x4D26 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
19752 0x4D28 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19753 0x4D29 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
19755 0x4D2B 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19756 0x4D2C 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
19758 0x4D2E 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19759 0x4D2F 2 Last Partial Reset date - DATETIME
19761 0x4D31 2 Last Partial Hour meter s U32
19763 0x4D33 2 Last Partial positive active Energy : Ea+ kWh U32
19765 0x4D35 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
19766 0x4D36 2 Last Partial negative active Energy : Ea- kWh U32
19768 0x4D38 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
19769 0x4D39 2 Last Partial positive reactive Energy : Er+ kvarh U32
19771 0x4D3B 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19772 0x4D3C 2 Last Partial negative reactive Energy : Er- kvarh U32
19774 0x4D3E 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
19775 0x4D3F 2 Last Partial Apparent Energy : Eap kVAh U32
19777 0x4D41 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
19778 0x4D42 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
19780 0x4D44 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19781 0x4D45 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
19783 0x4D47 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19784 0x4D48 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
19786 0x4D4A 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19787 0x4D4B 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
19789 0x4D4D 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #16
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19794 0x4D52 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19794 0x4D52 1 Load status :
0 : Disabled
1 : Enabled		 - U8
19795 0x4D53 2 Total Hour meter s U32
19797 0x4D55 2 Total Positive active Energy : Ea+ kWh U32
19799 0x4D57 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19800 0x4D58 2 Total Negative active Energy : Ea- kWh U32
19802 0x4D5A 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19803 0x4D5B 2 Total Positive reactive Energy : Er+ kvarh U32
19805 0x4D5D 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19806 0x4D5E 2 Total Negative reactive Energy : Er- kvarh U32
19808 0x4D60 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19809 0x4D61 2 Total Apparent Energy : Eap kVAh U32
19811 0x4D63 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
19812 0x4D64 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
19814 0x4D66 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19815 0x4D67 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
19817 0x4D69 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19818 0x4D6A 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
19820 0x4D6C 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19821 0x4D6D 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
19823 0x4D6F 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19824 0x4D70 2 Partial Hour meter s U32
19826 0x4D72 2 Partial Positive active Energy : Ea+ kWh U32
19828 0x4D74 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
19829 0x4D75 2 Partial Negative active Energy : Ea- kWh U32
19831 0x4D77 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
19832 0x4D78 2 Partial Positive reactive Energy : Er+ kvarh U32
19834 0x4D7A 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
19835 0x4D7B 2 Partial Negative reactive Energy : Er- kvarh U32
19837 0x4D7D 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
19838 0x4D7E 2 Partial Apparent Energy : Eap kVAh U32
19840 0x4D80 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
19841 0x4D81 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
19843 0x4D83 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19844 0x4D84 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
19846 0x4D86 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19847 0x4D87 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
19849 0x4D89 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19850 0x4D8A 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
19852 0x4D8C 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19853 0x4D8D 2 Last Partial Reset date - DATETIME
19855 0x4D8F 2 Last Partial Hour meter s U32
19857 0x4D91 2 Last Partial positive active Energy : Ea+ kWh U32
19859 0x4D93 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
19860 0x4D94 2 Last Partial negative active Energy : Ea- kWh U32
19862 0x4D96 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
19863 0x4D97 2 Last Partial positive reactive Energy : Er+ kvarh U32
19865 0x4D99 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19866 0x4D9A 2 Last Partial negative reactive Energy : Er- kvarh U32
19868 0x4D9C 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
19869 0x4D9D 2 Last Partial Apparent Energy : Eap kVAh U32
19871 0x4D9F 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
19872 0x4DA0 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
19874 0x4DA2 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19875 0x4DA3 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
19877 0x4DA5 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19878 0x4DA6 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
19880 0x4DA8 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19881 0x4DA9 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
19883 0x4DAB 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #17
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19888 0x4DB0 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19888 0x4DB0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
19889 0x4DB1 2 Total Hour meter s U32
19891 0x4DB3 2 Total Positive active Energy : Ea+ kWh U32
19893 0x4DB5 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19894 0x4DB6 2 Total Negative active Energy : Ea- kWh U32
19896 0x4DB8 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19897 0x4DB9 2 Total Positive reactive Energy : Er+ kvarh U32
19899 0x4DBB 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19900 0x4DBC 2 Total Negative reactive Energy : Er- kvarh U32
19902 0x4DBE 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19903 0x4DBF 2 Total Apparent Energy : Eap kVAh U32
19905 0x4DC1 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
19906 0x4DC2 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
19908 0x4DC4 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19909 0x4DC5 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
19911 0x4DC7 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19912 0x4DC8 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
19914 0x4DCA 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19915 0x4DCB 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
19917 0x4DCD 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19918 0x4DCE 2 Partial Hour meter s U32
19920 0x4DD0 2 Partial Positive active Energy : Ea+ kWh U32
19922 0x4DD2 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
19923 0x4DD3 2 Partial Negative active Energy : Ea- kWh U32
19925 0x4DD5 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
19926 0x4DD6 2 Partial Positive reactive Energy : Er+ kvarh U32
19928 0x4DD8 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
19929 0x4DD9 2 Partial Negative reactive Energy : Er- kvarh U32
19931 0x4DDB 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
19932 0x4DDC 2 Partial Apparent Energy : Eap kVAh U32
19934 0x4DDE 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
19935 0x4DDF 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
19937 0x4DE1 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19938 0x4DE2 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
19940 0x4DE4 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19941 0x4DE5 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
19943 0x4DE7 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19944 0x4DE8 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
19946 0x4DEA 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19947 0x4DEB 2 Last Partial Reset date - DATETIME
19949 0x4DED 2 Last Partial Hour meter s U32
19951 0x4DEF 2 Last Partial positive active Energy : Ea+ kWh U32
19953 0x4DF1 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
19954 0x4DF2 2 Last Partial negative active Energy : Ea- kWh U32
19956 0x4DF4 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
19957 0x4DF5 2 Last Partial positive reactive Energy : Er+ kvarh U32
19959 0x4DF7 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19960 0x4DF8 2 Last Partial negative reactive Energy : Er- kvarh U32
19962 0x4DFA 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
19963 0x4DFB 2 Last Partial Apparent Energy : Eap kVAh U32
19965 0x4DFD 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
19966 0x4DFE 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
19968 0x4E00 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19969 0x4E01 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
19971 0x4E03 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19972 0x4E04 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
19974 0x4E06 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19975 0x4E07 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
19977 0x4E09 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #18
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19982 0x4E0E Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19982 0x4E0E 1 Load status :
0 : Disabled
1 : Enabled		 - U8
19983 0x4E0F 2 Total Hour meter s U32
19985 0x4E11 2 Total Positive active Energy : Ea+ kWh U32
19987 0x4E13 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19988 0x4E14 2 Total Negative active Energy : Ea- kWh U32
19990 0x4E16 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19991 0x4E17 2 Total Positive reactive Energy : Er+ kvarh U32
19993 0x4E19 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19994 0x4E1A 2 Total Negative reactive Energy : Er- kvarh U32
19996 0x4E1C 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19997 0x4E1D 2 Total Apparent Energy : Eap kVAh U32
19999 0x4E1F 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
20000 0x4E20 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
20002 0x4E22 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20003 0x4E23 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
20005 0x4E25 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20006 0x4E26 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
20008 0x4E28 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20009 0x4E29 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
20011 0x4E2B 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20012 0x4E2C 2 Partial Hour meter s U32
20014 0x4E2E 2 Partial Positive active Energy : Ea+ kWh U32
20016 0x4E30 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
20017 0x4E31 2 Partial Negative active Energy : Ea- kWh U32
20019 0x4E33 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
20020 0x4E34 2 Partial Positive reactive Energy : Er+ kvarh U32
20022 0x4E36 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
20023 0x4E37 2 Partial Negative reactive Energy : Er- kvarh U32
20025 0x4E39 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
20026 0x4E3A 2 Partial Apparent Energy : Eap kVAh U32
20028 0x4E3C 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
20029 0x4E3D 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
20031 0x4E3F 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20032 0x4E40 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
20034 0x4E42 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20035 0x4E43 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
20037 0x4E45 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20038 0x4E46 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
20040 0x4E48 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20041 0x4E49 2 Last Partial Reset date - DATETIME
20043 0x4E4B 2 Last Partial Hour meter s U32
20045 0x4E4D 2 Last Partial positive active Energy : Ea+ kWh U32
20047 0x4E4F 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
20048 0x4E50 2 Last Partial negative active Energy : Ea- kWh U32
20050 0x4E52 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
20051 0x4E53 2 Last Partial positive reactive Energy : Er+ kvarh U32
20053 0x4E55 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20054 0x4E56 2 Last Partial negative reactive Energy : Er- kvarh U32
20056 0x4E58 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
20057 0x4E59 2 Last Partial Apparent Energy : Eap kVAh U32
20059 0x4E5B 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
20060 0x4E5C 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
20062 0x4E5E 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20063 0x4E5F 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
20065 0x4E61 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20066 0x4E62 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
20068 0x4E64 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20069 0x4E65 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
20071 0x4E67 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #19
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20076 0x4E6C Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20076 0x4E6C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20077 0x4E6D 2 Total Hour meter s U32
20079 0x4E6F 2 Total Positive active Energy : Ea+ kWh U32
20081 0x4E71 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
20082 0x4E72 2 Total Negative active Energy : Ea- kWh U32
20084 0x4E74 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
20085 0x4E75 2 Total Positive reactive Energy : Er+ kvarh U32
20087 0x4E77 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20088 0x4E78 2 Total Negative reactive Energy : Er- kvarh U32
20090 0x4E7A 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
20091 0x4E7B 2 Total Apparent Energy : Eap kVAh U32
20093 0x4E7D 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
20094 0x4E7E 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
20096 0x4E80 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20097 0x4E81 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
20099 0x4E83 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20100 0x4E84 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
20102 0x4E86 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20103 0x4E87 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
20105 0x4E89 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20106 0x4E8A 2 Partial Hour meter s U32
20108 0x4E8C 2 Partial Positive active Energy : Ea+ kWh U32
20110 0x4E8E 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
20111 0x4E8F 2 Partial Negative active Energy : Ea- kWh U32
20113 0x4E91 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
20114 0x4E92 2 Partial Positive reactive Energy : Er+ kvarh U32
20116 0x4E94 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
20117 0x4E95 2 Partial Negative reactive Energy : Er- kvarh U32
20119 0x4E97 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
20120 0x4E98 2 Partial Apparent Energy : Eap kVAh U32
20122 0x4E9A 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
20123 0x4E9B 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
20125 0x4E9D 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20126 0x4E9E 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
20128 0x4EA0 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20129 0x4EA1 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
20131 0x4EA3 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20132 0x4EA4 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
20134 0x4EA6 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20135 0x4EA7 2 Last Partial Reset date - DATETIME
20137 0x4EA9 2 Last Partial Hour meter s U32
20139 0x4EAB 2 Last Partial positive active Energy : Ea+ kWh U32
20141 0x4EAD 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
20142 0x4EAE 2 Last Partial negative active Energy : Ea- kWh U32
20144 0x4EB0 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
20145 0x4EB1 2 Last Partial positive reactive Energy : Er+ kvarh U32
20147 0x4EB3 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20148 0x4EB4 2 Last Partial negative reactive Energy : Er- kvarh U32
20150 0x4EB6 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
20151 0x4EB7 2 Last Partial Apparent Energy : Eap kVAh U32
20153 0x4EB9 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
20154 0x4EBA 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
20156 0x4EBC 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20157 0x4EBD 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
20159 0x4EBF 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20160 0x4EC0 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
20162 0x4EC2 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20163 0x4EC3 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
20165 0x4EC5 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #20
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20170 0x4ECA Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20170 0x4ECA 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20171 0x4ECB 2 Total Hour meter s U32
20173 0x4ECD 2 Total Positive active Energy : Ea+ kWh U32
20175 0x4ECF 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
20176 0x4ED0 2 Total Negative active Energy : Ea- kWh U32
20178 0x4ED2 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
20179 0x4ED3 2 Total Positive reactive Energy : Er+ kvarh U32
20181 0x4ED5 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20182 0x4ED6 2 Total Negative reactive Energy : Er- kvarh U32
20184 0x4ED8 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
20185 0x4ED9 2 Total Apparent Energy : Eap kVAh U32
20187 0x4EDB 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
20188 0x4EDC 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
20190 0x4EDE 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20191 0x4EDF 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
20193 0x4EE1 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20194 0x4EE2 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
20196 0x4EE4 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20197 0x4EE5 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
20199 0x4EE7 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20200 0x4EE8 2 Partial Hour meter s U32
20202 0x4EEA 2 Partial Positive active Energy : Ea+ kWh U32
20204 0x4EEC 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
20205 0x4EED 2 Partial Negative active Energy : Ea- kWh U32
20207 0x4EEF 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
20208 0x4EF0 2 Partial Positive reactive Energy : Er+ kvarh U32
20210 0x4EF2 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
20211 0x4EF3 2 Partial Negative reactive Energy : Er- kvarh U32
20213 0x4EF5 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
20214 0x4EF6 2 Partial Apparent Energy : Eap kVAh U32
20216 0x4EF8 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
20217 0x4EF9 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
20219 0x4EFB 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20220 0x4EFC 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
20222 0x4EFE 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20223 0x4EFF 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
20225 0x4F01 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20226 0x4F02 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
20228 0x4F04 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20229 0x4F05 2 Last Partial Reset date - DATETIME
20231 0x4F07 2 Last Partial Hour meter s U32
20233 0x4F09 2 Last Partial positive active Energy : Ea+ kWh U32
20235 0x4F0B 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
20236 0x4F0C 2 Last Partial negative active Energy : Ea- kWh U32
20238 0x4F0E 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
20239 0x4F0F 2 Last Partial positive reactive Energy : Er+ kvarh U32
20241 0x4F11 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20242 0x4F12 2 Last Partial negative reactive Energy : Er- kvarh U32
20244 0x4F14 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
20245 0x4F15 2 Last Partial Apparent Energy : Eap kVAh U32
20247 0x4F17 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
20248 0x4F18 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
20250 0x4F1A 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20251 0x4F1B 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
20253 0x4F1D 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20254 0x4F1E 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
20256 0x4F20 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20257 0x4F21 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
20259 0x4F23 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #21
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20264 0x4F28 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20264 0x4F28 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20265 0x4F29 2 Total Hour meter s U32
20267 0x4F2B 2 Total Positive active Energy : Ea+ kWh U32
20269 0x4F2D 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
20270 0x4F2E 2 Total Negative active Energy : Ea- kWh U32
20272 0x4F30 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
20273 0x4F31 2 Total Positive reactive Energy : Er+ kvarh U32
20275 0x4F33 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20276 0x4F34 2 Total Negative reactive Energy : Er- kvarh U32
20278 0x4F36 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
20279 0x4F37 2 Total Apparent Energy : Eap kVAh U32
20281 0x4F39 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
20282 0x4F3A 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
20284 0x4F3C 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20285 0x4F3D 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
20287 0x4F3F 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20288 0x4F40 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
20290 0x4F42 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20291 0x4F43 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
20293 0x4F45 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20294 0x4F46 2 Partial Hour meter s U32
20296 0x4F48 2 Partial Positive active Energy : Ea+ kWh U32
20298 0x4F4A 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
20299 0x4F4B 2 Partial Negative active Energy : Ea- kWh U32
20301 0x4F4D 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
20302 0x4F4E 2 Partial Positive reactive Energy : Er+ kvarh U32
20304 0x4F50 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
20305 0x4F51 2 Partial Negative reactive Energy : Er- kvarh U32
20307 0x4F53 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
20308 0x4F54 2 Partial Apparent Energy : Eap kVAh U32
20310 0x4F56 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
20311 0x4F57 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
20313 0x4F59 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20314 0x4F5A 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
20316 0x4F5C 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20317 0x4F5D 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
20319 0x4F5F 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20320 0x4F60 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
20322 0x4F62 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20323 0x4F63 2 Last Partial Reset date - DATETIME
20325 0x4F65 2 Last Partial Hour meter s U32
20327 0x4F67 2 Last Partial positive active Energy : Ea+ kWh U32
20329 0x4F69 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
20330 0x4F6A 2 Last Partial negative active Energy : Ea- kWh U32
20332 0x4F6C 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
20333 0x4F6D 2 Last Partial positive reactive Energy : Er+ kvarh U32
20335 0x4F6F 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20336 0x4F70 2 Last Partial negative reactive Energy : Er- kvarh U32
20338 0x4F72 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
20339 0x4F73 2 Last Partial Apparent Energy : Eap kVAh U32
20341 0x4F75 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
20342 0x4F76 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
20344 0x4F78 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20345 0x4F79 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
20347 0x4F7B 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20348 0x4F7C 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
20350 0x4F7E 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20351 0x4F7F 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
20353 0x4F81 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #22
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20358 0x4F86 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20358 0x4F86 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20359 0x4F87 2 Total Hour meter s U32
20361 0x4F89 2 Total Positive active Energy : Ea+ kWh U32
20363 0x4F8B 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
20364 0x4F8C 2 Total Negative active Energy : Ea- kWh U32
20366 0x4F8E 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
20367 0x4F8F 2 Total Positive reactive Energy : Er+ kvarh U32
20369 0x4F91 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20370 0x4F92 2 Total Negative reactive Energy : Er- kvarh U32
20372 0x4F94 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
20373 0x4F95 2 Total Apparent Energy : Eap kVAh U32
20375 0x4F97 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
20376 0x4F98 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
20378 0x4F9A 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20379 0x4F9B 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
20381 0x4F9D 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20382 0x4F9E 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
20384 0x4FA0 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20385 0x4FA1 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
20387 0x4FA3 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20388 0x4FA4 2 Partial Hour meter s U32
20390 0x4FA6 2 Partial Positive active Energy : Ea+ kWh U32
20392 0x4FA8 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
20393 0x4FA9 2 Partial Negative active Energy : Ea- kWh U32
20395 0x4FAB 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
20396 0x4FAC 2 Partial Positive reactive Energy : Er+ kvarh U32
20398 0x4FAE 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
20399 0x4FAF 2 Partial Negative reactive Energy : Er- kvarh U32
20401 0x4FB1 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
20402 0x4FB2 2 Partial Apparent Energy : Eap kVAh U32
20404 0x4FB4 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
20405 0x4FB5 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
20407 0x4FB7 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20408 0x4FB8 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
20410 0x4FBA 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20411 0x4FBB 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
20413 0x4FBD 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20414 0x4FBE 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
20416 0x4FC0 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20417 0x4FC1 2 Last Partial Reset date - DATETIME
20419 0x4FC3 2 Last Partial Hour meter s U32
20421 0x4FC5 2 Last Partial positive active Energy : Ea+ kWh U32
20423 0x4FC7 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
20424 0x4FC8 2 Last Partial negative active Energy : Ea- kWh U32
20426 0x4FCA 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
20427 0x4FCB 2 Last Partial positive reactive Energy : Er+ kvarh U32
20429 0x4FCD 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20430 0x4FCE 2 Last Partial negative reactive Energy : Er- kvarh U32
20432 0x4FD0 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
20433 0x4FD1 2 Last Partial Apparent Energy : Eap kVAh U32
20435 0x4FD3 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
20436 0x4FD4 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
20438 0x4FD6 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20439 0x4FD7 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
20441 0x4FD9 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20442 0x4FDA 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
20444 0x4FDC 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20445 0x4FDD 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
20447 0x4FDF 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #23
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20452 0x4FE4 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20452 0x4FE4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20453 0x4FE5 2 Total Hour meter s U32
20455 0x4FE7 2 Total Positive active Energy : Ea+ kWh U32
20457 0x4FE9 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
20458 0x4FEA 2 Total Negative active Energy : Ea- kWh U32
20460 0x4FEC 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
20461 0x4FED 2 Total Positive reactive Energy : Er+ kvarh U32
20463 0x4FEF 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20464 0x4FF0 2 Total Negative reactive Energy : Er- kvarh U32
20466 0x4FF2 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
20467 0x4FF3 2 Total Apparent Energy : Eap kVAh U32
20469 0x4FF5 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
20470 0x4FF6 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
20472 0x4FF8 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20473 0x4FF9 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
20475 0x4FFB 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20476 0x4FFC 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
20478 0x4FFE 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20479 0x4FFF 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
20481 0x5001 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20482 0x5002 2 Partial Hour meter s U32
20484 0x5004 2 Partial Positive active Energy : Ea+ kWh U32
20486 0x5006 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
20487 0x5007 2 Partial Negative active Energy : Ea- kWh U32
20489 0x5009 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
20490 0x500A 2 Partial Positive reactive Energy : Er+ kvarh U32
20492 0x500C 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
20493 0x500D 2 Partial Negative reactive Energy : Er- kvarh U32
20495 0x500F 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
20496 0x5010 2 Partial Apparent Energy : Eap kVAh U32
20498 0x5012 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
20499 0x5013 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
20501 0x5015 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20502 0x5016 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
20504 0x5018 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20505 0x5019 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
20507 0x501B 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20508 0x501C 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
20510 0x501E 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20511 0x501F 2 Last Partial Reset date - DATETIME
20513 0x5021 2 Last Partial Hour meter s U32
20515 0x5023 2 Last Partial positive active Energy : Ea+ kWh U32
20517 0x5025 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
20518 0x5026 2 Last Partial negative active Energy : Ea- kWh U32
20520 0x5028 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
20521 0x5029 2 Last Partial positive reactive Energy : Er+ kvarh U32
20523 0x502B 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20524 0x502C 2 Last Partial negative reactive Energy : Er- kvarh U32
20526 0x502E 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
20527 0x502F 2 Last Partial Apparent Energy : Eap kVAh U32
20529 0x5031 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
20530 0x5032 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
20532 0x5034 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20533 0x5035 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
20535 0x5037 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20536 0x5038 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
20538 0x503A 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20539 0x503B 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
20541 0x503D 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters #24
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20546 0x5042 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20546 0x5042 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20547 0x5043 2 Total Hour meter s U32
20549 0x5045 2 Total Positive active Energy : Ea+ kWh U32
20551 0x5047 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
20552 0x5048 2 Total Negative active Energy : Ea- kWh U32
20554 0x504A 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
20555 0x504B 2 Total Positive reactive Energy : Er+ kvarh U32
20557 0x504D 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20558 0x504E 2 Total Negative reactive Energy : Er- kvarh U32
20560 0x5050 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
20561 0x5051 2 Total Apparent Energy : Eap kVAh U32
20563 0x5053 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
20564 0x5054 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
20566 0x5056 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20567 0x5057 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
20569 0x5059 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20570 0x505A 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
20572 0x505C 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20573 0x505D 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
20575 0x505F 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20576 0x5060 2 Partial Hour meter s U32
20578 0x5062 2 Partial Positive active Energy : Ea+ kWh U32
20580 0x5064 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
20581 0x5065 2 Partial Negative active Energy : Ea- kWh U32
20583 0x5067 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
20584 0x5068 2 Partial Positive reactive Energy : Er+ kvarh U32
20586 0x506A 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
20587 0x506B 2 Partial Negative reactive Energy : Er- kvarh U32
20589 0x506D 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
20590 0x506E 2 Partial Apparent Energy : Eap kVAh U32
20592 0x5070 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
20593 0x5071 2 Partial Positive lagging reactive Energy : Er+ (lagging) kvarh U32
20595 0x5073 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20596 0x5074 2 Partial Negative lagging reactive Energy : Er- (lagging) kvarh U32
20598 0x5076 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20599 0x5077 2 Partial Positive leading reactive Energy : Er+ (leading) kvarh U32
20601 0x5079 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20602 0x507A 2 Partial Negative leading reactive Energy : Er- (leading) kvarh U32
20604 0x507C 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
20605 0x507D 2 Last Partial Reset date - DATETIME
20607 0x507F 2 Last Partial Hour meter s U32
20609 0x5081 2 Last Partial positive active Energy : Ea+ kWh U32
20611 0x5083 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
20612 0x5084 2 Last Partial negative active Energy : Ea- kWh U32
20614 0x5086 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
20615 0x5087 2 Last Partial positive reactive Energy : Er+ kvarh U32
20617 0x5089 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
20618 0x508A 2 Last Partial negative reactive Energy : Er- kvarh U32
20620 0x508C 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
20621 0x508D 2 Last Partial Apparent Energy : Eap kVAh U32
20623 0x508F 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
20624 0x5090 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) kvarh U32
20626 0x5092 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
20627 0x5093 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) kvarh U32
20629 0x5095 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
20630 0x5096 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) kvarh U32
20632 0x5098 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
20633 0x5099 2 Last Partial Negative Leading Reactive Energy : Er- (leading) kvarh U32
20635 0x509B 1 Last Partial Residual Negative Leading Reactive Energy : rEr- (leading) varh 10⁻¹ U16

Energy meters historical #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
11680 0x2DA0 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
11680 0x2DA0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
11681 0x2DA1 2 Load curve previous : Date (n-1) - DATETIME
11683 0x2DA3 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11684 0x2DA4 2 Load curve previous : P+ (n-1) W U32
11686 0x2DA6 2 Load curve previous : P- (n-1) W U32
11688 0x2DA8 2 Load curve previous : Q+ (n-1) var U32
11690 0x2DAA 2 Load curve previous : Q- (n-1) var U32
11692 0x2DAC 2 Load curve previous : S (n-1) VA U32
11694 0x2DAE 2 Load curve previous : Date (n-2) - DATETIME
11696 0x2DB0 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11697 0x2DB1 2 Load curve previous : P+ (n-2) W U32
11699 0x2DB3 2 Load curve previous : P- (n-2) W U32
11701 0x2DB5 2 Load curve previous : Q+ (n-2) var U32
11703 0x2DB7 2 Load curve previous : Q- (n-2) var U32
11705 0x2DB9 2 Load curve previous : S (n-2) VA U32
11707 0x2DBB 2 Load curve previous : Date (n-3) - DATETIME
11709 0x2DBD 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11710 0x2DBE 2 Load curve previous : P+ (n-3) W U32
11712 0x2DC0 2 Load curve previous : P- (n-3) W U32
11714 0x2DC2 2 Load curve previous : Q+ (n-3) var U32
11716 0x2DC4 2 Load curve previous : Q- (n-3) var U32
11718 0x2DC6 2 Load curve previous : S (n-3) VA U32
11720 0x2DC8 2 Load curve previous : Date (n-4) - DATETIME
11722 0x2DCA 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11723 0x2DCB 2 Load curve previous : P+ (n-4) W U32
11725 0x2DCD 2 Load curve previous : P- (n-4) W U32
11727 0x2DCF 2 Load curve previous : Q+ (n-4) var U32
11729 0x2DD1 2 Load curve previous : Q- (n-4) var U32
11731 0x2DD3 2 Load curve previous : S (n-4) VA U32
11733 0x2DD5 2 Load curve previous : Date (n-5) - DATETIME
11735 0x2DD7 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11736 0x2DD8 2 Load curve previous : P+ (n-5) W U32
11738 0x2DDA 2 Load curve previous : P- (n-5) W U32
11740 0x2DDC 2 Load curve previous : Q+ (n-5) var U32
11742 0x2DDE 2 Load curve previous : Q- (n-5) var U32
11744 0x2DE0 2 Load curve previous : S (n-5) VA U32
11746 0x2DE2 2 Predictive positive active Power : pP+ W U32
11748 0x2DE4 2 Predictive negative active Power : pP- W U32
11750 0x2DE6 2 Predictive positive reactive Power : pQ+ var U32
11752 0x2DE8 2 Predictive negative reactive Power : pQ- var U32
11754 0x2DEA 2 Predictive apparent Power : pS VA U32
11756 0x2DEC 2 Predictive power countdown s U32

Energy meters historical #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
11758 0x2DEE Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
11758 0x2DEE 1 Load status :
0 : Disabled
1 : Enabled		 - U8
11759 0x2DEF 2 Load curve previous : Date (n-1) - DATETIME
11761 0x2DF1 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11762 0x2DF2 2 Load curve previous : P+ (n-1) W U32
11764 0x2DF4 2 Load curve previous : P- (n-1) W U32
11766 0x2DF6 2 Load curve previous : Q+ (n-1) var U32
11768 0x2DF8 2 Load curve previous : Q- (n-1) var U32
11770 0x2DFA 2 Load curve previous : S (n-1) VA U32
11772 0x2DFC 2 Load curve previous : Date (n-2) - DATETIME
11774 0x2DFE 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11775 0x2DFF 2 Load curve previous : P+ (n-2) W U32
11777 0x2E01 2 Load curve previous : P- (n-2) W U32
11779 0x2E03 2 Load curve previous : Q+ (n-2) var U32
11781 0x2E05 2 Load curve previous : Q- (n-2) var U32
11783 0x2E07 2 Load curve previous : S (n-2) VA U32
11785 0x2E09 2 Load curve previous : Date (n-3) - DATETIME
11787 0x2E0B 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11788 0x2E0C 2 Load curve previous : P+ (n-3) W U32
11790 0x2E0E 2 Load curve previous : P- (n-3) W U32
11792 0x2E10 2 Load curve previous : Q+ (n-3) var U32
11794 0x2E12 2 Load curve previous : Q- (n-3) var U32
11796 0x2E14 2 Load curve previous : S (n-3) VA U32
11798 0x2E16 2 Load curve previous : Date (n-4) - DATETIME
11800 0x2E18 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11801 0x2E19 2 Load curve previous : P+ (n-4) W U32
11803 0x2E1B 2 Load curve previous : P- (n-4) W U32
11805 0x2E1D 2 Load curve previous : Q+ (n-4) var U32
11807 0x2E1F 2 Load curve previous : Q- (n-4) var U32
11809 0x2E21 2 Load curve previous : S (n-4) VA U32
11811 0x2E23 2 Load curve previous : Date (n-5) - DATETIME
11813 0x2E25 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11814 0x2E26 2 Load curve previous : P+ (n-5) W U32
11816 0x2E28 2 Load curve previous : P- (n-5) W U32
11818 0x2E2A 2 Load curve previous : Q+ (n-5) var U32
11820 0x2E2C 2 Load curve previous : Q- (n-5) var U32
11822 0x2E2E 2 Load curve previous : S (n-5) VA U32
11824 0x2E30 2 Predictive positive active Power : pP+ W U32
11826 0x2E32 2 Predictive negative active Power : pP- W U32
11828 0x2E34 2 Predictive positive reactive Power : pQ+ var U32
11830 0x2E36 2 Predictive negative reactive Power : pQ- var U32
11832 0x2E38 2 Predictive apparent Power : pS VA U32
11834 0x2E3A 2 Predictive power countdown s U32

Energy meters historical #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
11836 0x2E3C Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
11836 0x2E3C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
11837 0x2E3D 2 Load curve previous : Date (n-1) - DATETIME
11839 0x2E3F 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11840 0x2E40 2 Load curve previous : P+ (n-1) W U32
11842 0x2E42 2 Load curve previous : P- (n-1) W U32
11844 0x2E44 2 Load curve previous : Q+ (n-1) var U32
11846 0x2E46 2 Load curve previous : Q- (n-1) var U32
11848 0x2E48 2 Load curve previous : S (n-1) VA U32
11850 0x2E4A 2 Load curve previous : Date (n-2) - DATETIME
11852 0x2E4C 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11853 0x2E4D 2 Load curve previous : P+ (n-2) W U32
11855 0x2E4F 2 Load curve previous : P- (n-2) W U32
11857 0x2E51 2 Load curve previous : Q+ (n-2) var U32
11859 0x2E53 2 Load curve previous : Q- (n-2) var U32
11861 0x2E55 2 Load curve previous : S (n-2) VA U32
11863 0x2E57 2 Load curve previous : Date (n-3) - DATETIME
11865 0x2E59 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11866 0x2E5A 2 Load curve previous : P+ (n-3) W U32
11868 0x2E5C 2 Load curve previous : P- (n-3) W U32
11870 0x2E5E 2 Load curve previous : Q+ (n-3) var U32
11872 0x2E60 2 Load curve previous : Q- (n-3) var U32
11874 0x2E62 2 Load curve previous : S (n-3) VA U32
11876 0x2E64 2 Load curve previous : Date (n-4) - DATETIME
11878 0x2E66 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11879 0x2E67 2 Load curve previous : P+ (n-4) W U32
11881 0x2E69 2 Load curve previous : P- (n-4) W U32
11883 0x2E6B 2 Load curve previous : Q+ (n-4) var U32
11885 0x2E6D 2 Load curve previous : Q- (n-4) var U32
11887 0x2E6F 2 Load curve previous : S (n-4) VA U32
11889 0x2E71 2 Load curve previous : Date (n-5) - DATETIME
11891 0x2E73 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11892 0x2E74 2 Load curve previous : P+ (n-5) W U32
11894 0x2E76 2 Load curve previous : P- (n-5) W U32
11896 0x2E78 2 Load curve previous : Q+ (n-5) var U32
11898 0x2E7A 2 Load curve previous : Q- (n-5) var U32
11900 0x2E7C 2 Load curve previous : S (n-5) VA U32
11902 0x2E7E 2 Predictive positive active Power : pP+ W U32
11904 0x2E80 2 Predictive negative active Power : pP- W U32
11906 0x2E82 2 Predictive positive reactive Power : pQ+ var U32
11908 0x2E84 2 Predictive negative reactive Power : pQ- var U32
11910 0x2E86 2 Predictive apparent Power : pS VA U32
11912 0x2E88 2 Predictive power countdown s U32

Energy meters historical #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
11914 0x2E8A Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
11914 0x2E8A 1 Load status :
0 : Disabled
1 : Enabled		 - U8
11915 0x2E8B 2 Load curve previous : Date (n-1) - DATETIME
11917 0x2E8D 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11918 0x2E8E 2 Load curve previous : P+ (n-1) W U32
11920 0x2E90 2 Load curve previous : P- (n-1) W U32
11922 0x2E92 2 Load curve previous : Q+ (n-1) var U32
11924 0x2E94 2 Load curve previous : Q- (n-1) var U32
11926 0x2E96 2 Load curve previous : S (n-1) VA U32
11928 0x2E98 2 Load curve previous : Date (n-2) - DATETIME
11930 0x2E9A 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11931 0x2E9B 2 Load curve previous : P+ (n-2) W U32
11933 0x2E9D 2 Load curve previous : P- (n-2) W U32
11935 0x2E9F 2 Load curve previous : Q+ (n-2) var U32
11937 0x2EA1 2 Load curve previous : Q- (n-2) var U32
11939 0x2EA3 2 Load curve previous : S (n-2) VA U32
11941 0x2EA5 2 Load curve previous : Date (n-3) - DATETIME
11943 0x2EA7 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11944 0x2EA8 2 Load curve previous : P+ (n-3) W U32
11946 0x2EAA 2 Load curve previous : P- (n-3) W U32
11948 0x2EAC 2 Load curve previous : Q+ (n-3) var U32
11950 0x2EAE 2 Load curve previous : Q- (n-3) var U32
11952 0x2EB0 2 Load curve previous : S (n-3) VA U32
11954 0x2EB2 2 Load curve previous : Date (n-4) - DATETIME
11956 0x2EB4 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11957 0x2EB5 2 Load curve previous : P+ (n-4) W U32
11959 0x2EB7 2 Load curve previous : P- (n-4) W U32
11961 0x2EB9 2 Load curve previous : Q+ (n-4) var U32
11963 0x2EBB 2 Load curve previous : Q- (n-4) var U32
11965 0x2EBD 2 Load curve previous : S (n-4) VA U32
11967 0x2EBF 2 Load curve previous : Date (n-5) - DATETIME
11969 0x2EC1 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11970 0x2EC2 2 Load curve previous : P+ (n-5) W U32
11972 0x2EC4 2 Load curve previous : P- (n-5) W U32
11974 0x2EC6 2 Load curve previous : Q+ (n-5) var U32
11976 0x2EC8 2 Load curve previous : Q- (n-5) var U32
11978 0x2ECA 2 Load curve previous : S (n-5) VA U32
11980 0x2ECC 2 Predictive positive active Power : pP+ W U32
11982 0x2ECE 2 Predictive negative active Power : pP- W U32
11984 0x2ED0 2 Predictive positive reactive Power : pQ+ var U32
11986 0x2ED2 2 Predictive negative reactive Power : pQ- var U32
11988 0x2ED4 2 Predictive apparent Power : pS VA U32
11990 0x2ED6 2 Predictive power countdown s U32

Energy meters historical #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
11992 0x2ED8 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
11992 0x2ED8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
11993 0x2ED9 2 Load curve previous : Date (n-1) - DATETIME
11995 0x2EDB 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
11996 0x2EDC 2 Load curve previous : P+ (n-1) W U32
11998 0x2EDE 2 Load curve previous : P- (n-1) W U32
12000 0x2EE0 2 Load curve previous : Q+ (n-1) var U32
12002 0x2EE2 2 Load curve previous : Q- (n-1) var U32
12004 0x2EE4 2 Load curve previous : S (n-1) VA U32
12006 0x2EE6 2 Load curve previous : Date (n-2) - DATETIME
12008 0x2EE8 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12009 0x2EE9 2 Load curve previous : P+ (n-2) W U32
12011 0x2EEB 2 Load curve previous : P- (n-2) W U32
12013 0x2EED 2 Load curve previous : Q+ (n-2) var U32
12015 0x2EEF 2 Load curve previous : Q- (n-2) var U32
12017 0x2EF1 2 Load curve previous : S (n-2) VA U32
12019 0x2EF3 2 Load curve previous : Date (n-3) - DATETIME
12021 0x2EF5 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12022 0x2EF6 2 Load curve previous : P+ (n-3) W U32
12024 0x2EF8 2 Load curve previous : P- (n-3) W U32
12026 0x2EFA 2 Load curve previous : Q+ (n-3) var U32
12028 0x2EFC 2 Load curve previous : Q- (n-3) var U32
12030 0x2EFE 2 Load curve previous : S (n-3) VA U32
12032 0x2F00 2 Load curve previous : Date (n-4) - DATETIME
12034 0x2F02 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12035 0x2F03 2 Load curve previous : P+ (n-4) W U32
12037 0x2F05 2 Load curve previous : P- (n-4) W U32
12039 0x2F07 2 Load curve previous : Q+ (n-4) var U32
12041 0x2F09 2 Load curve previous : Q- (n-4) var U32
12043 0x2F0B 2 Load curve previous : S (n-4) VA U32
12045 0x2F0D 2 Load curve previous : Date (n-5) - DATETIME
12047 0x2F0F 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12048 0x2F10 2 Load curve previous : P+ (n-5) W U32
12050 0x2F12 2 Load curve previous : P- (n-5) W U32
12052 0x2F14 2 Load curve previous : Q+ (n-5) var U32
12054 0x2F16 2 Load curve previous : Q- (n-5) var U32
12056 0x2F18 2 Load curve previous : S (n-5) VA U32
12058 0x2F1A 2 Predictive positive active Power : pP+ W U32
12060 0x2F1C 2 Predictive negative active Power : pP- W U32
12062 0x2F1E 2 Predictive positive reactive Power : pQ+ var U32
12064 0x2F20 2 Predictive negative reactive Power : pQ- var U32
12066 0x2F22 2 Predictive apparent Power : pS VA U32
12068 0x2F24 2 Predictive power countdown s U32

Energy meters historical #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12070 0x2F26 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12070 0x2F26 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12071 0x2F27 2 Load curve previous : Date (n-1) - DATETIME
12073 0x2F29 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12074 0x2F2A 2 Load curve previous : P+ (n-1) W U32
12076 0x2F2C 2 Load curve previous : P- (n-1) W U32
12078 0x2F2E 2 Load curve previous : Q+ (n-1) var U32
12080 0x2F30 2 Load curve previous : Q- (n-1) var U32
12082 0x2F32 2 Load curve previous : S (n-1) VA U32
12084 0x2F34 2 Load curve previous : Date (n-2) - DATETIME
12086 0x2F36 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12087 0x2F37 2 Load curve previous : P+ (n-2) W U32
12089 0x2F39 2 Load curve previous : P- (n-2) W U32
12091 0x2F3B 2 Load curve previous : Q+ (n-2) var U32
12093 0x2F3D 2 Load curve previous : Q- (n-2) var U32
12095 0x2F3F 2 Load curve previous : S (n-2) VA U32
12097 0x2F41 2 Load curve previous : Date (n-3) - DATETIME
12099 0x2F43 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12100 0x2F44 2 Load curve previous : P+ (n-3) W U32
12102 0x2F46 2 Load curve previous : P- (n-3) W U32
12104 0x2F48 2 Load curve previous : Q+ (n-3) var U32
12106 0x2F4A 2 Load curve previous : Q- (n-3) var U32
12108 0x2F4C 2 Load curve previous : S (n-3) VA U32
12110 0x2F4E 2 Load curve previous : Date (n-4) - DATETIME
12112 0x2F50 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12113 0x2F51 2 Load curve previous : P+ (n-4) W U32
12115 0x2F53 2 Load curve previous : P- (n-4) W U32
12117 0x2F55 2 Load curve previous : Q+ (n-4) var U32
12119 0x2F57 2 Load curve previous : Q- (n-4) var U32
12121 0x2F59 2 Load curve previous : S (n-4) VA U32
12123 0x2F5B 2 Load curve previous : Date (n-5) - DATETIME
12125 0x2F5D 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12126 0x2F5E 2 Load curve previous : P+ (n-5) W U32
12128 0x2F60 2 Load curve previous : P- (n-5) W U32
12130 0x2F62 2 Load curve previous : Q+ (n-5) var U32
12132 0x2F64 2 Load curve previous : Q- (n-5) var U32
12134 0x2F66 2 Load curve previous : S (n-5) VA U32
12136 0x2F68 2 Predictive positive active Power : pP+ W U32
12138 0x2F6A 2 Predictive negative active Power : pP- W U32
12140 0x2F6C 2 Predictive positive reactive Power : pQ+ var U32
12142 0x2F6E 2 Predictive negative reactive Power : pQ- var U32
12144 0x2F70 2 Predictive apparent Power : pS VA U32
12146 0x2F72 2 Predictive power countdown s U32

Energy meters historical #7
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12148 0x2F74 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12148 0x2F74 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12149 0x2F75 2 Load curve previous : Date (n-1) - DATETIME
12151 0x2F77 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12152 0x2F78 2 Load curve previous : P+ (n-1) W U32
12154 0x2F7A 2 Load curve previous : P- (n-1) W U32
12156 0x2F7C 2 Load curve previous : Q+ (n-1) var U32
12158 0x2F7E 2 Load curve previous : Q- (n-1) var U32
12160 0x2F80 2 Load curve previous : S (n-1) VA U32
12162 0x2F82 2 Load curve previous : Date (n-2) - DATETIME
12164 0x2F84 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12165 0x2F85 2 Load curve previous : P+ (n-2) W U32
12167 0x2F87 2 Load curve previous : P- (n-2) W U32
12169 0x2F89 2 Load curve previous : Q+ (n-2) var U32
12171 0x2F8B 2 Load curve previous : Q- (n-2) var U32
12173 0x2F8D 2 Load curve previous : S (n-2) VA U32
12175 0x2F8F 2 Load curve previous : Date (n-3) - DATETIME
12177 0x2F91 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12178 0x2F92 2 Load curve previous : P+ (n-3) W U32
12180 0x2F94 2 Load curve previous : P- (n-3) W U32
12182 0x2F96 2 Load curve previous : Q+ (n-3) var U32
12184 0x2F98 2 Load curve previous : Q- (n-3) var U32
12186 0x2F9A 2 Load curve previous : S (n-3) VA U32
12188 0x2F9C 2 Load curve previous : Date (n-4) - DATETIME
12190 0x2F9E 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12191 0x2F9F 2 Load curve previous : P+ (n-4) W U32
12193 0x2FA1 2 Load curve previous : P- (n-4) W U32
12195 0x2FA3 2 Load curve previous : Q+ (n-4) var U32
12197 0x2FA5 2 Load curve previous : Q- (n-4) var U32
12199 0x2FA7 2 Load curve previous : S (n-4) VA U32
12201 0x2FA9 2 Load curve previous : Date (n-5) - DATETIME
12203 0x2FAB 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12204 0x2FAC 2 Load curve previous : P+ (n-5) W U32
12206 0x2FAE 2 Load curve previous : P- (n-5) W U32
12208 0x2FB0 2 Load curve previous : Q+ (n-5) var U32
12210 0x2FB2 2 Load curve previous : Q- (n-5) var U32
12212 0x2FB4 2 Load curve previous : S (n-5) VA U32
12214 0x2FB6 2 Predictive positive active Power : pP+ W U32
12216 0x2FB8 2 Predictive negative active Power : pP- W U32
12218 0x2FBA 2 Predictive positive reactive Power : pQ+ var U32
12220 0x2FBC 2 Predictive negative reactive Power : pQ- var U32
12222 0x2FBE 2 Predictive apparent Power : pS VA U32
12224 0x2FC0 2 Predictive power countdown s U32

Energy meters historical #8
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12226 0x2FC2 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12226 0x2FC2 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12227 0x2FC3 2 Load curve previous : Date (n-1) - DATETIME
12229 0x2FC5 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12230 0x2FC6 2 Load curve previous : P+ (n-1) W U32
12232 0x2FC8 2 Load curve previous : P- (n-1) W U32
12234 0x2FCA 2 Load curve previous : Q+ (n-1) var U32
12236 0x2FCC 2 Load curve previous : Q- (n-1) var U32
12238 0x2FCE 2 Load curve previous : S (n-1) VA U32
12240 0x2FD0 2 Load curve previous : Date (n-2) - DATETIME
12242 0x2FD2 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12243 0x2FD3 2 Load curve previous : P+ (n-2) W U32
12245 0x2FD5 2 Load curve previous : P- (n-2) W U32
12247 0x2FD7 2 Load curve previous : Q+ (n-2) var U32
12249 0x2FD9 2 Load curve previous : Q- (n-2) var U32
12251 0x2FDB 2 Load curve previous : S (n-2) VA U32
12253 0x2FDD 2 Load curve previous : Date (n-3) - DATETIME
12255 0x2FDF 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12256 0x2FE0 2 Load curve previous : P+ (n-3) W U32
12258 0x2FE2 2 Load curve previous : P- (n-3) W U32
12260 0x2FE4 2 Load curve previous : Q+ (n-3) var U32
12262 0x2FE6 2 Load curve previous : Q- (n-3) var U32
12264 0x2FE8 2 Load curve previous : S (n-3) VA U32
12266 0x2FEA 2 Load curve previous : Date (n-4) - DATETIME
12268 0x2FEC 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12269 0x2FED 2 Load curve previous : P+ (n-4) W U32
12271 0x2FEF 2 Load curve previous : P- (n-4) W U32
12273 0x2FF1 2 Load curve previous : Q+ (n-4) var U32
12275 0x2FF3 2 Load curve previous : Q- (n-4) var U32
12277 0x2FF5 2 Load curve previous : S (n-4) VA U32
12279 0x2FF7 2 Load curve previous : Date (n-5) - DATETIME
12281 0x2FF9 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12282 0x2FFA 2 Load curve previous : P+ (n-5) W U32
12284 0x2FFC 2 Load curve previous : P- (n-5) W U32
12286 0x2FFE 2 Load curve previous : Q+ (n-5) var U32
12288 0x3000 2 Load curve previous : Q- (n-5) var U32
12290 0x3002 2 Load curve previous : S (n-5) VA U32
12292 0x3004 2 Predictive positive active Power : pP+ W U32
12294 0x3006 2 Predictive negative active Power : pP- W U32
12296 0x3008 2 Predictive positive reactive Power : pQ+ var U32
12298 0x300A 2 Predictive negative reactive Power : pQ- var U32
12300 0x300C 2 Predictive apparent Power : pS VA U32
12302 0x300E 2 Predictive power countdown s U32

Energy meters historical #9
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12304 0x3010 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12304 0x3010 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12305 0x3011 2 Load curve previous : Date (n-1) - DATETIME
12307 0x3013 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12308 0x3014 2 Load curve previous : P+ (n-1) W U32
12310 0x3016 2 Load curve previous : P- (n-1) W U32
12312 0x3018 2 Load curve previous : Q+ (n-1) var U32
12314 0x301A 2 Load curve previous : Q- (n-1) var U32
12316 0x301C 2 Load curve previous : S (n-1) VA U32
12318 0x301E 2 Load curve previous : Date (n-2) - DATETIME
12320 0x3020 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12321 0x3021 2 Load curve previous : P+ (n-2) W U32
12323 0x3023 2 Load curve previous : P- (n-2) W U32
12325 0x3025 2 Load curve previous : Q+ (n-2) var U32
12327 0x3027 2 Load curve previous : Q- (n-2) var U32
12329 0x3029 2 Load curve previous : S (n-2) VA U32
12331 0x302B 2 Load curve previous : Date (n-3) - DATETIME
12333 0x302D 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12334 0x302E 2 Load curve previous : P+ (n-3) W U32
12336 0x3030 2 Load curve previous : P- (n-3) W U32
12338 0x3032 2 Load curve previous : Q+ (n-3) var U32
12340 0x3034 2 Load curve previous : Q- (n-3) var U32
12342 0x3036 2 Load curve previous : S (n-3) VA U32
12344 0x3038 2 Load curve previous : Date (n-4) - DATETIME
12346 0x303A 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12347 0x303B 2 Load curve previous : P+ (n-4) W U32
12349 0x303D 2 Load curve previous : P- (n-4) W U32
12351 0x303F 2 Load curve previous : Q+ (n-4) var U32
12353 0x3041 2 Load curve previous : Q- (n-4) var U32
12355 0x3043 2 Load curve previous : S (n-4) VA U32
12357 0x3045 2 Load curve previous : Date (n-5) - DATETIME
12359 0x3047 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12360 0x3048 2 Load curve previous : P+ (n-5) W U32
12362 0x304A 2 Load curve previous : P- (n-5) W U32
12364 0x304C 2 Load curve previous : Q+ (n-5) var U32
12366 0x304E 2 Load curve previous : Q- (n-5) var U32
12368 0x3050 2 Load curve previous : S (n-5) VA U32
12370 0x3052 2 Predictive positive active Power : pP+ W U32
12372 0x3054 2 Predictive negative active Power : pP- W U32
12374 0x3056 2 Predictive positive reactive Power : pQ+ var U32
12376 0x3058 2 Predictive negative reactive Power : pQ- var U32
12378 0x305A 2 Predictive apparent Power : pS VA U32
12380 0x305C 2 Predictive power countdown s U32

Energy meters historical #10
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12382 0x305E Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12382 0x305E 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12383 0x305F 2 Load curve previous : Date (n-1) - DATETIME
12385 0x3061 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12386 0x3062 2 Load curve previous : P+ (n-1) W U32
12388 0x3064 2 Load curve previous : P- (n-1) W U32
12390 0x3066 2 Load curve previous : Q+ (n-1) var U32
12392 0x3068 2 Load curve previous : Q- (n-1) var U32
12394 0x306A 2 Load curve previous : S (n-1) VA U32
12396 0x306C 2 Load curve previous : Date (n-2) - DATETIME
12398 0x306E 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12399 0x306F 2 Load curve previous : P+ (n-2) W U32
12401 0x3071 2 Load curve previous : P- (n-2) W U32
12403 0x3073 2 Load curve previous : Q+ (n-2) var U32
12405 0x3075 2 Load curve previous : Q- (n-2) var U32
12407 0x3077 2 Load curve previous : S (n-2) VA U32
12409 0x3079 2 Load curve previous : Date (n-3) - DATETIME
12411 0x307B 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12412 0x307C 2 Load curve previous : P+ (n-3) W U32
12414 0x307E 2 Load curve previous : P- (n-3) W U32
12416 0x3080 2 Load curve previous : Q+ (n-3) var U32
12418 0x3082 2 Load curve previous : Q- (n-3) var U32
12420 0x3084 2 Load curve previous : S (n-3) VA U32
12422 0x3086 2 Load curve previous : Date (n-4) - DATETIME
12424 0x3088 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12425 0x3089 2 Load curve previous : P+ (n-4) W U32
12427 0x308B 2 Load curve previous : P- (n-4) W U32
12429 0x308D 2 Load curve previous : Q+ (n-4) var U32
12431 0x308F 2 Load curve previous : Q- (n-4) var U32
12433 0x3091 2 Load curve previous : S (n-4) VA U32
12435 0x3093 2 Load curve previous : Date (n-5) - DATETIME
12437 0x3095 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12438 0x3096 2 Load curve previous : P+ (n-5) W U32
12440 0x3098 2 Load curve previous : P- (n-5) W U32
12442 0x309A 2 Load curve previous : Q+ (n-5) var U32
12444 0x309C 2 Load curve previous : Q- (n-5) var U32
12446 0x309E 2 Load curve previous : S (n-5) VA U32
12448 0x30A0 2 Predictive positive active Power : pP+ W U32
12450 0x30A2 2 Predictive negative active Power : pP- W U32
12452 0x30A4 2 Predictive positive reactive Power : pQ+ var U32
12454 0x30A6 2 Predictive negative reactive Power : pQ- var U32
12456 0x30A8 2 Predictive apparent Power : pS VA U32
12458 0x30AA 2 Predictive power countdown s U32

Energy meters historical #11
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12460 0x30AC Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12460 0x30AC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12461 0x30AD 2 Load curve previous : Date (n-1) - DATETIME
12463 0x30AF 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12464 0x30B0 2 Load curve previous : P+ (n-1) W U32
12466 0x30B2 2 Load curve previous : P- (n-1) W U32
12468 0x30B4 2 Load curve previous : Q+ (n-1) var U32
12470 0x30B6 2 Load curve previous : Q- (n-1) var U32
12472 0x30B8 2 Load curve previous : S (n-1) VA U32
12474 0x30BA 2 Load curve previous : Date (n-2) - DATETIME
12476 0x30BC 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12477 0x30BD 2 Load curve previous : P+ (n-2) W U32
12479 0x30BF 2 Load curve previous : P- (n-2) W U32
12481 0x30C1 2 Load curve previous : Q+ (n-2) var U32
12483 0x30C3 2 Load curve previous : Q- (n-2) var U32
12485 0x30C5 2 Load curve previous : S (n-2) VA U32
12487 0x30C7 2 Load curve previous : Date (n-3) - DATETIME
12489 0x30C9 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12490 0x30CA 2 Load curve previous : P+ (n-3) W U32
12492 0x30CC 2 Load curve previous : P- (n-3) W U32
12494 0x30CE 2 Load curve previous : Q+ (n-3) var U32
12496 0x30D0 2 Load curve previous : Q- (n-3) var U32
12498 0x30D2 2 Load curve previous : S (n-3) VA U32
12500 0x30D4 2 Load curve previous : Date (n-4) - DATETIME
12502 0x30D6 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12503 0x30D7 2 Load curve previous : P+ (n-4) W U32
12505 0x30D9 2 Load curve previous : P- (n-4) W U32
12507 0x30DB 2 Load curve previous : Q+ (n-4) var U32
12509 0x30DD 2 Load curve previous : Q- (n-4) var U32
12511 0x30DF 2 Load curve previous : S (n-4) VA U32
12513 0x30E1 2 Load curve previous : Date (n-5) - DATETIME
12515 0x30E3 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12516 0x30E4 2 Load curve previous : P+ (n-5) W U32
12518 0x30E6 2 Load curve previous : P- (n-5) W U32
12520 0x30E8 2 Load curve previous : Q+ (n-5) var U32
12522 0x30EA 2 Load curve previous : Q- (n-5) var U32
12524 0x30EC 2 Load curve previous : S (n-5) VA U32
12526 0x30EE 2 Predictive positive active Power : pP+ W U32
12528 0x30F0 2 Predictive negative active Power : pP- W U32
12530 0x30F2 2 Predictive positive reactive Power : pQ+ var U32
12532 0x30F4 2 Predictive negative reactive Power : pQ- var U32
12534 0x30F6 2 Predictive apparent Power : pS VA U32
12536 0x30F8 2 Predictive power countdown s U32

Energy meters historical #12
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12538 0x30FA Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12538 0x30FA 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12539 0x30FB 2 Load curve previous : Date (n-1) - DATETIME
12541 0x30FD 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12542 0x30FE 2 Load curve previous : P+ (n-1) W U32
12544 0x3100 2 Load curve previous : P- (n-1) W U32
12546 0x3102 2 Load curve previous : Q+ (n-1) var U32
12548 0x3104 2 Load curve previous : Q- (n-1) var U32
12550 0x3106 2 Load curve previous : S (n-1) VA U32
12552 0x3108 2 Load curve previous : Date (n-2) - DATETIME
12554 0x310A 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12555 0x310B 2 Load curve previous : P+ (n-2) W U32
12557 0x310D 2 Load curve previous : P- (n-2) W U32
12559 0x310F 2 Load curve previous : Q+ (n-2) var U32
12561 0x3111 2 Load curve previous : Q- (n-2) var U32
12563 0x3113 2 Load curve previous : S (n-2) VA U32
12565 0x3115 2 Load curve previous : Date (n-3) - DATETIME
12567 0x3117 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12568 0x3118 2 Load curve previous : P+ (n-3) W U32
12570 0x311A 2 Load curve previous : P- (n-3) W U32
12572 0x311C 2 Load curve previous : Q+ (n-3) var U32
12574 0x311E 2 Load curve previous : Q- (n-3) var U32
12576 0x3120 2 Load curve previous : S (n-3) VA U32
12578 0x3122 2 Load curve previous : Date (n-4) - DATETIME
12580 0x3124 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12581 0x3125 2 Load curve previous : P+ (n-4) W U32
12583 0x3127 2 Load curve previous : P- (n-4) W U32
12585 0x3129 2 Load curve previous : Q+ (n-4) var U32
12587 0x312B 2 Load curve previous : Q- (n-4) var U32
12589 0x312D 2 Load curve previous : S (n-4) VA U32
12591 0x312F 2 Load curve previous : Date (n-5) - DATETIME
12593 0x3131 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12594 0x3132 2 Load curve previous : P+ (n-5) W U32
12596 0x3134 2 Load curve previous : P- (n-5) W U32
12598 0x3136 2 Load curve previous : Q+ (n-5) var U32
12600 0x3138 2 Load curve previous : Q- (n-5) var U32
12602 0x313A 2 Load curve previous : S (n-5) VA U32
12604 0x313C 2 Predictive positive active Power : pP+ W U32
12606 0x313E 2 Predictive negative active Power : pP- W U32
12608 0x3140 2 Predictive positive reactive Power : pQ+ var U32
12610 0x3142 2 Predictive negative reactive Power : pQ- var U32
12612 0x3144 2 Predictive apparent Power : pS VA U32
12614 0x3146 2 Predictive power countdown s U32

Energy meters historical #13
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12616 0x3148 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12616 0x3148 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12617 0x3149 2 Load curve previous : Date (n-1) - DATETIME
12619 0x314B 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12620 0x314C 2 Load curve previous : P+ (n-1) W U32
12622 0x314E 2 Load curve previous : P- (n-1) W U32
12624 0x3150 2 Load curve previous : Q+ (n-1) var U32
12626 0x3152 2 Load curve previous : Q- (n-1) var U32
12628 0x3154 2 Load curve previous : S (n-1) VA U32
12630 0x3156 2 Load curve previous : Date (n-2) - DATETIME
12632 0x3158 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12633 0x3159 2 Load curve previous : P+ (n-2) W U32
12635 0x315B 2 Load curve previous : P- (n-2) W U32
12637 0x315D 2 Load curve previous : Q+ (n-2) var U32
12639 0x315F 2 Load curve previous : Q- (n-2) var U32
12641 0x3161 2 Load curve previous : S (n-2) VA U32
12643 0x3163 2 Load curve previous : Date (n-3) - DATETIME
12645 0x3165 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12646 0x3166 2 Load curve previous : P+ (n-3) W U32
12648 0x3168 2 Load curve previous : P- (n-3) W U32
12650 0x316A 2 Load curve previous : Q+ (n-3) var U32
12652 0x316C 2 Load curve previous : Q- (n-3) var U32
12654 0x316E 2 Load curve previous : S (n-3) VA U32
12656 0x3170 2 Load curve previous : Date (n-4) - DATETIME
12658 0x3172 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12659 0x3173 2 Load curve previous : P+ (n-4) W U32
12661 0x3175 2 Load curve previous : P- (n-4) W U32
12663 0x3177 2 Load curve previous : Q+ (n-4) var U32
12665 0x3179 2 Load curve previous : Q- (n-4) var U32
12667 0x317B 2 Load curve previous : S (n-4) VA U32
12669 0x317D 2 Load curve previous : Date (n-5) - DATETIME
12671 0x317F 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12672 0x3180 2 Load curve previous : P+ (n-5) W U32
12674 0x3182 2 Load curve previous : P- (n-5) W U32
12676 0x3184 2 Load curve previous : Q+ (n-5) var U32
12678 0x3186 2 Load curve previous : Q- (n-5) var U32
12680 0x3188 2 Load curve previous : S (n-5) VA U32
12682 0x318A 2 Predictive positive active Power : pP+ W U32
12684 0x318C 2 Predictive negative active Power : pP- W U32
12686 0x318E 2 Predictive positive reactive Power : pQ+ var U32
12688 0x3190 2 Predictive negative reactive Power : pQ- var U32
12690 0x3192 2 Predictive apparent Power : pS VA U32
12692 0x3194 2 Predictive power countdown s U32

Energy meters historical #14
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12694 0x3196 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12694 0x3196 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12695 0x3197 2 Load curve previous : Date (n-1) - DATETIME
12697 0x3199 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12698 0x319A 2 Load curve previous : P+ (n-1) W U32
12700 0x319C 2 Load curve previous : P- (n-1) W U32
12702 0x319E 2 Load curve previous : Q+ (n-1) var U32
12704 0x31A0 2 Load curve previous : Q- (n-1) var U32
12706 0x31A2 2 Load curve previous : S (n-1) VA U32
12708 0x31A4 2 Load curve previous : Date (n-2) - DATETIME
12710 0x31A6 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12711 0x31A7 2 Load curve previous : P+ (n-2) W U32
12713 0x31A9 2 Load curve previous : P- (n-2) W U32
12715 0x31AB 2 Load curve previous : Q+ (n-2) var U32
12717 0x31AD 2 Load curve previous : Q- (n-2) var U32
12719 0x31AF 2 Load curve previous : S (n-2) VA U32
12721 0x31B1 2 Load curve previous : Date (n-3) - DATETIME
12723 0x31B3 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12724 0x31B4 2 Load curve previous : P+ (n-3) W U32
12726 0x31B6 2 Load curve previous : P- (n-3) W U32
12728 0x31B8 2 Load curve previous : Q+ (n-3) var U32
12730 0x31BA 2 Load curve previous : Q- (n-3) var U32
12732 0x31BC 2 Load curve previous : S (n-3) VA U32
12734 0x31BE 2 Load curve previous : Date (n-4) - DATETIME
12736 0x31C0 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12737 0x31C1 2 Load curve previous : P+ (n-4) W U32
12739 0x31C3 2 Load curve previous : P- (n-4) W U32
12741 0x31C5 2 Load curve previous : Q+ (n-4) var U32
12743 0x31C7 2 Load curve previous : Q- (n-4) var U32
12745 0x31C9 2 Load curve previous : S (n-4) VA U32
12747 0x31CB 2 Load curve previous : Date (n-5) - DATETIME
12749 0x31CD 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12750 0x31CE 2 Load curve previous : P+ (n-5) W U32
12752 0x31D0 2 Load curve previous : P- (n-5) W U32
12754 0x31D2 2 Load curve previous : Q+ (n-5) var U32
12756 0x31D4 2 Load curve previous : Q- (n-5) var U32
12758 0x31D6 2 Load curve previous : S (n-5) VA U32
12760 0x31D8 2 Predictive positive active Power : pP+ W U32
12762 0x31DA 2 Predictive negative active Power : pP- W U32
12764 0x31DC 2 Predictive positive reactive Power : pQ+ var U32
12766 0x31DE 2 Predictive negative reactive Power : pQ- var U32
12768 0x31E0 2 Predictive apparent Power : pS VA U32
12770 0x31E2 2 Predictive power countdown s U32

Energy meters historical #15
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12772 0x31E4 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12772 0x31E4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12773 0x31E5 2 Load curve previous : Date (n-1) - DATETIME
12775 0x31E7 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12776 0x31E8 2 Load curve previous : P+ (n-1) W U32
12778 0x31EA 2 Load curve previous : P- (n-1) W U32
12780 0x31EC 2 Load curve previous : Q+ (n-1) var U32
12782 0x31EE 2 Load curve previous : Q- (n-1) var U32
12784 0x31F0 2 Load curve previous : S (n-1) VA U32
12786 0x31F2 2 Load curve previous : Date (n-2) - DATETIME
12788 0x31F4 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12789 0x31F5 2 Load curve previous : P+ (n-2) W U32
12791 0x31F7 2 Load curve previous : P- (n-2) W U32
12793 0x31F9 2 Load curve previous : Q+ (n-2) var U32
12795 0x31FB 2 Load curve previous : Q- (n-2) var U32
12797 0x31FD 2 Load curve previous : S (n-2) VA U32
12799 0x31FF 2 Load curve previous : Date (n-3) - DATETIME
12801 0x3201 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12802 0x3202 2 Load curve previous : P+ (n-3) W U32
12804 0x3204 2 Load curve previous : P- (n-3) W U32
12806 0x3206 2 Load curve previous : Q+ (n-3) var U32
12808 0x3208 2 Load curve previous : Q- (n-3) var U32
12810 0x320A 2 Load curve previous : S (n-3) VA U32
12812 0x320C 2 Load curve previous : Date (n-4) - DATETIME
12814 0x320E 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12815 0x320F 2 Load curve previous : P+ (n-4) W U32
12817 0x3211 2 Load curve previous : P- (n-4) W U32
12819 0x3213 2 Load curve previous : Q+ (n-4) var U32
12821 0x3215 2 Load curve previous : Q- (n-4) var U32
12823 0x3217 2 Load curve previous : S (n-4) VA U32
12825 0x3219 2 Load curve previous : Date (n-5) - DATETIME
12827 0x321B 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12828 0x321C 2 Load curve previous : P+ (n-5) W U32
12830 0x321E 2 Load curve previous : P- (n-5) W U32
12832 0x3220 2 Load curve previous : Q+ (n-5) var U32
12834 0x3222 2 Load curve previous : Q- (n-5) var U32
12836 0x3224 2 Load curve previous : S (n-5) VA U32
12838 0x3226 2 Predictive positive active Power : pP+ W U32
12840 0x3228 2 Predictive negative active Power : pP- W U32
12842 0x322A 2 Predictive positive reactive Power : pQ+ var U32
12844 0x322C 2 Predictive negative reactive Power : pQ- var U32
12846 0x322E 2 Predictive apparent Power : pS VA U32
12848 0x3230 2 Predictive power countdown s U32

Energy meters historical #16
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12850 0x3232 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12850 0x3232 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12851 0x3233 2 Load curve previous : Date (n-1) - DATETIME
12853 0x3235 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12854 0x3236 2 Load curve previous : P+ (n-1) W U32
12856 0x3238 2 Load curve previous : P- (n-1) W U32
12858 0x323A 2 Load curve previous : Q+ (n-1) var U32
12860 0x323C 2 Load curve previous : Q- (n-1) var U32
12862 0x323E 2 Load curve previous : S (n-1) VA U32
12864 0x3240 2 Load curve previous : Date (n-2) - DATETIME
12866 0x3242 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12867 0x3243 2 Load curve previous : P+ (n-2) W U32
12869 0x3245 2 Load curve previous : P- (n-2) W U32
12871 0x3247 2 Load curve previous : Q+ (n-2) var U32
12873 0x3249 2 Load curve previous : Q- (n-2) var U32
12875 0x324B 2 Load curve previous : S (n-2) VA U32
12877 0x324D 2 Load curve previous : Date (n-3) - DATETIME
12879 0x324F 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12880 0x3250 2 Load curve previous : P+ (n-3) W U32
12882 0x3252 2 Load curve previous : P- (n-3) W U32
12884 0x3254 2 Load curve previous : Q+ (n-3) var U32
12886 0x3256 2 Load curve previous : Q- (n-3) var U32
12888 0x3258 2 Load curve previous : S (n-3) VA U32
12890 0x325A 2 Load curve previous : Date (n-4) - DATETIME
12892 0x325C 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12893 0x325D 2 Load curve previous : P+ (n-4) W U32
12895 0x325F 2 Load curve previous : P- (n-4) W U32
12897 0x3261 2 Load curve previous : Q+ (n-4) var U32
12899 0x3263 2 Load curve previous : Q- (n-4) var U32
12901 0x3265 2 Load curve previous : S (n-4) VA U32
12903 0x3267 2 Load curve previous : Date (n-5) - DATETIME
12905 0x3269 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12906 0x326A 2 Load curve previous : P+ (n-5) W U32
12908 0x326C 2 Load curve previous : P- (n-5) W U32
12910 0x326E 2 Load curve previous : Q+ (n-5) var U32
12912 0x3270 2 Load curve previous : Q- (n-5) var U32
12914 0x3272 2 Load curve previous : S (n-5) VA U32
12916 0x3274 2 Predictive positive active Power : pP+ W U32
12918 0x3276 2 Predictive negative active Power : pP- W U32
12920 0x3278 2 Predictive positive reactive Power : pQ+ var U32
12922 0x327A 2 Predictive negative reactive Power : pQ- var U32
12924 0x327C 2 Predictive apparent Power : pS VA U32
12926 0x327E 2 Predictive power countdown s U32

Energy meters historical #17
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
12928 0x3280 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
12928 0x3280 1 Load status :
0 : Disabled
1 : Enabled		 - U8
12929 0x3281 2 Load curve previous : Date (n-1) - DATETIME
12931 0x3283 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12932 0x3284 2 Load curve previous : P+ (n-1) W U32
12934 0x3286 2 Load curve previous : P- (n-1) W U32
12936 0x3288 2 Load curve previous : Q+ (n-1) var U32
12938 0x328A 2 Load curve previous : Q- (n-1) var U32
12940 0x328C 2 Load curve previous : S (n-1) VA U32
12942 0x328E 2 Load curve previous : Date (n-2) - DATETIME
12944 0x3290 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12945 0x3291 2 Load curve previous : P+ (n-2) W U32
12947 0x3293 2 Load curve previous : P- (n-2) W U32
12949 0x3295 2 Load curve previous : Q+ (n-2) var U32
12951 0x3297 2 Load curve previous : Q- (n-2) var U32
12953 0x3299 2 Load curve previous : S (n-2) VA U32
12955 0x329B 2 Load curve previous : Date (n-3) - DATETIME
12957 0x329D 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12958 0x329E 2 Load curve previous : P+ (n-3) W U32
12960 0x32A0 2 Load curve previous : P- (n-3) W U32
12962 0x32A2 2 Load curve previous : Q+ (n-3) var U32
12964 0x32A4 2 Load curve previous : Q- (n-3) var U32
12966 0x32A6 2 Load curve previous : S (n-3) VA U32
12968 0x32A8 2 Load curve previous : Date (n-4) - DATETIME
12970 0x32AA 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12971 0x32AB 2 Load curve previous : P+ (n-4) W U32
12973 0x32AD 2 Load curve previous : P- (n-4) W U32
12975 0x32AF 2 Load curve previous : Q+ (n-4) var U32
12977 0x32B1 2 Load curve previous : Q- (n-4) var U32
12979 0x32B3 2 Load curve previous : S (n-4) VA U32
12981 0x32B5 2 Load curve previous : Date (n-5) - DATETIME
12983 0x32B7 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
12984 0x32B8 2 Load curve previous : P+ (n-5) W U32
12986 0x32BA 2 Load curve previous : P- (n-5) W U32
12988 0x32BC 2 Load curve previous : Q+ (n-5) var U32
12990 0x32BE 2 Load curve previous : Q- (n-5) var U32
12992 0x32C0 2 Load curve previous : S (n-5) VA U32
12994 0x32C2 2 Predictive positive active Power : pP+ W U32
12996 0x32C4 2 Predictive negative active Power : pP- W U32
12998 0x32C6 2 Predictive positive reactive Power : pQ+ var U32
13000 0x32C8 2 Predictive negative reactive Power : pQ- var U32
13002 0x32CA 2 Predictive apparent Power : pS VA U32
13004 0x32CC 2 Predictive power countdown s U32

Energy meters historical #18
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
13006 0x32CE Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
13006 0x32CE 1 Load status :
0 : Disabled
1 : Enabled		 - U8
13007 0x32CF 2 Load curve previous : Date (n-1) - DATETIME
13009 0x32D1 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13010 0x32D2 2 Load curve previous : P+ (n-1) W U32
13012 0x32D4 2 Load curve previous : P- (n-1) W U32
13014 0x32D6 2 Load curve previous : Q+ (n-1) var U32
13016 0x32D8 2 Load curve previous : Q- (n-1) var U32
13018 0x32DA 2 Load curve previous : S (n-1) VA U32
13020 0x32DC 2 Load curve previous : Date (n-2) - DATETIME
13022 0x32DE 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13023 0x32DF 2 Load curve previous : P+ (n-2) W U32
13025 0x32E1 2 Load curve previous : P- (n-2) W U32
13027 0x32E3 2 Load curve previous : Q+ (n-2) var U32
13029 0x32E5 2 Load curve previous : Q- (n-2) var U32
13031 0x32E7 2 Load curve previous : S (n-2) VA U32
13033 0x32E9 2 Load curve previous : Date (n-3) - DATETIME
13035 0x32EB 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13036 0x32EC 2 Load curve previous : P+ (n-3) W U32
13038 0x32EE 2 Load curve previous : P- (n-3) W U32
13040 0x32F0 2 Load curve previous : Q+ (n-3) var U32
13042 0x32F2 2 Load curve previous : Q- (n-3) var U32
13044 0x32F4 2 Load curve previous : S (n-3) VA U32
13046 0x32F6 2 Load curve previous : Date (n-4) - DATETIME
13048 0x32F8 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13049 0x32F9 2 Load curve previous : P+ (n-4) W U32
13051 0x32FB 2 Load curve previous : P- (n-4) W U32
13053 0x32FD 2 Load curve previous : Q+ (n-4) var U32
13055 0x32FF 2 Load curve previous : Q- (n-4) var U32
13057 0x3301 2 Load curve previous : S (n-4) VA U32
13059 0x3303 2 Load curve previous : Date (n-5) - DATETIME
13061 0x3305 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13062 0x3306 2 Load curve previous : P+ (n-5) W U32
13064 0x3308 2 Load curve previous : P- (n-5) W U32
13066 0x330A 2 Load curve previous : Q+ (n-5) var U32
13068 0x330C 2 Load curve previous : Q- (n-5) var U32
13070 0x330E 2 Load curve previous : S (n-5) VA U32
13072 0x3310 2 Predictive positive active Power : pP+ W U32
13074 0x3312 2 Predictive negative active Power : pP- W U32
13076 0x3314 2 Predictive positive reactive Power : pQ+ var U32
13078 0x3316 2 Predictive negative reactive Power : pQ- var U32
13080 0x3318 2 Predictive apparent Power : pS VA U32
13082 0x331A 2 Predictive power countdown s U32

Energy meters historical #19
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
13084 0x331C Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
13084 0x331C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
13085 0x331D 2 Load curve previous : Date (n-1) - DATETIME
13087 0x331F 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13088 0x3320 2 Load curve previous : P+ (n-1) W U32
13090 0x3322 2 Load curve previous : P- (n-1) W U32
13092 0x3324 2 Load curve previous : Q+ (n-1) var U32
13094 0x3326 2 Load curve previous : Q- (n-1) var U32
13096 0x3328 2 Load curve previous : S (n-1) VA U32
13098 0x332A 2 Load curve previous : Date (n-2) - DATETIME
13100 0x332C 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13101 0x332D 2 Load curve previous : P+ (n-2) W U32
13103 0x332F 2 Load curve previous : P- (n-2) W U32
13105 0x3331 2 Load curve previous : Q+ (n-2) var U32
13107 0x3333 2 Load curve previous : Q- (n-2) var U32
13109 0x3335 2 Load curve previous : S (n-2) VA U32
13111 0x3337 2 Load curve previous : Date (n-3) - DATETIME
13113 0x3339 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13114 0x333A 2 Load curve previous : P+ (n-3) W U32
13116 0x333C 2 Load curve previous : P- (n-3) W U32
13118 0x333E 2 Load curve previous : Q+ (n-3) var U32
13120 0x3340 2 Load curve previous : Q- (n-3) var U32
13122 0x3342 2 Load curve previous : S (n-3) VA U32
13124 0x3344 2 Load curve previous : Date (n-4) - DATETIME
13126 0x3346 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13127 0x3347 2 Load curve previous : P+ (n-4) W U32
13129 0x3349 2 Load curve previous : P- (n-4) W U32
13131 0x334B 2 Load curve previous : Q+ (n-4) var U32
13133 0x334D 2 Load curve previous : Q- (n-4) var U32
13135 0x334F 2 Load curve previous : S (n-4) VA U32
13137 0x3351 2 Load curve previous : Date (n-5) - DATETIME
13139 0x3353 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13140 0x3354 2 Load curve previous : P+ (n-5) W U32
13142 0x3356 2 Load curve previous : P- (n-5) W U32
13144 0x3358 2 Load curve previous : Q+ (n-5) var U32
13146 0x335A 2 Load curve previous : Q- (n-5) var U32
13148 0x335C 2 Load curve previous : S (n-5) VA U32
13150 0x335E 2 Predictive positive active Power : pP+ W U32
13152 0x3360 2 Predictive negative active Power : pP- W U32
13154 0x3362 2 Predictive positive reactive Power : pQ+ var U32
13156 0x3364 2 Predictive negative reactive Power : pQ- var U32
13158 0x3366 2 Predictive apparent Power : pS VA U32
13160 0x3368 2 Predictive power countdown s U32

Energy meters historical #20
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
13162 0x336A Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
13162 0x336A 1 Load status :
0 : Disabled
1 : Enabled		 - U8
13163 0x336B 2 Load curve previous : Date (n-1) - DATETIME
13165 0x336D 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13166 0x336E 2 Load curve previous : P+ (n-1) W U32
13168 0x3370 2 Load curve previous : P- (n-1) W U32
13170 0x3372 2 Load curve previous : Q+ (n-1) var U32
13172 0x3374 2 Load curve previous : Q- (n-1) var U32
13174 0x3376 2 Load curve previous : S (n-1) VA U32
13176 0x3378 2 Load curve previous : Date (n-2) - DATETIME
13178 0x337A 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13179 0x337B 2 Load curve previous : P+ (n-2) W U32
13181 0x337D 2 Load curve previous : P- (n-2) W U32
13183 0x337F 2 Load curve previous : Q+ (n-2) var U32
13185 0x3381 2 Load curve previous : Q- (n-2) var U32
13187 0x3383 2 Load curve previous : S (n-2) VA U32
13189 0x3385 2 Load curve previous : Date (n-3) - DATETIME
13191 0x3387 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13192 0x3388 2 Load curve previous : P+ (n-3) W U32
13194 0x338A 2 Load curve previous : P- (n-3) W U32
13196 0x338C 2 Load curve previous : Q+ (n-3) var U32
13198 0x338E 2 Load curve previous : Q- (n-3) var U32
13200 0x3390 2 Load curve previous : S (n-3) VA U32
13202 0x3392 2 Load curve previous : Date (n-4) - DATETIME
13204 0x3394 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13205 0x3395 2 Load curve previous : P+ (n-4) W U32
13207 0x3397 2 Load curve previous : P- (n-4) W U32
13209 0x3399 2 Load curve previous : Q+ (n-4) var U32
13211 0x339B 2 Load curve previous : Q- (n-4) var U32
13213 0x339D 2 Load curve previous : S (n-4) VA U32
13215 0x339F 2 Load curve previous : Date (n-5) - DATETIME
13217 0x33A1 1 Load curve previous : Flag (n-5)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13218 0x33A2 2 Load curve previous : P+ (n-5) W U32
13220 0x33A4 2 Load curve previous : P- (n-5) W U32
13222 0x33A6 2 Load curve previous : Q+ (n-5) var U32
13224 0x33A8 2 Load curve previous : Q- (n-5) var U32
13226 0x33AA 2 Load curve previous : S (n-5) VA U32
13228 0x33AC 2 Predictive positive active Power : pP+ W U32
13230 0x33AE 2 Predictive negative active Power : pP- W U32
13232 0x33B0 2 Predictive positive reactive Power : pQ+ var U32
13234 0x33B2 2 Predictive negative reactive Power : pQ- var U32
13236 0x33B4 2 Predictive apparent Power : pS VA U32
13238 0x33B6 2 Predictive power countdown s U32

Energy meters historical #21
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
13240 0x33B8 Info 78 NONE READ READ

Dec address Hex address Words count Description Unit Data type
13240 0x33B8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
13241 0x33B9 2 Load curve previous : Date (n-1) - DATETIME
13243 0x33BB 1 Load curve previous : Flag (n-1)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13244 0x33BC 2 Load curve previous : P+ (n-1) W U32
13246 0x33BE 2 Load curve previous : P- (n-1) W U32
13248 0x33C0 2 Load curve previous : Q+ (n-1) var U32
13250 0x33C2 2 Load curve previous : Q- (n-1) var U32
13252 0x33C4 2 Load curve previous : S (n-1) VA U32
13254 0x33C6 2 Load curve previous : Date (n-2) - DATETIME
13256 0x33C8 1 Load curve previous : Flag (n-2)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13257 0x33C9 2 Load curve previous : P+ (n-2) W U32
13259 0x33CB 2 Load curve previous : P- (n-2) W U32
13261 0x33CD 2 Load curve previous : Q+ (n-2) var U32
13263 0x33CF 2 Load curve previous : Q- (n-2) var U32
13265 0x33D1 2 Load curve previous : S (n-2) VA U32
13267 0x33D3 2 Load curve previous : Date (n-3) - DATETIME
13269 0x33D5 1 Load curve previous : Flag (n-3)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13270 0x33D6 2 Load curve previous : P+ (n-3) W U32
13272 0x33D8 2 Load curve previous : P- (n-3) W U32
13274 0x33DA 2 Load curve previous : Q+ (n-3) var U32
13276 0x33DC 2 Load curve previous : Q- (n-3) var U32
13278 0x33DE 2 Load curve previous : S (n-3) VA U32
13280 0x33E0 2 Load curve previous : Date (n-4) - DATETIME
13282 0x33E2 1 Load curve previous : Flag (n-4)
0 : Full integration period and date/time set
1 : Incomplete integration period and date/time set
2 : Full integration period and date/time not set
3 : Incomplete integration period and date/time not set		 - U16
13283 0x33E3 2 Load curve previo