--X33F-LB08-0PZ4-660544eb Content-Disposition: form-data; name=""; filename="DIRIS-DIGIWARE-R-60-1.1.2_COMMUNICATION-TABLE_2022-01_CMT_EN.html" Content-Type: application/octet-stream  MODBUS tables of RCM Digiware R-60
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Visualization


Master parameters


Electrical network
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
4096 0x1000 Info persistant 10 NONE READ READ

Dec address Hex address Words count Description Unit Data type
4096 0x1000 1 Network connection type
0 : Not defined
1 : 1P + N
2 : 2P
3 : 2P + N
4 : 3P
5 : 3P + N		 - U8
4097 0x1001 2 Nominal Voltage V U32
4099 0x1003 1 Nominal Frequency
0 : 50 Hz
1 : 60 Hz
2 : Custom		 - U8
4100 0x1004 1 Phase rotation
0 : V1 - V2 - V3
1 : V1 - V3 - V2
2 : Not defined		 - U8
4101 0x1005 1 Voltage transformer used
0 : No
1 : Yes		 - U8
4102 0x1006 2 Voltage transformer rate : primary V U32
4104 0x1008 1 Voltage transformer rate : secondary V U16
4105 0x1009 1 Reserved - -

RS485 slave connection
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
57345 0xE001 Info persistant 3 NONE READ READ

Dec address Hex address Words count Description Unit Data type
57345 0xE001 1 Baudrate :
0 : 1200
1 : 2400
2 : 4800
3 : 9600
4 : 19200
5 : 38400
6 : 57600
7 : 115200
8 : 500000		 - U16
57346 0xE002 1 Stop bit :
0 : 1
1 : 2		 - U16
57347 0xE003 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
45152 0xB060 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
45152 0xB060 1 Load status
0 : Disabled
1 : Enabled		 - U8
45153 0xB061 2 Date of last instance s DATETIME
45155 0xB063 1 Integration time s / 5 U16
45156 0xB064 2 Reserved - -
45158 0xB066 2 Reserved - -
45160 0xB068 2 System Current mA U32
45162 0xB06A 2 Frequency mHz U32
45164 0xB06C 2 Ph-N Voltage : V1 V 10⁻² U32
45166 0xB06E 2 Ph-N Voltage : V2 V 10⁻² U32
45168 0xB070 2 Ph-N Voltage : V3 V 10⁻² U32
45170 0xB072 2 Ph-N Voltage : Vn V 10⁻² U32
45172 0xB074 2 Ph-Ph Voltage : U12 V 10⁻² U32
45174 0xB076 2 Ph-Ph Voltage : U23 V 10⁻² U32
45176 0xB078 2 Ph-Ph Voltage : U31 V 10⁻² U32
45178 0xB07A 2 Current : I1 mA U32
45180 0xB07C 2 Current : I2 mA U32
45182 0xB07E 2 Current : I3 mA U32
45184 0xB080 2 Current : In mA U32
45186 0xB082 1 Reserved - -
45187 0xB083 2 Reserved - -
45189 0xB085 2 Reserved - -
45191 0xB087 2 Reserved - -
45193 0xB089 1 Reserved - -
45194 0xB08A 2 Snom VA U32
45196 0xB08C 2 Total active power W S32
45198 0xB08E 2 Total reactive power var S32
45200 0xB090 2 Total lagging reactive power var S32
45202 0xB092 2 Total leading reactive power var S32
45204 0xB094 2 Total apparent power VA U32
45206 0xB096 1 Total power factor - / 1000 S16
45207 0xB097 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
45208 0xB098 2 Active power : P1 W S32
45210 0xB09A 2 Active power : P2 W S32
45212 0xB09C 2 Active power : P3 W S32
45214 0xB09E 2 Reactive power : Q1 var S32
45216 0xB0A0 2 Reactive power : Q2 var S32
45218 0xB0A2 2 Reactive power : Q3 var S32
45220 0xB0A4 2 Lagging reactive power : Q1_lagg var S32
45222 0xB0A6 2 Lagging reactive power : Q2_lagg var S32
45224 0xB0A8 2 Lagging reactive power : Q3_lagg var S32
45226 0xB0AA 2 Leading reactive power : Q1_lead var S32
45228 0xB0AC 2 Leading reactive power : Q2_lead var S32
45230 0xB0AE 2 Leading reactive power : Q3_lead var S32
45232 0xB0B0 2 Apparent power : S1 VA U32
45234 0xB0B2 2 Apparent power : S2 VA U32
45236 0xB0B4 2 Apparent power : S3 VA U32
45238 0xB0B6 1 Power factor : PF1 - / 1000 S16
45239 0xB0B7 1 Power factor : PF2 - / 1000 S16
45240 0xB0B8 1 Power factor : PF3 - / 1000 S16
45241 0xB0B9 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
45242 0xB0BA 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
45243 0xB0BB 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
45244 0xB0BC 2 Current : Idelta mA U32
45246 0xB0BE 2 Current : Ipe mA U32

Instantaneous #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
45272 0xB0D8 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
45272 0xB0D8 1 Load status
0 : Disabled
1 : Enabled		 - U8
45273 0xB0D9 2 Date of last instance s DATETIME
45275 0xB0DB 1 Integration time s / 5 U16
45276 0xB0DC 2 Reserved - -
45278 0xB0DE 2 Reserved - -
45280 0xB0E0 2 System Current mA U32
45282 0xB0E2 2 Frequency mHz U32
45284 0xB0E4 2 Ph-N Voltage : V1 V 10⁻² U32
45286 0xB0E6 2 Ph-N Voltage : V2 V 10⁻² U32
45288 0xB0E8 2 Ph-N Voltage : V3 V 10⁻² U32
45290 0xB0EA 2 Ph-N Voltage : Vn V 10⁻² U32
45292 0xB0EC 2 Ph-Ph Voltage : U12 V 10⁻² U32
45294 0xB0EE 2 Ph-Ph Voltage : U23 V 10⁻² U32
45296 0xB0F0 2 Ph-Ph Voltage : U31 V 10⁻² U32
45298 0xB0F2 2 Current : I1 mA U32
45300 0xB0F4 2 Current : I2 mA U32
45302 0xB0F6 2 Current : I3 mA U32
45304 0xB0F8 2 Current : In mA U32
45306 0xB0FA 1 Reserved - -
45307 0xB0FB 2 Reserved - -
45309 0xB0FD 2 Reserved - -
45311 0xB0FF 2 Reserved - -
45313 0xB101 1 Reserved - -
45314 0xB102 2 Snom VA U32
45316 0xB104 2 Total active power W S32
45318 0xB106 2 Total reactive power var S32
45320 0xB108 2 Total lagging reactive power var S32
45322 0xB10A 2 Total leading reactive power var S32
45324 0xB10C 2 Total apparent power VA U32
45326 0xB10E 1 Total power factor - / 1000 S16
45327 0xB10F 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
45328 0xB110 2 Active power : P1 W S32
45330 0xB112 2 Active power : P2 W S32
45332 0xB114 2 Active power : P3 W S32
45334 0xB116 2 Reactive power : Q1 var S32
45336 0xB118 2 Reactive power : Q2 var S32
45338 0xB11A 2 Reactive power : Q3 var S32
45340 0xB11C 2 Lagging reactive power : Q1_lagg var S32
45342 0xB11E 2 Lagging reactive power : Q2_lagg var S32
45344 0xB120 2 Lagging reactive power : Q3_lagg var S32
45346 0xB122 2 Leading reactive power : Q1_lead var S32
45348 0xB124 2 Leading reactive power : Q2_lead var S32
45350 0xB126 2 Leading reactive power : Q3_lead var S32
45352 0xB128 2 Apparent power : S1 VA U32
45354 0xB12A 2 Apparent power : S2 VA U32
45356 0xB12C 2 Apparent power : S3 VA U32
45358 0xB12E 1 Power factor : PF1 - / 1000 S16
45359 0xB12F 1 Power factor : PF2 - / 1000 S16
45360 0xB130 1 Power factor : PF3 - / 1000 S16
45361 0xB131 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
45362 0xB132 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
45363 0xB133 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
45364 0xB134 2 Current : Idelta mA U32
45366 0xB136 2 Current : Ipe mA U32

Instantaneous #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
45392 0xB150 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
45392 0xB150 1 Load status
0 : Disabled
1 : Enabled		 - U8
45393 0xB151 2 Date of last instance s DATETIME
45395 0xB153 1 Integration time s / 5 U16
45396 0xB154 2 Reserved - -
45398 0xB156 2 Reserved - -
45400 0xB158 2 System Current mA U32
45402 0xB15A 2 Frequency mHz U32
45404 0xB15C 2 Ph-N Voltage : V1 V 10⁻² U32
45406 0xB15E 2 Ph-N Voltage : V2 V 10⁻² U32
45408 0xB160 2 Ph-N Voltage : V3 V 10⁻² U32
45410 0xB162 2 Ph-N Voltage : Vn V 10⁻² U32
45412 0xB164 2 Ph-Ph Voltage : U12 V 10⁻² U32
45414 0xB166 2 Ph-Ph Voltage : U23 V 10⁻² U32
45416 0xB168 2 Ph-Ph Voltage : U31 V 10⁻² U32
45418 0xB16A 2 Current : I1 mA U32
45420 0xB16C 2 Current : I2 mA U32
45422 0xB16E 2 Current : I3 mA U32
45424 0xB170 2 Current : In mA U32
45426 0xB172 1 Reserved - -
45427 0xB173 2 Reserved - -
45429 0xB175 2 Reserved - -
45431 0xB177 2 Reserved - -
45433 0xB179 1 Reserved - -
45434 0xB17A 2 Snom VA U32
45436 0xB17C 2 Total active power W S32
45438 0xB17E 2 Total reactive power var S32
45440 0xB180 2 Total lagging reactive power var S32
45442 0xB182 2 Total leading reactive power var S32
45444 0xB184 2 Total apparent power VA U32
45446 0xB186 1 Total power factor - / 1000 S16
45447 0xB187 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
45448 0xB188 2 Active power : P1 W S32
45450 0xB18A 2 Active power : P2 W S32
45452 0xB18C 2 Active power : P3 W S32
45454 0xB18E 2 Reactive power : Q1 var S32
45456 0xB190 2 Reactive power : Q2 var S32
45458 0xB192 2 Reactive power : Q3 var S32
45460 0xB194 2 Lagging reactive power : Q1_lagg var S32
45462 0xB196 2 Lagging reactive power : Q2_lagg var S32
45464 0xB198 2 Lagging reactive power : Q3_lagg var S32
45466 0xB19A 2 Leading reactive power : Q1_lead var S32
45468 0xB19C 2 Leading reactive power : Q2_lead var S32
45470 0xB19E 2 Leading reactive power : Q3_lead var S32
45472 0xB1A0 2 Apparent power : S1 VA U32
45474 0xB1A2 2 Apparent power : S2 VA U32
45476 0xB1A4 2 Apparent power : S3 VA U32
45478 0xB1A6 1 Power factor : PF1 - / 1000 S16
45479 0xB1A7 1 Power factor : PF2 - / 1000 S16
45480 0xB1A8 1 Power factor : PF3 - / 1000 S16
45481 0xB1A9 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
45482 0xB1AA 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
45483 0xB1AB 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
45484 0xB1AC 2 Current : Idelta mA U32
45486 0xB1AE 2 Current : Ipe mA U32

Instantaneous #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
45512 0xB1C8 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
45512 0xB1C8 1 Load status
0 : Disabled
1 : Enabled		 - U8
45513 0xB1C9 2 Date of last instance s DATETIME
45515 0xB1CB 1 Integration time s / 5 U16
45516 0xB1CC 2 Reserved - -
45518 0xB1CE 2 Reserved - -
45520 0xB1D0 2 System Current mA U32
45522 0xB1D2 2 Frequency mHz U32
45524 0xB1D4 2 Ph-N Voltage : V1 V 10⁻² U32
45526 0xB1D6 2 Ph-N Voltage : V2 V 10⁻² U32
45528 0xB1D8 2 Ph-N Voltage : V3 V 10⁻² U32
45530 0xB1DA 2 Ph-N Voltage : Vn V 10⁻² U32
45532 0xB1DC 2 Ph-Ph Voltage : U12 V 10⁻² U32
45534 0xB1DE 2 Ph-Ph Voltage : U23 V 10⁻² U32
45536 0xB1E0 2 Ph-Ph Voltage : U31 V 10⁻² U32
45538 0xB1E2 2 Current : I1 mA U32
45540 0xB1E4 2 Current : I2 mA U32
45542 0xB1E6 2 Current : I3 mA U32
45544 0xB1E8 2 Current : In mA U32
45546 0xB1EA 1 Reserved - -
45547 0xB1EB 2 Reserved - -
45549 0xB1ED 2 Reserved - -
45551 0xB1EF 2 Reserved - -
45553 0xB1F1 1 Reserved - -
45554 0xB1F2 2 Snom VA U32
45556 0xB1F4 2 Total active power W S32
45558 0xB1F6 2 Total reactive power var S32
45560 0xB1F8 2 Total lagging reactive power var S32
45562 0xB1FA 2 Total leading reactive power var S32
45564 0xB1FC 2 Total apparent power VA U32
45566 0xB1FE 1 Total power factor - / 1000 S16
45567 0xB1FF 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
45568 0xB200 2 Active power : P1 W S32
45570 0xB202 2 Active power : P2 W S32
45572 0xB204 2 Active power : P3 W S32
45574 0xB206 2 Reactive power : Q1 var S32
45576 0xB208 2 Reactive power : Q2 var S32
45578 0xB20A 2 Reactive power : Q3 var S32
45580 0xB20C 2 Lagging reactive power : Q1_lagg var S32
45582 0xB20E 2 Lagging reactive power : Q2_lagg var S32
45584 0xB210 2 Lagging reactive power : Q3_lagg var S32
45586 0xB212 2 Leading reactive power : Q1_lead var S32
45588 0xB214 2 Leading reactive power : Q2_lead var S32
45590 0xB216 2 Leading reactive power : Q3_lead var S32
45592 0xB218 2 Apparent power : S1 VA U32
45594 0xB21A 2 Apparent power : S2 VA U32
45596 0xB21C 2 Apparent power : S3 VA U32
45598 0xB21E 1 Power factor : PF1 - / 1000 S16
45599 0xB21F 1 Power factor : PF2 - / 1000 S16
45600 0xB220 1 Power factor : PF3 - / 1000 S16
45601 0xB221 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
45602 0xB222 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
45603 0xB223 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
45604 0xB224 2 Current : Idelta mA U32
45606 0xB226 2 Current : Ipe mA U32

Instantaneous #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
45632 0xB240 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
45632 0xB240 1 Load status
0 : Disabled
1 : Enabled		 - U8
45633 0xB241 2 Date of last instance s DATETIME
45635 0xB243 1 Integration time s / 5 U16
45636 0xB244 2 Reserved - -
45638 0xB246 2 Reserved - -
45640 0xB248 2 System Current mA U32
45642 0xB24A 2 Frequency mHz U32
45644 0xB24C 2 Ph-N Voltage : V1 V 10⁻² U32
45646 0xB24E 2 Ph-N Voltage : V2 V 10⁻² U32
45648 0xB250 2 Ph-N Voltage : V3 V 10⁻² U32
45650 0xB252 2 Ph-N Voltage : Vn V 10⁻² U32
45652 0xB254 2 Ph-Ph Voltage : U12 V 10⁻² U32
45654 0xB256 2 Ph-Ph Voltage : U23 V 10⁻² U32
45656 0xB258 2 Ph-Ph Voltage : U31 V 10⁻² U32
45658 0xB25A 2 Current : I1 mA U32
45660 0xB25C 2 Current : I2 mA U32
45662 0xB25E 2 Current : I3 mA U32
45664 0xB260 2 Current : In mA U32
45666 0xB262 1 Reserved - -
45667 0xB263 2 Reserved - -
45669 0xB265 2 Reserved - -
45671 0xB267 2 Reserved - -
45673 0xB269 1 Reserved - -
45674 0xB26A 2 Snom VA U32
45676 0xB26C 2 Total active power W S32
45678 0xB26E 2 Total reactive power var S32
45680 0xB270 2 Total lagging reactive power var S32
45682 0xB272 2 Total leading reactive power var S32
45684 0xB274 2 Total apparent power VA U32
45686 0xB276 1 Total power factor - / 1000 S16
45687 0xB277 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
45688 0xB278 2 Active power : P1 W S32
45690 0xB27A 2 Active power : P2 W S32
45692 0xB27C 2 Active power : P3 W S32
45694 0xB27E 2 Reactive power : Q1 var S32
45696 0xB280 2 Reactive power : Q2 var S32
45698 0xB282 2 Reactive power : Q3 var S32
45700 0xB284 2 Lagging reactive power : Q1_lagg var S32
45702 0xB286 2 Lagging reactive power : Q2_lagg var S32
45704 0xB288 2 Lagging reactive power : Q3_lagg var S32
45706 0xB28A 2 Leading reactive power : Q1_lead var S32
45708 0xB28C 2 Leading reactive power : Q2_lead var S32
45710 0xB28E 2 Leading reactive power : Q3_lead var S32
45712 0xB290 2 Apparent power : S1 VA U32
45714 0xB292 2 Apparent power : S2 VA U32
45716 0xB294 2 Apparent power : S3 VA U32
45718 0xB296 1 Power factor : PF1 - / 1000 S16
45719 0xB297 1 Power factor : PF2 - / 1000 S16
45720 0xB298 1 Power factor : PF3 - / 1000 S16
45721 0xB299 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
45722 0xB29A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
45723 0xB29B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
45724 0xB29C 2 Current : Idelta mA U32
45726 0xB29E 2 Current : Ipe mA U32

Instantaneous #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
45752 0xB2B8 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
45752 0xB2B8 1 Load status
0 : Disabled
1 : Enabled		 - U8
45753 0xB2B9 2 Date of last instance s DATETIME
45755 0xB2BB 1 Integration time s / 5 U16
45756 0xB2BC 2 Reserved - -
45758 0xB2BE 2 Reserved - -
45760 0xB2C0 2 System Current mA U32
45762 0xB2C2 2 Frequency mHz U32
45764 0xB2C4 2 Ph-N Voltage : V1 V 10⁻² U32
45766 0xB2C6 2 Ph-N Voltage : V2 V 10⁻² U32
45768 0xB2C8 2 Ph-N Voltage : V3 V 10⁻² U32
45770 0xB2CA 2 Ph-N Voltage : Vn V 10⁻² U32
45772 0xB2CC 2 Ph-Ph Voltage : U12 V 10⁻² U32
45774 0xB2CE 2 Ph-Ph Voltage : U23 V 10⁻² U32
45776 0xB2D0 2 Ph-Ph Voltage : U31 V 10⁻² U32
45778 0xB2D2 2 Current : I1 mA U32
45780 0xB2D4 2 Current : I2 mA U32
45782 0xB2D6 2 Current : I3 mA U32
45784 0xB2D8 2 Current : In mA U32
45786 0xB2DA 1 Reserved - -
45787 0xB2DB 2 Reserved - -
45789 0xB2DD 2 Reserved - -
45791 0xB2DF 2 Reserved - -
45793 0xB2E1 1 Reserved - -
45794 0xB2E2 2 Snom VA U32
45796 0xB2E4 2 Total active power W S32
45798 0xB2E6 2 Total reactive power var S32
45800 0xB2E8 2 Total lagging reactive power var S32
45802 0xB2EA 2 Total leading reactive power var S32
45804 0xB2EC 2 Total apparent power VA U32
45806 0xB2EE 1 Total power factor - / 1000 S16
45807 0xB2EF 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
45808 0xB2F0 2 Active power : P1 W S32
45810 0xB2F2 2 Active power : P2 W S32
45812 0xB2F4 2 Active power : P3 W S32
45814 0xB2F6 2 Reactive power : Q1 var S32
45816 0xB2F8 2 Reactive power : Q2 var S32
45818 0xB2FA 2 Reactive power : Q3 var S32
45820 0xB2FC 2 Lagging reactive power : Q1_lagg var S32
45822 0xB2FE 2 Lagging reactive power : Q2_lagg var S32
45824 0xB300 2 Lagging reactive power : Q3_lagg var S32
45826 0xB302 2 Leading reactive power : Q1_lead var S32
45828 0xB304 2 Leading reactive power : Q2_lead var S32
45830 0xB306 2 Leading reactive power : Q3_lead var S32
45832 0xB308 2 Apparent power : S1 VA U32
45834 0xB30A 2 Apparent power : S2 VA U32
45836 0xB30C 2 Apparent power : S3 VA U32
45838 0xB30E 1 Power factor : PF1 - / 1000 S16
45839 0xB30F 1 Power factor : PF2 - / 1000 S16
45840 0xB310 1 Power factor : PF3 - / 1000 S16
45841 0xB311 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
45842 0xB312 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
45843 0xB313 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
45844 0xB314 2 Current : Idelta mA U32
45846 0xB316 2 Current : Ipe mA U32

Average #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
48080 0xBBD0 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
48080 0xBBD0 1 Load status
0 : Disabled
1 : Enabled		 - U8
48081 0xBBD1 2 Date of last instance s DATETIME
48083 0xBBD3 1 Integration time min / 5 U16
48084 0xBBD4 2 Reserved - -
48086 0xBBD6 2 Reserved - -
48088 0xBBD8 2 System Current mA U32
48090 0xBBDA 2 Frequency mHz U32
48092 0xBBDC 2 Ph-N Voltage : V1 V 10⁻² U32
48094 0xBBDE 2 Ph-N Voltage : V2 V 10⁻² U32
48096 0xBBE0 2 Ph-N Voltage : V3 V 10⁻² U32
48098 0xBBE2 2 Ph-N Voltage : Vn V 10⁻² U32
48100 0xBBE4 2 Ph-Ph Voltage : U12 V 10⁻² U32
48102 0xBBE6 2 Ph-Ph Voltage : U23 V 10⁻² U32
48104 0xBBE8 2 Ph-Ph Voltage : U31 V 10⁻² U32
48106 0xBBEA 2 Current : I1 mA U32
48108 0xBBEC 2 Current : I2 mA U32
48110 0xBBEE 2 Current : I3 mA U32
48112 0xBBF0 2 Current : In mA U32
48114 0xBBF2 1 Reserved - -
48115 0xBBF3 2 Reserved - -
48117 0xBBF5 2 Reserved - -
48119 0xBBF7 2 Reserved - -
48121 0xBBF9 1 Reserved - -
48122 0xBBFA 2 Snom VA U32
48124 0xBBFC 2 Total active power W S32
48126 0xBBFE 2 Total reactive power var S32
48128 0xBC00 2 Total lagging reactive power var S32
48130 0xBC02 2 Total leading reactive power var S32
48132 0xBC04 2 Total apparent power VA U32
48134 0xBC06 1 Total power factor - / 1000 S16
48135 0xBC07 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
48136 0xBC08 2 Active power : P1 W S32
48138 0xBC0A 2 Active power : P2 W S32
48140 0xBC0C 2 Active power : P3 W S32
48142 0xBC0E 2 Reactive power : Q1 var S32
48144 0xBC10 2 Reactive power : Q2 var S32
48146 0xBC12 2 Reactive power : Q3 var S32
48148 0xBC14 2 Lagging reactive power : Q1_lagg var S32
48150 0xBC16 2 Lagging reactive power : Q2_lagg var S32
48152 0xBC18 2 Lagging reactive power : Q3_lagg var S32
48154 0xBC1A 2 Leading reactive power : Q1_lead var S32
48156 0xBC1C 2 Leading reactive power : Q2_lead var S32
48158 0xBC1E 2 Leading reactive power : Q3_lead var S32
48160 0xBC20 2 Apparent power : S1 VA U32
48162 0xBC22 2 Apparent power : S2 VA U32
48164 0xBC24 2 Apparent power : S3 VA U32
48166 0xBC26 1 Power factor : PF1 - / 1000 S16
48167 0xBC27 1 Power factor : PF2 - / 1000 S16
48168 0xBC28 1 Power factor : PF3 - / 1000 S16
48169 0xBC29 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
48170 0xBC2A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
48171 0xBC2B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
48172 0xBC2C 2 Current : Idelta mA U32
48174 0xBC2E 2 Current : Ipe mA U32

Average #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
48200 0xBC48 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
48200 0xBC48 1 Load status
0 : Disabled
1 : Enabled		 - U8
48201 0xBC49 2 Date of last instance s DATETIME
48203 0xBC4B 1 Integration time min / 5 U16
48204 0xBC4C 2 Reserved - -
48206 0xBC4E 2 Reserved - -
48208 0xBC50 2 System Current mA U32
48210 0xBC52 2 Frequency mHz U32
48212 0xBC54 2 Ph-N Voltage : V1 V 10⁻² U32
48214 0xBC56 2 Ph-N Voltage : V2 V 10⁻² U32
48216 0xBC58 2 Ph-N Voltage : V3 V 10⁻² U32
48218 0xBC5A 2 Ph-N Voltage : Vn V 10⁻² U32
48220 0xBC5C 2 Ph-Ph Voltage : U12 V 10⁻² U32
48222 0xBC5E 2 Ph-Ph Voltage : U23 V 10⁻² U32
48224 0xBC60 2 Ph-Ph Voltage : U31 V 10⁻² U32
48226 0xBC62 2 Current : I1 mA U32
48228 0xBC64 2 Current : I2 mA U32
48230 0xBC66 2 Current : I3 mA U32
48232 0xBC68 2 Current : In mA U32
48234 0xBC6A 1 Reserved - -
48235 0xBC6B 2 Reserved - -
48237 0xBC6D 2 Reserved - -
48239 0xBC6F 2 Reserved - -
48241 0xBC71 1 Reserved - -
48242 0xBC72 2 Snom VA U32
48244 0xBC74 2 Total active power W S32
48246 0xBC76 2 Total reactive power var S32
48248 0xBC78 2 Total lagging reactive power var S32
48250 0xBC7A 2 Total leading reactive power var S32
48252 0xBC7C 2 Total apparent power VA U32
48254 0xBC7E 1 Total power factor - / 1000 S16
48255 0xBC7F 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
48256 0xBC80 2 Active power : P1 W S32
48258 0xBC82 2 Active power : P2 W S32
48260 0xBC84 2 Active power : P3 W S32
48262 0xBC86 2 Reactive power : Q1 var S32
48264 0xBC88 2 Reactive power : Q2 var S32
48266 0xBC8A 2 Reactive power : Q3 var S32
48268 0xBC8C 2 Lagging reactive power : Q1_lagg var S32
48270 0xBC8E 2 Lagging reactive power : Q2_lagg var S32
48272 0xBC90 2 Lagging reactive power : Q3_lagg var S32
48274 0xBC92 2 Leading reactive power : Q1_lead var S32
48276 0xBC94 2 Leading reactive power : Q2_lead var S32
48278 0xBC96 2 Leading reactive power : Q3_lead var S32
48280 0xBC98 2 Apparent power : S1 VA U32
48282 0xBC9A 2 Apparent power : S2 VA U32
48284 0xBC9C 2 Apparent power : S3 VA U32
48286 0xBC9E 1 Power factor : PF1 - / 1000 S16
48287 0xBC9F 1 Power factor : PF2 - / 1000 S16
48288 0xBCA0 1 Power factor : PF3 - / 1000 S16
48289 0xBCA1 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
48290 0xBCA2 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
48291 0xBCA3 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
48292 0xBCA4 2 Current : Idelta mA U32
48294 0xBCA6 2 Current : Ipe mA U32

Average #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
48320 0xBCC0 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
48320 0xBCC0 1 Load status
0 : Disabled
1 : Enabled		 - U8
48321 0xBCC1 2 Date of last instance s DATETIME
48323 0xBCC3 1 Integration time min / 5 U16
48324 0xBCC4 2 Reserved - -
48326 0xBCC6 2 Reserved - -
48328 0xBCC8 2 System Current mA U32
48330 0xBCCA 2 Frequency mHz U32
48332 0xBCCC 2 Ph-N Voltage : V1 V 10⁻² U32
48334 0xBCCE 2 Ph-N Voltage : V2 V 10⁻² U32
48336 0xBCD0 2 Ph-N Voltage : V3 V 10⁻² U32
48338 0xBCD2 2 Ph-N Voltage : Vn V 10⁻² U32
48340 0xBCD4 2 Ph-Ph Voltage : U12 V 10⁻² U32
48342 0xBCD6 2 Ph-Ph Voltage : U23 V 10⁻² U32
48344 0xBCD8 2 Ph-Ph Voltage : U31 V 10⁻² U32
48346 0xBCDA 2 Current : I1 mA U32
48348 0xBCDC 2 Current : I2 mA U32
48350 0xBCDE 2 Current : I3 mA U32
48352 0xBCE0 2 Current : In mA U32
48354 0xBCE2 1 Reserved - -
48355 0xBCE3 2 Reserved - -
48357 0xBCE5 2 Reserved - -
48359 0xBCE7 2 Reserved - -
48361 0xBCE9 1 Reserved - -
48362 0xBCEA 2 Snom VA U32
48364 0xBCEC 2 Total active power W S32
48366 0xBCEE 2 Total reactive power var S32
48368 0xBCF0 2 Total lagging reactive power var S32
48370 0xBCF2 2 Total leading reactive power var S32
48372 0xBCF4 2 Total apparent power VA U32
48374 0xBCF6 1 Total power factor - / 1000 S16
48375 0xBCF7 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
48376 0xBCF8 2 Active power : P1 W S32
48378 0xBCFA 2 Active power : P2 W S32
48380 0xBCFC 2 Active power : P3 W S32
48382 0xBCFE 2 Reactive power : Q1 var S32
48384 0xBD00 2 Reactive power : Q2 var S32
48386 0xBD02 2 Reactive power : Q3 var S32
48388 0xBD04 2 Lagging reactive power : Q1_lagg var S32
48390 0xBD06 2 Lagging reactive power : Q2_lagg var S32
48392 0xBD08 2 Lagging reactive power : Q3_lagg var S32
48394 0xBD0A 2 Leading reactive power : Q1_lead var S32
48396 0xBD0C 2 Leading reactive power : Q2_lead var S32
48398 0xBD0E 2 Leading reactive power : Q3_lead var S32
48400 0xBD10 2 Apparent power : S1 VA U32
48402 0xBD12 2 Apparent power : S2 VA U32
48404 0xBD14 2 Apparent power : S3 VA U32
48406 0xBD16 1 Power factor : PF1 - / 1000 S16
48407 0xBD17 1 Power factor : PF2 - / 1000 S16
48408 0xBD18 1 Power factor : PF3 - / 1000 S16
48409 0xBD19 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
48410 0xBD1A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
48411 0xBD1B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
48412 0xBD1C 2 Current : Idelta mA U32
48414 0xBD1E 2 Current : Ipe mA U32

Average #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
48440 0xBD38 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
48440 0xBD38 1 Load status
0 : Disabled
1 : Enabled		 - U8
48441 0xBD39 2 Date of last instance s DATETIME
48443 0xBD3B 1 Integration time min / 5 U16
48444 0xBD3C 2 Reserved - -
48446 0xBD3E 2 Reserved - -
48448 0xBD40 2 System Current mA U32
48450 0xBD42 2 Frequency mHz U32
48452 0xBD44 2 Ph-N Voltage : V1 V 10⁻² U32
48454 0xBD46 2 Ph-N Voltage : V2 V 10⁻² U32
48456 0xBD48 2 Ph-N Voltage : V3 V 10⁻² U32
48458 0xBD4A 2 Ph-N Voltage : Vn V 10⁻² U32
48460 0xBD4C 2 Ph-Ph Voltage : U12 V 10⁻² U32
48462 0xBD4E 2 Ph-Ph Voltage : U23 V 10⁻² U32
48464 0xBD50 2 Ph-Ph Voltage : U31 V 10⁻² U32
48466 0xBD52 2 Current : I1 mA U32
48468 0xBD54 2 Current : I2 mA U32
48470 0xBD56 2 Current : I3 mA U32
48472 0xBD58 2 Current : In mA U32
48474 0xBD5A 1 Reserved - -
48475 0xBD5B 2 Reserved - -
48477 0xBD5D 2 Reserved - -
48479 0xBD5F 2 Reserved - -
48481 0xBD61 1 Reserved - -
48482 0xBD62 2 Snom VA U32
48484 0xBD64 2 Total active power W S32
48486 0xBD66 2 Total reactive power var S32
48488 0xBD68 2 Total lagging reactive power var S32
48490 0xBD6A 2 Total leading reactive power var S32
48492 0xBD6C 2 Total apparent power VA U32
48494 0xBD6E 1 Total power factor - / 1000 S16
48495 0xBD6F 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
48496 0xBD70 2 Active power : P1 W S32
48498 0xBD72 2 Active power : P2 W S32
48500 0xBD74 2 Active power : P3 W S32
48502 0xBD76 2 Reactive power : Q1 var S32
48504 0xBD78 2 Reactive power : Q2 var S32
48506 0xBD7A 2 Reactive power : Q3 var S32
48508 0xBD7C 2 Lagging reactive power : Q1_lagg var S32
48510 0xBD7E 2 Lagging reactive power : Q2_lagg var S32
48512 0xBD80 2 Lagging reactive power : Q3_lagg var S32
48514 0xBD82 2 Leading reactive power : Q1_lead var S32
48516 0xBD84 2 Leading reactive power : Q2_lead var S32
48518 0xBD86 2 Leading reactive power : Q3_lead var S32
48520 0xBD88 2 Apparent power : S1 VA U32
48522 0xBD8A 2 Apparent power : S2 VA U32
48524 0xBD8C 2 Apparent power : S3 VA U32
48526 0xBD8E 1 Power factor : PF1 - / 1000 S16
48527 0xBD8F 1 Power factor : PF2 - / 1000 S16
48528 0xBD90 1 Power factor : PF3 - / 1000 S16
48529 0xBD91 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
48530 0xBD92 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
48531 0xBD93 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
48532 0xBD94 2 Current : Idelta mA U32
48534 0xBD96 2 Current : Ipe mA U32

Average #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
48560 0xBDB0 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
48560 0xBDB0 1 Load status
0 : Disabled
1 : Enabled		 - U8
48561 0xBDB1 2 Date of last instance s DATETIME
48563 0xBDB3 1 Integration time min / 5 U16
48564 0xBDB4 2 Reserved - -
48566 0xBDB6 2 Reserved - -
48568 0xBDB8 2 System Current mA U32
48570 0xBDBA 2 Frequency mHz U32
48572 0xBDBC 2 Ph-N Voltage : V1 V 10⁻² U32
48574 0xBDBE 2 Ph-N Voltage : V2 V 10⁻² U32
48576 0xBDC0 2 Ph-N Voltage : V3 V 10⁻² U32
48578 0xBDC2 2 Ph-N Voltage : Vn V 10⁻² U32
48580 0xBDC4 2 Ph-Ph Voltage : U12 V 10⁻² U32
48582 0xBDC6 2 Ph-Ph Voltage : U23 V 10⁻² U32
48584 0xBDC8 2 Ph-Ph Voltage : U31 V 10⁻² U32
48586 0xBDCA 2 Current : I1 mA U32
48588 0xBDCC 2 Current : I2 mA U32
48590 0xBDCE 2 Current : I3 mA U32
48592 0xBDD0 2 Current : In mA U32
48594 0xBDD2 1 Reserved - -
48595 0xBDD3 2 Reserved - -
48597 0xBDD5 2 Reserved - -
48599 0xBDD7 2 Reserved - -
48601 0xBDD9 1 Reserved - -
48602 0xBDDA 2 Snom VA U32
48604 0xBDDC 2 Total active power W S32
48606 0xBDDE 2 Total reactive power var S32
48608 0xBDE0 2 Total lagging reactive power var S32
48610 0xBDE2 2 Total leading reactive power var S32
48612 0xBDE4 2 Total apparent power VA U32
48614 0xBDE6 1 Total power factor - / 1000 S16
48615 0xBDE7 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
48616 0xBDE8 2 Active power : P1 W S32
48618 0xBDEA 2 Active power : P2 W S32
48620 0xBDEC 2 Active power : P3 W S32
48622 0xBDEE 2 Reactive power : Q1 var S32
48624 0xBDF0 2 Reactive power : Q2 var S32
48626 0xBDF2 2 Reactive power : Q3 var S32
48628 0xBDF4 2 Lagging reactive power : Q1_lagg var S32
48630 0xBDF6 2 Lagging reactive power : Q2_lagg var S32
48632 0xBDF8 2 Lagging reactive power : Q3_lagg var S32
48634 0xBDFA 2 Leading reactive power : Q1_lead var S32
48636 0xBDFC 2 Leading reactive power : Q2_lead var S32
48638 0xBDFE 2 Leading reactive power : Q3_lead var S32
48640 0xBE00 2 Apparent power : S1 VA U32
48642 0xBE02 2 Apparent power : S2 VA U32
48644 0xBE04 2 Apparent power : S3 VA U32
48646 0xBE06 1 Power factor : PF1 - / 1000 S16
48647 0xBE07 1 Power factor : PF2 - / 1000 S16
48648 0xBE08 1 Power factor : PF3 - / 1000 S16
48649 0xBE09 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
48650 0xBE0A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
48651 0xBE0B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
48652 0xBE0C 2 Current : Idelta mA U32
48654 0xBE0E 2 Current : Ipe mA U32

Average #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
48680 0xBE28 Info 96 NONE READ READ

Dec address Hex address Words count Description Unit Data type
48680 0xBE28 1 Load status
0 : Disabled
1 : Enabled		 - U8
48681 0xBE29 2 Date of last instance s DATETIME
48683 0xBE2B 1 Integration time min / 5 U16
48684 0xBE2C 2 Reserved - -
48686 0xBE2E 2 Reserved - -
48688 0xBE30 2 System Current mA U32
48690 0xBE32 2 Frequency mHz U32
48692 0xBE34 2 Ph-N Voltage : V1 V 10⁻² U32
48694 0xBE36 2 Ph-N Voltage : V2 V 10⁻² U32
48696 0xBE38 2 Ph-N Voltage : V3 V 10⁻² U32
48698 0xBE3A 2 Ph-N Voltage : Vn V 10⁻² U32
48700 0xBE3C 2 Ph-Ph Voltage : U12 V 10⁻² U32
48702 0xBE3E 2 Ph-Ph Voltage : U23 V 10⁻² U32
48704 0xBE40 2 Ph-Ph Voltage : U31 V 10⁻² U32
48706 0xBE42 2 Current : I1 mA U32
48708 0xBE44 2 Current : I2 mA U32
48710 0xBE46 2 Current : I3 mA U32
48712 0xBE48 2 Current : In mA U32
48714 0xBE4A 1 Reserved - -
48715 0xBE4B 2 Reserved - -
48717 0xBE4D 2 Reserved - -
48719 0xBE4F 2 Reserved - -
48721 0xBE51 1 Reserved - -
48722 0xBE52 2 Snom VA U32
48724 0xBE54 2 Total active power W S32
48726 0xBE56 2 Total reactive power var S32
48728 0xBE58 2 Total lagging reactive power var S32
48730 0xBE5A 2 Total leading reactive power var S32
48732 0xBE5C 2 Total apparent power VA U32
48734 0xBE5E 1 Total power factor - / 1000 S16
48735 0xBE5F 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging		 - U8
48736 0xBE60 2 Active power : P1 W S32
48738 0xBE62 2 Active power : P2 W S32
48740 0xBE64 2 Active power : P3 W S32
48742 0xBE66 2 Reactive power : Q1 var S32
48744 0xBE68 2 Reactive power : Q2 var S32
48746 0xBE6A 2 Reactive power : Q3 var S32
48748 0xBE6C 2 Lagging reactive power : Q1_lagg var S32
48750 0xBE6E 2 Lagging reactive power : Q2_lagg var S32
48752 0xBE70 2 Lagging reactive power : Q3_lagg var S32
48754 0xBE72 2 Leading reactive power : Q1_lead var S32
48756 0xBE74 2 Leading reactive power : Q2_lead var S32
48758 0xBE76 2 Leading reactive power : Q3_lead var S32
48760 0xBE78 2 Apparent power : S1 VA U32
48762 0xBE7A 2 Apparent power : S2 VA U32
48764 0xBE7C 2 Apparent power : S3 VA U32
48766 0xBE7E 1 Power factor : PF1 - / 1000 S16
48767 0xBE7F 1 Power factor : PF2 - / 1000 S16
48768 0xBE80 1 Power factor : PF3 - / 1000 S16
48769 0xBE81 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
48770 0xBE82 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
48771 0xBE83 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
48772 0xBE84 2 Current : Idelta mA U32
48774 0xBE86 2 Current : Ipe mA U32

Instantaneous fundamental #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
45872 0xB330 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
45872 0xB330 1 Load status
0 : Disabled
1 : Enabled		 - U8
45873 0xB331 2 Date of last instance s DATETIME
45875 0xB333 1 Integration time s / 5 U16
45876 0xB334 2 Ph-N voltage: V1h1 V 10⁻² U32
45878 0xB336 2 Ph-N voltage: V2h1 V 10⁻² U32
45880 0xB338 2 Ph-N voltage: V3h1 V 10⁻² U32
45882 0xB33A 2 Ph-N voltage: Vnh1 V 10⁻² U32
45884 0xB33C 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
45885 0xB33D 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
45886 0xB33E 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
45887 0xB33F 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
45888 0xB340 2 Ph-Ph voltage: U12h1 V 10⁻² U32
45890 0xB342 2 Ph-Ph voltage: U23h1 V 10⁻² U32
45892 0xB344 2 Ph-Ph voltage: U31h1 V 10⁻² U32
45894 0xB346 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
45895 0xB347 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
45896 0xB348 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
45897 0xB349 2 Current: I1h1 mA U32
45899 0xB34B 2 Current: I2h1 mA U32
45901 0xB34D 2 Current: I3h1 mA U32
45903 0xB34F 2 Current: Inh1 mA U32
45905 0xB351 1 Current phase: phI1h1 ° 10⁻¹ S16
45906 0xB352 1 Current phase: phI2h1 ° 10⁻¹ S16
45907 0xB353 1 Current phase: phI3h1 ° 10⁻¹ S16
45908 0xB354 1 Current phase: phInh1 ° 10⁻¹ S16
45909 0xB355 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
45910 0xB356 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
45911 0xB357 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
45912 0xB358 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
45913 0xB359 2 Reserved - -
45915 0xB35B 2 Reserved - -
45917 0xB35D 2 Reserved - -
45919 0xB35F 2 Reserved - -
45921 0xB361 2 Reserved - -
45923 0xB363 2 Reserved - -
45925 0xB365 2 Reserved - -
45927 0xB367 2 Reserved - -
45929 0xB369 1 Reserved - -
45930 0xB36A 1 Reserved - -
45931 0xB36B 1 Reserved - -
45932 0xB36C 1 Reserved - -
45933 0xB36D 1 Reserved - -
45934 0xB36E 1 Reserved - -
45935 0xB36F 1 Reserved - -
45936 0xB370 1 Reserved - -
45937 0xB371 1 Reserved - -
45938 0xB372 1 Reserved - -
45939 0xB373 1 Reserved - -
45940 0xB374 1 Reserved - -
45941 0xB375 1 Reserved - -
45942 0xB376 1 Reserved - -
45943 0xB377 1 Reserved - -
45944 0xB378 1 Reserved - -
45945 0xB379 1 Reserved - -
45946 0xB37A 1 Reserved - -
45947 0xB37B 1 Reserved - -
45948 0xB37C 1 Reserved - -
45949 0xB37D 1 Reserved - -
45950 0xB37E 1 Reserved - -
45951 0xB37F 1 Reserved - -
45952 0xB380 1 Reserved - -
45953 0xB381 1 Reserved - -
45954 0xB382 1 Reserved - -
45955 0xB383 1 Reserved - -
45956 0xB384 1 Reserved - -
45957 0xB385 1 Reserved - -
45958 0xB386 1 Reserved - -
45959 0xB387 1 Reserved - -
45960 0xB388 1 Reserved - -
45961 0xB389 2 Reserved - -
45963 0xB38B 2 Reserved - -
45965 0xB38D 2 Reserved - -
45967 0xB38F 2 Reserved - -

Instantaneous fundamental #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
45992 0xB3A8 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
45992 0xB3A8 1 Load status
0 : Disabled
1 : Enabled		 - U8
45993 0xB3A9 2 Date of last instance s DATETIME
45995 0xB3AB 1 Integration time s / 5 U16
45996 0xB3AC 2 Ph-N voltage: V1h1 V 10⁻² U32
45998 0xB3AE 2 Ph-N voltage: V2h1 V 10⁻² U32
46000 0xB3B0 2 Ph-N voltage: V3h1 V 10⁻² U32
46002 0xB3B2 2 Ph-N voltage: Vnh1 V 10⁻² U32
46004 0xB3B4 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
46005 0xB3B5 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
46006 0xB3B6 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
46007 0xB3B7 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
46008 0xB3B8 2 Ph-Ph voltage: U12h1 V 10⁻² U32
46010 0xB3BA 2 Ph-Ph voltage: U23h1 V 10⁻² U32
46012 0xB3BC 2 Ph-Ph voltage: U31h1 V 10⁻² U32
46014 0xB3BE 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
46015 0xB3BF 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
46016 0xB3C0 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
46017 0xB3C1 2 Current: I1h1 mA U32
46019 0xB3C3 2 Current: I2h1 mA U32
46021 0xB3C5 2 Current: I3h1 mA U32
46023 0xB3C7 2 Current: Inh1 mA U32
46025 0xB3C9 1 Current phase: phI1h1 ° 10⁻¹ S16
46026 0xB3CA 1 Current phase: phI2h1 ° 10⁻¹ S16
46027 0xB3CB 1 Current phase: phI3h1 ° 10⁻¹ S16
46028 0xB3CC 1 Current phase: phInh1 ° 10⁻¹ S16
46029 0xB3CD 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
46030 0xB3CE 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
46031 0xB3CF 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
46032 0xB3D0 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
46033 0xB3D1 2 Reserved - -
46035 0xB3D3 2 Reserved - -
46037 0xB3D5 2 Reserved - -
46039 0xB3D7 2 Reserved - -
46041 0xB3D9 2 Reserved - -
46043 0xB3DB 2 Reserved - -
46045 0xB3DD 2 Reserved - -
46047 0xB3DF 2 Reserved - -
46049 0xB3E1 1 Reserved - -
46050 0xB3E2 1 Reserved - -
46051 0xB3E3 1 Reserved - -
46052 0xB3E4 1 Reserved - -
46053 0xB3E5 1 Reserved - -
46054 0xB3E6 1 Reserved - -
46055 0xB3E7 1 Reserved - -
46056 0xB3E8 1 Reserved - -
46057 0xB3E9 1 Reserved - -
46058 0xB3EA 1 Reserved - -
46059 0xB3EB 1 Reserved - -
46060 0xB3EC 1 Reserved - -
46061 0xB3ED 1 Reserved - -
46062 0xB3EE 1 Reserved - -
46063 0xB3EF 1 Reserved - -
46064 0xB3F0 1 Reserved - -
46065 0xB3F1 1 Reserved - -
46066 0xB3F2 1 Reserved - -
46067 0xB3F3 1 Reserved - -
46068 0xB3F4 1 Reserved - -
46069 0xB3F5 1 Reserved - -
46070 0xB3F6 1 Reserved - -
46071 0xB3F7 1 Reserved - -
46072 0xB3F8 1 Reserved - -
46073 0xB3F9 1 Reserved - -
46074 0xB3FA 1 Reserved - -
46075 0xB3FB 1 Reserved - -
46076 0xB3FC 1 Reserved - -
46077 0xB3FD 1 Reserved - -
46078 0xB3FE 1 Reserved - -
46079 0xB3FF 1 Reserved - -
46080 0xB400 1 Reserved - -
46081 0xB401 2 Reserved - -
46083 0xB403 2 Reserved - -
46085 0xB405 2 Reserved - -
46087 0xB407 2 Reserved - -

Instantaneous fundamental #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
46112 0xB420 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
46112 0xB420 1 Load status
0 : Disabled
1 : Enabled		 - U8
46113 0xB421 2 Date of last instance s DATETIME
46115 0xB423 1 Integration time s / 5 U16
46116 0xB424 2 Ph-N voltage: V1h1 V 10⁻² U32
46118 0xB426 2 Ph-N voltage: V2h1 V 10⁻² U32
46120 0xB428 2 Ph-N voltage: V3h1 V 10⁻² U32
46122 0xB42A 2 Ph-N voltage: Vnh1 V 10⁻² U32
46124 0xB42C 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
46125 0xB42D 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
46126 0xB42E 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
46127 0xB42F 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
46128 0xB430 2 Ph-Ph voltage: U12h1 V 10⁻² U32
46130 0xB432 2 Ph-Ph voltage: U23h1 V 10⁻² U32
46132 0xB434 2 Ph-Ph voltage: U31h1 V 10⁻² U32
46134 0xB436 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
46135 0xB437 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
46136 0xB438 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
46137 0xB439 2 Current: I1h1 mA U32
46139 0xB43B 2 Current: I2h1 mA U32
46141 0xB43D 2 Current: I3h1 mA U32
46143 0xB43F 2 Current: Inh1 mA U32
46145 0xB441 1 Current phase: phI1h1 ° 10⁻¹ S16
46146 0xB442 1 Current phase: phI2h1 ° 10⁻¹ S16
46147 0xB443 1 Current phase: phI3h1 ° 10⁻¹ S16
46148 0xB444 1 Current phase: phInh1 ° 10⁻¹ S16
46149 0xB445 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
46150 0xB446 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
46151 0xB447 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
46152 0xB448 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
46153 0xB449 2 Reserved - -
46155 0xB44B 2 Reserved - -
46157 0xB44D 2 Reserved - -
46159 0xB44F 2 Reserved - -
46161 0xB451 2 Reserved - -
46163 0xB453 2 Reserved - -
46165 0xB455 2 Reserved - -
46167 0xB457 2 Reserved - -
46169 0xB459 1 Reserved - -
46170 0xB45A 1 Reserved - -
46171 0xB45B 1 Reserved - -
46172 0xB45C 1 Reserved - -
46173 0xB45D 1 Reserved - -
46174 0xB45E 1 Reserved - -
46175 0xB45F 1 Reserved - -
46176 0xB460 1 Reserved - -
46177 0xB461 1 Reserved - -
46178 0xB462 1 Reserved - -
46179 0xB463 1 Reserved - -
46180 0xB464 1 Reserved - -
46181 0xB465 1 Reserved - -
46182 0xB466 1 Reserved - -
46183 0xB467 1 Reserved - -
46184 0xB468 1 Reserved - -
46185 0xB469 1 Reserved - -
46186 0xB46A 1 Reserved - -
46187 0xB46B 1 Reserved - -
46188 0xB46C 1 Reserved - -
46189 0xB46D 1 Reserved - -
46190 0xB46E 1 Reserved - -
46191 0xB46F 1 Reserved - -
46192 0xB470 1 Reserved - -
46193 0xB471 1 Reserved - -
46194 0xB472 1 Reserved - -
46195 0xB473 1 Reserved - -
46196 0xB474 1 Reserved - -
46197 0xB475 1 Reserved - -
46198 0xB476 1 Reserved - -
46199 0xB477 1 Reserved - -
46200 0xB478 1 Reserved - -
46201 0xB479 2 Reserved - -
46203 0xB47B 2 Reserved - -
46205 0xB47D 2 Reserved - -
46207 0xB47F 2 Reserved - -

Instantaneous fundamental #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
46232 0xB498 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
46232 0xB498 1 Load status
0 : Disabled
1 : Enabled		 - U8
46233 0xB499 2 Date of last instance s DATETIME
46235 0xB49B 1 Integration time s / 5 U16
46236 0xB49C 2 Ph-N voltage: V1h1 V 10⁻² U32
46238 0xB49E 2 Ph-N voltage: V2h1 V 10⁻² U32
46240 0xB4A0 2 Ph-N voltage: V3h1 V 10⁻² U32
46242 0xB4A2 2 Ph-N voltage: Vnh1 V 10⁻² U32
46244 0xB4A4 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
46245 0xB4A5 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
46246 0xB4A6 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
46247 0xB4A7 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
46248 0xB4A8 2 Ph-Ph voltage: U12h1 V 10⁻² U32
46250 0xB4AA 2 Ph-Ph voltage: U23h1 V 10⁻² U32
46252 0xB4AC 2 Ph-Ph voltage: U31h1 V 10⁻² U32
46254 0xB4AE 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
46255 0xB4AF 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
46256 0xB4B0 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
46257 0xB4B1 2 Current: I1h1 mA U32
46259 0xB4B3 2 Current: I2h1 mA U32
46261 0xB4B5 2 Current: I3h1 mA U32
46263 0xB4B7 2 Current: Inh1 mA U32
46265 0xB4B9 1 Current phase: phI1h1 ° 10⁻¹ S16
46266 0xB4BA 1 Current phase: phI2h1 ° 10⁻¹ S16
46267 0xB4BB 1 Current phase: phI3h1 ° 10⁻¹ S16
46268 0xB4BC 1 Current phase: phInh1 ° 10⁻¹ S16
46269 0xB4BD 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
46270 0xB4BE 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
46271 0xB4BF 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
46272 0xB4C0 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
46273 0xB4C1 2 Reserved - -
46275 0xB4C3 2 Reserved - -
46277 0xB4C5 2 Reserved - -
46279 0xB4C7 2 Reserved - -
46281 0xB4C9 2 Reserved - -
46283 0xB4CB 2 Reserved - -
46285 0xB4CD 2 Reserved - -
46287 0xB4CF 2 Reserved - -
46289 0xB4D1 1 Reserved - -
46290 0xB4D2 1 Reserved - -
46291 0xB4D3 1 Reserved - -
46292 0xB4D4 1 Reserved - -
46293 0xB4D5 1 Reserved - -
46294 0xB4D6 1 Reserved - -
46295 0xB4D7 1 Reserved - -
46296 0xB4D8 1 Reserved - -
46297 0xB4D9 1 Reserved - -
46298 0xB4DA 1 Reserved - -
46299 0xB4DB 1 Reserved - -
46300 0xB4DC 1 Reserved - -
46301 0xB4DD 1 Reserved - -
46302 0xB4DE 1 Reserved - -
46303 0xB4DF 1 Reserved - -
46304 0xB4E0 1 Reserved - -
46305 0xB4E1 1 Reserved - -
46306 0xB4E2 1 Reserved - -
46307 0xB4E3 1 Reserved - -
46308 0xB4E4 1 Reserved - -
46309 0xB4E5 1 Reserved - -
46310 0xB4E6 1 Reserved - -
46311 0xB4E7 1 Reserved - -
46312 0xB4E8 1 Reserved - -
46313 0xB4E9 1 Reserved - -
46314 0xB4EA 1 Reserved - -
46315 0xB4EB 1 Reserved - -
46316 0xB4EC 1 Reserved - -
46317 0xB4ED 1 Reserved - -
46318 0xB4EE 1 Reserved - -
46319 0xB4EF 1 Reserved - -
46320 0xB4F0 1 Reserved - -
46321 0xB4F1 2 Reserved - -
46323 0xB4F3 2 Reserved - -
46325 0xB4F5 2 Reserved - -
46327 0xB4F7 2 Reserved - -

Instantaneous fundamental #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
46352 0xB510 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
46352 0xB510 1 Load status
0 : Disabled
1 : Enabled		 - U8
46353 0xB511 2 Date of last instance s DATETIME
46355 0xB513 1 Integration time s / 5 U16
46356 0xB514 2 Ph-N voltage: V1h1 V 10⁻² U32
46358 0xB516 2 Ph-N voltage: V2h1 V 10⁻² U32
46360 0xB518 2 Ph-N voltage: V3h1 V 10⁻² U32
46362 0xB51A 2 Ph-N voltage: Vnh1 V 10⁻² U32
46364 0xB51C 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
46365 0xB51D 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
46366 0xB51E 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
46367 0xB51F 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
46368 0xB520 2 Ph-Ph voltage: U12h1 V 10⁻² U32
46370 0xB522 2 Ph-Ph voltage: U23h1 V 10⁻² U32
46372 0xB524 2 Ph-Ph voltage: U31h1 V 10⁻² U32
46374 0xB526 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
46375 0xB527 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
46376 0xB528 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
46377 0xB529 2 Current: I1h1 mA U32
46379 0xB52B 2 Current: I2h1 mA U32
46381 0xB52D 2 Current: I3h1 mA U32
46383 0xB52F 2 Current: Inh1 mA U32
46385 0xB531 1 Current phase: phI1h1 ° 10⁻¹ S16
46386 0xB532 1 Current phase: phI2h1 ° 10⁻¹ S16
46387 0xB533 1 Current phase: phI3h1 ° 10⁻¹ S16
46388 0xB534 1 Current phase: phInh1 ° 10⁻¹ S16
46389 0xB535 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
46390 0xB536 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
46391 0xB537 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
46392 0xB538 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
46393 0xB539 2 Reserved - -
46395 0xB53B 2 Reserved - -
46397 0xB53D 2 Reserved - -
46399 0xB53F 2 Reserved - -
46401 0xB541 2 Reserved - -
46403 0xB543 2 Reserved - -
46405 0xB545 2 Reserved - -
46407 0xB547 2 Reserved - -
46409 0xB549 1 Reserved - -
46410 0xB54A 1 Reserved - -
46411 0xB54B 1 Reserved - -
46412 0xB54C 1 Reserved - -
46413 0xB54D 1 Reserved - -
46414 0xB54E 1 Reserved - -
46415 0xB54F 1 Reserved - -
46416 0xB550 1 Reserved - -
46417 0xB551 1 Reserved - -
46418 0xB552 1 Reserved - -
46419 0xB553 1 Reserved - -
46420 0xB554 1 Reserved - -
46421 0xB555 1 Reserved - -
46422 0xB556 1 Reserved - -
46423 0xB557 1 Reserved - -
46424 0xB558 1 Reserved - -
46425 0xB559 1 Reserved - -
46426 0xB55A 1 Reserved - -
46427 0xB55B 1 Reserved - -
46428 0xB55C 1 Reserved - -
46429 0xB55D 1 Reserved - -
46430 0xB55E 1 Reserved - -
46431 0xB55F 1 Reserved - -
46432 0xB560 1 Reserved - -
46433 0xB561 1 Reserved - -
46434 0xB562 1 Reserved - -
46435 0xB563 1 Reserved - -
46436 0xB564 1 Reserved - -
46437 0xB565 1 Reserved - -
46438 0xB566 1 Reserved - -
46439 0xB567 1 Reserved - -
46440 0xB568 1 Reserved - -
46441 0xB569 2 Reserved - -
46443 0xB56B 2 Reserved - -
46445 0xB56D 2 Reserved - -
46447 0xB56F 2 Reserved - -

Instantaneous fundamental #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
46472 0xB588 Info 97 NONE READ READ

Dec address Hex address Words count Description Unit Data type
46472 0xB588 1 Load status
0 : Disabled
1 : Enabled		 - U8
46473 0xB589 2 Date of last instance s DATETIME
46475 0xB58B 1 Integration time s / 5 U16
46476 0xB58C 2 Ph-N voltage: V1h1 V 10⁻² U32
46478 0xB58E 2 Ph-N voltage: V2h1 V 10⁻² U32
46480 0xB590 2 Ph-N voltage: V3h1 V 10⁻² U32
46482 0xB592 2 Ph-N voltage: Vnh1 V 10⁻² U32
46484 0xB594 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
46485 0xB595 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
46486 0xB596 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
46487 0xB597 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
46488 0xB598 2 Ph-Ph voltage: U12h1 V 10⁻² U32
46490 0xB59A 2 Ph-Ph voltage: U23h1 V 10⁻² U32
46492 0xB59C 2 Ph-Ph voltage: U31h1 V 10⁻² U32
46494 0xB59E 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
46495 0xB59F 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
46496 0xB5A0 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
46497 0xB5A1 2 Current: I1h1 mA U32
46499 0xB5A3 2 Current: I2h1 mA U32
46501 0xB5A5 2 Current: I3h1 mA U32
46503 0xB5A7 2 Current: Inh1 mA U32
46505 0xB5A9 1 Current phase: phI1h1 ° 10⁻¹ S16
46506 0xB5AA 1 Current phase: phI2h1 ° 10⁻¹ S16
46507 0xB5AB 1 Current phase: phI3h1 ° 10⁻¹ S16
46508 0xB5AC 1 Current phase: phInh1 ° 10⁻¹ S16
46509 0xB5AD 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
46510 0xB5AE 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
46511 0xB5AF 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
46512 0xB5B0 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
46513 0xB5B1 2 Reserved - -
46515 0xB5B3 2 Reserved - -
46517 0xB5B5 2 Reserved - -
46519 0xB5B7 2 Reserved - -
46521 0xB5B9 2 Reserved - -
46523 0xB5BB 2 Reserved - -
46525 0xB5BD 2 Reserved - -
46527 0xB5BF 2 Reserved - -
46529 0xB5C1 1 Reserved - -
46530 0xB5C2 1 Reserved - -
46531 0xB5C3 1 Reserved - -
46532 0xB5C4 1 Reserved - -
46533 0xB5C5 1 Reserved - -
46534 0xB5C6 1 Reserved - -
46535 0xB5C7 1 Reserved - -
46536 0xB5C8 1 Reserved - -
46537 0xB5C9 1 Reserved - -
46538 0xB5CA 1 Reserved - -
46539 0xB5CB 1 Reserved - -
46540 0xB5CC 1 Reserved - -
46541 0xB5CD 1 Reserved - -
46542 0xB5CE 1 Reserved - -
46543 0xB5CF 1 Reserved - -
46544 0xB5D0 1 Reserved - -
46545 0xB5D1 1 Reserved - -
46546 0xB5D2 1 Reserved - -
46547 0xB5D3 1 Reserved - -
46548 0xB5D4 1 Reserved - -
46549 0xB5D5 1 Reserved - -
46550 0xB5D6 1 Reserved - -
46551 0xB5D7 1 Reserved - -
46552 0xB5D8 1 Reserved - -
46553 0xB5D9 1 Reserved - -
46554 0xB5DA 1 Reserved - -
46555 0xB5DB 1 Reserved - -
46556 0xB5DC 1 Reserved - -
46557 0xB5DD 1 Reserved - -
46558 0xB5DE 1 Reserved - -
46559 0xB5DF 1 Reserved - -
46560 0xB5E0 1 Reserved - -
46561 0xB5E1 2 Reserved - -
46563 0xB5E3 2 Reserved - -
46565 0xB5E5 2 Reserved - -
46567 0xB5E7 2 Reserved - -

Instantaneous min #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
47336 0xB8E8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
47336 0xB8E8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
47337 0xB8E9 2 Minimum Frequency mHz U32
47339 0xB8EB 2 Date of minimum F - DATETIME
47341 0xB8ED 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
47343 0xB8EF 2 Date of minimum V1 - DATETIME
47345 0xB8F1 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
47347 0xB8F3 2 Date of minimum V2 - DATETIME
47349 0xB8F5 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
47351 0xB8F7 2 Date of minimum V3 - DATETIME
47353 0xB8F9 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
47355 0xB8FB 2 Date of minimum Vn - DATETIME
47357 0xB8FD 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
47359 0xB8FF 2 Date of minimum U12 - DATETIME
47361 0xB901 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
47363 0xB903 2 Date of minimum U23 - DATETIME
47365 0xB905 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
47367 0xB907 2 Date of minimum U31 - DATETIME
47369 0xB909 2 Minimum Current : I1 mA U32
47371 0xB90B 2 Date of minimum I1 - DATETIME
47373 0xB90D 2 Minimum Current : I2 mA U32
47375 0xB90F 2 Date of minimum I2 - DATETIME
47377 0xB911 2 Minimum Current : I3 mA U32
47379 0xB913 2 Date of minimum I3 - DATETIME
47381 0xB915 2 Minimum Current : In mA U32
47383 0xB917 2 Date of minimum In - DATETIME
47385 0xB919 2 Minimum Total active power W S32
47387 0xB91B 2 Date of minimum Ptot - DATETIME
47389 0xB91D 2 Minimum Total reactive power var S32
47391 0xB91F 2 Date of minimum Qtot - DATETIME
47393 0xB921 2 Minimum Total apparent power VA U32
47395 0xB923 2 Date of minimum Stot - DATETIME
47397 0xB925 1 Minimum Total power factor - / 1000 S16
47398 0xB926 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
47399 0xB927 2 Date of minimum Total power factor - DATETIME
47401 0xB929 2 Minimum Active power : P1 W S32
47403 0xB92B 2 Date of minimum P1 - DATETIME
47405 0xB92D 2 Minimum Active power : P2 W S32
47407 0xB92F 2 Date of minimum P2 - DATETIME
47409 0xB931 2 Minimum Active power : P3 W S32
47411 0xB933 2 Date of minimum P3 - DATETIME
47413 0xB935 2 Minimum Reactive power : Q1 var S32
47415 0xB937 2 Date of minimum Q1 - DATETIME
47417 0xB939 2 Minimum Reactive power : Q2 var S32
47419 0xB93B 2 Date of minimum Q2 - DATETIME
47421 0xB93D 2 Minimum Reactive power : Q3 var S32
47423 0xB93F 2 Date of minimum Q3 - DATETIME
47425 0xB941 2 Minimum Apparent power : S1 VA U32
47427 0xB943 2 Date of minimum S1 - DATETIME
47429 0xB945 2 Minimum Apparent power : S2 VA U32
47431 0xB947 2 Date of minimum S2 - DATETIME
47433 0xB949 2 Minimum Apparent power : S3 VA U32
47435 0xB94B 2 Date of minimum S3 - DATETIME
47437 0xB94D 1 Minimum Power factor : PF1 - / 1000 S16
47438 0xB94E 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
47439 0xB94F 2 Date of minimum PF1 - DATETIME
47441 0xB951 1 Minimum Power factor : PF2 - / 1000 S16
47442 0xB952 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
47443 0xB953 2 Date of minimum PF2 - DATETIME
47445 0xB955 1 Minimum Power factor : PF3 - / 1000 S16
47446 0xB956 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
47447 0xB957 2 Date of minimum PF3 - DATETIME
47449 0xB959 2 Minimum Current : Idelta mA U32
47451 0xB95B 2 Date of minimum Idelta - DATETIME
47453 0xB95D 2 Minimum Current : Ipe mA U32
47455 0xB95F 2 Date of minimum Ipe - DATETIME

Instantaneous min #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
47460 0xB964 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
47460 0xB964 1 Load status :
0 : Disabled
1 : Enabled		 - U8
47461 0xB965 2 Minimum Frequency mHz U32
47463 0xB967 2 Date of minimum F - DATETIME
47465 0xB969 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
47467 0xB96B 2 Date of minimum V1 - DATETIME
47469 0xB96D 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
47471 0xB96F 2 Date of minimum V2 - DATETIME
47473 0xB971 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
47475 0xB973 2 Date of minimum V3 - DATETIME
47477 0xB975 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
47479 0xB977 2 Date of minimum Vn - DATETIME
47481 0xB979 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
47483 0xB97B 2 Date of minimum U12 - DATETIME
47485 0xB97D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
47487 0xB97F 2 Date of minimum U23 - DATETIME
47489 0xB981 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
47491 0xB983 2 Date of minimum U31 - DATETIME
47493 0xB985 2 Minimum Current : I1 mA U32
47495 0xB987 2 Date of minimum I1 - DATETIME
47497 0xB989 2 Minimum Current : I2 mA U32
47499 0xB98B 2 Date of minimum I2 - DATETIME
47501 0xB98D 2 Minimum Current : I3 mA U32
47503 0xB98F 2 Date of minimum I3 - DATETIME
47505 0xB991 2 Minimum Current : In mA U32
47507 0xB993 2 Date of minimum In - DATETIME
47509 0xB995 2 Minimum Total active power W S32
47511 0xB997 2 Date of minimum Ptot - DATETIME
47513 0xB999 2 Minimum Total reactive power var S32
47515 0xB99B 2 Date of minimum Qtot - DATETIME
47517 0xB99D 2 Minimum Total apparent power VA U32
47519 0xB99F 2 Date of minimum Stot - DATETIME
47521 0xB9A1 1 Minimum Total power factor - / 1000 S16
47522 0xB9A2 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
47523 0xB9A3 2 Date of minimum Total power factor - DATETIME
47525 0xB9A5 2 Minimum Active power : P1 W S32
47527 0xB9A7 2 Date of minimum P1 - DATETIME
47529 0xB9A9 2 Minimum Active power : P2 W S32
47531 0xB9AB 2 Date of minimum P2 - DATETIME
47533 0xB9AD 2 Minimum Active power : P3 W S32
47535 0xB9AF 2 Date of minimum P3 - DATETIME
47537 0xB9B1 2 Minimum Reactive power : Q1 var S32
47539 0xB9B3 2 Date of minimum Q1 - DATETIME
47541 0xB9B5 2 Minimum Reactive power : Q2 var S32
47543 0xB9B7 2 Date of minimum Q2 - DATETIME
47545 0xB9B9 2 Minimum Reactive power : Q3 var S32
47547 0xB9BB 2 Date of minimum Q3 - DATETIME
47549 0xB9BD 2 Minimum Apparent power : S1 VA U32
47551 0xB9BF 2 Date of minimum S1 - DATETIME
47553 0xB9C1 2 Minimum Apparent power : S2 VA U32
47555 0xB9C3 2 Date of minimum S2 - DATETIME
47557 0xB9C5 2 Minimum Apparent power : S3 VA U32
47559 0xB9C7 2 Date of minimum S3 - DATETIME
47561 0xB9C9 1 Minimum Power factor : PF1 - / 1000 S16
47562 0xB9CA 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
47563 0xB9CB 2 Date of minimum PF1 - DATETIME
47565 0xB9CD 1 Minimum Power factor : PF2 - / 1000 S16
47566 0xB9CE 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
47567 0xB9CF 2 Date of minimum PF2 - DATETIME
47569 0xB9D1 1 Minimum Power factor : PF3 - / 1000 S16
47570 0xB9D2 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
47571 0xB9D3 2 Date of minimum PF3 - DATETIME
47573 0xB9D5 2 Minimum Current : Idelta mA U32
47575 0xB9D7 2 Date of minimum Idelta - DATETIME
47577 0xB9D9 2 Minimum Current : Ipe mA U32
47579 0xB9DB 2 Date of minimum Ipe - DATETIME

Instantaneous min #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
47584 0xB9E0 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
47584 0xB9E0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
47585 0xB9E1 2 Minimum Frequency mHz U32
47587 0xB9E3 2 Date of minimum F - DATETIME
47589 0xB9E5 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
47591 0xB9E7 2 Date of minimum V1 - DATETIME
47593 0xB9E9 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
47595 0xB9EB 2 Date of minimum V2 - DATETIME
47597 0xB9ED 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
47599 0xB9EF 2 Date of minimum V3 - DATETIME
47601 0xB9F1 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
47603 0xB9F3 2 Date of minimum Vn - DATETIME
47605 0xB9F5 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
47607 0xB9F7 2 Date of minimum U12 - DATETIME
47609 0xB9F9 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
47611 0xB9FB 2 Date of minimum U23 - DATETIME
47613 0xB9FD 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
47615 0xB9FF 2 Date of minimum U31 - DATETIME
47617 0xBA01 2 Minimum Current : I1 mA U32
47619 0xBA03 2 Date of minimum I1 - DATETIME
47621 0xBA05 2 Minimum Current : I2 mA U32
47623 0xBA07 2 Date of minimum I2 - DATETIME
47625 0xBA09 2 Minimum Current : I3 mA U32
47627 0xBA0B 2 Date of minimum I3 - DATETIME
47629 0xBA0D 2 Minimum Current : In mA U32
47631 0xBA0F 2 Date of minimum In - DATETIME
47633 0xBA11 2 Minimum Total active power W S32
47635 0xBA13 2 Date of minimum Ptot - DATETIME
47637 0xBA15 2 Minimum Total reactive power var S32
47639 0xBA17 2 Date of minimum Qtot - DATETIME
47641 0xBA19 2 Minimum Total apparent power VA U32
47643 0xBA1B 2 Date of minimum Stot - DATETIME
47645 0xBA1D 1 Minimum Total power factor - / 1000 S16
47646 0xBA1E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
47647 0xBA1F 2 Date of minimum Total power factor - DATETIME
47649 0xBA21 2 Minimum Active power : P1 W S32
47651 0xBA23 2 Date of minimum P1 - DATETIME
47653 0xBA25 2 Minimum Active power : P2 W S32
47655 0xBA27 2 Date of minimum P2 - DATETIME
47657 0xBA29 2 Minimum Active power : P3 W S32
47659 0xBA2B 2 Date of minimum P3 - DATETIME
47661 0xBA2D 2 Minimum Reactive power : Q1 var S32
47663 0xBA2F 2 Date of minimum Q1 - DATETIME
47665 0xBA31 2 Minimum Reactive power : Q2 var S32
47667 0xBA33 2 Date of minimum Q2 - DATETIME
47669 0xBA35 2 Minimum Reactive power : Q3 var S32
47671 0xBA37 2 Date of minimum Q3 - DATETIME
47673 0xBA39 2 Minimum Apparent power : S1 VA U32
47675 0xBA3B 2 Date of minimum S1 - DATETIME
47677 0xBA3D 2 Minimum Apparent power : S2 VA U32
47679 0xBA3F 2 Date of minimum S2 - DATETIME
47681 0xBA41 2 Minimum Apparent power : S3 VA U32
47683 0xBA43 2 Date of minimum S3 - DATETIME
47685 0xBA45 1 Minimum Power factor : PF1 - / 1000 S16
47686 0xBA46 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
47687 0xBA47 2 Date of minimum PF1 - DATETIME
47689 0xBA49 1 Minimum Power factor : PF2 - / 1000 S16
47690 0xBA4A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
47691 0xBA4B 2 Date of minimum PF2 - DATETIME
47693 0xBA4D 1 Minimum Power factor : PF3 - / 1000 S16
47694 0xBA4E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
47695 0xBA4F 2 Date of minimum PF3 - DATETIME
47697 0xBA51 2 Minimum Current : Idelta mA U32
47699 0xBA53 2 Date of minimum Idelta - DATETIME
47701 0xBA55 2 Minimum Current : Ipe mA U32
47703 0xBA57 2 Date of minimum Ipe - DATETIME

Instantaneous min #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
47708 0xBA5C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
47708 0xBA5C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
47709 0xBA5D 2 Minimum Frequency mHz U32
47711 0xBA5F 2 Date of minimum F - DATETIME
47713 0xBA61 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
47715 0xBA63 2 Date of minimum V1 - DATETIME
47717 0xBA65 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
47719 0xBA67 2 Date of minimum V2 - DATETIME
47721 0xBA69 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
47723 0xBA6B 2 Date of minimum V3 - DATETIME
47725 0xBA6D 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
47727 0xBA6F 2 Date of minimum Vn - DATETIME
47729 0xBA71 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
47731 0xBA73 2 Date of minimum U12 - DATETIME
47733 0xBA75 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
47735 0xBA77 2 Date of minimum U23 - DATETIME
47737 0xBA79 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
47739 0xBA7B 2 Date of minimum U31 - DATETIME
47741 0xBA7D 2 Minimum Current : I1 mA U32
47743 0xBA7F 2 Date of minimum I1 - DATETIME
47745 0xBA81 2 Minimum Current : I2 mA U32
47747 0xBA83 2 Date of minimum I2 - DATETIME
47749 0xBA85 2 Minimum Current : I3 mA U32
47751 0xBA87 2 Date of minimum I3 - DATETIME
47753 0xBA89 2 Minimum Current : In mA U32
47755 0xBA8B 2 Date of minimum In - DATETIME
47757 0xBA8D 2 Minimum Total active power W S32
47759 0xBA8F 2 Date of minimum Ptot - DATETIME
47761 0xBA91 2 Minimum Total reactive power var S32
47763 0xBA93 2 Date of minimum Qtot - DATETIME
47765 0xBA95 2 Minimum Total apparent power VA U32
47767 0xBA97 2 Date of minimum Stot - DATETIME
47769 0xBA99 1 Minimum Total power factor - / 1000 S16
47770 0xBA9A 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
47771 0xBA9B 2 Date of minimum Total power factor - DATETIME
47773 0xBA9D 2 Minimum Active power : P1 W S32
47775 0xBA9F 2 Date of minimum P1 - DATETIME
47777 0xBAA1 2 Minimum Active power : P2 W S32
47779 0xBAA3 2 Date of minimum P2 - DATETIME
47781 0xBAA5 2 Minimum Active power : P3 W S32
47783 0xBAA7 2 Date of minimum P3 - DATETIME
47785 0xBAA9 2 Minimum Reactive power : Q1 var S32
47787 0xBAAB 2 Date of minimum Q1 - DATETIME
47789 0xBAAD 2 Minimum Reactive power : Q2 var S32
47791 0xBAAF 2 Date of minimum Q2 - DATETIME
47793 0xBAB1 2 Minimum Reactive power : Q3 var S32
47795 0xBAB3 2 Date of minimum Q3 - DATETIME
47797 0xBAB5 2 Minimum Apparent power : S1 VA U32
47799 0xBAB7 2 Date of minimum S1 - DATETIME
47801 0xBAB9 2 Minimum Apparent power : S2 VA U32
47803 0xBABB 2 Date of minimum S2 - DATETIME
47805 0xBABD 2 Minimum Apparent power : S3 VA U32
47807 0xBABF 2 Date of minimum S3 - DATETIME
47809 0xBAC1 1 Minimum Power factor : PF1 - / 1000 S16
47810 0xBAC2 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
47811 0xBAC3 2 Date of minimum PF1 - DATETIME
47813 0xBAC5 1 Minimum Power factor : PF2 - / 1000 S16
47814 0xBAC6 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
47815 0xBAC7 2 Date of minimum PF2 - DATETIME
47817 0xBAC9 1 Minimum Power factor : PF3 - / 1000 S16
47818 0xBACA 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
47819 0xBACB 2 Date of minimum PF3 - DATETIME
47821 0xBACD 2 Minimum Current : Idelta mA U32
47823 0xBACF 2 Date of minimum Idelta - DATETIME
47825 0xBAD1 2 Minimum Current : Ipe mA U32
47827 0xBAD3 2 Date of minimum Ipe - DATETIME

Instantaneous min #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
47832 0xBAD8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
47832 0xBAD8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
47833 0xBAD9 2 Minimum Frequency mHz U32
47835 0xBADB 2 Date of minimum F - DATETIME
47837 0xBADD 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
47839 0xBADF 2 Date of minimum V1 - DATETIME
47841 0xBAE1 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
47843 0xBAE3 2 Date of minimum V2 - DATETIME
47845 0xBAE5 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
47847 0xBAE7 2 Date of minimum V3 - DATETIME
47849 0xBAE9 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
47851 0xBAEB 2 Date of minimum Vn - DATETIME
47853 0xBAED 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
47855 0xBAEF 2 Date of minimum U12 - DATETIME
47857 0xBAF1 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
47859 0xBAF3 2 Date of minimum U23 - DATETIME
47861 0xBAF5 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
47863 0xBAF7 2 Date of minimum U31 - DATETIME
47865 0xBAF9 2 Minimum Current : I1 mA U32
47867 0xBAFB 2 Date of minimum I1 - DATETIME
47869 0xBAFD 2 Minimum Current : I2 mA U32
47871 0xBAFF 2 Date of minimum I2 - DATETIME
47873 0xBB01 2 Minimum Current : I3 mA U32
47875 0xBB03 2 Date of minimum I3 - DATETIME
47877 0xBB05 2 Minimum Current : In mA U32
47879 0xBB07 2 Date of minimum In - DATETIME
47881 0xBB09 2 Minimum Total active power W S32
47883 0xBB0B 2 Date of minimum Ptot - DATETIME
47885 0xBB0D 2 Minimum Total reactive power var S32
47887 0xBB0F 2 Date of minimum Qtot - DATETIME
47889 0xBB11 2 Minimum Total apparent power VA U32
47891 0xBB13 2 Date of minimum Stot - DATETIME
47893 0xBB15 1 Minimum Total power factor - / 1000 S16
47894 0xBB16 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
47895 0xBB17 2 Date of minimum Total power factor - DATETIME
47897 0xBB19 2 Minimum Active power : P1 W S32
47899 0xBB1B 2 Date of minimum P1 - DATETIME
47901 0xBB1D 2 Minimum Active power : P2 W S32
47903 0xBB1F 2 Date of minimum P2 - DATETIME
47905 0xBB21 2 Minimum Active power : P3 W S32
47907 0xBB23 2 Date of minimum P3 - DATETIME
47909 0xBB25 2 Minimum Reactive power : Q1 var S32
47911 0xBB27 2 Date of minimum Q1 - DATETIME
47913 0xBB29 2 Minimum Reactive power : Q2 var S32
47915 0xBB2B 2 Date of minimum Q2 - DATETIME
47917 0xBB2D 2 Minimum Reactive power : Q3 var S32
47919 0xBB2F 2 Date of minimum Q3 - DATETIME
47921 0xBB31 2 Minimum Apparent power : S1 VA U32
47923 0xBB33 2 Date of minimum S1 - DATETIME
47925 0xBB35 2 Minimum Apparent power : S2 VA U32
47927 0xBB37 2 Date of minimum S2 - DATETIME
47929 0xBB39 2 Minimum Apparent power : S3 VA U32
47931 0xBB3B 2 Date of minimum S3 - DATETIME
47933 0xBB3D 1 Minimum Power factor : PF1 - / 1000 S16
47934 0xBB3E 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
47935 0xBB3F 2 Date of minimum PF1 - DATETIME
47937 0xBB41 1 Minimum Power factor : PF2 - / 1000 S16
47938 0xBB42 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
47939 0xBB43 2 Date of minimum PF2 - DATETIME
47941 0xBB45 1 Minimum Power factor : PF3 - / 1000 S16
47942 0xBB46 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
47943 0xBB47 2 Date of minimum PF3 - DATETIME
47945 0xBB49 2 Minimum Current : Idelta mA U32
47947 0xBB4B 2 Date of minimum Idelta - DATETIME
47949 0xBB4D 2 Minimum Current : Ipe mA U32
47951 0xBB4F 2 Date of minimum Ipe - DATETIME

Instantaneous min #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
47956 0xBB54 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
47956 0xBB54 1 Load status :
0 : Disabled
1 : Enabled		 - U8
47957 0xBB55 2 Minimum Frequency mHz U32
47959 0xBB57 2 Date of minimum F - DATETIME
47961 0xBB59 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
47963 0xBB5B 2 Date of minimum V1 - DATETIME
47965 0xBB5D 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
47967 0xBB5F 2 Date of minimum V2 - DATETIME
47969 0xBB61 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
47971 0xBB63 2 Date of minimum V3 - DATETIME
47973 0xBB65 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
47975 0xBB67 2 Date of minimum Vn - DATETIME
47977 0xBB69 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
47979 0xBB6B 2 Date of minimum U12 - DATETIME
47981 0xBB6D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
47983 0xBB6F 2 Date of minimum U23 - DATETIME
47985 0xBB71 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
47987 0xBB73 2 Date of minimum U31 - DATETIME
47989 0xBB75 2 Minimum Current : I1 mA U32
47991 0xBB77 2 Date of minimum I1 - DATETIME
47993 0xBB79 2 Minimum Current : I2 mA U32
47995 0xBB7B 2 Date of minimum I2 - DATETIME
47997 0xBB7D 2 Minimum Current : I3 mA U32
47999 0xBB7F 2 Date of minimum I3 - DATETIME
48001 0xBB81 2 Minimum Current : In mA U32
48003 0xBB83 2 Date of minimum In - DATETIME
48005 0xBB85 2 Minimum Total active power W S32
48007 0xBB87 2 Date of minimum Ptot - DATETIME
48009 0xBB89 2 Minimum Total reactive power var S32
48011 0xBB8B 2 Date of minimum Qtot - DATETIME
48013 0xBB8D 2 Minimum Total apparent power VA U32
48015 0xBB8F 2 Date of minimum Stot - DATETIME
48017 0xBB91 1 Minimum Total power factor - / 1000 S16
48018 0xBB92 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
48019 0xBB93 2 Date of minimum Total power factor - DATETIME
48021 0xBB95 2 Minimum Active power : P1 W S32
48023 0xBB97 2 Date of minimum P1 - DATETIME
48025 0xBB99 2 Minimum Active power : P2 W S32
48027 0xBB9B 2 Date of minimum P2 - DATETIME
48029 0xBB9D 2 Minimum Active power : P3 W S32
48031 0xBB9F 2 Date of minimum P3 - DATETIME
48033 0xBBA1 2 Minimum Reactive power : Q1 var S32
48035 0xBBA3 2 Date of minimum Q1 - DATETIME
48037 0xBBA5 2 Minimum Reactive power : Q2 var S32
48039 0xBBA7 2 Date of minimum Q2 - DATETIME
48041 0xBBA9 2 Minimum Reactive power : Q3 var S32
48043 0xBBAB 2 Date of minimum Q3 - DATETIME
48045 0xBBAD 2 Minimum Apparent power : S1 VA U32
48047 0xBBAF 2 Date of minimum S1 - DATETIME
48049 0xBBB1 2 Minimum Apparent power : S2 VA U32
48051 0xBBB3 2 Date of minimum S2 - DATETIME
48053 0xBBB5 2 Minimum Apparent power : S3 VA U32
48055 0xBBB7 2 Date of minimum S3 - DATETIME
48057 0xBBB9 1 Minimum Power factor : PF1 - / 1000 S16
48058 0xBBBA 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
48059 0xBBBB 2 Date of minimum PF1 - DATETIME
48061 0xBBBD 1 Minimum Power factor : PF2 - / 1000 S16
48062 0xBBBE 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
48063 0xBBBF 2 Date of minimum PF2 - DATETIME
48065 0xBBC1 1 Minimum Power factor : PF3 - / 1000 S16
48066 0xBBC2 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
48067 0xBBC3 2 Date of minimum PF3 - DATETIME
48069 0xBBC5 2 Minimum Current : Idelta mA U32
48071 0xBBC7 2 Date of minimum Idelta - DATETIME
48073 0xBBC9 2 Minimum Current : Ipe mA U32
48075 0xBBCB 2 Date of minimum Ipe - DATETIME

Instantaneous max #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
46592 0xB600 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
46592 0xB600 1 Load status :
0 : Disabled
1 : Enabled		 - U8
46593 0xB601 2 Maximum Frequency mHz U32
46595 0xB603 2 Date of maximum F - DATETIME
46597 0xB605 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
46599 0xB607 2 Date of maximum V1 - DATETIME
46601 0xB609 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
46603 0xB60B 2 Date of maximum V2 - DATETIME
46605 0xB60D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
46607 0xB60F 2 Date of maximum V3 - DATETIME
46609 0xB611 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
46611 0xB613 2 Date of maximum Vn - DATETIME
46613 0xB615 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
46615 0xB617 2 Date of maximum U12 - DATETIME
46617 0xB619 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
46619 0xB61B 2 Date of maximum U23 - DATETIME
46621 0xB61D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
46623 0xB61F 2 Date of maximum U31 - DATETIME
46625 0xB621 2 Maximum Current : I1 mA U32
46627 0xB623 2 Date of maximum I1 - DATETIME
46629 0xB625 2 Maximum Current : I2 mA U32
46631 0xB627 2 Date of maximum I2 - DATETIME
46633 0xB629 2 Maximum Current : I3 mA U32
46635 0xB62B 2 Date of maximum I3 - DATETIME
46637 0xB62D 2 Maximum Current : In mA U32
46639 0xB62F 2 Date of maximum In - DATETIME
46641 0xB631 2 Maximum Total active power W S32
46643 0xB633 2 Date of maximum Ptot - DATETIME
46645 0xB635 2 Maximum Total reactive power var S32
46647 0xB637 2 Date of maximum Qtot - DATETIME
46649 0xB639 2 Maximum Total apparent power VA U32
46651 0xB63B 2 Date of maximum Stot - DATETIME
46653 0xB63D 1 Maximum Total power factor - / 1000 S16
46654 0xB63E 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
46655 0xB63F 2 Date of maximum Total power factor - DATETIME
46657 0xB641 2 Maximum Active power : P1 W S32
46659 0xB643 2 Date of maximum P1 - DATETIME
46661 0xB645 2 Maximum Active power : P2 W S32
46663 0xB647 2 Date of maximum P2 - DATETIME
46665 0xB649 2 Maximum Active power : P3 W S32
46667 0xB64B 2 Date of maximum P3 - DATETIME
46669 0xB64D 2 Maximum Reactive power : Q1 var S32
46671 0xB64F 2 Date of maximum Q1 - DATETIME
46673 0xB651 2 Maximum Reactive power : Q2 var S32
46675 0xB653 2 Date of maximum Q2 - DATETIME
46677 0xB655 2 Maximum Reactive power : Q3 var S32
46679 0xB657 2 Date of maximum Q3 - DATETIME
46681 0xB659 2 Maximum Apparent power : S1 VA U32
46683 0xB65B 2 Date of maximum S1 - DATETIME
46685 0xB65D 2 Maximum Apparent power : S2 VA U32
46687 0xB65F 2 Date of maximum S2 - DATETIME
46689 0xB661 2 Maximum Apparent power : S3 VA U32
46691 0xB663 2 Date of maximum S3 - DATETIME
46693 0xB665 1 Maximum Power factor : PF1 - / 1000 S16
46694 0xB666 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
46695 0xB667 2 Date of maximum PF1 - DATETIME
46697 0xB669 1 Maximum Power factor : PF2 - / 1000 S16
46698 0xB66A 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
46699 0xB66B 2 Date of maximum PF2 - DATETIME
46701 0xB66D 1 Maximum Power factor : PF3 - / 1000 S16
46702 0xB66E 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
46703 0xB66F 2 Date of maximum PF3 - DATETIME
46705 0xB671 2 Maximum Current : Idelta mA U32
46707 0xB673 2 Date of maximum Idelta - DATETIME
46709 0xB675 2 Maximum Current : Ipe mA U32
46711 0xB677 2 Date of maximum Ipe - DATETIME

Instantaneous max #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
46716 0xB67C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
46716 0xB67C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
46717 0xB67D 2 Maximum Frequency mHz U32
46719 0xB67F 2 Date of maximum F - DATETIME
46721 0xB681 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
46723 0xB683 2 Date of maximum V1 - DATETIME
46725 0xB685 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
46727 0xB687 2 Date of maximum V2 - DATETIME
46729 0xB689 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
46731 0xB68B 2 Date of maximum V3 - DATETIME
46733 0xB68D 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
46735 0xB68F 2 Date of maximum Vn - DATETIME
46737 0xB691 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
46739 0xB693 2 Date of maximum U12 - DATETIME
46741 0xB695 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
46743 0xB697 2 Date of maximum U23 - DATETIME
46745 0xB699 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
46747 0xB69B 2 Date of maximum U31 - DATETIME
46749 0xB69D 2 Maximum Current : I1 mA U32
46751 0xB69F 2 Date of maximum I1 - DATETIME
46753 0xB6A1 2 Maximum Current : I2 mA U32
46755 0xB6A3 2 Date of maximum I2 - DATETIME
46757 0xB6A5 2 Maximum Current : I3 mA U32
46759 0xB6A7 2 Date of maximum I3 - DATETIME
46761 0xB6A9 2 Maximum Current : In mA U32
46763 0xB6AB 2 Date of maximum In - DATETIME
46765 0xB6AD 2 Maximum Total active power W S32
46767 0xB6AF 2 Date of maximum Ptot - DATETIME
46769 0xB6B1 2 Maximum Total reactive power var S32
46771 0xB6B3 2 Date of maximum Qtot - DATETIME
46773 0xB6B5 2 Maximum Total apparent power VA U32
46775 0xB6B7 2 Date of maximum Stot - DATETIME
46777 0xB6B9 1 Maximum Total power factor - / 1000 S16
46778 0xB6BA 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
46779 0xB6BB 2 Date of maximum Total power factor - DATETIME
46781 0xB6BD 2 Maximum Active power : P1 W S32
46783 0xB6BF 2 Date of maximum P1 - DATETIME
46785 0xB6C1 2 Maximum Active power : P2 W S32
46787 0xB6C3 2 Date of maximum P2 - DATETIME
46789 0xB6C5 2 Maximum Active power : P3 W S32
46791 0xB6C7 2 Date of maximum P3 - DATETIME
46793 0xB6C9 2 Maximum Reactive power : Q1 var S32
46795 0xB6CB 2 Date of maximum Q1 - DATETIME
46797 0xB6CD 2 Maximum Reactive power : Q2 var S32
46799 0xB6CF 2 Date of maximum Q2 - DATETIME
46801 0xB6D1 2 Maximum Reactive power : Q3 var S32
46803 0xB6D3 2 Date of maximum Q3 - DATETIME
46805 0xB6D5 2 Maximum Apparent power : S1 VA U32
46807 0xB6D7 2 Date of maximum S1 - DATETIME
46809 0xB6D9 2 Maximum Apparent power : S2 VA U32
46811 0xB6DB 2 Date of maximum S2 - DATETIME
46813 0xB6DD 2 Maximum Apparent power : S3 VA U32
46815 0xB6DF 2 Date of maximum S3 - DATETIME
46817 0xB6E1 1 Maximum Power factor : PF1 - / 1000 S16
46818 0xB6E2 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
46819 0xB6E3 2 Date of maximum PF1 - DATETIME
46821 0xB6E5 1 Maximum Power factor : PF2 - / 1000 S16
46822 0xB6E6 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
46823 0xB6E7 2 Date of maximum PF2 - DATETIME
46825 0xB6E9 1 Maximum Power factor : PF3 - / 1000 S16
46826 0xB6EA 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
46827 0xB6EB 2 Date of maximum PF3 - DATETIME
46829 0xB6ED 2 Maximum Current : Idelta mA U32
46831 0xB6EF 2 Date of maximum Idelta - DATETIME
46833 0xB6F1 2 Maximum Current : Ipe mA U32
46835 0xB6F3 2 Date of maximum Ipe - DATETIME

Instantaneous max #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
46840 0xB6F8 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
46840 0xB6F8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
46841 0xB6F9 2 Maximum Frequency mHz U32
46843 0xB6FB 2 Date of maximum F - DATETIME
46845 0xB6FD 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
46847 0xB6FF 2 Date of maximum V1 - DATETIME
46849 0xB701 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
46851 0xB703 2 Date of maximum V2 - DATETIME
46853 0xB705 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
46855 0xB707 2 Date of maximum V3 - DATETIME
46857 0xB709 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
46859 0xB70B 2 Date of maximum Vn - DATETIME
46861 0xB70D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
46863 0xB70F 2 Date of maximum U12 - DATETIME
46865 0xB711 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
46867 0xB713 2 Date of maximum U23 - DATETIME
46869 0xB715 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
46871 0xB717 2 Date of maximum U31 - DATETIME
46873 0xB719 2 Maximum Current : I1 mA U32
46875 0xB71B 2 Date of maximum I1 - DATETIME
46877 0xB71D 2 Maximum Current : I2 mA U32
46879 0xB71F 2 Date of maximum I2 - DATETIME
46881 0xB721 2 Maximum Current : I3 mA U32
46883 0xB723 2 Date of maximum I3 - DATETIME
46885 0xB725 2 Maximum Current : In mA U32
46887 0xB727 2 Date of maximum In - DATETIME
46889 0xB729 2 Maximum Total active power W S32
46891 0xB72B 2 Date of maximum Ptot - DATETIME
46893 0xB72D 2 Maximum Total reactive power var S32
46895 0xB72F 2 Date of maximum Qtot - DATETIME
46897 0xB731 2 Maximum Total apparent power VA U32
46899 0xB733 2 Date of maximum Stot - DATETIME
46901 0xB735 1 Maximum Total power factor - / 1000 S16
46902 0xB736 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
46903 0xB737 2 Date of maximum Total power factor - DATETIME
46905 0xB739 2 Maximum Active power : P1 W S32
46907 0xB73B 2 Date of maximum P1 - DATETIME
46909 0xB73D 2 Maximum Active power : P2 W S32
46911 0xB73F 2 Date of maximum P2 - DATETIME
46913 0xB741 2 Maximum Active power : P3 W S32
46915 0xB743 2 Date of maximum P3 - DATETIME
46917 0xB745 2 Maximum Reactive power : Q1 var S32
46919 0xB747 2 Date of maximum Q1 - DATETIME
46921 0xB749 2 Maximum Reactive power : Q2 var S32
46923 0xB74B 2 Date of maximum Q2 - DATETIME
46925 0xB74D 2 Maximum Reactive power : Q3 var S32
46927 0xB74F 2 Date of maximum Q3 - DATETIME
46929 0xB751 2 Maximum Apparent power : S1 VA U32
46931 0xB753 2 Date of maximum S1 - DATETIME
46933 0xB755 2 Maximum Apparent power : S2 VA U32
46935 0xB757 2 Date of maximum S2 - DATETIME
46937 0xB759 2 Maximum Apparent power : S3 VA U32
46939 0xB75B 2 Date of maximum S3 - DATETIME
46941 0xB75D 1 Maximum Power factor : PF1 - / 1000 S16
46942 0xB75E 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
46943 0xB75F 2 Date of maximum PF1 - DATETIME
46945 0xB761 1 Maximum Power factor : PF2 - / 1000 S16
46946 0xB762 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
46947 0xB763 2 Date of maximum PF2 - DATETIME
46949 0xB765 1 Maximum Power factor : PF3 - / 1000 S16
46950 0xB766 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
46951 0xB767 2 Date of maximum PF3 - DATETIME
46953 0xB769 2 Maximum Current : Idelta mA U32
46955 0xB76B 2 Date of maximum Idelta - DATETIME
46957 0xB76D 2 Maximum Current : Ipe mA U32
46959 0xB76F 2 Date of maximum Ipe - DATETIME

Instantaneous max #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
46964 0xB774 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
46964 0xB774 1 Load status :
0 : Disabled
1 : Enabled		 - U8
46965 0xB775 2 Maximum Frequency mHz U32
46967 0xB777 2 Date of maximum F - DATETIME
46969 0xB779 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
46971 0xB77B 2 Date of maximum V1 - DATETIME
46973 0xB77D 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
46975 0xB77F 2 Date of maximum V2 - DATETIME
46977 0xB781 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
46979 0xB783 2 Date of maximum V3 - DATETIME
46981 0xB785 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
46983 0xB787 2 Date of maximum Vn - DATETIME
46985 0xB789 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
46987 0xB78B 2 Date of maximum U12 - DATETIME
46989 0xB78D 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
46991 0xB78F 2 Date of maximum U23 - DATETIME
46993 0xB791 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
46995 0xB793 2 Date of maximum U31 - DATETIME
46997 0xB795 2 Maximum Current : I1 mA U32
46999 0xB797 2 Date of maximum I1 - DATETIME
47001 0xB799 2 Maximum Current : I2 mA U32
47003 0xB79B 2 Date of maximum I2 - DATETIME
47005 0xB79D 2 Maximum Current : I3 mA U32
47007 0xB79F 2 Date of maximum I3 - DATETIME
47009 0xB7A1 2 Maximum Current : In mA U32
47011 0xB7A3 2 Date of maximum In - DATETIME
47013 0xB7A5 2 Maximum Total active power W S32
47015 0xB7A7 2 Date of maximum Ptot - DATETIME
47017 0xB7A9 2 Maximum Total reactive power var S32
47019 0xB7AB 2 Date of maximum Qtot - DATETIME
47021 0xB7AD 2 Maximum Total apparent power VA U32
47023 0xB7AF 2 Date of maximum Stot - DATETIME
47025 0xB7B1 1 Maximum Total power factor - / 1000 S16
47026 0xB7B2 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
47027 0xB7B3 2 Date of maximum Total power factor - DATETIME
47029 0xB7B5 2 Maximum Active power : P1 W S32
47031 0xB7B7 2 Date of maximum P1 - DATETIME
47033 0xB7B9 2 Maximum Active power : P2 W S32
47035 0xB7BB 2 Date of maximum P2 - DATETIME
47037 0xB7BD 2 Maximum Active power : P3 W S32
47039 0xB7BF 2 Date of maximum P3 - DATETIME
47041 0xB7C1 2 Maximum Reactive power : Q1 var S32
47043 0xB7C3 2 Date of maximum Q1 - DATETIME
47045 0xB7C5 2 Maximum Reactive power : Q2 var S32
47047 0xB7C7 2 Date of maximum Q2 - DATETIME
47049 0xB7C9 2 Maximum Reactive power : Q3 var S32
47051 0xB7CB 2 Date of maximum Q3 - DATETIME
47053 0xB7CD 2 Maximum Apparent power : S1 VA U32
47055 0xB7CF 2 Date of maximum S1 - DATETIME
47057 0xB7D1 2 Maximum Apparent power : S2 VA U32
47059 0xB7D3 2 Date of maximum S2 - DATETIME
47061 0xB7D5 2 Maximum Apparent power : S3 VA U32
47063 0xB7D7 2 Date of maximum S3 - DATETIME
47065 0xB7D9 1 Maximum Power factor : PF1 - / 1000 S16
47066 0xB7DA 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
47067 0xB7DB 2 Date of maximum PF1 - DATETIME
47069 0xB7DD 1 Maximum Power factor : PF2 - / 1000 S16
47070 0xB7DE 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
47071 0xB7DF 2 Date of maximum PF2 - DATETIME
47073 0xB7E1 1 Maximum Power factor : PF3 - / 1000 S16
47074 0xB7E2 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
47075 0xB7E3 2 Date of maximum PF3 - DATETIME
47077 0xB7E5 2 Maximum Current : Idelta mA U32
47079 0xB7E7 2 Date of maximum Idelta - DATETIME
47081 0xB7E9 2 Maximum Current : Ipe mA U32
47083 0xB7EB 2 Date of maximum Ipe - DATETIME

Instantaneous max #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
47088 0xB7F0 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
47088 0xB7F0 1 Load status :
0 : Disabled
1 : Enabled		 - U8
47089 0xB7F1 2 Maximum Frequency mHz U32
47091 0xB7F3 2 Date of maximum F - DATETIME
47093 0xB7F5 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
47095 0xB7F7 2 Date of maximum V1 - DATETIME
47097 0xB7F9 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
47099 0xB7FB 2 Date of maximum V2 - DATETIME
47101 0xB7FD 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
47103 0xB7FF 2 Date of maximum V3 - DATETIME
47105 0xB801 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
47107 0xB803 2 Date of maximum Vn - DATETIME
47109 0xB805 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
47111 0xB807 2 Date of maximum U12 - DATETIME
47113 0xB809 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
47115 0xB80B 2 Date of maximum U23 - DATETIME
47117 0xB80D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
47119 0xB80F 2 Date of maximum U31 - DATETIME
47121 0xB811 2 Maximum Current : I1 mA U32
47123 0xB813 2 Date of maximum I1 - DATETIME
47125 0xB815 2 Maximum Current : I2 mA U32
47127 0xB817 2 Date of maximum I2 - DATETIME
47129 0xB819 2 Maximum Current : I3 mA U32
47131 0xB81B 2 Date of maximum I3 - DATETIME
47133 0xB81D 2 Maximum Current : In mA U32
47135 0xB81F 2 Date of maximum In - DATETIME
47137 0xB821 2 Maximum Total active power W S32
47139 0xB823 2 Date of maximum Ptot - DATETIME
47141 0xB825 2 Maximum Total reactive power var S32
47143 0xB827 2 Date of maximum Qtot - DATETIME
47145 0xB829 2 Maximum Total apparent power VA U32
47147 0xB82B 2 Date of maximum Stot - DATETIME
47149 0xB82D 1 Maximum Total power factor - / 1000 S16
47150 0xB82E 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
47151 0xB82F 2 Date of maximum Total power factor - DATETIME
47153 0xB831 2 Maximum Active power : P1 W S32
47155 0xB833 2 Date of maximum P1 - DATETIME
47157 0xB835 2 Maximum Active power : P2 W S32
47159 0xB837 2 Date of maximum P2 - DATETIME
47161 0xB839 2 Maximum Active power : P3 W S32
47163 0xB83B 2 Date of maximum P3 - DATETIME
47165 0xB83D 2 Maximum Reactive power : Q1 var S32
47167 0xB83F 2 Date of maximum Q1 - DATETIME
47169 0xB841 2 Maximum Reactive power : Q2 var S32
47171 0xB843 2 Date of maximum Q2 - DATETIME
47173 0xB845 2 Maximum Reactive power : Q3 var S32
47175 0xB847 2 Date of maximum Q3 - DATETIME
47177 0xB849 2 Maximum Apparent power : S1 VA U32
47179 0xB84B 2 Date of maximum S1 - DATETIME
47181 0xB84D 2 Maximum Apparent power : S2 VA U32
47183 0xB84F 2 Date of maximum S2 - DATETIME
47185 0xB851 2 Maximum Apparent power : S3 VA U32
47187 0xB853 2 Date of maximum S3 - DATETIME
47189 0xB855 1 Maximum Power factor : PF1 - / 1000 S16
47190 0xB856 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
47191 0xB857 2 Date of maximum PF1 - DATETIME
47193 0xB859 1 Maximum Power factor : PF2 - / 1000 S16
47194 0xB85A 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
47195 0xB85B 2 Date of maximum PF2 - DATETIME
47197 0xB85D 1 Maximum Power factor : PF3 - / 1000 S16
47198 0xB85E 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
47199 0xB85F 2 Date of maximum PF3 - DATETIME
47201 0xB861 2 Maximum Current : Idelta mA U32
47203 0xB863 2 Date of maximum Idelta - DATETIME
47205 0xB865 2 Maximum Current : Ipe mA U32
47207 0xB867 2 Date of maximum Ipe - DATETIME

Instantaneous max #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
47212 0xB86C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
47212 0xB86C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
47213 0xB86D 2 Maximum Frequency mHz U32
47215 0xB86F 2 Date of maximum F - DATETIME
47217 0xB871 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
47219 0xB873 2 Date of maximum V1 - DATETIME
47221 0xB875 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
47223 0xB877 2 Date of maximum V2 - DATETIME
47225 0xB879 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
47227 0xB87B 2 Date of maximum V3 - DATETIME
47229 0xB87D 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
47231 0xB87F 2 Date of maximum Vn - DATETIME
47233 0xB881 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
47235 0xB883 2 Date of maximum U12 - DATETIME
47237 0xB885 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
47239 0xB887 2 Date of maximum U23 - DATETIME
47241 0xB889 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
47243 0xB88B 2 Date of maximum U31 - DATETIME
47245 0xB88D 2 Maximum Current : I1 mA U32
47247 0xB88F 2 Date of maximum I1 - DATETIME
47249 0xB891 2 Maximum Current : I2 mA U32
47251 0xB893 2 Date of maximum I2 - DATETIME
47253 0xB895 2 Maximum Current : I3 mA U32
47255 0xB897 2 Date of maximum I3 - DATETIME
47257 0xB899 2 Maximum Current : In mA U32
47259 0xB89B 2 Date of maximum In - DATETIME
47261 0xB89D 2 Maximum Total active power W S32
47263 0xB89F 2 Date of maximum Ptot - DATETIME
47265 0xB8A1 2 Maximum Total reactive power var S32
47267 0xB8A3 2 Date of maximum Qtot - DATETIME
47269 0xB8A5 2 Maximum Total apparent power VA U32
47271 0xB8A7 2 Date of maximum Stot - DATETIME
47273 0xB8A9 1 Maximum Total power factor - / 1000 S16
47274 0xB8AA 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
47275 0xB8AB 2 Date of maximum Total power factor - DATETIME
47277 0xB8AD 2 Maximum Active power : P1 W S32
47279 0xB8AF 2 Date of maximum P1 - DATETIME
47281 0xB8B1 2 Maximum Active power : P2 W S32
47283 0xB8B3 2 Date of maximum P2 - DATETIME
47285 0xB8B5 2 Maximum Active power : P3 W S32
47287 0xB8B7 2 Date of maximum P3 - DATETIME
47289 0xB8B9 2 Maximum Reactive power : Q1 var S32
47291 0xB8BB 2 Date of maximum Q1 - DATETIME
47293 0xB8BD 2 Maximum Reactive power : Q2 var S32
47295 0xB8BF 2 Date of maximum Q2 - DATETIME
47297 0xB8C1 2 Maximum Reactive power : Q3 var S32
47299 0xB8C3 2 Date of maximum Q3 - DATETIME
47301 0xB8C5 2 Maximum Apparent power : S1 VA U32
47303 0xB8C7 2 Date of maximum S1 - DATETIME
47305 0xB8C9 2 Maximum Apparent power : S2 VA U32
47307 0xB8CB 2 Date of maximum S2 - DATETIME
47309 0xB8CD 2 Maximum Apparent power : S3 VA U32
47311 0xB8CF 2 Date of maximum S3 - DATETIME
47313 0xB8D1 1 Maximum Power factor : PF1 - / 1000 S16
47314 0xB8D2 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
47315 0xB8D3 2 Date of maximum PF1 - DATETIME
47317 0xB8D5 1 Maximum Power factor : PF2 - / 1000 S16
47318 0xB8D6 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
47319 0xB8D7 2 Date of maximum PF2 - DATETIME
47321 0xB8D9 1 Maximum Power factor : PF3 - / 1000 S16
47322 0xB8DA 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
47323 0xB8DB 2 Date of maximum PF3 - DATETIME
47325 0xB8DD 2 Maximum Current : Idelta mA U32
47327 0xB8DF 2 Date of maximum Idelta - DATETIME
47329 0xB8E1 2 Maximum Current : Ipe mA U32
47331 0xB8E3 2 Date of maximum Ipe - DATETIME

Average min #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
44408 0xAD78 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
44408 0xAD78 1 Load status :
0 : Disabled
1 : Enabled		 - U8
44409 0xAD79 2 Minimum Frequency mHz U32
44411 0xAD7B 2 Date of minimum F - DATETIME
44413 0xAD7D 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
44415 0xAD7F 2 Date of minimum V1 - DATETIME
44417 0xAD81 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
44419 0xAD83 2 Date of minimum V2 - DATETIME
44421 0xAD85 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
44423 0xAD87 2 Date of minimum V3 - DATETIME
44425 0xAD89 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
44427 0xAD8B 2 Date of minimum Vn - DATETIME
44429 0xAD8D 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
44431 0xAD8F 2 Date of minimum U12 - DATETIME
44433 0xAD91 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
44435 0xAD93 2 Date of minimum U23 - DATETIME
44437 0xAD95 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
44439 0xAD97 2 Date of minimum U31 - DATETIME
44441 0xAD99 2 Minimum Current : I1 mA U32
44443 0xAD9B 2 Date of minimum I1 - DATETIME
44445 0xAD9D 2 Minimum Current : I2 mA U32
44447 0xAD9F 2 Date of minimum I2 - DATETIME
44449 0xADA1 2 Minimum Current : I3 mA U32
44451 0xADA3 2 Date of minimum I3 - DATETIME
44453 0xADA5 2 Minimum Current : In mA U32
44455 0xADA7 2 Date of minimum In - DATETIME
44457 0xADA9 2 Minimum Total active power W S32
44459 0xADAB 2 Date of minimum Ptot - DATETIME
44461 0xADAD 2 Minimum Total reactive power var S32
44463 0xADAF 2 Date of minimum Qtot - DATETIME
44465 0xADB1 2 Minimum Total apparent power VA U32
44467 0xADB3 2 Date of minimum Stot - DATETIME
44469 0xADB5 1 Minimum Total power factor - / 1000 S16
44470 0xADB6 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
44471 0xADB7 2 Date of minimum Total power factor - DATETIME
44473 0xADB9 2 Minimum Active power : P1 W S32
44475 0xADBB 2 Date of minimum P1 - DATETIME
44477 0xADBD 2 Minimum Active power : P2 W S32
44479 0xADBF 2 Date of minimum P2 - DATETIME
44481 0xADC1 2 Minimum Active power : P3 W S32
44483 0xADC3 2 Date of minimum P3 - DATETIME
44485 0xADC5 2 Minimum Reactive power : Q1 var S32
44487 0xADC7 2 Date of minimum Q1 - DATETIME
44489 0xADC9 2 Minimum Reactive power : Q2 var S32
44491 0xADCB 2 Date of minimum Q2 - DATETIME
44493 0xADCD 2 Minimum Reactive power : Q3 var S32
44495 0xADCF 2 Date of minimum Q3 - DATETIME
44497 0xADD1 2 Minimum Apparent power : S1 VA U32
44499 0xADD3 2 Date of minimum S1 - DATETIME
44501 0xADD5 2 Minimum Apparent power : S2 VA U32
44503 0xADD7 2 Date of minimum S2 - DATETIME
44505 0xADD9 2 Minimum Apparent power : S3 VA U32
44507 0xADDB 2 Date of minimum S3 - DATETIME
44509 0xADDD 1 Minimum Power factor : PF1 - / 1000 S16
44510 0xADDE 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
44511 0xADDF 2 Date of minimum PF1 - DATETIME
44513 0xADE1 1 Minimum Power factor : PF2 - / 1000 S16
44514 0xADE2 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
44515 0xADE3 2 Date of minimum PF2 - DATETIME
44517 0xADE5 1 Minimum Power factor : PF3 - / 1000 S16
44518 0xADE6 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
44519 0xADE7 2 Date of minimum PF3 - DATETIME
44521 0xADE9 2 Minimum Current : Idelta mA U32
44523 0xADEB 2 Date of minimum Idelta - DATETIME
44525 0xADED 2 Minimum Current : Ipe mA U32
44527 0xADEF 2 Date of minimum Ipe - DATETIME

Average min #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
44532 0xADF4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
44532 0xADF4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
44533 0xADF5 2 Minimum Frequency mHz U32
44535 0xADF7 2 Date of minimum F - DATETIME
44537 0xADF9 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
44539 0xADFB 2 Date of minimum V1 - DATETIME
44541 0xADFD 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
44543 0xADFF 2 Date of minimum V2 - DATETIME
44545 0xAE01 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
44547 0xAE03 2 Date of minimum V3 - DATETIME
44549 0xAE05 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
44551 0xAE07 2 Date of minimum Vn - DATETIME
44553 0xAE09 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
44555 0xAE0B 2 Date of minimum U12 - DATETIME
44557 0xAE0D 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
44559 0xAE0F 2 Date of minimum U23 - DATETIME
44561 0xAE11 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
44563 0xAE13 2 Date of minimum U31 - DATETIME
44565 0xAE15 2 Minimum Current : I1 mA U32
44567 0xAE17 2 Date of minimum I1 - DATETIME
44569 0xAE19 2 Minimum Current : I2 mA U32
44571 0xAE1B 2 Date of minimum I2 - DATETIME
44573 0xAE1D 2 Minimum Current : I3 mA U32
44575 0xAE1F 2 Date of minimum I3 - DATETIME
44577 0xAE21 2 Minimum Current : In mA U32
44579 0xAE23 2 Date of minimum In - DATETIME
44581 0xAE25 2 Minimum Total active power W S32
44583 0xAE27 2 Date of minimum Ptot - DATETIME
44585 0xAE29 2 Minimum Total reactive power var S32
44587 0xAE2B 2 Date of minimum Qtot - DATETIME
44589 0xAE2D 2 Minimum Total apparent power VA U32
44591 0xAE2F 2 Date of minimum Stot - DATETIME
44593 0xAE31 1 Minimum Total power factor - / 1000 S16
44594 0xAE32 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
44595 0xAE33 2 Date of minimum Total power factor - DATETIME
44597 0xAE35 2 Minimum Active power : P1 W S32
44599 0xAE37 2 Date of minimum P1 - DATETIME
44601 0xAE39 2 Minimum Active power : P2 W S32
44603 0xAE3B 2 Date of minimum P2 - DATETIME
44605 0xAE3D 2 Minimum Active power : P3 W S32
44607 0xAE3F 2 Date of minimum P3 - DATETIME
44609 0xAE41 2 Minimum Reactive power : Q1 var S32
44611 0xAE43 2 Date of minimum Q1 - DATETIME
44613 0xAE45 2 Minimum Reactive power : Q2 var S32
44615 0xAE47 2 Date of minimum Q2 - DATETIME
44617 0xAE49 2 Minimum Reactive power : Q3 var S32
44619 0xAE4B 2 Date of minimum Q3 - DATETIME
44621 0xAE4D 2 Minimum Apparent power : S1 VA U32
44623 0xAE4F 2 Date of minimum S1 - DATETIME
44625 0xAE51 2 Minimum Apparent power : S2 VA U32
44627 0xAE53 2 Date of minimum S2 - DATETIME
44629 0xAE55 2 Minimum Apparent power : S3 VA U32
44631 0xAE57 2 Date of minimum S3 - DATETIME
44633 0xAE59 1 Minimum Power factor : PF1 - / 1000 S16
44634 0xAE5A 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
44635 0xAE5B 2 Date of minimum PF1 - DATETIME
44637 0xAE5D 1 Minimum Power factor : PF2 - / 1000 S16
44638 0xAE5E 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
44639 0xAE5F 2 Date of minimum PF2 - DATETIME
44641 0xAE61 1 Minimum Power factor : PF3 - / 1000 S16
44642 0xAE62 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
44643 0xAE63 2 Date of minimum PF3 - DATETIME
44645 0xAE65 2 Minimum Current : Idelta mA U32
44647 0xAE67 2 Date of minimum Idelta - DATETIME
44649 0xAE69 2 Minimum Current : Ipe mA U32
44651 0xAE6B 2 Date of minimum Ipe - DATETIME

Average min #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
44656 0xAE70 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
44656 0xAE70 1 Load status :
0 : Disabled
1 : Enabled		 - U8
44657 0xAE71 2 Minimum Frequency mHz U32
44659 0xAE73 2 Date of minimum F - DATETIME
44661 0xAE75 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
44663 0xAE77 2 Date of minimum V1 - DATETIME
44665 0xAE79 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
44667 0xAE7B 2 Date of minimum V2 - DATETIME
44669 0xAE7D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
44671 0xAE7F 2 Date of minimum V3 - DATETIME
44673 0xAE81 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
44675 0xAE83 2 Date of minimum Vn - DATETIME
44677 0xAE85 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
44679 0xAE87 2 Date of minimum U12 - DATETIME
44681 0xAE89 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
44683 0xAE8B 2 Date of minimum U23 - DATETIME
44685 0xAE8D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
44687 0xAE8F 2 Date of minimum U31 - DATETIME
44689 0xAE91 2 Minimum Current : I1 mA U32
44691 0xAE93 2 Date of minimum I1 - DATETIME
44693 0xAE95 2 Minimum Current : I2 mA U32
44695 0xAE97 2 Date of minimum I2 - DATETIME
44697 0xAE99 2 Minimum Current : I3 mA U32
44699 0xAE9B 2 Date of minimum I3 - DATETIME
44701 0xAE9D 2 Minimum Current : In mA U32
44703 0xAE9F 2 Date of minimum In - DATETIME
44705 0xAEA1 2 Minimum Total active power W S32
44707 0xAEA3 2 Date of minimum Ptot - DATETIME
44709 0xAEA5 2 Minimum Total reactive power var S32
44711 0xAEA7 2 Date of minimum Qtot - DATETIME
44713 0xAEA9 2 Minimum Total apparent power VA U32
44715 0xAEAB 2 Date of minimum Stot - DATETIME
44717 0xAEAD 1 Minimum Total power factor - / 1000 S16
44718 0xAEAE 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
44719 0xAEAF 2 Date of minimum Total power factor - DATETIME
44721 0xAEB1 2 Minimum Active power : P1 W S32
44723 0xAEB3 2 Date of minimum P1 - DATETIME
44725 0xAEB5 2 Minimum Active power : P2 W S32
44727 0xAEB7 2 Date of minimum P2 - DATETIME
44729 0xAEB9 2 Minimum Active power : P3 W S32
44731 0xAEBB 2 Date of minimum P3 - DATETIME
44733 0xAEBD 2 Minimum Reactive power : Q1 var S32
44735 0xAEBF 2 Date of minimum Q1 - DATETIME
44737 0xAEC1 2 Minimum Reactive power : Q2 var S32
44739 0xAEC3 2 Date of minimum Q2 - DATETIME
44741 0xAEC5 2 Minimum Reactive power : Q3 var S32
44743 0xAEC7 2 Date of minimum Q3 - DATETIME
44745 0xAEC9 2 Minimum Apparent power : S1 VA U32
44747 0xAECB 2 Date of minimum S1 - DATETIME
44749 0xAECD 2 Minimum Apparent power : S2 VA U32
44751 0xAECF 2 Date of minimum S2 - DATETIME
44753 0xAED1 2 Minimum Apparent power : S3 VA U32
44755 0xAED3 2 Date of minimum S3 - DATETIME
44757 0xAED5 1 Minimum Power factor : PF1 - / 1000 S16
44758 0xAED6 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
44759 0xAED7 2 Date of minimum PF1 - DATETIME
44761 0xAED9 1 Minimum Power factor : PF2 - / 1000 S16
44762 0xAEDA 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
44763 0xAEDB 2 Date of minimum PF2 - DATETIME
44765 0xAEDD 1 Minimum Power factor : PF3 - / 1000 S16
44766 0xAEDE 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
44767 0xAEDF 2 Date of minimum PF3 - DATETIME
44769 0xAEE1 2 Minimum Current : Idelta mA U32
44771 0xAEE3 2 Date of minimum Idelta - DATETIME
44773 0xAEE5 2 Minimum Current : Ipe mA U32
44775 0xAEE7 2 Date of minimum Ipe - DATETIME

Average min #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
44780 0xAEEC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
44780 0xAEEC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
44781 0xAEED 2 Minimum Frequency mHz U32
44783 0xAEEF 2 Date of minimum F - DATETIME
44785 0xAEF1 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
44787 0xAEF3 2 Date of minimum V1 - DATETIME
44789 0xAEF5 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
44791 0xAEF7 2 Date of minimum V2 - DATETIME
44793 0xAEF9 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
44795 0xAEFB 2 Date of minimum V3 - DATETIME
44797 0xAEFD 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
44799 0xAEFF 2 Date of minimum Vn - DATETIME
44801 0xAF01 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
44803 0xAF03 2 Date of minimum U12 - DATETIME
44805 0xAF05 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
44807 0xAF07 2 Date of minimum U23 - DATETIME
44809 0xAF09 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
44811 0xAF0B 2 Date of minimum U31 - DATETIME
44813 0xAF0D 2 Minimum Current : I1 mA U32
44815 0xAF0F 2 Date of minimum I1 - DATETIME
44817 0xAF11 2 Minimum Current : I2 mA U32
44819 0xAF13 2 Date of minimum I2 - DATETIME
44821 0xAF15 2 Minimum Current : I3 mA U32
44823 0xAF17 2 Date of minimum I3 - DATETIME
44825 0xAF19 2 Minimum Current : In mA U32
44827 0xAF1B 2 Date of minimum In - DATETIME
44829 0xAF1D 2 Minimum Total active power W S32
44831 0xAF1F 2 Date of minimum Ptot - DATETIME
44833 0xAF21 2 Minimum Total reactive power var S32
44835 0xAF23 2 Date of minimum Qtot - DATETIME
44837 0xAF25 2 Minimum Total apparent power VA U32
44839 0xAF27 2 Date of minimum Stot - DATETIME
44841 0xAF29 1 Minimum Total power factor - / 1000 S16
44842 0xAF2A 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
44843 0xAF2B 2 Date of minimum Total power factor - DATETIME
44845 0xAF2D 2 Minimum Active power : P1 W S32
44847 0xAF2F 2 Date of minimum P1 - DATETIME
44849 0xAF31 2 Minimum Active power : P2 W S32
44851 0xAF33 2 Date of minimum P2 - DATETIME
44853 0xAF35 2 Minimum Active power : P3 W S32
44855 0xAF37 2 Date of minimum P3 - DATETIME
44857 0xAF39 2 Minimum Reactive power : Q1 var S32
44859 0xAF3B 2 Date of minimum Q1 - DATETIME
44861 0xAF3D 2 Minimum Reactive power : Q2 var S32
44863 0xAF3F 2 Date of minimum Q2 - DATETIME
44865 0xAF41 2 Minimum Reactive power : Q3 var S32
44867 0xAF43 2 Date of minimum Q3 - DATETIME
44869 0xAF45 2 Minimum Apparent power : S1 VA U32
44871 0xAF47 2 Date of minimum S1 - DATETIME
44873 0xAF49 2 Minimum Apparent power : S2 VA U32
44875 0xAF4B 2 Date of minimum S2 - DATETIME
44877 0xAF4D 2 Minimum Apparent power : S3 VA U32
44879 0xAF4F 2 Date of minimum S3 - DATETIME
44881 0xAF51 1 Minimum Power factor : PF1 - / 1000 S16
44882 0xAF52 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
44883 0xAF53 2 Date of minimum PF1 - DATETIME
44885 0xAF55 1 Minimum Power factor : PF2 - / 1000 S16
44886 0xAF56 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
44887 0xAF57 2 Date of minimum PF2 - DATETIME
44889 0xAF59 1 Minimum Power factor : PF3 - / 1000 S16
44890 0xAF5A 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
44891 0xAF5B 2 Date of minimum PF3 - DATETIME
44893 0xAF5D 2 Minimum Current : Idelta mA U32
44895 0xAF5F 2 Date of minimum Idelta - DATETIME
44897 0xAF61 2 Minimum Current : Ipe mA U32
44899 0xAF63 2 Date of minimum Ipe - DATETIME

Average min #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
44904 0xAF68 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
44904 0xAF68 1 Load status :
0 : Disabled
1 : Enabled		 - U8
44905 0xAF69 2 Minimum Frequency mHz U32
44907 0xAF6B 2 Date of minimum F - DATETIME
44909 0xAF6D 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
44911 0xAF6F 2 Date of minimum V1 - DATETIME
44913 0xAF71 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
44915 0xAF73 2 Date of minimum V2 - DATETIME
44917 0xAF75 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
44919 0xAF77 2 Date of minimum V3 - DATETIME
44921 0xAF79 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
44923 0xAF7B 2 Date of minimum Vn - DATETIME
44925 0xAF7D 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
44927 0xAF7F 2 Date of minimum U12 - DATETIME
44929 0xAF81 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
44931 0xAF83 2 Date of minimum U23 - DATETIME
44933 0xAF85 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
44935 0xAF87 2 Date of minimum U31 - DATETIME
44937 0xAF89 2 Minimum Current : I1 mA U32
44939 0xAF8B 2 Date of minimum I1 - DATETIME
44941 0xAF8D 2 Minimum Current : I2 mA U32
44943 0xAF8F 2 Date of minimum I2 - DATETIME
44945 0xAF91 2 Minimum Current : I3 mA U32
44947 0xAF93 2 Date of minimum I3 - DATETIME
44949 0xAF95 2 Minimum Current : In mA U32
44951 0xAF97 2 Date of minimum In - DATETIME
44953 0xAF99 2 Minimum Total active power W S32
44955 0xAF9B 2 Date of minimum Ptot - DATETIME
44957 0xAF9D 2 Minimum Total reactive power var S32
44959 0xAF9F 2 Date of minimum Qtot - DATETIME
44961 0xAFA1 2 Minimum Total apparent power VA U32
44963 0xAFA3 2 Date of minimum Stot - DATETIME
44965 0xAFA5 1 Minimum Total power factor - / 1000 S16
44966 0xAFA6 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
44967 0xAFA7 2 Date of minimum Total power factor - DATETIME
44969 0xAFA9 2 Minimum Active power : P1 W S32
44971 0xAFAB 2 Date of minimum P1 - DATETIME
44973 0xAFAD 2 Minimum Active power : P2 W S32
44975 0xAFAF 2 Date of minimum P2 - DATETIME
44977 0xAFB1 2 Minimum Active power : P3 W S32
44979 0xAFB3 2 Date of minimum P3 - DATETIME
44981 0xAFB5 2 Minimum Reactive power : Q1 var S32
44983 0xAFB7 2 Date of minimum Q1 - DATETIME
44985 0xAFB9 2 Minimum Reactive power : Q2 var S32
44987 0xAFBB 2 Date of minimum Q2 - DATETIME
44989 0xAFBD 2 Minimum Reactive power : Q3 var S32
44991 0xAFBF 2 Date of minimum Q3 - DATETIME
44993 0xAFC1 2 Minimum Apparent power : S1 VA U32
44995 0xAFC3 2 Date of minimum S1 - DATETIME
44997 0xAFC5 2 Minimum Apparent power : S2 VA U32
44999 0xAFC7 2 Date of minimum S2 - DATETIME
45001 0xAFC9 2 Minimum Apparent power : S3 VA U32
45003 0xAFCB 2 Date of minimum S3 - DATETIME
45005 0xAFCD 1 Minimum Power factor : PF1 - / 1000 S16
45006 0xAFCE 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
45007 0xAFCF 2 Date of minimum PF1 - DATETIME
45009 0xAFD1 1 Minimum Power factor : PF2 - / 1000 S16
45010 0xAFD2 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
45011 0xAFD3 2 Date of minimum PF2 - DATETIME
45013 0xAFD5 1 Minimum Power factor : PF3 - / 1000 S16
45014 0xAFD6 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
45015 0xAFD7 2 Date of minimum PF3 - DATETIME
45017 0xAFD9 2 Minimum Current : Idelta mA U32
45019 0xAFDB 2 Date of minimum Idelta - DATETIME
45021 0xAFDD 2 Minimum Current : Ipe mA U32
45023 0xAFDF 2 Date of minimum Ipe - DATETIME

Average min #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
45028 0xAFE4 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
45028 0xAFE4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
45029 0xAFE5 2 Minimum Frequency mHz U32
45031 0xAFE7 2 Date of minimum F - DATETIME
45033 0xAFE9 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
45035 0xAFEB 2 Date of minimum V1 - DATETIME
45037 0xAFED 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
45039 0xAFEF 2 Date of minimum V2 - DATETIME
45041 0xAFF1 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
45043 0xAFF3 2 Date of minimum V3 - DATETIME
45045 0xAFF5 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
45047 0xAFF7 2 Date of minimum Vn - DATETIME
45049 0xAFF9 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
45051 0xAFFB 2 Date of minimum U12 - DATETIME
45053 0xAFFD 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
45055 0xAFFF 2 Date of minimum U23 - DATETIME
45057 0xB001 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
45059 0xB003 2 Date of minimum U31 - DATETIME
45061 0xB005 2 Minimum Current : I1 mA U32
45063 0xB007 2 Date of minimum I1 - DATETIME
45065 0xB009 2 Minimum Current : I2 mA U32
45067 0xB00B 2 Date of minimum I2 - DATETIME
45069 0xB00D 2 Minimum Current : I3 mA U32
45071 0xB00F 2 Date of minimum I3 - DATETIME
45073 0xB011 2 Minimum Current : In mA U32
45075 0xB013 2 Date of minimum In - DATETIME
45077 0xB015 2 Minimum Total active power W S32
45079 0xB017 2 Date of minimum Ptot - DATETIME
45081 0xB019 2 Minimum Total reactive power var S32
45083 0xB01B 2 Date of minimum Qtot - DATETIME
45085 0xB01D 2 Minimum Total apparent power VA U32
45087 0xB01F 2 Date of minimum Stot - DATETIME
45089 0xB021 1 Minimum Total power factor - / 1000 S16
45090 0xB022 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
45091 0xB023 2 Date of minimum Total power factor - DATETIME
45093 0xB025 2 Minimum Active power : P1 W S32
45095 0xB027 2 Date of minimum P1 - DATETIME
45097 0xB029 2 Minimum Active power : P2 W S32
45099 0xB02B 2 Date of minimum P2 - DATETIME
45101 0xB02D 2 Minimum Active power : P3 W S32
45103 0xB02F 2 Date of minimum P3 - DATETIME
45105 0xB031 2 Minimum Reactive power : Q1 var S32
45107 0xB033 2 Date of minimum Q1 - DATETIME
45109 0xB035 2 Minimum Reactive power : Q2 var S32
45111 0xB037 2 Date of minimum Q2 - DATETIME
45113 0xB039 2 Minimum Reactive power : Q3 var S32
45115 0xB03B 2 Date of minimum Q3 - DATETIME
45117 0xB03D 2 Minimum Apparent power : S1 VA U32
45119 0xB03F 2 Date of minimum S1 - DATETIME
45121 0xB041 2 Minimum Apparent power : S2 VA U32
45123 0xB043 2 Date of minimum S2 - DATETIME
45125 0xB045 2 Minimum Apparent power : S3 VA U32
45127 0xB047 2 Date of minimum S3 - DATETIME
45129 0xB049 1 Minimum Power factor : PF1 - / 1000 S16
45130 0xB04A 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
45131 0xB04B 2 Date of minimum PF1 - DATETIME
45133 0xB04D 1 Minimum Power factor : PF2 - / 1000 S16
45134 0xB04E 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
45135 0xB04F 2 Date of minimum PF2 - DATETIME
45137 0xB051 1 Minimum Power factor : PF3 - / 1000 S16
45138 0xB052 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
45139 0xB053 2 Date of minimum PF3 - DATETIME
45141 0xB055 2 Minimum Current : Idelta mA U32
45143 0xB057 2 Date of minimum Idelta - DATETIME
45145 0xB059 2 Minimum Current : Ipe mA U32
45147 0xB05B 2 Date of minimum Ipe - DATETIME

Average max #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
43664 0xAA90 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
43664 0xAA90 1 Load status :
0 : Disabled
1 : Enabled		 - U8
43665 0xAA91 2 Maximum Frequency mHz U32
43667 0xAA93 2 Date of maximum F - DATETIME
43669 0xAA95 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
43671 0xAA97 2 Date of maximum V1 - DATETIME
43673 0xAA99 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
43675 0xAA9B 2 Date of maximum V2 - DATETIME
43677 0xAA9D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
43679 0xAA9F 2 Date of maximum V3 - DATETIME
43681 0xAAA1 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
43683 0xAAA3 2 Date of maximum Vn - DATETIME
43685 0xAAA5 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
43687 0xAAA7 2 Date of maximum U12 - DATETIME
43689 0xAAA9 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
43691 0xAAAB 2 Date of maximum U23 - DATETIME
43693 0xAAAD 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
43695 0xAAAF 2 Date of maximum U31 - DATETIME
43697 0xAAB1 2 Maximum Current : I1 mA U32
43699 0xAAB3 2 Date of maximum I1 - DATETIME
43701 0xAAB5 2 Maximum Current : I2 mA U32
43703 0xAAB7 2 Date of maximum I2 - DATETIME
43705 0xAAB9 2 Maximum Current : I3 mA U32
43707 0xAABB 2 Date of maximum I3 - DATETIME
43709 0xAABD 2 Maximum Current : In mA U32
43711 0xAABF 2 Date of maximum In - DATETIME
43713 0xAAC1 2 Maximum Total active power W S32
43715 0xAAC3 2 Date of maximum Ptot - DATETIME
43717 0xAAC5 2 Maximum Total reactive power var S32
43719 0xAAC7 2 Date of maximum Qtot - DATETIME
43721 0xAAC9 2 Maximum Total apparent power VA U32
43723 0xAACB 2 Date of maximum Stot - DATETIME
43725 0xAACD 1 Maximum Total power factor - / 1000 S16
43726 0xAACE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
43727 0xAACF 2 Date of maximum Total power factor - DATETIME
43729 0xAAD1 2 Maximum Active power : P1 W S32
43731 0xAAD3 2 Date of maximum P1 - DATETIME
43733 0xAAD5 2 Maximum Active power : P2 W S32
43735 0xAAD7 2 Date of maximum P2 - DATETIME
43737 0xAAD9 2 Maximum Active power : P3 W S32
43739 0xAADB 2 Date of maximum P3 - DATETIME
43741 0xAADD 2 Maximum Reactive power : Q1 var S32
43743 0xAADF 2 Date of maximum Q1 - DATETIME
43745 0xAAE1 2 Maximum Reactive power : Q2 var S32
43747 0xAAE3 2 Date of maximum Q2 - DATETIME
43749 0xAAE5 2 Maximum Reactive power : Q3 var S32
43751 0xAAE7 2 Date of maximum Q3 - DATETIME
43753 0xAAE9 2 Maximum Apparent power : S1 VA U32
43755 0xAAEB 2 Date of maximum S1 - DATETIME
43757 0xAAED 2 Maximum Apparent power : S2 VA U32
43759 0xAAEF 2 Date of maximum S2 - DATETIME
43761 0xAAF1 2 Maximum Apparent power : S3 VA U32
43763 0xAAF3 2 Date of maximum S3 - DATETIME
43765 0xAAF5 1 Maximum Power factor : PF1 - / 1000 S16
43766 0xAAF6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
43767 0xAAF7 2 Date of maximum PF1 - DATETIME
43769 0xAAF9 1 Maximum Power factor : PF2 - / 1000 S16
43770 0xAAFA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
43771 0xAAFB 2 Date of maximum PF2 - DATETIME
43773 0xAAFD 1 Maximum Power factor : PF3 - / 1000 S16
43774 0xAAFE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
43775 0xAAFF 2 Date of maximum PF3 - DATETIME
43777 0xAB01 2 Maximum Current : Idelta mA U32
43779 0xAB03 2 Date of maximum Idelta - DATETIME
43781 0xAB05 2 Maximum Current : Ipe mA U32
43783 0xAB07 2 Date of maximum Ipe - DATETIME

Average max #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
43788 0xAB0C Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
43788 0xAB0C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
43789 0xAB0D 2 Maximum Frequency mHz U32
43791 0xAB0F 2 Date of maximum F - DATETIME
43793 0xAB11 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
43795 0xAB13 2 Date of maximum V1 - DATETIME
43797 0xAB15 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
43799 0xAB17 2 Date of maximum V2 - DATETIME
43801 0xAB19 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
43803 0xAB1B 2 Date of maximum V3 - DATETIME
43805 0xAB1D 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
43807 0xAB1F 2 Date of maximum Vn - DATETIME
43809 0xAB21 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
43811 0xAB23 2 Date of maximum U12 - DATETIME
43813 0xAB25 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
43815 0xAB27 2 Date of maximum U23 - DATETIME
43817 0xAB29 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
43819 0xAB2B 2 Date of maximum U31 - DATETIME
43821 0xAB2D 2 Maximum Current : I1 mA U32
43823 0xAB2F 2 Date of maximum I1 - DATETIME
43825 0xAB31 2 Maximum Current : I2 mA U32
43827 0xAB33 2 Date of maximum I2 - DATETIME
43829 0xAB35 2 Maximum Current : I3 mA U32
43831 0xAB37 2 Date of maximum I3 - DATETIME
43833 0xAB39 2 Maximum Current : In mA U32
43835 0xAB3B 2 Date of maximum In - DATETIME
43837 0xAB3D 2 Maximum Total active power W S32
43839 0xAB3F 2 Date of maximum Ptot - DATETIME
43841 0xAB41 2 Maximum Total reactive power var S32
43843 0xAB43 2 Date of maximum Qtot - DATETIME
43845 0xAB45 2 Maximum Total apparent power VA U32
43847 0xAB47 2 Date of maximum Stot - DATETIME
43849 0xAB49 1 Maximum Total power factor - / 1000 S16
43850 0xAB4A 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
43851 0xAB4B 2 Date of maximum Total power factor - DATETIME
43853 0xAB4D 2 Maximum Active power : P1 W S32
43855 0xAB4F 2 Date of maximum P1 - DATETIME
43857 0xAB51 2 Maximum Active power : P2 W S32
43859 0xAB53 2 Date of maximum P2 - DATETIME
43861 0xAB55 2 Maximum Active power : P3 W S32
43863 0xAB57 2 Date of maximum P3 - DATETIME
43865 0xAB59 2 Maximum Reactive power : Q1 var S32
43867 0xAB5B 2 Date of maximum Q1 - DATETIME
43869 0xAB5D 2 Maximum Reactive power : Q2 var S32
43871 0xAB5F 2 Date of maximum Q2 - DATETIME
43873 0xAB61 2 Maximum Reactive power : Q3 var S32
43875 0xAB63 2 Date of maximum Q3 - DATETIME
43877 0xAB65 2 Maximum Apparent power : S1 VA U32
43879 0xAB67 2 Date of maximum S1 - DATETIME
43881 0xAB69 2 Maximum Apparent power : S2 VA U32
43883 0xAB6B 2 Date of maximum S2 - DATETIME
43885 0xAB6D 2 Maximum Apparent power : S3 VA U32
43887 0xAB6F 2 Date of maximum S3 - DATETIME
43889 0xAB71 1 Maximum Power factor : PF1 - / 1000 S16
43890 0xAB72 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
43891 0xAB73 2 Date of maximum PF1 - DATETIME
43893 0xAB75 1 Maximum Power factor : PF2 - / 1000 S16
43894 0xAB76 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
43895 0xAB77 2 Date of maximum PF2 - DATETIME
43897 0xAB79 1 Maximum Power factor : PF3 - / 1000 S16
43898 0xAB7A 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
43899 0xAB7B 2 Date of maximum PF3 - DATETIME
43901 0xAB7D 2 Maximum Current : Idelta mA U32
43903 0xAB7F 2 Date of maximum Idelta - DATETIME
43905 0xAB81 2 Maximum Current : Ipe mA U32
43907 0xAB83 2 Date of maximum Ipe - DATETIME

Average max #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
43912 0xAB88 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
43912 0xAB88 1 Load status :
0 : Disabled
1 : Enabled		 - U8
43913 0xAB89 2 Maximum Frequency mHz U32
43915 0xAB8B 2 Date of maximum F - DATETIME
43917 0xAB8D 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
43919 0xAB8F 2 Date of maximum V1 - DATETIME
43921 0xAB91 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
43923 0xAB93 2 Date of maximum V2 - DATETIME
43925 0xAB95 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
43927 0xAB97 2 Date of maximum V3 - DATETIME
43929 0xAB99 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
43931 0xAB9B 2 Date of maximum Vn - DATETIME
43933 0xAB9D 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
43935 0xAB9F 2 Date of maximum U12 - DATETIME
43937 0xABA1 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
43939 0xABA3 2 Date of maximum U23 - DATETIME
43941 0xABA5 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
43943 0xABA7 2 Date of maximum U31 - DATETIME
43945 0xABA9 2 Maximum Current : I1 mA U32
43947 0xABAB 2 Date of maximum I1 - DATETIME
43949 0xABAD 2 Maximum Current : I2 mA U32
43951 0xABAF 2 Date of maximum I2 - DATETIME
43953 0xABB1 2 Maximum Current : I3 mA U32
43955 0xABB3 2 Date of maximum I3 - DATETIME
43957 0xABB5 2 Maximum Current : In mA U32
43959 0xABB7 2 Date of maximum In - DATETIME
43961 0xABB9 2 Maximum Total active power W S32
43963 0xABBB 2 Date of maximum Ptot - DATETIME
43965 0xABBD 2 Maximum Total reactive power var S32
43967 0xABBF 2 Date of maximum Qtot - DATETIME
43969 0xABC1 2 Maximum Total apparent power VA U32
43971 0xABC3 2 Date of maximum Stot - DATETIME
43973 0xABC5 1 Maximum Total power factor - / 1000 S16
43974 0xABC6 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
43975 0xABC7 2 Date of maximum Total power factor - DATETIME
43977 0xABC9 2 Maximum Active power : P1 W S32
43979 0xABCB 2 Date of maximum P1 - DATETIME
43981 0xABCD 2 Maximum Active power : P2 W S32
43983 0xABCF 2 Date of maximum P2 - DATETIME
43985 0xABD1 2 Maximum Active power : P3 W S32
43987 0xABD3 2 Date of maximum P3 - DATETIME
43989 0xABD5 2 Maximum Reactive power : Q1 var S32
43991 0xABD7 2 Date of maximum Q1 - DATETIME
43993 0xABD9 2 Maximum Reactive power : Q2 var S32
43995 0xABDB 2 Date of maximum Q2 - DATETIME
43997 0xABDD 2 Maximum Reactive power : Q3 var S32
43999 0xABDF 2 Date of maximum Q3 - DATETIME
44001 0xABE1 2 Maximum Apparent power : S1 VA U32
44003 0xABE3 2 Date of maximum S1 - DATETIME
44005 0xABE5 2 Maximum Apparent power : S2 VA U32
44007 0xABE7 2 Date of maximum S2 - DATETIME
44009 0xABE9 2 Maximum Apparent power : S3 VA U32
44011 0xABEB 2 Date of maximum S3 - DATETIME
44013 0xABED 1 Maximum Power factor : PF1 - / 1000 S16
44014 0xABEE 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
44015 0xABEF 2 Date of maximum PF1 - DATETIME
44017 0xABF1 1 Maximum Power factor : PF2 - / 1000 S16
44018 0xABF2 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
44019 0xABF3 2 Date of maximum PF2 - DATETIME
44021 0xABF5 1 Maximum Power factor : PF3 - / 1000 S16
44022 0xABF6 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
44023 0xABF7 2 Date of maximum PF3 - DATETIME
44025 0xABF9 2 Maximum Current : Idelta mA U32
44027 0xABFB 2 Date of maximum Idelta - DATETIME
44029 0xABFD 2 Maximum Current : Ipe mA U32
44031 0xABFF 2 Date of maximum Ipe - DATETIME

Average max #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
44036 0xAC04 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
44036 0xAC04 1 Load status :
0 : Disabled
1 : Enabled		 - U8
44037 0xAC05 2 Maximum Frequency mHz U32
44039 0xAC07 2 Date of maximum F - DATETIME
44041 0xAC09 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
44043 0xAC0B 2 Date of maximum V1 - DATETIME
44045 0xAC0D 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
44047 0xAC0F 2 Date of maximum V2 - DATETIME
44049 0xAC11 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
44051 0xAC13 2 Date of maximum V3 - DATETIME
44053 0xAC15 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
44055 0xAC17 2 Date of maximum Vn - DATETIME
44057 0xAC19 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
44059 0xAC1B 2 Date of maximum U12 - DATETIME
44061 0xAC1D 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
44063 0xAC1F 2 Date of maximum U23 - DATETIME
44065 0xAC21 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
44067 0xAC23 2 Date of maximum U31 - DATETIME
44069 0xAC25 2 Maximum Current : I1 mA U32
44071 0xAC27 2 Date of maximum I1 - DATETIME
44073 0xAC29 2 Maximum Current : I2 mA U32
44075 0xAC2B 2 Date of maximum I2 - DATETIME
44077 0xAC2D 2 Maximum Current : I3 mA U32
44079 0xAC2F 2 Date of maximum I3 - DATETIME
44081 0xAC31 2 Maximum Current : In mA U32
44083 0xAC33 2 Date of maximum In - DATETIME
44085 0xAC35 2 Maximum Total active power W S32
44087 0xAC37 2 Date of maximum Ptot - DATETIME
44089 0xAC39 2 Maximum Total reactive power var S32
44091 0xAC3B 2 Date of maximum Qtot - DATETIME
44093 0xAC3D 2 Maximum Total apparent power VA U32
44095 0xAC3F 2 Date of maximum Stot - DATETIME
44097 0xAC41 1 Maximum Total power factor - / 1000 S16
44098 0xAC42 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
44099 0xAC43 2 Date of maximum Total power factor - DATETIME
44101 0xAC45 2 Maximum Active power : P1 W S32
44103 0xAC47 2 Date of maximum P1 - DATETIME
44105 0xAC49 2 Maximum Active power : P2 W S32
44107 0xAC4B 2 Date of maximum P2 - DATETIME
44109 0xAC4D 2 Maximum Active power : P3 W S32
44111 0xAC4F 2 Date of maximum P3 - DATETIME
44113 0xAC51 2 Maximum Reactive power : Q1 var S32
44115 0xAC53 2 Date of maximum Q1 - DATETIME
44117 0xAC55 2 Maximum Reactive power : Q2 var S32
44119 0xAC57 2 Date of maximum Q2 - DATETIME
44121 0xAC59 2 Maximum Reactive power : Q3 var S32
44123 0xAC5B 2 Date of maximum Q3 - DATETIME
44125 0xAC5D 2 Maximum Apparent power : S1 VA U32
44127 0xAC5F 2 Date of maximum S1 - DATETIME
44129 0xAC61 2 Maximum Apparent power : S2 VA U32
44131 0xAC63 2 Date of maximum S2 - DATETIME
44133 0xAC65 2 Maximum Apparent power : S3 VA U32
44135 0xAC67 2 Date of maximum S3 - DATETIME
44137 0xAC69 1 Maximum Power factor : PF1 - / 1000 S16
44138 0xAC6A 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
44139 0xAC6B 2 Date of maximum PF1 - DATETIME
44141 0xAC6D 1 Maximum Power factor : PF2 - / 1000 S16
44142 0xAC6E 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
44143 0xAC6F 2 Date of maximum PF2 - DATETIME
44145 0xAC71 1 Maximum Power factor : PF3 - / 1000 S16
44146 0xAC72 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
44147 0xAC73 2 Date of maximum PF3 - DATETIME
44149 0xAC75 2 Maximum Current : Idelta mA U32
44151 0xAC77 2 Date of maximum Idelta - DATETIME
44153 0xAC79 2 Maximum Current : Ipe mA U32
44155 0xAC7B 2 Date of maximum Ipe - DATETIME

Average max #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
44160 0xAC80 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
44160 0xAC80 1 Load status :
0 : Disabled
1 : Enabled		 - U8
44161 0xAC81 2 Maximum Frequency mHz U32
44163 0xAC83 2 Date of maximum F - DATETIME
44165 0xAC85 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
44167 0xAC87 2 Date of maximum V1 - DATETIME
44169 0xAC89 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
44171 0xAC8B 2 Date of maximum V2 - DATETIME
44173 0xAC8D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
44175 0xAC8F 2 Date of maximum V3 - DATETIME
44177 0xAC91 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
44179 0xAC93 2 Date of maximum Vn - DATETIME
44181 0xAC95 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
44183 0xAC97 2 Date of maximum U12 - DATETIME
44185 0xAC99 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
44187 0xAC9B 2 Date of maximum U23 - DATETIME
44189 0xAC9D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
44191 0xAC9F 2 Date of maximum U31 - DATETIME
44193 0xACA1 2 Maximum Current : I1 mA U32
44195 0xACA3 2 Date of maximum I1 - DATETIME
44197 0xACA5 2 Maximum Current : I2 mA U32
44199 0xACA7 2 Date of maximum I2 - DATETIME
44201 0xACA9 2 Maximum Current : I3 mA U32
44203 0xACAB 2 Date of maximum I3 - DATETIME
44205 0xACAD 2 Maximum Current : In mA U32
44207 0xACAF 2 Date of maximum In - DATETIME
44209 0xACB1 2 Maximum Total active power W S32
44211 0xACB3 2 Date of maximum Ptot - DATETIME
44213 0xACB5 2 Maximum Total reactive power var S32
44215 0xACB7 2 Date of maximum Qtot - DATETIME
44217 0xACB9 2 Maximum Total apparent power VA U32
44219 0xACBB 2 Date of maximum Stot - DATETIME
44221 0xACBD 1 Maximum Total power factor - / 1000 S16
44222 0xACBE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
44223 0xACBF 2 Date of maximum Total power factor - DATETIME
44225 0xACC1 2 Maximum Active power : P1 W S32
44227 0xACC3 2 Date of maximum P1 - DATETIME
44229 0xACC5 2 Maximum Active power : P2 W S32
44231 0xACC7 2 Date of maximum P2 - DATETIME
44233 0xACC9 2 Maximum Active power : P3 W S32
44235 0xACCB 2 Date of maximum P3 - DATETIME
44237 0xACCD 2 Maximum Reactive power : Q1 var S32
44239 0xACCF 2 Date of maximum Q1 - DATETIME
44241 0xACD1 2 Maximum Reactive power : Q2 var S32
44243 0xACD3 2 Date of maximum Q2 - DATETIME
44245 0xACD5 2 Maximum Reactive power : Q3 var S32
44247 0xACD7 2 Date of maximum Q3 - DATETIME
44249 0xACD9 2 Maximum Apparent power : S1 VA U32
44251 0xACDB 2 Date of maximum S1 - DATETIME
44253 0xACDD 2 Maximum Apparent power : S2 VA U32
44255 0xACDF 2 Date of maximum S2 - DATETIME
44257 0xACE1 2 Maximum Apparent power : S3 VA U32
44259 0xACE3 2 Date of maximum S3 - DATETIME
44261 0xACE5 1 Maximum Power factor : PF1 - / 1000 S16
44262 0xACE6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
44263 0xACE7 2 Date of maximum PF1 - DATETIME
44265 0xACE9 1 Maximum Power factor : PF2 - / 1000 S16
44266 0xACEA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
44267 0xACEB 2 Date of maximum PF2 - DATETIME
44269 0xACED 1 Maximum Power factor : PF3 - / 1000 S16
44270 0xACEE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
44271 0xACEF 2 Date of maximum PF3 - DATETIME
44273 0xACF1 2 Maximum Current : Idelta mA U32
44275 0xACF3 2 Date of maximum Idelta - DATETIME
44277 0xACF5 2 Maximum Current : Ipe mA U32
44279 0xACF7 2 Date of maximum Ipe - DATETIME

Average max #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
44284 0xACFC Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
44284 0xACFC 1 Load status :
0 : Disabled
1 : Enabled		 - U8
44285 0xACFD 2 Maximum Frequency mHz U32
44287 0xACFF 2 Date of maximum F - DATETIME
44289 0xAD01 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
44291 0xAD03 2 Date of maximum V1 - DATETIME
44293 0xAD05 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
44295 0xAD07 2 Date of maximum V2 - DATETIME
44297 0xAD09 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
44299 0xAD0B 2 Date of maximum V3 - DATETIME
44301 0xAD0D 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
44303 0xAD0F 2 Date of maximum Vn - DATETIME
44305 0xAD11 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
44307 0xAD13 2 Date of maximum U12 - DATETIME
44309 0xAD15 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
44311 0xAD17 2 Date of maximum U23 - DATETIME
44313 0xAD19 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
44315 0xAD1B 2 Date of maximum U31 - DATETIME
44317 0xAD1D 2 Maximum Current : I1 mA U32
44319 0xAD1F 2 Date of maximum I1 - DATETIME
44321 0xAD21 2 Maximum Current : I2 mA U32
44323 0xAD23 2 Date of maximum I2 - DATETIME
44325 0xAD25 2 Maximum Current : I3 mA U32
44327 0xAD27 2 Date of maximum I3 - DATETIME
44329 0xAD29 2 Maximum Current : In mA U32
44331 0xAD2B 2 Date of maximum In - DATETIME
44333 0xAD2D 2 Maximum Total active power W S32
44335 0xAD2F 2 Date of maximum Ptot - DATETIME
44337 0xAD31 2 Maximum Total reactive power var S32
44339 0xAD33 2 Date of maximum Qtot - DATETIME
44341 0xAD35 2 Maximum Total apparent power VA U32
44343 0xAD37 2 Date of maximum Stot - DATETIME
44345 0xAD39 1 Maximum Total power factor - / 1000 S16
44346 0xAD3A 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging		 - U8
44347 0xAD3B 2 Date of maximum Total power factor - DATETIME
44349 0xAD3D 2 Maximum Active power : P1 W S32
44351 0xAD3F 2 Date of maximum P1 - DATETIME
44353 0xAD41 2 Maximum Active power : P2 W S32
44355 0xAD43 2 Date of maximum P2 - DATETIME
44357 0xAD45 2 Maximum Active power : P3 W S32
44359 0xAD47 2 Date of maximum P3 - DATETIME
44361 0xAD49 2 Maximum Reactive power : Q1 var S32
44363 0xAD4B 2 Date of maximum Q1 - DATETIME
44365 0xAD4D 2 Maximum Reactive power : Q2 var S32
44367 0xAD4F 2 Date of maximum Q2 - DATETIME
44369 0xAD51 2 Maximum Reactive power : Q3 var S32
44371 0xAD53 2 Date of maximum Q3 - DATETIME
44373 0xAD55 2 Maximum Apparent power : S1 VA U32
44375 0xAD57 2 Date of maximum S1 - DATETIME
44377 0xAD59 2 Maximum Apparent power : S2 VA U32
44379 0xAD5B 2 Date of maximum S2 - DATETIME
44381 0xAD5D 2 Maximum Apparent power : S3 VA U32
44383 0xAD5F 2 Date of maximum S3 - DATETIME
44385 0xAD61 1 Maximum Power factor : PF1 - / 1000 S16
44386 0xAD62 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging		 - U8
44387 0xAD63 2 Date of maximum PF1 - DATETIME
44389 0xAD65 1 Maximum Power factor : PF2 - / 1000 S16
44390 0xAD66 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging		 - U8
44391 0xAD67 2 Date of maximum PF2 - DATETIME
44393 0xAD69 1 Maximum Power factor : PF3 - / 1000 S16
44394 0xAD6A 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging		 - U8
44395 0xAD6B 2 Date of maximum PF3 - DATETIME
44397 0xAD6D 2 Maximum Current : Idelta mA U32
44399 0xAD6F 2 Date of maximum Idelta - DATETIME
44401 0xAD71 2 Maximum Current : Ipe mA U32
44403 0xAD73 2 Date of maximum Ipe - DATETIME

Energy meters #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
17408 0x4400 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
17408 0x4400 1 Load status :
0 : Disabled
1 : Enabled		 - U8
17409 0x4401 2 Total Hour meter s U32
17411 0x4403 2 Total Positive active Energy : Ea+ kWh U32
17413 0x4405 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
17414 0x4406 2 Total Negative active Energy : Ea- kWh U32
17416 0x4408 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
17417 0x4409 2 Total Positive reactive Energy : Er+ varh 10³ U32
17419 0x440B 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17420 0x440C 2 Total Negative reactive Energy : Er- varh 10³ U32
17422 0x440E 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
17423 0x440F 2 Total Apparent Energy : Eap kVAh U32
17425 0x4411 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
17426 0x4412 2 Total positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17428 0x4414 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17429 0x4415 2 Total negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17431 0x4417 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17432 0x4418 2 Total positive leading reactive Energy : Er+ (leading) varh 10³ U32
17434 0x441A 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17435 0x441B 2 Total negative leading reactive Energy : Er- (leading) varh 10³ U32
17437 0x441D 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17438 0x441E 2 Partial Hour meter s U32
17440 0x4420 2 Partial Positive active Energy : Ea+ kWh U32
17442 0x4422 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
17443 0x4423 2 Partial Negative active Energy : Ea- kWh U32
17445 0x4425 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
17446 0x4426 2 Partial Positive reactive Energy : Er+ varh 10³ U32
17448 0x4428 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
17449 0x4429 2 Partial Negative reactive Energy : Er- varh 10³ U32
17451 0x442B 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
17452 0x442C 2 Partial Apparent Energy : Eap kVAh U32
17454 0x442E 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
17455 0x442F 2 Partial Positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17457 0x4431 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17458 0x4432 2 Partial Negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17460 0x4434 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17461 0x4435 2 Partial Positive leading reactive Energy : Er+ (leading) varh 10³ U32
17463 0x4437 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17464 0x4438 2 Partial Negative leading reactive Energy : Er- (leading) varh 10³ U32
17466 0x443A 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17467 0x443B 2 Last Partial Reset date - DATETIME
17469 0x443D 2 Last Partial Hour meter s U32
17471 0x443F 2 Last Partial positive active Energy : Ea+ kWh U32
17473 0x4441 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
17474 0x4442 2 Last Partial negative active Energy : Ea- kWh U32
17476 0x4444 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
17477 0x4445 2 Last Partial positive reactive Energy : Er+ varh 10³ U32
17479 0x4447 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17480 0x4448 2 Last Partial negative reactive Energy : Er- varh 10³ U32
17482 0x444A 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
17483 0x444B 2 Last Partial Apparent Energy : Eap kVAh U32
17485 0x444D 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
17486 0x444E 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) varh 10³ U32
17488 0x4450 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17489 0x4451 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) varh 10³ U32
17491 0x4453 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17492 0x4454 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) varh 10³ U32
17494 0x4456 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17495 0x4457 2 Last Partial Negative Leading Reactive Energy : Er- (leading) varh 10³ U32
17497 0x4459 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
17508 0x4464 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
17508 0x4464 1 Load status :
0 : Disabled
1 : Enabled		 - U8
17509 0x4465 2 Total Hour meter s U32
17511 0x4467 2 Total Positive active Energy : Ea+ kWh U32
17513 0x4469 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
17514 0x446A 2 Total Negative active Energy : Ea- kWh U32
17516 0x446C 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
17517 0x446D 2 Total Positive reactive Energy : Er+ varh 10³ U32
17519 0x446F 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17520 0x4470 2 Total Negative reactive Energy : Er- varh 10³ U32
17522 0x4472 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
17523 0x4473 2 Total Apparent Energy : Eap kVAh U32
17525 0x4475 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
17526 0x4476 2 Total positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17528 0x4478 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17529 0x4479 2 Total negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17531 0x447B 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17532 0x447C 2 Total positive leading reactive Energy : Er+ (leading) varh 10³ U32
17534 0x447E 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17535 0x447F 2 Total negative leading reactive Energy : Er- (leading) varh 10³ U32
17537 0x4481 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17538 0x4482 2 Partial Hour meter s U32
17540 0x4484 2 Partial Positive active Energy : Ea+ kWh U32
17542 0x4486 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
17543 0x4487 2 Partial Negative active Energy : Ea- kWh U32
17545 0x4489 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
17546 0x448A 2 Partial Positive reactive Energy : Er+ varh 10³ U32
17548 0x448C 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
17549 0x448D 2 Partial Negative reactive Energy : Er- varh 10³ U32
17551 0x448F 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
17552 0x4490 2 Partial Apparent Energy : Eap kVAh U32
17554 0x4492 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
17555 0x4493 2 Partial Positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17557 0x4495 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17558 0x4496 2 Partial Negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17560 0x4498 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17561 0x4499 2 Partial Positive leading reactive Energy : Er+ (leading) varh 10³ U32
17563 0x449B 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17564 0x449C 2 Partial Negative leading reactive Energy : Er- (leading) varh 10³ U32
17566 0x449E 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17567 0x449F 2 Last Partial Reset date - DATETIME
17569 0x44A1 2 Last Partial Hour meter s U32
17571 0x44A3 2 Last Partial positive active Energy : Ea+ kWh U32
17573 0x44A5 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
17574 0x44A6 2 Last Partial negative active Energy : Ea- kWh U32
17576 0x44A8 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
17577 0x44A9 2 Last Partial positive reactive Energy : Er+ varh 10³ U32
17579 0x44AB 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17580 0x44AC 2 Last Partial negative reactive Energy : Er- varh 10³ U32
17582 0x44AE 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
17583 0x44AF 2 Last Partial Apparent Energy : Eap kVAh U32
17585 0x44B1 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
17586 0x44B2 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) varh 10³ U32
17588 0x44B4 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17589 0x44B5 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) varh 10³ U32
17591 0x44B7 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17592 0x44B8 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) varh 10³ U32
17594 0x44BA 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17595 0x44BB 2 Last Partial Negative Leading Reactive Energy : Er- (leading) varh 10³ U32
17597 0x44BD 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
17608 0x44C8 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
17608 0x44C8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
17609 0x44C9 2 Total Hour meter s U32
17611 0x44CB 2 Total Positive active Energy : Ea+ kWh U32
17613 0x44CD 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
17614 0x44CE 2 Total Negative active Energy : Ea- kWh U32
17616 0x44D0 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
17617 0x44D1 2 Total Positive reactive Energy : Er+ varh 10³ U32
17619 0x44D3 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17620 0x44D4 2 Total Negative reactive Energy : Er- varh 10³ U32
17622 0x44D6 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
17623 0x44D7 2 Total Apparent Energy : Eap kVAh U32
17625 0x44D9 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
17626 0x44DA 2 Total positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17628 0x44DC 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17629 0x44DD 2 Total negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17631 0x44DF 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17632 0x44E0 2 Total positive leading reactive Energy : Er+ (leading) varh 10³ U32
17634 0x44E2 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17635 0x44E3 2 Total negative leading reactive Energy : Er- (leading) varh 10³ U32
17637 0x44E5 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17638 0x44E6 2 Partial Hour meter s U32
17640 0x44E8 2 Partial Positive active Energy : Ea+ kWh U32
17642 0x44EA 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
17643 0x44EB 2 Partial Negative active Energy : Ea- kWh U32
17645 0x44ED 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
17646 0x44EE 2 Partial Positive reactive Energy : Er+ varh 10³ U32
17648 0x44F0 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
17649 0x44F1 2 Partial Negative reactive Energy : Er- varh 10³ U32
17651 0x44F3 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
17652 0x44F4 2 Partial Apparent Energy : Eap kVAh U32
17654 0x44F6 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
17655 0x44F7 2 Partial Positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17657 0x44F9 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17658 0x44FA 2 Partial Negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17660 0x44FC 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17661 0x44FD 2 Partial Positive leading reactive Energy : Er+ (leading) varh 10³ U32
17663 0x44FF 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17664 0x4500 2 Partial Negative leading reactive Energy : Er- (leading) varh 10³ U32
17666 0x4502 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17667 0x4503 2 Last Partial Reset date - DATETIME
17669 0x4505 2 Last Partial Hour meter s U32
17671 0x4507 2 Last Partial positive active Energy : Ea+ kWh U32
17673 0x4509 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
17674 0x450A 2 Last Partial negative active Energy : Ea- kWh U32
17676 0x450C 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
17677 0x450D 2 Last Partial positive reactive Energy : Er+ varh 10³ U32
17679 0x450F 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17680 0x4510 2 Last Partial negative reactive Energy : Er- varh 10³ U32
17682 0x4512 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
17683 0x4513 2 Last Partial Apparent Energy : Eap kVAh U32
17685 0x4515 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
17686 0x4516 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) varh 10³ U32
17688 0x4518 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17689 0x4519 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) varh 10³ U32
17691 0x451B 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17692 0x451C 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) varh 10³ U32
17694 0x451E 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17695 0x451F 2 Last Partial Negative Leading Reactive Energy : Er- (leading) varh 10³ U32
17697 0x4521 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
17708 0x452C Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
17708 0x452C 1 Load status :
0 : Disabled
1 : Enabled		 - U8
17709 0x452D 2 Total Hour meter s U32
17711 0x452F 2 Total Positive active Energy : Ea+ kWh U32
17713 0x4531 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
17714 0x4532 2 Total Negative active Energy : Ea- kWh U32
17716 0x4534 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
17717 0x4535 2 Total Positive reactive Energy : Er+ varh 10³ U32
17719 0x4537 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17720 0x4538 2 Total Negative reactive Energy : Er- varh 10³ U32
17722 0x453A 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
17723 0x453B 2 Total Apparent Energy : Eap kVAh U32
17725 0x453D 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
17726 0x453E 2 Total positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17728 0x4540 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17729 0x4541 2 Total negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17731 0x4543 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17732 0x4544 2 Total positive leading reactive Energy : Er+ (leading) varh 10³ U32
17734 0x4546 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17735 0x4547 2 Total negative leading reactive Energy : Er- (leading) varh 10³ U32
17737 0x4549 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17738 0x454A 2 Partial Hour meter s U32
17740 0x454C 2 Partial Positive active Energy : Ea+ kWh U32
17742 0x454E 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
17743 0x454F 2 Partial Negative active Energy : Ea- kWh U32
17745 0x4551 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
17746 0x4552 2 Partial Positive reactive Energy : Er+ varh 10³ U32
17748 0x4554 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
17749 0x4555 2 Partial Negative reactive Energy : Er- varh 10³ U32
17751 0x4557 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
17752 0x4558 2 Partial Apparent Energy : Eap kVAh U32
17754 0x455A 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
17755 0x455B 2 Partial Positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17757 0x455D 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17758 0x455E 2 Partial Negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17760 0x4560 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17761 0x4561 2 Partial Positive leading reactive Energy : Er+ (leading) varh 10³ U32
17763 0x4563 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17764 0x4564 2 Partial Negative leading reactive Energy : Er- (leading) varh 10³ U32
17766 0x4566 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17767 0x4567 2 Last Partial Reset date - DATETIME
17769 0x4569 2 Last Partial Hour meter s U32
17771 0x456B 2 Last Partial positive active Energy : Ea+ kWh U32
17773 0x456D 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
17774 0x456E 2 Last Partial negative active Energy : Ea- kWh U32
17776 0x4570 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
17777 0x4571 2 Last Partial positive reactive Energy : Er+ varh 10³ U32
17779 0x4573 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17780 0x4574 2 Last Partial negative reactive Energy : Er- varh 10³ U32
17782 0x4576 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
17783 0x4577 2 Last Partial Apparent Energy : Eap kVAh U32
17785 0x4579 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
17786 0x457A 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) varh 10³ U32
17788 0x457C 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17789 0x457D 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) varh 10³ U32
17791 0x457F 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17792 0x4580 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) varh 10³ U32
17794 0x4582 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17795 0x4583 2 Last Partial Negative Leading Reactive Energy : Er- (leading) varh 10³ U32
17797 0x4585 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
17808 0x4590 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
17808 0x4590 1 Load status :
0 : Disabled
1 : Enabled		 - U8
17809 0x4591 2 Total Hour meter s U32
17811 0x4593 2 Total Positive active Energy : Ea+ kWh U32
17813 0x4595 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
17814 0x4596 2 Total Negative active Energy : Ea- kWh U32
17816 0x4598 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
17817 0x4599 2 Total Positive reactive Energy : Er+ varh 10³ U32
17819 0x459B 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17820 0x459C 2 Total Negative reactive Energy : Er- varh 10³ U32
17822 0x459E 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
17823 0x459F 2 Total Apparent Energy : Eap kVAh U32
17825 0x45A1 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
17826 0x45A2 2 Total positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17828 0x45A4 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17829 0x45A5 2 Total negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17831 0x45A7 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17832 0x45A8 2 Total positive leading reactive Energy : Er+ (leading) varh 10³ U32
17834 0x45AA 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17835 0x45AB 2 Total negative leading reactive Energy : Er- (leading) varh 10³ U32
17837 0x45AD 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17838 0x45AE 2 Partial Hour meter s U32
17840 0x45B0 2 Partial Positive active Energy : Ea+ kWh U32
17842 0x45B2 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
17843 0x45B3 2 Partial Negative active Energy : Ea- kWh U32
17845 0x45B5 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
17846 0x45B6 2 Partial Positive reactive Energy : Er+ varh 10³ U32
17848 0x45B8 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
17849 0x45B9 2 Partial Negative reactive Energy : Er- varh 10³ U32
17851 0x45BB 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
17852 0x45BC 2 Partial Apparent Energy : Eap kVAh U32
17854 0x45BE 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
17855 0x45BF 2 Partial Positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17857 0x45C1 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17858 0x45C2 2 Partial Negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17860 0x45C4 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17861 0x45C5 2 Partial Positive leading reactive Energy : Er+ (leading) varh 10³ U32
17863 0x45C7 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17864 0x45C8 2 Partial Negative leading reactive Energy : Er- (leading) varh 10³ U32
17866 0x45CA 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17867 0x45CB 2 Last Partial Reset date - DATETIME
17869 0x45CD 2 Last Partial Hour meter s U32
17871 0x45CF 2 Last Partial positive active Energy : Ea+ kWh U32
17873 0x45D1 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
17874 0x45D2 2 Last Partial negative active Energy : Ea- kWh U32
17876 0x45D4 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
17877 0x45D5 2 Last Partial positive reactive Energy : Er+ varh 10³ U32
17879 0x45D7 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17880 0x45D8 2 Last Partial negative reactive Energy : Er- varh 10³ U32
17882 0x45DA 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
17883 0x45DB 2 Last Partial Apparent Energy : Eap kVAh U32
17885 0x45DD 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
17886 0x45DE 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) varh 10³ U32
17888 0x45E0 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17889 0x45E1 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) varh 10³ U32
17891 0x45E3 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17892 0x45E4 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) varh 10³ U32
17894 0x45E6 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17895 0x45E7 2 Last Partial Negative Leading Reactive Energy : Er- (leading) varh 10³ U32
17897 0x45E9 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
17908 0x45F4 Info 90 NONE READ READ

Dec address Hex address Words count Description Unit Data type
17908 0x45F4 1 Load status :
0 : Disabled
1 : Enabled		 - U8
17909 0x45F5 2 Total Hour meter s U32
17911 0x45F7 2 Total Positive active Energy : Ea+ kWh U32
17913 0x45F9 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
17914 0x45FA 2 Total Negative active Energy : Ea- kWh U32
17916 0x45FC 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
17917 0x45FD 2 Total Positive reactive Energy : Er+ varh 10³ U32
17919 0x45FF 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17920 0x4600 2 Total Negative reactive Energy : Er- varh 10³ U32
17922 0x4602 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
17923 0x4603 2 Total Apparent Energy : Eap kVAh U32
17925 0x4605 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
17926 0x4606 2 Total positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17928 0x4608 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17929 0x4609 2 Total negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17931 0x460B 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17932 0x460C 2 Total positive leading reactive Energy : Er+ (leading) varh 10³ U32
17934 0x460E 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17935 0x460F 2 Total negative leading reactive Energy : Er- (leading) varh 10³ U32
17937 0x4611 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17938 0x4612 2 Partial Hour meter s U32
17940 0x4614 2 Partial Positive active Energy : Ea+ kWh U32
17942 0x4616 1 Partial Residual Positive active Energy : rEa+ Wh 10⁻¹ U16
17943 0x4617 2 Partial Negative active Energy : Ea- kWh U32
17945 0x4619 1 Partial Residual Negative active Energy : rEa- Wh 10⁻¹ U16
17946 0x461A 2 Partial Positive reactive Energy : Er+ varh 10³ U32
17948 0x461C 1 Partial Residual Positive reactive Energy : rEr+ varh 10⁻¹ U16
17949 0x461D 2 Partial Negative reactive Energy : Er- varh 10³ U32
17951 0x461F 1 Partial Residual Negative reactive Energy : rEr- varh 10⁻¹ U16
17952 0x4620 2 Partial Apparent Energy : Eap kVAh U32
17954 0x4622 1 Partial Residual Apparent Energy : rEap VAh 10⁻¹ U16
17955 0x4623 2 Partial Positive lagging reactive Energy : Er+ (lagging) varh 10³ U32
17957 0x4625 1 Partial Residual Positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17958 0x4626 2 Partial Negative lagging reactive Energy : Er- (lagging) varh 10³ U32
17960 0x4628 1 Partial Residual Negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17961 0x4629 2 Partial Positive leading reactive Energy : Er+ (leading) varh 10³ U32
17963 0x462B 1 Partial Residual Positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17964 0x462C 2 Partial Negative leading reactive Energy : Er- (leading) varh 10³ U32
17966 0x462E 1 Partial Residual Negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
17967 0x462F 2 Last Partial Reset date - DATETIME
17969 0x4631 2 Last Partial Hour meter s U32
17971 0x4633 2 Last Partial positive active Energy : Ea+ kWh U32
17973 0x4635 1 Last Partial residual positive active Energy : rEa+ Wh 10⁻¹ U16
17974 0x4636 2 Last Partial negative active Energy : Ea- kWh U32
17976 0x4638 1 Last Partial residual negative active Energy : rEa- Wh 10⁻¹ U16
17977 0x4639 2 Last Partial positive reactive Energy : Er+ varh 10³ U32
17979 0x463B 1 Last Partial residual positive reactive Energy : rEr+ varh 10⁻¹ U16
17980 0x463C 2 Last Partial negative reactive Energy : Er- varh 10³ U32
17982 0x463E 1 Last Partial residual negative reactive Energy : rEr- varh 10⁻¹ U16
17983 0x463F 2 Last Partial Apparent Energy : Eap kVAh U32
17985 0x4641 1 Last Partial residual apparent Energy : rEap VAh 10⁻¹ U16
17986 0x4642 2 Last Partial Positive Lagging Reactive Energy : Er+ (lagging) varh 10³ U32
17988 0x4644 1 Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
17989 0x4645 2 Last Partial Negative Lagging Reactive Energy : Er- (lagging) varh 10³ U32
17991 0x4647 1 Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging) varh 10⁻¹ U16
17992 0x4648 2 Last Partial Positive Leading Reactive Energy : Er+ (leading) varh 10³ U32
17994 0x464A 1 Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading) varh 10⁻¹ U16
17995 0x464B 2 Last Partial Negative Leading Reactive Energy : Er- (leading) varh 10³ U32
17997 0x464D 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
20024 0x4E38 Info 66 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20024 0x4E38 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20025 0x4E39 2 Load curve previous : Date (n-1) - DATETIME
20027 0x4E3B 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
20028 0x4E3C 2 Load curve previous : P+ (n-1) W U32
20030 0x4E3E 2 Load curve previous : P- (n-1) W U32
20032 0x4E40 2 Load curve previous : Q+ (n-1) var U32
20034 0x4E42 2 Load curve previous : Q- (n-1) var U32
20036 0x4E44 2 Load curve previous : S (n-1) VA U32
20038 0x4E46 2 Load curve previous : Date (n-2) - DATETIME
20040 0x4E48 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
20041 0x4E49 2 Load curve previous : P+ (n-2) W U32
20043 0x4E4B 2 Load curve previous : P- (n-2) W U32
20045 0x4E4D 2 Load curve previous : Q+ (n-2) var U32
20047 0x4E4F 2 Load curve previous : Q- (n-2) var U32
20049 0x4E51 2 Load curve previous : S (n-2) VA U32
20051 0x4E53 2 Load curve previous : Date (n-3) - DATETIME
20053 0x4E55 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
20054 0x4E56 2 Load curve previous : P+ (n-3) W U32
20056 0x4E58 2 Load curve previous : P- (n-3) W U32
20058 0x4E5A 2 Load curve previous : Q+ (n-3) var U32
20060 0x4E5C 2 Load curve previous : Q- (n-3) var U32
20062 0x4E5E 2 Load curve previous : S (n-3) VA U32
20064 0x4E60 2 Load curve previous : Date (n-4) - DATETIME
20066 0x4E62 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
20067 0x4E63 2 Load curve previous : P+ (n-4) W U32
20069 0x4E65 2 Load curve previous : P- (n-4) W U32
20071 0x4E67 2 Load curve previous : Q+ (n-4) var U32
20073 0x4E69 2 Load curve previous : Q- (n-4) var U32
20075 0x4E6B 2 Load curve previous : S (n-4) VA U32
20077 0x4E6D 2 Load curve previous : Date (n-5) - DATETIME
20079 0x4E6F 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
20080 0x4E70 2 Load curve previous : P+ (n-5) W U32
20082 0x4E72 2 Load curve previous : P- (n-5) W U32
20084 0x4E74 2 Load curve previous : Q+ (n-5) var U32
20086 0x4E76 2 Load curve previous : Q- (n-5) var U32
20088 0x4E78 2 Load curve previous : S (n-5) VA U32

Energy meters historical #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20104 0x4E88 Info 66 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20104 0x4E88 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20105 0x4E89 2 Load curve previous : Date (n-1) - DATETIME
20107 0x4E8B 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
20108 0x4E8C 2 Load curve previous : P+ (n-1) W U32
20110 0x4E8E 2 Load curve previous : P- (n-1) W U32
20112 0x4E90 2 Load curve previous : Q+ (n-1) var U32
20114 0x4E92 2 Load curve previous : Q- (n-1) var U32
20116 0x4E94 2 Load curve previous : S (n-1) VA U32
20118 0x4E96 2 Load curve previous : Date (n-2) - DATETIME
20120 0x4E98 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
20121 0x4E99 2 Load curve previous : P+ (n-2) W U32
20123 0x4E9B 2 Load curve previous : P- (n-2) W U32
20125 0x4E9D 2 Load curve previous : Q+ (n-2) var U32
20127 0x4E9F 2 Load curve previous : Q- (n-2) var U32
20129 0x4EA1 2 Load curve previous : S (n-2) VA U32
20131 0x4EA3 2 Load curve previous : Date (n-3) - DATETIME
20133 0x4EA5 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
20134 0x4EA6 2 Load curve previous : P+ (n-3) W U32
20136 0x4EA8 2 Load curve previous : P- (n-3) W U32
20138 0x4EAA 2 Load curve previous : Q+ (n-3) var U32
20140 0x4EAC 2 Load curve previous : Q- (n-3) var U32
20142 0x4EAE 2 Load curve previous : S (n-3) VA U32
20144 0x4EB0 2 Load curve previous : Date (n-4) - DATETIME
20146 0x4EB2 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
20147 0x4EB3 2 Load curve previous : P+ (n-4) W U32
20149 0x4EB5 2 Load curve previous : P- (n-4) W U32
20151 0x4EB7 2 Load curve previous : Q+ (n-4) var U32
20153 0x4EB9 2 Load curve previous : Q- (n-4) var U32
20155 0x4EBB 2 Load curve previous : S (n-4) VA U32
20157 0x4EBD 2 Load curve previous : Date (n-5) - DATETIME
20159 0x4EBF 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
20160 0x4EC0 2 Load curve previous : P+ (n-5) W U32
20162 0x4EC2 2 Load curve previous : P- (n-5) W U32
20164 0x4EC4 2 Load curve previous : Q+ (n-5) var U32
20166 0x4EC6 2 Load curve previous : Q- (n-5) var U32
20168 0x4EC8 2 Load curve previous : S (n-5) VA U32

Energy meters historical #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20184 0x4ED8 Info 66 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20184 0x4ED8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20185 0x4ED9 2 Load curve previous : Date (n-1) - DATETIME
20187 0x4EDB 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
20188 0x4EDC 2 Load curve previous : P+ (n-1) W U32
20190 0x4EDE 2 Load curve previous : P- (n-1) W U32
20192 0x4EE0 2 Load curve previous : Q+ (n-1) var U32
20194 0x4EE2 2 Load curve previous : Q- (n-1) var U32
20196 0x4EE4 2 Load curve previous : S (n-1) VA U32
20198 0x4EE6 2 Load curve previous : Date (n-2) - DATETIME
20200 0x4EE8 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
20201 0x4EE9 2 Load curve previous : P+ (n-2) W U32
20203 0x4EEB 2 Load curve previous : P- (n-2) W U32
20205 0x4EED 2 Load curve previous : Q+ (n-2) var U32
20207 0x4EEF 2 Load curve previous : Q- (n-2) var U32
20209 0x4EF1 2 Load curve previous : S (n-2) VA U32
20211 0x4EF3 2 Load curve previous : Date (n-3) - DATETIME
20213 0x4EF5 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
20214 0x4EF6 2 Load curve previous : P+ (n-3) W U32
20216 0x4EF8 2 Load curve previous : P- (n-3) W U32
20218 0x4EFA 2 Load curve previous : Q+ (n-3) var U32
20220 0x4EFC 2 Load curve previous : Q- (n-3) var U32
20222 0x4EFE 2 Load curve previous : S (n-3) VA U32
20224 0x4F00 2 Load curve previous : Date (n-4) - DATETIME
20226 0x4F02 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
20227 0x4F03 2 Load curve previous : P+ (n-4) W U32
20229 0x4F05 2 Load curve previous : P- (n-4) W U32
20231 0x4F07 2 Load curve previous : Q+ (n-4) var U32
20233 0x4F09 2 Load curve previous : Q- (n-4) var U32
20235 0x4F0B 2 Load curve previous : S (n-4) VA U32
20237 0x4F0D 2 Load curve previous : Date (n-5) - DATETIME
20239 0x4F0F 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
20240 0x4F10 2 Load curve previous : P+ (n-5) W U32
20242 0x4F12 2 Load curve previous : P- (n-5) W U32
20244 0x4F14 2 Load curve previous : Q+ (n-5) var U32
20246 0x4F16 2 Load curve previous : Q- (n-5) var U32
20248 0x4F18 2 Load curve previous : S (n-5) VA U32

Energy meters historical #4
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20264 0x4F28 Info 66 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 Load curve previous : Date (n-1) - DATETIME
20267 0x4F2B 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
20268 0x4F2C 2 Load curve previous : P+ (n-1) W U32
20270 0x4F2E 2 Load curve previous : P- (n-1) W U32
20272 0x4F30 2 Load curve previous : Q+ (n-1) var U32
20274 0x4F32 2 Load curve previous : Q- (n-1) var U32
20276 0x4F34 2 Load curve previous : S (n-1) VA U32
20278 0x4F36 2 Load curve previous : Date (n-2) - DATETIME
20280 0x4F38 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
20281 0x4F39 2 Load curve previous : P+ (n-2) W U32
20283 0x4F3B 2 Load curve previous : P- (n-2) W U32
20285 0x4F3D 2 Load curve previous : Q+ (n-2) var U32
20287 0x4F3F 2 Load curve previous : Q- (n-2) var U32
20289 0x4F41 2 Load curve previous : S (n-2) VA U32
20291 0x4F43 2 Load curve previous : Date (n-3) - DATETIME
20293 0x4F45 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
20294 0x4F46 2 Load curve previous : P+ (n-3) W U32
20296 0x4F48 2 Load curve previous : P- (n-3) W U32
20298 0x4F4A 2 Load curve previous : Q+ (n-3) var U32
20300 0x4F4C 2 Load curve previous : Q- (n-3) var U32
20302 0x4F4E 2 Load curve previous : S (n-3) VA U32
20304 0x4F50 2 Load curve previous : Date (n-4) - DATETIME
20306 0x4F52 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
20307 0x4F53 2 Load curve previous : P+ (n-4) W U32
20309 0x4F55 2 Load curve previous : P- (n-4) W U32
20311 0x4F57 2 Load curve previous : Q+ (n-4) var U32
20313 0x4F59 2 Load curve previous : Q- (n-4) var U32
20315 0x4F5B 2 Load curve previous : S (n-4) VA U32
20317 0x4F5D 2 Load curve previous : Date (n-5) - DATETIME
20319 0x4F5F 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
20320 0x4F60 2 Load curve previous : P+ (n-5) W U32
20322 0x4F62 2 Load curve previous : P- (n-5) W U32
20324 0x4F64 2 Load curve previous : Q+ (n-5) var U32
20326 0x4F66 2 Load curve previous : Q- (n-5) var U32
20328 0x4F68 2 Load curve previous : S (n-5) VA U32

Energy meters historical #5
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20344 0x4F78 Info 66 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20344 0x4F78 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20345 0x4F79 2 Load curve previous : Date (n-1) - DATETIME
20347 0x4F7B 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
20348 0x4F7C 2 Load curve previous : P+ (n-1) W U32
20350 0x4F7E 2 Load curve previous : P- (n-1) W U32
20352 0x4F80 2 Load curve previous : Q+ (n-1) var U32
20354 0x4F82 2 Load curve previous : Q- (n-1) var U32
20356 0x4F84 2 Load curve previous : S (n-1) VA U32
20358 0x4F86 2 Load curve previous : Date (n-2) - DATETIME
20360 0x4F88 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
20361 0x4F89 2 Load curve previous : P+ (n-2) W U32
20363 0x4F8B 2 Load curve previous : P- (n-2) W U32
20365 0x4F8D 2 Load curve previous : Q+ (n-2) var U32
20367 0x4F8F 2 Load curve previous : Q- (n-2) var U32
20369 0x4F91 2 Load curve previous : S (n-2) VA U32
20371 0x4F93 2 Load curve previous : Date (n-3) - DATETIME
20373 0x4F95 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
20374 0x4F96 2 Load curve previous : P+ (n-3) W U32
20376 0x4F98 2 Load curve previous : P- (n-3) W U32
20378 0x4F9A 2 Load curve previous : Q+ (n-3) var U32
20380 0x4F9C 2 Load curve previous : Q- (n-3) var U32
20382 0x4F9E 2 Load curve previous : S (n-3) VA U32
20384 0x4FA0 2 Load curve previous : Date (n-4) - DATETIME
20386 0x4FA2 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
20387 0x4FA3 2 Load curve previous : P+ (n-4) W U32
20389 0x4FA5 2 Load curve previous : P- (n-4) W U32
20391 0x4FA7 2 Load curve previous : Q+ (n-4) var U32
20393 0x4FA9 2 Load curve previous : Q- (n-4) var U32
20395 0x4FAB 2 Load curve previous : S (n-4) VA U32
20397 0x4FAD 2 Load curve previous : Date (n-5) - DATETIME
20399 0x4FAF 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
20400 0x4FB0 2 Load curve previous : P+ (n-5) W U32
20402 0x4FB2 2 Load curve previous : P- (n-5) W U32
20404 0x4FB4 2 Load curve previous : Q+ (n-5) var U32
20406 0x4FB6 2 Load curve previous : Q- (n-5) var U32
20408 0x4FB8 2 Load curve previous : S (n-5) VA U32

Energy meters historical #6
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20424 0x4FC8 Info 66 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20424 0x4FC8 1 Load status :
0 : Disabled
1 : Enabled		 - U8
20425 0x4FC9 2 Load curve previous : Date (n-1) - DATETIME
20427 0x4FCB 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
20428 0x4FCC 2 Load curve previous : P+ (n-1) W U32
20430 0x4FCE 2 Load curve previous : P- (n-1) W U32
20432 0x4FD0 2 Load curve previous : Q+ (n-1) var U32
20434 0x4FD2 2 Load curve previous : Q- (n-1) var U32
20436 0x4FD4 2 Load curve previous : S (n-1) VA U32
20438 0x4FD6 2 Load curve previous : Date (n-2) - DATETIME
20440 0x4FD8 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
20441 0x4FD9 2 Load curve previous : P+ (n-2) W U32
20443 0x4FDB 2 Load curve previous : P- (n-2) W U32
20445 0x4FDD 2 Load curve previous : Q+ (n-2) var U32
20447 0x4FDF 2 Load curve previous : Q- (n-2) var U32
20449 0x4FE1 2 Load curve previous : S (n-2) VA U32
20451 0x4FE3 2 Load curve previous : Date (n-3) - DATETIME
20453 0x4FE5 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
20454 0x4FE6 2 Load curve previous : P+ (n-3) W U32
20456 0x4FE8 2 Load curve previous : P- (n-3) W U32
20458 0x4FEA 2 Load curve previous : Q+ (n-3) var U32
20460 0x4FEC 2 Load curve previous : Q- (n-3) var U32
20462 0x4FEE 2 Load curve previous : S (n-3) VA U32
20464 0x4FF0 2 Load curve previous : Date (n-4) - DATETIME
20466 0x4FF2 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
20467 0x4FF3 2 Load curve previous : P+ (n-4) W U32
20469 0x4FF5 2 Load curve previous : P- (n-4) W U32
20471 0x4FF7 2 Load curve previous : Q+ (n-4) var U32
20473 0x4FF9 2 Load curve previous : Q- (n-4) var U32
20475 0x4FFB 2 Load curve previous : S (n-4) VA U32
20477 0x4FFD 2 Load curve previous : Date (n-5) - DATETIME
20479 0x4FFF 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
20480 0x5000 2 Load curve previous : P+ (n-5) W U32
20482 0x5002 2 Load curve previous : P- (n-5) W U32
20484 0x5004 2 Load curve previous : Q+ (n-5) var U32
20486 0x5006 2 Load curve previous : Q- (n-5) var U32
20488 0x5008 2 Load curve previous : S (n-5) VA U32

Partial energy meter per tariff #1
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18800 0x4970 Info 115 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18800 0x4970 1 Tariff number in progress
0 : Tariff 1
1 : Tariff 2
2 : Tariff 3
3 : Tariff 4
4 : Tariff 5
5 : Tariff 6
6 : Tariff 7
7 : Tariff 8		 - U16
18801 0x4971 2 Last Tariff Partial Reset date - DATETIME
18803 0x4973 2 T1 - Ea+ kWh U32
18805 0x4975 2 T2 - Ea+ kWh U32
18807 0x4977 2 T3 - Ea+ kWh U32
18809 0x4979 2 T4 - Ea+ kWh U32
18811 0x497B 2 T5 - Ea+ kWh U32
18813 0x497D 2 T6 - Ea+ kWh U32
18815 0x497F 2 T7 - Ea+ kWh U32
18817 0x4981 2 T8 - Ea+ kWh U32
18819 0x4983 2 T1 - Ea- kWh U32
18821 0x4985 2 T2 - Ea- kWh U32
18823 0x4987 2 T3 - Ea- kWh U32
18825 0x4989 2 T4 - Ea- kWh U32
18827 0x498B 2 T5 - Ea- kWh U32
18829 0x498D 2 T6 - Ea- kWh U32
18831 0x498F 2 T7 - Ea- kWh U32
18833 0x4991 2 T8 - Ea- kWh U32
18835 0x4993 2 T1 - Er+ (lagging) varh 10³ U32
18837 0x4995 2 T2 - Er+ (lagging) varh 10³ U32
18839 0x4997 2 T3 - Er+ (lagging) varh 10³ U32
18841 0x4999 2 T4 - Er+ (lagging) varh 10³ U32
18843 0x499B 2 T5 - Er+ (lagging) varh 10³ U32
18845 0x499D 2 T6 - Er+ (lagging) varh 10³ U32
18847 0x499F 2 T7 - Er+ (lagging) varh 10³ U32
18849 0x49A1 2 T8 - Er+ (lagging) varh 10³ U32
18851 0x49A3 2 T1 - Er+ (leading) varh 10³ U32
18853 0x49A5 2 T2 - Er+ (leading) varh 10³ U32
18855 0x49A7 2 T3 - Er+ (leading) varh 10³ U32
18857 0x49A9 2 T4 - Er+ (leading) varh 10³ U32
18859 0x49AB 2 T5 - Er+ (leading) varh 10³ U32
18861 0x49AD 2 T6 - Er+ (leading) varh 10³ U32
18863 0x49AF 2 T7 - Er+ (leading) varh 10³ U32
18865 0x49B1 2 T8 - Er+ (leading) varh 10³ U32
18867 0x49B3 2 T1 - Er- varh 10³ U32
18869 0x49B5 2 T2 - Er- varh 10³ U32
18871 0x49B7 2 T3 - Er- varh 10³ U32
18873 0x49B9 2 T4 - Er- varh 10³ U32
18875 0x49BB 2 T5 - Er- varh 10³ U32
18877 0x49BD 2 T6 - Er- varh 10³ U32
18879 0x49BF 2 T7 - Er- varh 10³ U32
18881 0x49C1 2 T8 - Er- varh 10³ U32
18883 0x49C3 2 T1 - Eap kVAh U32
18885 0x49C5 2 T2 - Eap kVAh U32
18887 0x49C7 2 T3 - Eap kVAh U32
18889 0x49C9 2 T4 - Eap kVAh U32
18891 0x49CB 2 T5 - Eap kVAh U32
18893 0x49CD 2 T6 - Eap kVAh U32
18895 0x49CF 2 T7 - Eap kVAh U32
18897 0x49D1 2 T8 - Eap kVAh U32
18899 0x49D3 2 T1 - Er+ varh 10³ U32
18901 0x49D5 2 T2 - Er+ varh 10³ U32
18903 0x49D7 2 T3 - Er+ varh 10³ U32
18905 0x49D9 2 T4 - Er+ varh 10³ U32
18907 0x49DB 2 T5 - Er+ varh 10³ U32
18909 0x49DD 2 T6 - Er+ varh 10³ U32
18911 0x49DF 2 T7 - Er+ varh 10³ U32
18913 0x49E1 2 T8 - Er+ varh 10³ U32

Partial energy meter per tariff #2
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18920 0x49E8 Info 115 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18920 0x49E8 1 Tariff number in progress
0 : Tariff 1
1 : Tariff 2
2 : Tariff 3
3 : Tariff 4
4 : Tariff 5
5 : Tariff 6
6 : Tariff 7
7 : Tariff 8		 - U16
18921 0x49E9 2 Last Tariff Partial Reset date - DATETIME
18923 0x49EB 2 T1 - Ea+ kWh U32
18925 0x49ED 2 T2 - Ea+ kWh U32
18927 0x49EF 2 T3 - Ea+ kWh U32
18929 0x49F1 2 T4 - Ea+ kWh U32
18931 0x49F3 2 T5 - Ea+ kWh U32
18933 0x49F5 2 T6 - Ea+ kWh U32
18935 0x49F7 2 T7 - Ea+ kWh U32
18937 0x49F9 2 T8 - Ea+ kWh U32
18939 0x49FB 2 T1 - Ea- kWh U32
18941 0x49FD 2 T2 - Ea- kWh U32
18943 0x49FF 2 T3 - Ea- kWh U32
18945 0x4A01 2 T4 - Ea- kWh U32
18947 0x4A03 2 T5 - Ea- kWh U32
18949 0x4A05 2 T6 - Ea- kWh U32
18951 0x4A07 2 T7 - Ea- kWh U32
18953 0x4A09 2 T8 - Ea- kWh U32
18955 0x4A0B 2 T1 - Er+ (lagging) varh 10³ U32
18957 0x4A0D 2 T2 - Er+ (lagging) varh 10³ U32
18959 0x4A0F 2 T3 - Er+ (lagging) varh 10³ U32
18961 0x4A11 2 T4 - Er+ (lagging) varh 10³ U32
18963 0x4A13 2 T5 - Er+ (lagging) varh 10³ U32
18965 0x4A15 2 T6 - Er+ (lagging) varh 10³ U32
18967 0x4A17 2 T7 - Er+ (lagging) varh 10³ U32
18969 0x4A19 2 T8 - Er+ (lagging) varh 10³ U32
18971 0x4A1B 2 T1 - Er+ (leading) varh 10³ U32
18973 0x4A1D 2 T2 - Er+ (leading) varh 10³ U32
18975 0x4A1F 2 T3 - Er+ (leading) varh 10³ U32
18977 0x4A21 2 T4 - Er+ (leading) varh 10³ U32
18979 0x4A23 2 T5 - Er+ (leading) varh 10³ U32
18981 0x4A25 2 T6 - Er+ (leading) varh 10³ U32
18983 0x4A27 2 T7 - Er+ (leading) varh 10³ U32
18985 0x4A29 2 T8 - Er+ (leading) varh 10³ U32
18987 0x4A2B 2 T1 - Er- varh 10³ U32
18989 0x4A2D 2 T2 - Er- varh 10³ U32
18991 0x4A2F 2 T3 - Er- varh 10³ U32
18993 0x4A31 2 T4 - Er- varh 10³ U32
18995 0x4A33 2 T5 - Er- varh 10³ U32
18997 0x4A35 2 T6 - Er- varh 10³ U32
18999 0x4A37 2 T7 - Er- varh 10³ U32
19001 0x4A39 2 T8 - Er- varh 10³ U32
19003 0x4A3B 2 T1 - Eap kVAh U32
19005 0x4A3D 2 T2 - Eap kVAh U32
19007 0x4A3F 2 T3 - Eap kVAh U32
19009 0x4A41 2 T4 - Eap kVAh U32
19011 0x4A43 2 T5 - Eap kVAh U32
19013 0x4A45 2 T6 - Eap kVAh U32
19015 0x4A47 2 T7 - Eap kVAh U32
19017 0x4A49 2 T8 - Eap kVAh U32
19019 0x4A4B 2 T1 - Er+ varh 10³ U32
19021 0x4A4D 2 T2 - Er+ varh 10³ U32
19023 0x4A4F 2 T3 - Er+ varh 10³ U32
19025 0x4A51 2 T4 - Er+ varh 10³ U32
19027 0x4A53 2 T5 - Er+ varh 10³ U32
19029 0x4A55 2 T6 - Er+ varh 10³ U32
19031 0x4A57 2 T7 - Er+ varh 10³ U32
19033 0x4A59 2 T8 - Er+ varh 10³ U32

Partial energy meter per tariff #3
Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19040 0x4A60 Info 115 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19040 0x4A60 1 Tariff number in progress
0 : Tariff 1
1 : Tariff 2
2 : Tariff 3
3 : Tariff 4
4 : Tariff 5
5 : Tariff 6
6 : Tariff 7
7 : Tariff 8		 - U16
19041 0x4A61 2 Last Tariff Partial Reset date - DATETIME
19043 0x4A63 2 T1 - Ea+ kWh U32
19045 0x4A65 2 T2 - Ea+ kWh U32
19047 0x4A67 2 T3 - Ea+ kWh U32
19049 0x4A69 2 T4 - Ea+ kWh U32
19051 0x4A6B 2 T5 - Ea+ kWh U32
19053 0x4A6D 2 T6 - Ea+ kWh U32
19055 0x4A6F 2 T7 - Ea+ kWh U32
19057 0x4A71 2 T8 - Ea+ kWh U32
19059 0x4A73 2 T1 - Ea- kWh U32
19061 0x4A75 2 T2 - Ea- kWh U32
19063 0x4A77 2 T3 - Ea- kWh U32
19065 0x4A79 2 T4 - Ea- kWh U32
19067 0x4A7B 2 T5 - Ea- kWh U32
19069 0x4A7D 2 T6 - Ea- kWh U32
19071 0x4A7F 2 T7 - Ea- kWh U32
19073 0x4A81 2 T8 - Ea- kWh U32
19075 0x4A83 2 T1 - Er+ (lagging) varh 10³ U32
19077 0x4A85 2 T2 - Er+ (lagging) varh 10³ U32
19079 0x4A87 2 T3 - Er+ (lagging) varh 10³ U32
19081 0x4A89 2 T4 - Er+ (lagging) varh 10³ U32
19083 0x4A8B 2 T5 - Er+ (lagging) varh 10³ U32
19085 0x4A8D 2 T6 - Er+ (lagging) varh 10³ U32
19087 0x4A8F 2 T7 - Er+ (lagging) varh 10³ U32
19089 0x4A91 2 T8 - Er+ (lagging) varh 10³ U32
19091 0x4A93 2 T1 - Er+ (leading) varh 10³ U32
19093 0x4A95 2 T2 - Er+ (leading) varh 10³ U32
19095 0x4A97 2 T3 - Er+ (leading) varh 10³ U32
19097 0x4A99 2 T4 - Er+ (leading) varh 10³ U32
19099 0x4A9B 2 T5 - Er+ (leading)