--X33F-LB08-0PZ4-66054287 Content-Disposition: form-data; name=""; filename="DIRIS-DIGIWARE-I-45-1.10.0_COMMUNICATION-TABLE_2022-05_CMT_EN.html" Content-Type: application/octet-stream  MODBUS tables of DIRIS Digiware I-45
logosocomec.png

Identification


Product


Product identification


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
50000 0xC350 Info 69 NONE READ READ

Dec address Hex address Words count Description Unit Data type
50000 0xC350 4 "SOCO" - STRING_16
50004 0xC354 1 Product order ID (Countis:100, Protection:200, Atys:300, Diris:400) - U16
50005 0xC355 1 Product ID (EX: 1000 ATS3) - U16
50006 0xC356 1 MODBUS Table Version - U16
50007 0xC357 1 Product software version (EX: 100 Version 1.00) - U16
50008 0xC358 1 Serial_AA_SS - U16_HEX
50009 0xC359 1 Serial_SST_L - U16_HEX
50010 0xC35A 1 Serial_order - U16
50011 0xC35B 2 Serial_Reserve - U32
50013 0xC35D 4 See "Code table" tab for more details - U64_HEX
50017 0xC361 1 Customization data loaded (True/False) - U8
50018 0xC362 1 Product version (Major) - U16
50019 0xC363 1 Product version (Minor) - U16
50020 0xC364 1 Product version (Revision) - U16
50021 0xC365 1 Product version (Build) - U16
50022 0xC366 3 Product build date - DATETIME_3
50025 0xC369 1 Software technical base version (Major) - U16
50026 0xC36A 1 Software technical base version (Minor) - U16
50027 0xC36B 1 Software technical base version (Revision) - U16
50028 0xC36C 1 Customization version (Major) - U16
50029 0xC36D 1 Customization version (Minor) - U16
50030 0xC36E 4 Product VLO (EX : "880100") - STRING_NORM
50034 0xC372 4 Customization VLO (EX : "880700") - STRING_NORM
50038 0xC376 4 Software technical base VLO (EX : "880600") - STRING_NORM
50042 0xC37A 8 Vendor name (EX : "SOCOMEC") - STRING_NORM
50050 0xC382 8 Product name (EX : "PMD EE") - STRING_NORM
50058 0xC38A 8 Extended name - STRING_NORM
50066 0xC392 1 Ressource version (Build 2) - U16
50067 0xC393 2 Net ID - U32_HEX


Feeders


Feeders


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
13504 0x34C0 Info 4 NONE READ READ

Dec address Hex address Words count Description Unit Data type
13504 0x34C0 1 Loads number - U16
13505 0x34C1 1 Bit x : Load x Available (1)/Not available (0) - U16_HEX
13506 0x34C2 1 Multi-fluid feeders (MFF) number - U16
13507 0x34C3 1 Bit x : MFF x Available (1)/Not available (0) - U16_HEX



Date Time


Set / Get


Hour/Date


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
57600 0xE100 Info 6 NONE READ READ

Dec address Hex address Words count Description Unit Data type
57600 0xE100 1 Day - U8
57601 0xE101 1 Month - U8
57602 0xE102 1 Year - U16
57603 0xE103 1 Hour - U8
57604 0xE104 1 Minute - U8
57605 0xE105 1 Second - U8


Hour Counter


Operating hours counters


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
512 0x0200 Info 4 NONE READ READ

Dec address Hex address Words count Description Unit Data type
512 0x0200 2 Total operating hours counter s U32
514 0x0202 2 Partial operating hours counter s U32



Power Monitoring AC


Loads


Inst


Inst. measurement - Load #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18432 0x4800 Info 92 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18432 0x4800 1 Load status
0 : Disabled
1 : Enabled
- U8
18433 0x4801 2 Date of last instance s DATETIME
18435 0x4803 1 Integration time s / 5 U16
18436 0x4804 2 System Ph-N Voltage V 10⁻² U32
18438 0x4806 2 System Ph-Ph Voltage V 10⁻² U32
18440 0x4808 2 System Current mA U32
18442 0x480A 2 Frequency mHz U32
18444 0x480C 2 Ph-N Voltage : V1 V 10⁻² U32
18446 0x480E 2 Ph-N Voltage : V2 V 10⁻² U32
18448 0x4810 2 Ph-N Voltage : V3 V 10⁻² U32
18450 0x4812 2 Ph-N Voltage : Vn V 10⁻² U32
18452 0x4814 2 Ph-Ph Voltage : U12 V 10⁻² U32
18454 0x4816 2 Ph-Ph Voltage : U23 V 10⁻² U32
18456 0x4818 2 Ph-Ph Voltage : U31 V 10⁻² U32
18458 0x481A 2 Current : I1 mA U32
18460 0x481C 2 Current : I2 mA U32
18462 0x481E 2 Current : I3 mA U32
18464 0x4820 2 Current : In mA U32
18466 0x4822 1 Inba % / 100 U16
18467 0x4823 2 Idir mA U32
18469 0x4825 2 Iinv mA U32
18471 0x4827 2 Ihom mA U32
18473 0x4829 1 Inb % / 100 U16
18474 0x482A 2 Snom VA U32
18476 0x482C 2 Total active power W S32
18478 0x482E 2 Total reactive power var S32
18480 0x4830 2 Total lagging reactive power var S32
18482 0x4832 2 Total leading reactive power var S32
18484 0x4834 2 Total apparent power VA U32
18486 0x4836 1 Total power factor - / 1000 S16
18487 0x4837 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging
- U8
18488 0x4838 2 Active power : P1 W S32
18490 0x483A 2 Active power : P2 W S32
18492 0x483C 2 Active power : P3 W S32
18494 0x483E 2 Reactive power : Q1 var S32
18496 0x4840 2 Reactive power : Q2 var S32
18498 0x4842 2 Reactive power : Q3 var S32
18500 0x4844 2 Lagging reactive power : Q1_lagg var S32
18502 0x4846 2 Lagging reactive power : Q2_lagg var S32
18504 0x4848 2 Lagging reactive power : Q3_lagg var S32
18506 0x484A 2 Leading reactive power : Q1_lead var S32
18508 0x484C 2 Leading reactive power : Q2_lead var S32
18510 0x484E 2 Leading reactive power : Q3_lead var S32
18512 0x4850 2 Apparent power : S1 VA U32
18514 0x4852 2 Apparent power : S2 VA U32
18516 0x4854 2 Apparent power : S3 VA U32
18518 0x4856 1 Power factor : PF1 - / 1000 S16
18519 0x4857 1 Power factor : PF2 - / 1000 S16
18520 0x4858 1 Power factor : PF3 - / 1000 S16
18521 0x4859 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
18522 0x485A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
18523 0x485B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8

Inst. measurement - Load #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20480 0x5000 Info 92 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20480 0x5000 1 Load status
0 : Disabled
1 : Enabled
- U8
20481 0x5001 2 Date of last instance s DATETIME
20483 0x5003 1 Integration time s / 5 U16
20484 0x5004 2 System Ph-N Voltage V 10⁻² U32
20486 0x5006 2 System Ph-Ph Voltage V 10⁻² U32
20488 0x5008 2 System Current mA U32
20490 0x500A 2 Frequency mHz U32
20492 0x500C 2 Ph-N Voltage : V1 V 10⁻² U32
20494 0x500E 2 Ph-N Voltage : V2 V 10⁻² U32
20496 0x5010 2 Ph-N Voltage : V3 V 10⁻² U32
20498 0x5012 2 Ph-N Voltage : Vn V 10⁻² U32
20500 0x5014 2 Ph-Ph Voltage : U12 V 10⁻² U32
20502 0x5016 2 Ph-Ph Voltage : U23 V 10⁻² U32
20504 0x5018 2 Ph-Ph Voltage : U31 V 10⁻² U32
20506 0x501A 2 Current : I1 mA U32
20508 0x501C 2 Current : I2 mA U32
20510 0x501E 2 Current : I3 mA U32
20512 0x5020 2 Current : In mA U32
20514 0x5022 1 Inba % / 100 U16
20515 0x5023 2 Idir mA U32
20517 0x5025 2 Iinv mA U32
20519 0x5027 2 Ihom mA U32
20521 0x5029 1 Inb % / 100 U16
20522 0x502A 2 Snom VA U32
20524 0x502C 2 Total active power W S32
20526 0x502E 2 Total reactive power var S32
20528 0x5030 2 Total lagging reactive power var S32
20530 0x5032 2 Total leading reactive power var S32
20532 0x5034 2 Total apparent power VA U32
20534 0x5036 1 Total power factor - / 1000 S16
20535 0x5037 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging
- U8
20536 0x5038 2 Active power : P1 W S32
20538 0x503A 2 Active power : P2 W S32
20540 0x503C 2 Active power : P3 W S32
20542 0x503E 2 Reactive power : Q1 var S32
20544 0x5040 2 Reactive power : Q2 var S32
20546 0x5042 2 Reactive power : Q3 var S32
20548 0x5044 2 Lagging reactive power : Q1_lagg var S32
20550 0x5046 2 Lagging reactive power : Q2_lagg var S32
20552 0x5048 2 Lagging reactive power : Q3_lagg var S32
20554 0x504A 2 Leading reactive power : Q1_lead var S32
20556 0x504C 2 Leading reactive power : Q2_lead var S32
20558 0x504E 2 Leading reactive power : Q3_lead var S32
20560 0x5050 2 Apparent power : S1 VA U32
20562 0x5052 2 Apparent power : S2 VA U32
20564 0x5054 2 Apparent power : S3 VA U32
20566 0x5056 1 Power factor : PF1 - / 1000 S16
20567 0x5057 1 Power factor : PF2 - / 1000 S16
20568 0x5058 1 Power factor : PF3 - / 1000 S16
20569 0x5059 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
20570 0x505A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
20571 0x505B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8

Inst. measurement - Load #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22528 0x5800 Info 92 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22528 0x5800 1 Load status
0 : Disabled
1 : Enabled
- U8
22529 0x5801 2 Date of last instance s DATETIME
22531 0x5803 1 Integration time s / 5 U16
22532 0x5804 2 System Ph-N Voltage V 10⁻² U32
22534 0x5806 2 System Ph-Ph Voltage V 10⁻² U32
22536 0x5808 2 System Current mA U32
22538 0x580A 2 Frequency mHz U32
22540 0x580C 2 Ph-N Voltage : V1 V 10⁻² U32
22542 0x580E 2 Ph-N Voltage : V2 V 10⁻² U32
22544 0x5810 2 Ph-N Voltage : V3 V 10⁻² U32
22546 0x5812 2 Ph-N Voltage : Vn V 10⁻² U32
22548 0x5814 2 Ph-Ph Voltage : U12 V 10⁻² U32
22550 0x5816 2 Ph-Ph Voltage : U23 V 10⁻² U32
22552 0x5818 2 Ph-Ph Voltage : U31 V 10⁻² U32
22554 0x581A 2 Current : I1 mA U32
22556 0x581C 2 Current : I2 mA U32
22558 0x581E 2 Current : I3 mA U32
22560 0x5820 2 Current : In mA U32
22562 0x5822 1 Inba % / 100 U16
22563 0x5823 2 Idir mA U32
22565 0x5825 2 Iinv mA U32
22567 0x5827 2 Ihom mA U32
22569 0x5829 1 Inb % / 100 U16
22570 0x582A 2 Snom VA U32
22572 0x582C 2 Total active power W S32
22574 0x582E 2 Total reactive power var S32
22576 0x5830 2 Total lagging reactive power var S32
22578 0x5832 2 Total leading reactive power var S32
22580 0x5834 2 Total apparent power VA U32
22582 0x5836 1 Total power factor - / 1000 S16
22583 0x5837 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging
- U8
22584 0x5838 2 Active power : P1 W S32
22586 0x583A 2 Active power : P2 W S32
22588 0x583C 2 Active power : P3 W S32
22590 0x583E 2 Reactive power : Q1 var S32
22592 0x5840 2 Reactive power : Q2 var S32
22594 0x5842 2 Reactive power : Q3 var S32
22596 0x5844 2 Lagging reactive power : Q1_lagg var S32
22598 0x5846 2 Lagging reactive power : Q2_lagg var S32
22600 0x5848 2 Lagging reactive power : Q3_lagg var S32
22602 0x584A 2 Leading reactive power : Q1_lead var S32
22604 0x584C 2 Leading reactive power : Q2_lead var S32
22606 0x584E 2 Leading reactive power : Q3_lead var S32
22608 0x5850 2 Apparent power : S1 VA U32
22610 0x5852 2 Apparent power : S2 VA U32
22612 0x5854 2 Apparent power : S3 VA U32
22614 0x5856 1 Power factor : PF1 - / 1000 S16
22615 0x5857 1 Power factor : PF2 - / 1000 S16
22616 0x5858 1 Power factor : PF3 - / 1000 S16
22617 0x5859 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
22618 0x585A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
22619 0x585B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8

Inst. measurement - Load #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24576 0x6000 Info 92 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24576 0x6000 1 Load status
0 : Disabled
1 : Enabled
- U8
24577 0x6001 2 Date of last instance s DATETIME
24579 0x6003 1 Integration time s / 5 U16
24580 0x6004 2 System Ph-N Voltage V 10⁻² U32
24582 0x6006 2 System Ph-Ph Voltage V 10⁻² U32
24584 0x6008 2 System Current mA U32
24586 0x600A 2 Frequency mHz U32
24588 0x600C 2 Ph-N Voltage : V1 V 10⁻² U32
24590 0x600E 2 Ph-N Voltage : V2 V 10⁻² U32
24592 0x6010 2 Ph-N Voltage : V3 V 10⁻² U32
24594 0x6012 2 Ph-N Voltage : Vn V 10⁻² U32
24596 0x6014 2 Ph-Ph Voltage : U12 V 10⁻² U32
24598 0x6016 2 Ph-Ph Voltage : U23 V 10⁻² U32
24600 0x6018 2 Ph-Ph Voltage : U31 V 10⁻² U32
24602 0x601A 2 Current : I1 mA U32
24604 0x601C 2 Current : I2 mA U32
24606 0x601E 2 Current : I3 mA U32
24608 0x6020 2 Current : In mA U32
24610 0x6022 1 Inba % / 100 U16
24611 0x6023 2 Idir mA U32
24613 0x6025 2 Iinv mA U32
24615 0x6027 2 Ihom mA U32
24617 0x6029 1 Inb % / 100 U16
24618 0x602A 2 Snom VA U32
24620 0x602C 2 Total active power W S32
24622 0x602E 2 Total reactive power var S32
24624 0x6030 2 Total lagging reactive power var S32
24626 0x6032 2 Total leading reactive power var S32
24628 0x6034 2 Total apparent power VA U32
24630 0x6036 1 Total power factor - / 1000 S16
24631 0x6037 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging
- U8
24632 0x6038 2 Active power : P1 W S32
24634 0x603A 2 Active power : P2 W S32
24636 0x603C 2 Active power : P3 W S32
24638 0x603E 2 Reactive power : Q1 var S32
24640 0x6040 2 Reactive power : Q2 var S32
24642 0x6042 2 Reactive power : Q3 var S32
24644 0x6044 2 Lagging reactive power : Q1_lagg var S32
24646 0x6046 2 Lagging reactive power : Q2_lagg var S32
24648 0x6048 2 Lagging reactive power : Q3_lagg var S32
24650 0x604A 2 Leading reactive power : Q1_lead var S32
24652 0x604C 2 Leading reactive power : Q2_lead var S32
24654 0x604E 2 Leading reactive power : Q3_lead var S32
24656 0x6050 2 Apparent power : S1 VA U32
24658 0x6052 2 Apparent power : S2 VA U32
24660 0x6054 2 Apparent power : S3 VA U32
24662 0x6056 1 Power factor : PF1 - / 1000 S16
24663 0x6057 1 Power factor : PF2 - / 1000 S16
24664 0x6058 1 Power factor : PF3 - / 1000 S16
24665 0x6059 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
24666 0x605A 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
24667 0x605B 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8

Inst. fundamental measurement - Load #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18688 0x4900 Info 89 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18688 0x4900 1 Load status
0 : Disabled
1 : Enabled
- U8
18689 0x4901 2 Date of last instance s DATETIME
18691 0x4903 1 Integration time s / 5 U16
18692 0x4904 2 Ph-N voltage: V1h1 V 10⁻² U32
18694 0x4906 2 Ph-N voltage: V2h1 V 10⁻² U32
18696 0x4908 2 Ph-N voltage: V3h1 V 10⁻² U32
18698 0x490A 2 Ph-N voltage: Vnh1 V 10⁻² U32
18700 0x490C 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
18701 0x490D 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
18702 0x490E 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
18703 0x490F 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
18704 0x4910 2 Ph-Ph voltage: U12h1 V 10⁻² U32
18706 0x4912 2 Ph-Ph voltage: U23h1 V 10⁻² U32
18708 0x4914 2 Ph-Ph voltage: U31h1 V 10⁻² U32
18710 0x4916 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
18711 0x4917 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
18712 0x4918 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
18713 0x4919 2 Current: I1h1 mA U32
18715 0x491B 2 Current: I2h1 mA U32
18717 0x491D 2 Current: I3h1 mA U32
18719 0x491F 2 Current: Inh1 mA U32
18721 0x4921 1 Current phase: phI1h1 ° 10⁻¹ S16
18722 0x4922 1 Current phase: phI2h1 ° 10⁻¹ S16
18723 0x4923 1 Current phase: phI3h1 ° 10⁻¹ S16
18724 0x4924 1 Current phase: phInh1 ° 10⁻¹ S16
18725 0x4925 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
18726 0x4926 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
18727 0x4927 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
18728 0x4928 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
18729 0x4929 2 P1h1 W S32
18731 0x492B 2 P2h1 W S32
18733 0x492D 2 P3h1 W S32
18735 0x492F 2 Ptoth1 W 10 S32
18737 0x4931 2 Q1h1 var S32
18739 0x4933 2 Q2h1 var S32
18741 0x4935 2 Q3h1 var S32
18743 0x4937 2 Qtoth1 var 10 S32
18745 0x4939 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
18746 0x493A 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
18747 0x493B 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
18748 0x493C 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
18749 0x493D 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
18750 0x493E 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
18751 0x493F 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
18752 0x4940 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
18753 0x4941 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
18754 0x4942 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
18755 0x4943 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
18756 0x4944 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
18757 0x4945 1 Curent total harmonic distortion : THD I1 % / 100 U16
18758 0x4946 1 Curent total harmonic distortion : THD I2 % / 100 U16
18759 0x4947 1 Curent total harmonic distortion : THD I3 % / 100 U16
18760 0x4948 1 Curent total harmonic distortion : THD In % / 100 U16
18761 0x4949 1 K-Factor I1 - / 100 U16
18762 0x494A 1 K-Factor I2 - / 100 U16
18763 0x494B 1 K-Factor I3 - / 100 U16
18764 0x494C 1 K-Factor In - / 100 U16
18765 0x494D 1 System THD V % / 100 U16
18766 0x494E 1 System THD U % / 100 U16
18767 0x494F 1 System THD I % / 100 U16
18768 0x4950 1 Crest factor : I1 - / 1000 U16
18769 0x4951 1 Crest factor : I2 - / 1000 U16
18770 0x4952 1 Crest factor : I3 - / 1000 U16
18771 0x4953 1 Crest factor : In - / 1000 U16
18772 0x4954 1 Total demand distortion : TDD I1 % / 100 U16
18773 0x4955 1 Total demand distortion : TDD I2 % / 100 U16
18774 0x4956 1 Total demand distortion : TDD I3 % / 100 U16
18775 0x4957 1 Total demand distortion : TDD In % / 100 U16
18776 0x4958 1 System TDD I % / 100 U16

Inst. fundamental measurement - Load #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20736 0x5100 Info 89 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20736 0x5100 1 Load status
0 : Disabled
1 : Enabled
- U8
20737 0x5101 2 Date of last instance s DATETIME
20739 0x5103 1 Integration time s / 5 U16
20740 0x5104 2 Ph-N voltage: V1h1 V 10⁻² U32
20742 0x5106 2 Ph-N voltage: V2h1 V 10⁻² U32
20744 0x5108 2 Ph-N voltage: V3h1 V 10⁻² U32
20746 0x510A 2 Ph-N voltage: Vnh1 V 10⁻² U32
20748 0x510C 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
20749 0x510D 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
20750 0x510E 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
20751 0x510F 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
20752 0x5110 2 Ph-Ph voltage: U12h1 V 10⁻² U32
20754 0x5112 2 Ph-Ph voltage: U23h1 V 10⁻² U32
20756 0x5114 2 Ph-Ph voltage: U31h1 V 10⁻² U32
20758 0x5116 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
20759 0x5117 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
20760 0x5118 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
20761 0x5119 2 Current: I1h1 mA U32
20763 0x511B 2 Current: I2h1 mA U32
20765 0x511D 2 Current: I3h1 mA U32
20767 0x511F 2 Current: Inh1 mA U32
20769 0x5121 1 Current phase: phI1h1 ° 10⁻¹ S16
20770 0x5122 1 Current phase: phI2h1 ° 10⁻¹ S16
20771 0x5123 1 Current phase: phI3h1 ° 10⁻¹ S16
20772 0x5124 1 Current phase: phInh1 ° 10⁻¹ S16
20773 0x5125 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
20774 0x5126 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
20775 0x5127 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
20776 0x5128 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
20777 0x5129 2 P1h1 W S32
20779 0x512B 2 P2h1 W S32
20781 0x512D 2 P3h1 W S32
20783 0x512F 2 Ptoth1 W 10 S32
20785 0x5131 2 Q1h1 var S32
20787 0x5133 2 Q2h1 var S32
20789 0x5135 2 Q3h1 var S32
20791 0x5137 2 Qtoth1 var 10 S32
20793 0x5139 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
20794 0x513A 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
20795 0x513B 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
20796 0x513C 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
20797 0x513D 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
20798 0x513E 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
20799 0x513F 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
20800 0x5140 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
20801 0x5141 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
20802 0x5142 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
20803 0x5143 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
20804 0x5144 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
20805 0x5145 1 Curent total harmonic distortion : THD I1 % / 100 U16
20806 0x5146 1 Curent total harmonic distortion : THD I2 % / 100 U16
20807 0x5147 1 Curent total harmonic distortion : THD I3 % / 100 U16
20808 0x5148 1 Curent total harmonic distortion : THD In % / 100 U16
20809 0x5149 1 K-Factor I1 - / 100 U16
20810 0x514A 1 K-Factor I2 - / 100 U16
20811 0x514B 1 K-Factor I3 - / 100 U16
20812 0x514C 1 K-Factor In - / 100 U16
20813 0x514D 1 System THD V % / 100 U16
20814 0x514E 1 System THD U % / 100 U16
20815 0x514F 1 System THD I % / 100 U16
20816 0x5150 1 Crest factor : I1 - / 1000 U16
20817 0x5151 1 Crest factor : I2 - / 1000 U16
20818 0x5152 1 Crest factor : I3 - / 1000 U16
20819 0x5153 1 Crest factor : In - / 1000 U16
20820 0x5154 1 Total demand distortion : TDD I1 % / 100 U16
20821 0x5155 1 Total demand distortion : TDD I2 % / 100 U16
20822 0x5156 1 Total demand distortion : TDD I3 % / 100 U16
20823 0x5157 1 Total demand distortion : TDD In % / 100 U16
20824 0x5158 1 System TDD I % / 100 U16

Inst. fundamental measurement - Load #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22784 0x5900 Info 89 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22784 0x5900 1 Load status
0 : Disabled
1 : Enabled
- U8
22785 0x5901 2 Date of last instance s DATETIME
22787 0x5903 1 Integration time s / 5 U16
22788 0x5904 2 Ph-N voltage: V1h1 V 10⁻² U32
22790 0x5906 2 Ph-N voltage: V2h1 V 10⁻² U32
22792 0x5908 2 Ph-N voltage: V3h1 V 10⁻² U32
22794 0x590A 2 Ph-N voltage: Vnh1 V 10⁻² U32
22796 0x590C 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
22797 0x590D 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
22798 0x590E 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
22799 0x590F 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
22800 0x5910 2 Ph-Ph voltage: U12h1 V 10⁻² U32
22802 0x5912 2 Ph-Ph voltage: U23h1 V 10⁻² U32
22804 0x5914 2 Ph-Ph voltage: U31h1 V 10⁻² U32
22806 0x5916 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
22807 0x5917 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
22808 0x5918 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
22809 0x5919 2 Current: I1h1 mA U32
22811 0x591B 2 Current: I2h1 mA U32
22813 0x591D 2 Current: I3h1 mA U32
22815 0x591F 2 Current: Inh1 mA U32
22817 0x5921 1 Current phase: phI1h1 ° 10⁻¹ S16
22818 0x5922 1 Current phase: phI2h1 ° 10⁻¹ S16
22819 0x5923 1 Current phase: phI3h1 ° 10⁻¹ S16
22820 0x5924 1 Current phase: phInh1 ° 10⁻¹ S16
22821 0x5925 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
22822 0x5926 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
22823 0x5927 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
22824 0x5928 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
22825 0x5929 2 P1h1 W S32
22827 0x592B 2 P2h1 W S32
22829 0x592D 2 P3h1 W S32
22831 0x592F 2 Ptoth1 W 10 S32
22833 0x5931 2 Q1h1 var S32
22835 0x5933 2 Q2h1 var S32
22837 0x5935 2 Q3h1 var S32
22839 0x5937 2 Qtoth1 var 10 S32
22841 0x5939 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
22842 0x593A 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
22843 0x593B 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
22844 0x593C 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
22845 0x593D 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
22846 0x593E 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
22847 0x593F 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
22848 0x5940 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
22849 0x5941 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
22850 0x5942 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
22851 0x5943 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
22852 0x5944 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
22853 0x5945 1 Curent total harmonic distortion : THD I1 % / 100 U16
22854 0x5946 1 Curent total harmonic distortion : THD I2 % / 100 U16
22855 0x5947 1 Curent total harmonic distortion : THD I3 % / 100 U16
22856 0x5948 1 Curent total harmonic distortion : THD In % / 100 U16
22857 0x5949 1 K-Factor I1 - / 100 U16
22858 0x594A 1 K-Factor I2 - / 100 U16
22859 0x594B 1 K-Factor I3 - / 100 U16
22860 0x594C 1 K-Factor In - / 100 U16
22861 0x594D 1 System THD V % / 100 U16
22862 0x594E 1 System THD U % / 100 U16
22863 0x594F 1 System THD I % / 100 U16
22864 0x5950 1 Crest factor : I1 - / 1000 U16
22865 0x5951 1 Crest factor : I2 - / 1000 U16
22866 0x5952 1 Crest factor : I3 - / 1000 U16
22867 0x5953 1 Crest factor : In - / 1000 U16
22868 0x5954 1 Total demand distortion : TDD I1 % / 100 U16
22869 0x5955 1 Total demand distortion : TDD I2 % / 100 U16
22870 0x5956 1 Total demand distortion : TDD I3 % / 100 U16
22871 0x5957 1 Total demand distortion : TDD In % / 100 U16
22872 0x5958 1 System TDD I % / 100 U16

Inst. fundamental measurement - Load #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24832 0x6100 Info 89 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24832 0x6100 1 Load status
0 : Disabled
1 : Enabled
- U8
24833 0x6101 2 Date of last instance s DATETIME
24835 0x6103 1 Integration time s / 5 U16
24836 0x6104 2 Ph-N voltage: V1h1 V 10⁻² U32
24838 0x6106 2 Ph-N voltage: V2h1 V 10⁻² U32
24840 0x6108 2 Ph-N voltage: V3h1 V 10⁻² U32
24842 0x610A 2 Ph-N voltage: Vnh1 V 10⁻² U32
24844 0x610C 1 Ph-N voltage phase: phV1h1 ° 10⁻¹ S16
24845 0x610D 1 Ph-N voltage phase: phV2h1 ° 10⁻¹ S16
24846 0x610E 1 Ph-N voltage phase: phV3h1 ° 10⁻¹ S16
24847 0x610F 1 Ph-N voltage phase: phVnh1 ° 10⁻¹ S16
24848 0x6110 2 Ph-Ph voltage: U12h1 V 10⁻² U32
24850 0x6112 2 Ph-Ph voltage: U23h1 V 10⁻² U32
24852 0x6114 2 Ph-Ph voltage: U31h1 V 10⁻² U32
24854 0x6116 1 Ph-Ph voltage phase: phU12h1 ° 10⁻¹ S16
24855 0x6117 1 Ph-Ph voltage phase: phU23h1 ° 10⁻¹ S16
24856 0x6118 1 Ph-Ph voltage phase: phU31h1 ° 10⁻¹ S16
24857 0x6119 2 Current: I1h1 mA U32
24859 0x611B 2 Current: I2h1 mA U32
24861 0x611D 2 Current: I3h1 mA U32
24863 0x611F 2 Current: Inh1 mA U32
24865 0x6121 1 Current phase: phI1h1 ° 10⁻¹ S16
24866 0x6122 1 Current phase: phI2h1 ° 10⁻¹ S16
24867 0x6123 1 Current phase: phI3h1 ° 10⁻¹ S16
24868 0x6124 1 Current phase: phInh1 ° 10⁻¹ S16
24869 0x6125 1 phi current voltage: phiI1h1V1h1 ° 10⁻¹ S16
24870 0x6126 1 phi current voltage: phiI2h1V2h1 ° 10⁻¹ S16
24871 0x6127 1 phi current voltage: phiI3h1V3h1 ° 10⁻¹ S16
24872 0x6128 1 phi current voltage: phiInh1Vnh1 ° 10⁻¹ S16
24873 0x6129 2 P1h1 W S32
24875 0x612B 2 P2h1 W S32
24877 0x612D 2 P3h1 W S32
24879 0x612F 2 Ptoth1 W 10 S32
24881 0x6131 2 Q1h1 var S32
24883 0x6133 2 Q2h1 var S32
24885 0x6135 2 Q3h1 var S32
24887 0x6137 2 Qtoth1 var 10 S32
24889 0x6139 1 Cos(phi) : phiI1h1V1h1 - / 1000 S16
24890 0x613A 1 Cos(phi) : phiI2h1V2h1 - / 1000 S16
24891 0x613B 1 Cos(phi) : phiI3h1V3h1 - / 1000 S16
24892 0x613C 1 Tan(phi) : phiI1h1V1h1 - / 1000 S16
24893 0x613D 1 Tan(phi) : phiI2h1V2h1 - / 1000 S16
24894 0x613E 1 Tan(phi) : phiI3h1V3h1 - / 1000 S16
24895 0x613F 1 Ph-N Voltage total harmonic distortion : THD V1 % / 100 U16
24896 0x6140 1 Ph-N Voltage total harmonic distortion : THD V2 % / 100 U16
24897 0x6141 1 Ph-N Voltage total harmonic distortion : THD V3 % / 100 U16
24898 0x6142 1 Ph-Ph Voltage total harmonic distortion : THD U12 % / 100 U16
24899 0x6143 1 Ph-Ph Voltage total harmonic distortion : THD U23 % / 100 U16
24900 0x6144 1 Ph-Ph Voltage total harmonic distortion : THD U31 % / 100 U16
24901 0x6145 1 Curent total harmonic distortion : THD I1 % / 100 U16
24902 0x6146 1 Curent total harmonic distortion : THD I2 % / 100 U16
24903 0x6147 1 Curent total harmonic distortion : THD I3 % / 100 U16
24904 0x6148 1 Curent total harmonic distortion : THD In % / 100 U16
24905 0x6149 1 K-Factor I1 - / 100 U16
24906 0x614A 1 K-Factor I2 - / 100 U16
24907 0x614B 1 K-Factor I3 - / 100 U16
24908 0x614C 1 K-Factor In - / 100 U16
24909 0x614D 1 System THD V % / 100 U16
24910 0x614E 1 System THD U % / 100 U16
24911 0x614F 1 System THD I % / 100 U16
24912 0x6150 1 Crest factor : I1 - / 1000 U16
24913 0x6151 1 Crest factor : I2 - / 1000 U16
24914 0x6152 1 Crest factor : I3 - / 1000 U16
24915 0x6153 1 Crest factor : In - / 1000 U16
24916 0x6154 1 Total demand distortion : TDD I1 % / 100 U16
24917 0x6155 1 Total demand distortion : TDD I2 % / 100 U16
24918 0x6156 1 Total demand distortion : TDD I3 % / 100 U16
24919 0x6157 1 Total demand distortion : TDD In % / 100 U16
24920 0x6158 1 System TDD I % / 100 U16

Inst. measurement max - Load #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18816 0x4980 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18816 0x4980 1 Load status :
0 : Disabled
1 : Enabled
- U8
18817 0x4981 2 Maximum Frequency mHz U32
18819 0x4983 2 Date of maximum F - DATETIME
18821 0x4985 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
18823 0x4987 2 Date of maximum V1 - DATETIME
18825 0x4989 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
18827 0x498B 2 Date of maximum V2 - DATETIME
18829 0x498D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
18831 0x498F 2 Date of maximum V3 - DATETIME
18833 0x4991 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
18835 0x4993 2 Date of maximum Vn - DATETIME
18837 0x4995 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
18839 0x4997 2 Date of maximum U12 - DATETIME
18841 0x4999 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
18843 0x499B 2 Date of maximum U23 - DATETIME
18845 0x499D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
18847 0x499F 2 Date of maximum U31 - DATETIME
18849 0x49A1 2 Maximum Current : I1 mA U32
18851 0x49A3 2 Date of maximum I1 - DATETIME
18853 0x49A5 2 Maximum Current : I2 mA U32
18855 0x49A7 2 Date of maximum I2 - DATETIME
18857 0x49A9 2 Maximum Current : I3 mA U32
18859 0x49AB 2 Date of maximum I3 - DATETIME
18861 0x49AD 2 Maximum Current : In mA U32
18863 0x49AF 2 Date of maximum In - DATETIME
18865 0x49B1 2 Maximum Total active power W S32
18867 0x49B3 2 Date of maximum Ptot - DATETIME
18869 0x49B5 2 Maximum Total reactive power var S32
18871 0x49B7 2 Date of maximum Qtot - DATETIME
18873 0x49B9 2 Maximum Total apparent power VA U32
18875 0x49BB 2 Date of maximum Stot - DATETIME
18877 0x49BD 1 Maximum Total power factor - / 1000 S16
18878 0x49BE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
18879 0x49BF 2 Date of maximum Total power factor - DATETIME
18881 0x49C1 2 Maximum Active power : P1 W S32
18883 0x49C3 2 Date of maximum P1 - DATETIME
18885 0x49C5 2 Maximum Active power : P2 W S32
18887 0x49C7 2 Date of maximum P2 - DATETIME
18889 0x49C9 2 Maximum Active power : P3 W S32
18891 0x49CB 2 Date of maximum P3 - DATETIME
18893 0x49CD 2 Maximum Reactive power : Q1 var S32
18895 0x49CF 2 Date of maximum Q1 - DATETIME
18897 0x49D1 2 Maximum Reactive power : Q2 var S32
18899 0x49D3 2 Date of maximum Q2 - DATETIME
18901 0x49D5 2 Maximum Reactive power : Q3 var S32
18903 0x49D7 2 Date of maximum Q3 - DATETIME
18905 0x49D9 2 Maximum Apparent power : S1 VA U32
18907 0x49DB 2 Date of maximum S1 - DATETIME
18909 0x49DD 2 Maximum Apparent power : S2 VA U32
18911 0x49DF 2 Date of maximum S2 - DATETIME
18913 0x49E1 2 Maximum Apparent power : S3 VA U32
18915 0x49E3 2 Date of maximum S3 - DATETIME
18917 0x49E5 1 Maximum Power factor : PF1 - / 1000 S16
18918 0x49E6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
18919 0x49E7 2 Date of maximum PF1 - DATETIME
18921 0x49E9 1 Maximum Power factor : PF2 - / 1000 S16
18922 0x49EA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
18923 0x49EB 2 Date of maximum PF2 - DATETIME
18925 0x49ED 1 Maximum Power factor : PF3 - / 1000 S16
18926 0x49EE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
18927 0x49EF 2 Date of maximum PF3 - DATETIME

Inst. measurement max - Load #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20864 0x5180 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20864 0x5180 1 Load status :
0 : Disabled
1 : Enabled
- U8
20865 0x5181 2 Maximum Frequency mHz U32
20867 0x5183 2 Date of maximum F - DATETIME
20869 0x5185 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
20871 0x5187 2 Date of maximum V1 - DATETIME
20873 0x5189 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
20875 0x518B 2 Date of maximum V2 - DATETIME
20877 0x518D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
20879 0x518F 2 Date of maximum V3 - DATETIME
20881 0x5191 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
20883 0x5193 2 Date of maximum Vn - DATETIME
20885 0x5195 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
20887 0x5197 2 Date of maximum U12 - DATETIME
20889 0x5199 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
20891 0x519B 2 Date of maximum U23 - DATETIME
20893 0x519D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
20895 0x519F 2 Date of maximum U31 - DATETIME
20897 0x51A1 2 Maximum Current : I1 mA U32
20899 0x51A3 2 Date of maximum I1 - DATETIME
20901 0x51A5 2 Maximum Current : I2 mA U32
20903 0x51A7 2 Date of maximum I2 - DATETIME
20905 0x51A9 2 Maximum Current : I3 mA U32
20907 0x51AB 2 Date of maximum I3 - DATETIME
20909 0x51AD 2 Maximum Current : In mA U32
20911 0x51AF 2 Date of maximum In - DATETIME
20913 0x51B1 2 Maximum Total active power W S32
20915 0x51B3 2 Date of maximum Ptot - DATETIME
20917 0x51B5 2 Maximum Total reactive power var S32
20919 0x51B7 2 Date of maximum Qtot - DATETIME
20921 0x51B9 2 Maximum Total apparent power VA U32
20923 0x51BB 2 Date of maximum Stot - DATETIME
20925 0x51BD 1 Maximum Total power factor - / 1000 S16
20926 0x51BE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
20927 0x51BF 2 Date of maximum Total power factor - DATETIME
20929 0x51C1 2 Maximum Active power : P1 W S32
20931 0x51C3 2 Date of maximum P1 - DATETIME
20933 0x51C5 2 Maximum Active power : P2 W S32
20935 0x51C7 2 Date of maximum P2 - DATETIME
20937 0x51C9 2 Maximum Active power : P3 W S32
20939 0x51CB 2 Date of maximum P3 - DATETIME
20941 0x51CD 2 Maximum Reactive power : Q1 var S32
20943 0x51CF 2 Date of maximum Q1 - DATETIME
20945 0x51D1 2 Maximum Reactive power : Q2 var S32
20947 0x51D3 2 Date of maximum Q2 - DATETIME
20949 0x51D5 2 Maximum Reactive power : Q3 var S32
20951 0x51D7 2 Date of maximum Q3 - DATETIME
20953 0x51D9 2 Maximum Apparent power : S1 VA U32
20955 0x51DB 2 Date of maximum S1 - DATETIME
20957 0x51DD 2 Maximum Apparent power : S2 VA U32
20959 0x51DF 2 Date of maximum S2 - DATETIME
20961 0x51E1 2 Maximum Apparent power : S3 VA U32
20963 0x51E3 2 Date of maximum S3 - DATETIME
20965 0x51E5 1 Maximum Power factor : PF1 - / 1000 S16
20966 0x51E6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
20967 0x51E7 2 Date of maximum PF1 - DATETIME
20969 0x51E9 1 Maximum Power factor : PF2 - / 1000 S16
20970 0x51EA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
20971 0x51EB 2 Date of maximum PF2 - DATETIME
20973 0x51ED 1 Maximum Power factor : PF3 - / 1000 S16
20974 0x51EE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
20975 0x51EF 2 Date of maximum PF3 - DATETIME

Inst. measurement max - Load #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22912 0x5980 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22912 0x5980 1 Load status :
0 : Disabled
1 : Enabled
- U8
22913 0x5981 2 Maximum Frequency mHz U32
22915 0x5983 2 Date of maximum F - DATETIME
22917 0x5985 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
22919 0x5987 2 Date of maximum V1 - DATETIME
22921 0x5989 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
22923 0x598B 2 Date of maximum V2 - DATETIME
22925 0x598D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
22927 0x598F 2 Date of maximum V3 - DATETIME
22929 0x5991 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
22931 0x5993 2 Date of maximum Vn - DATETIME
22933 0x5995 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
22935 0x5997 2 Date of maximum U12 - DATETIME
22937 0x5999 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
22939 0x599B 2 Date of maximum U23 - DATETIME
22941 0x599D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
22943 0x599F 2 Date of maximum U31 - DATETIME
22945 0x59A1 2 Maximum Current : I1 mA U32
22947 0x59A3 2 Date of maximum I1 - DATETIME
22949 0x59A5 2 Maximum Current : I2 mA U32
22951 0x59A7 2 Date of maximum I2 - DATETIME
22953 0x59A9 2 Maximum Current : I3 mA U32
22955 0x59AB 2 Date of maximum I3 - DATETIME
22957 0x59AD 2 Maximum Current : In mA U32
22959 0x59AF 2 Date of maximum In - DATETIME
22961 0x59B1 2 Maximum Total active power W S32
22963 0x59B3 2 Date of maximum Ptot - DATETIME
22965 0x59B5 2 Maximum Total reactive power var S32
22967 0x59B7 2 Date of maximum Qtot - DATETIME
22969 0x59B9 2 Maximum Total apparent power VA U32
22971 0x59BB 2 Date of maximum Stot - DATETIME
22973 0x59BD 1 Maximum Total power factor - / 1000 S16
22974 0x59BE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
22975 0x59BF 2 Date of maximum Total power factor - DATETIME
22977 0x59C1 2 Maximum Active power : P1 W S32
22979 0x59C3 2 Date of maximum P1 - DATETIME
22981 0x59C5 2 Maximum Active power : P2 W S32
22983 0x59C7 2 Date of maximum P2 - DATETIME
22985 0x59C9 2 Maximum Active power : P3 W S32
22987 0x59CB 2 Date of maximum P3 - DATETIME
22989 0x59CD 2 Maximum Reactive power : Q1 var S32
22991 0x59CF 2 Date of maximum Q1 - DATETIME
22993 0x59D1 2 Maximum Reactive power : Q2 var S32
22995 0x59D3 2 Date of maximum Q2 - DATETIME
22997 0x59D5 2 Maximum Reactive power : Q3 var S32
22999 0x59D7 2 Date of maximum Q3 - DATETIME
23001 0x59D9 2 Maximum Apparent power : S1 VA U32
23003 0x59DB 2 Date of maximum S1 - DATETIME
23005 0x59DD 2 Maximum Apparent power : S2 VA U32
23007 0x59DF 2 Date of maximum S2 - DATETIME
23009 0x59E1 2 Maximum Apparent power : S3 VA U32
23011 0x59E3 2 Date of maximum S3 - DATETIME
23013 0x59E5 1 Maximum Power factor : PF1 - / 1000 S16
23014 0x59E6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
23015 0x59E7 2 Date of maximum PF1 - DATETIME
23017 0x59E9 1 Maximum Power factor : PF2 - / 1000 S16
23018 0x59EA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
23019 0x59EB 2 Date of maximum PF2 - DATETIME
23021 0x59ED 1 Maximum Power factor : PF3 - / 1000 S16
23022 0x59EE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
23023 0x59EF 2 Date of maximum PF3 - DATETIME

Inst. measurement max - Load #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24960 0x6180 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24960 0x6180 1 Load status :
0 : Disabled
1 : Enabled
- U8
24961 0x6181 2 Maximum Frequency mHz U32
24963 0x6183 2 Date of maximum F - DATETIME
24965 0x6185 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
24967 0x6187 2 Date of maximum V1 - DATETIME
24969 0x6189 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
24971 0x618B 2 Date of maximum V2 - DATETIME
24973 0x618D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
24975 0x618F 2 Date of maximum V3 - DATETIME
24977 0x6191 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
24979 0x6193 2 Date of maximum Vn - DATETIME
24981 0x6195 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
24983 0x6197 2 Date of maximum U12 - DATETIME
24985 0x6199 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
24987 0x619B 2 Date of maximum U23 - DATETIME
24989 0x619D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
24991 0x619F 2 Date of maximum U31 - DATETIME
24993 0x61A1 2 Maximum Current : I1 mA U32
24995 0x61A3 2 Date of maximum I1 - DATETIME
24997 0x61A5 2 Maximum Current : I2 mA U32
24999 0x61A7 2 Date of maximum I2 - DATETIME
25001 0x61A9 2 Maximum Current : I3 mA U32
25003 0x61AB 2 Date of maximum I3 - DATETIME
25005 0x61AD 2 Maximum Current : In mA U32
25007 0x61AF 2 Date of maximum In - DATETIME
25009 0x61B1 2 Maximum Total active power W S32
25011 0x61B3 2 Date of maximum Ptot - DATETIME
25013 0x61B5 2 Maximum Total reactive power var S32
25015 0x61B7 2 Date of maximum Qtot - DATETIME
25017 0x61B9 2 Maximum Total apparent power VA U32
25019 0x61BB 2 Date of maximum Stot - DATETIME
25021 0x61BD 1 Maximum Total power factor - / 1000 S16
25022 0x61BE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
25023 0x61BF 2 Date of maximum Total power factor - DATETIME
25025 0x61C1 2 Maximum Active power : P1 W S32
25027 0x61C3 2 Date of maximum P1 - DATETIME
25029 0x61C5 2 Maximum Active power : P2 W S32
25031 0x61C7 2 Date of maximum P2 - DATETIME
25033 0x61C9 2 Maximum Active power : P3 W S32
25035 0x61CB 2 Date of maximum P3 - DATETIME
25037 0x61CD 2 Maximum Reactive power : Q1 var S32
25039 0x61CF 2 Date of maximum Q1 - DATETIME
25041 0x61D1 2 Maximum Reactive power : Q2 var S32
25043 0x61D3 2 Date of maximum Q2 - DATETIME
25045 0x61D5 2 Maximum Reactive power : Q3 var S32
25047 0x61D7 2 Date of maximum Q3 - DATETIME
25049 0x61D9 2 Maximum Apparent power : S1 VA U32
25051 0x61DB 2 Date of maximum S1 - DATETIME
25053 0x61DD 2 Maximum Apparent power : S2 VA U32
25055 0x61DF 2 Date of maximum S2 - DATETIME
25057 0x61E1 2 Maximum Apparent power : S3 VA U32
25059 0x61E3 2 Date of maximum S3 - DATETIME
25061 0x61E5 1 Maximum Power factor : PF1 - / 1000 S16
25062 0x61E6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
25063 0x61E7 2 Date of maximum PF1 - DATETIME
25065 0x61E9 1 Maximum Power factor : PF2 - / 1000 S16
25066 0x61EA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
25067 0x61EB 2 Date of maximum PF2 - DATETIME
25069 0x61ED 1 Maximum Power factor : PF3 - / 1000 S16
25070 0x61EE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
25071 0x61EF 2 Date of maximum PF3 - DATETIME

Inst. measurement min - Load #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19072 0x4A80 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19072 0x4A80 1 Load status :
0 : Disabled
1 : Enabled
- U8
19073 0x4A81 2 Minimum Frequency mHz U32
19075 0x4A83 2 Date of minimum F - DATETIME
19077 0x4A85 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
19079 0x4A87 2 Date of minimum V1 - DATETIME
19081 0x4A89 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
19083 0x4A8B 2 Date of minimum V2 - DATETIME
19085 0x4A8D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
19087 0x4A8F 2 Date of minimum V3 - DATETIME
19089 0x4A91 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
19091 0x4A93 2 Date of minimum Vn - DATETIME
19093 0x4A95 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
19095 0x4A97 2 Date of minimum U12 - DATETIME
19097 0x4A99 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
19099 0x4A9B 2 Date of minimum U23 - DATETIME
19101 0x4A9D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
19103 0x4A9F 2 Date of minimum U31 - DATETIME
19105 0x4AA1 2 Minimum Current : I1 mA U32
19107 0x4AA3 2 Date of minimum I1 - DATETIME
19109 0x4AA5 2 Minimum Current : I2 mA U32
19111 0x4AA7 2 Date of minimum I2 - DATETIME
19113 0x4AA9 2 Minimum Current : I3 mA U32
19115 0x4AAB 2 Date of minimum I3 - DATETIME
19117 0x4AAD 2 Minimum Current : In mA U32
19119 0x4AAF 2 Date of minimum In - DATETIME
19121 0x4AB1 2 Minimum Total active power W S32
19123 0x4AB3 2 Date of minimum Ptot - DATETIME
19125 0x4AB5 2 Minimum Total reactive power var S32
19127 0x4AB7 2 Date of minimum Qtot - DATETIME
19129 0x4AB9 2 Minimum Total apparent power VA U32
19131 0x4ABB 2 Date of minimum Stot - DATETIME
19133 0x4ABD 1 Minimum Total power factor - / 1000 S16
19134 0x4ABE 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
19135 0x4ABF 2 Date of minimum Total power factor - DATETIME
19137 0x4AC1 2 Minimum Active power : P1 W S32
19139 0x4AC3 2 Date of minimum P1 - DATETIME
19141 0x4AC5 2 Minimum Active power : P2 W S32
19143 0x4AC7 2 Date of minimum P2 - DATETIME
19145 0x4AC9 2 Minimum Active power : P3 W S32
19147 0x4ACB 2 Date of minimum P3 - DATETIME
19149 0x4ACD 2 Minimum Reactive power : Q1 var S32
19151 0x4ACF 2 Date of minimum Q1 - DATETIME
19153 0x4AD1 2 Minimum Reactive power : Q2 var S32
19155 0x4AD3 2 Date of minimum Q2 - DATETIME
19157 0x4AD5 2 Minimum Reactive power : Q3 var S32
19159 0x4AD7 2 Date of minimum Q3 - DATETIME
19161 0x4AD9 2 Minimum Apparent power : S1 VA U32
19163 0x4ADB 2 Date of minimum S1 - DATETIME
19165 0x4ADD 2 Minimum Apparent power : S2 VA U32
19167 0x4ADF 2 Date of minimum S2 - DATETIME
19169 0x4AE1 2 Minimum Apparent power : S3 VA U32
19171 0x4AE3 2 Date of minimum S3 - DATETIME
19173 0x4AE5 1 Minimum Power factor : PF1 - / 1000 S16
19174 0x4AE6 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
19175 0x4AE7 2 Date of minimum PF1 - DATETIME
19177 0x4AE9 1 Minimum Power factor : PF2 - / 1000 S16
19178 0x4AEA 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
19179 0x4AEB 2 Date of minimum PF2 - DATETIME
19181 0x4AED 1 Minimum Power factor : PF3 - / 1000 S16
19182 0x4AEE 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
19183 0x4AEF 2 Date of minimum PF3 - DATETIME

Inst. measurement min - Load #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21120 0x5280 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21120 0x5280 1 Load status :
0 : Disabled
1 : Enabled
- U8
21121 0x5281 2 Minimum Frequency mHz U32
21123 0x5283 2 Date of minimum F - DATETIME
21125 0x5285 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
21127 0x5287 2 Date of minimum V1 - DATETIME
21129 0x5289 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
21131 0x528B 2 Date of minimum V2 - DATETIME
21133 0x528D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
21135 0x528F 2 Date of minimum V3 - DATETIME
21137 0x5291 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
21139 0x5293 2 Date of minimum Vn - DATETIME
21141 0x5295 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
21143 0x5297 2 Date of minimum U12 - DATETIME
21145 0x5299 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
21147 0x529B 2 Date of minimum U23 - DATETIME
21149 0x529D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
21151 0x529F 2 Date of minimum U31 - DATETIME
21153 0x52A1 2 Minimum Current : I1 mA U32
21155 0x52A3 2 Date of minimum I1 - DATETIME
21157 0x52A5 2 Minimum Current : I2 mA U32
21159 0x52A7 2 Date of minimum I2 - DATETIME
21161 0x52A9 2 Minimum Current : I3 mA U32
21163 0x52AB 2 Date of minimum I3 - DATETIME
21165 0x52AD 2 Minimum Current : In mA U32
21167 0x52AF 2 Date of minimum In - DATETIME
21169 0x52B1 2 Minimum Total active power W S32
21171 0x52B3 2 Date of minimum Ptot - DATETIME
21173 0x52B5 2 Minimum Total reactive power var S32
21175 0x52B7 2 Date of minimum Qtot - DATETIME
21177 0x52B9 2 Minimum Total apparent power VA U32
21179 0x52BB 2 Date of minimum Stot - DATETIME
21181 0x52BD 1 Minimum Total power factor - / 1000 S16
21182 0x52BE 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
21183 0x52BF 2 Date of minimum Total power factor - DATETIME
21185 0x52C1 2 Minimum Active power : P1 W S32
21187 0x52C3 2 Date of minimum P1 - DATETIME
21189 0x52C5 2 Minimum Active power : P2 W S32
21191 0x52C7 2 Date of minimum P2 - DATETIME
21193 0x52C9 2 Minimum Active power : P3 W S32
21195 0x52CB 2 Date of minimum P3 - DATETIME
21197 0x52CD 2 Minimum Reactive power : Q1 var S32
21199 0x52CF 2 Date of minimum Q1 - DATETIME
21201 0x52D1 2 Minimum Reactive power : Q2 var S32
21203 0x52D3 2 Date of minimum Q2 - DATETIME
21205 0x52D5 2 Minimum Reactive power : Q3 var S32
21207 0x52D7 2 Date of minimum Q3 - DATETIME
21209 0x52D9 2 Minimum Apparent power : S1 VA U32
21211 0x52DB 2 Date of minimum S1 - DATETIME
21213 0x52DD 2 Minimum Apparent power : S2 VA U32
21215 0x52DF 2 Date of minimum S2 - DATETIME
21217 0x52E1 2 Minimum Apparent power : S3 VA U32
21219 0x52E3 2 Date of minimum S3 - DATETIME
21221 0x52E5 1 Minimum Power factor : PF1 - / 1000 S16
21222 0x52E6 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
21223 0x52E7 2 Date of minimum PF1 - DATETIME
21225 0x52E9 1 Minimum Power factor : PF2 - / 1000 S16
21226 0x52EA 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
21227 0x52EB 2 Date of minimum PF2 - DATETIME
21229 0x52ED 1 Minimum Power factor : PF3 - / 1000 S16
21230 0x52EE 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
21231 0x52EF 2 Date of minimum PF3 - DATETIME

Inst. measurement min - Load #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23168 0x5A80 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23168 0x5A80 1 Load status :
0 : Disabled
1 : Enabled
- U8
23169 0x5A81 2 Minimum Frequency mHz U32
23171 0x5A83 2 Date of minimum F - DATETIME
23173 0x5A85 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
23175 0x5A87 2 Date of minimum V1 - DATETIME
23177 0x5A89 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
23179 0x5A8B 2 Date of minimum V2 - DATETIME
23181 0x5A8D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
23183 0x5A8F 2 Date of minimum V3 - DATETIME
23185 0x5A91 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
23187 0x5A93 2 Date of minimum Vn - DATETIME
23189 0x5A95 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
23191 0x5A97 2 Date of minimum U12 - DATETIME
23193 0x5A99 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
23195 0x5A9B 2 Date of minimum U23 - DATETIME
23197 0x5A9D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
23199 0x5A9F 2 Date of minimum U31 - DATETIME
23201 0x5AA1 2 Minimum Current : I1 mA U32
23203 0x5AA3 2 Date of minimum I1 - DATETIME
23205 0x5AA5 2 Minimum Current : I2 mA U32
23207 0x5AA7 2 Date of minimum I2 - DATETIME
23209 0x5AA9 2 Minimum Current : I3 mA U32
23211 0x5AAB 2 Date of minimum I3 - DATETIME
23213 0x5AAD 2 Minimum Current : In mA U32
23215 0x5AAF 2 Date of minimum In - DATETIME
23217 0x5AB1 2 Minimum Total active power W S32
23219 0x5AB3 2 Date of minimum Ptot - DATETIME
23221 0x5AB5 2 Minimum Total reactive power var S32
23223 0x5AB7 2 Date of minimum Qtot - DATETIME
23225 0x5AB9 2 Minimum Total apparent power VA U32
23227 0x5ABB 2 Date of minimum Stot - DATETIME
23229 0x5ABD 1 Minimum Total power factor - / 1000 S16
23230 0x5ABE 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
23231 0x5ABF 2 Date of minimum Total power factor - DATETIME
23233 0x5AC1 2 Minimum Active power : P1 W S32
23235 0x5AC3 2 Date of minimum P1 - DATETIME
23237 0x5AC5 2 Minimum Active power : P2 W S32
23239 0x5AC7 2 Date of minimum P2 - DATETIME
23241 0x5AC9 2 Minimum Active power : P3 W S32
23243 0x5ACB 2 Date of minimum P3 - DATETIME
23245 0x5ACD 2 Minimum Reactive power : Q1 var S32
23247 0x5ACF 2 Date of minimum Q1 - DATETIME
23249 0x5AD1 2 Minimum Reactive power : Q2 var S32
23251 0x5AD3 2 Date of minimum Q2 - DATETIME
23253 0x5AD5 2 Minimum Reactive power : Q3 var S32
23255 0x5AD7 2 Date of minimum Q3 - DATETIME
23257 0x5AD9 2 Minimum Apparent power : S1 VA U32
23259 0x5ADB 2 Date of minimum S1 - DATETIME
23261 0x5ADD 2 Minimum Apparent power : S2 VA U32
23263 0x5ADF 2 Date of minimum S2 - DATETIME
23265 0x5AE1 2 Minimum Apparent power : S3 VA U32
23267 0x5AE3 2 Date of minimum S3 - DATETIME
23269 0x5AE5 1 Minimum Power factor : PF1 - / 1000 S16
23270 0x5AE6 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
23271 0x5AE7 2 Date of minimum PF1 - DATETIME
23273 0x5AE9 1 Minimum Power factor : PF2 - / 1000 S16
23274 0x5AEA 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
23275 0x5AEB 2 Date of minimum PF2 - DATETIME
23277 0x5AED 1 Minimum Power factor : PF3 - / 1000 S16
23278 0x5AEE 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
23279 0x5AEF 2 Date of minimum PF3 - DATETIME

Inst. measurement min - Load #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25216 0x6280 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25216 0x6280 1 Load status :
0 : Disabled
1 : Enabled
- U8
25217 0x6281 2 Minimum Frequency mHz U32
25219 0x6283 2 Date of minimum F - DATETIME
25221 0x6285 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
25223 0x6287 2 Date of minimum V1 - DATETIME
25225 0x6289 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
25227 0x628B 2 Date of minimum V2 - DATETIME
25229 0x628D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
25231 0x628F 2 Date of minimum V3 - DATETIME
25233 0x6291 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
25235 0x6293 2 Date of minimum Vn - DATETIME
25237 0x6295 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
25239 0x6297 2 Date of minimum U12 - DATETIME
25241 0x6299 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
25243 0x629B 2 Date of minimum U23 - DATETIME
25245 0x629D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
25247 0x629F 2 Date of minimum U31 - DATETIME
25249 0x62A1 2 Minimum Current : I1 mA U32
25251 0x62A3 2 Date of minimum I1 - DATETIME
25253 0x62A5 2 Minimum Current : I2 mA U32
25255 0x62A7 2 Date of minimum I2 - DATETIME
25257 0x62A9 2 Minimum Current : I3 mA U32
25259 0x62AB 2 Date of minimum I3 - DATETIME
25261 0x62AD 2 Minimum Current : In mA U32
25263 0x62AF 2 Date of minimum In - DATETIME
25265 0x62B1 2 Minimum Total active power W S32
25267 0x62B3 2 Date of minimum Ptot - DATETIME
25269 0x62B5 2 Minimum Total reactive power var S32
25271 0x62B7 2 Date of minimum Qtot - DATETIME
25273 0x62B9 2 Minimum Total apparent power VA U32
25275 0x62BB 2 Date of minimum Stot - DATETIME
25277 0x62BD 1 Minimum Total power factor - / 1000 S16
25278 0x62BE 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
25279 0x62BF 2 Date of minimum Total power factor - DATETIME
25281 0x62C1 2 Minimum Active power : P1 W S32
25283 0x62C3 2 Date of minimum P1 - DATETIME
25285 0x62C5 2 Minimum Active power : P2 W S32
25287 0x62C7 2 Date of minimum P2 - DATETIME
25289 0x62C9 2 Minimum Active power : P3 W S32
25291 0x62CB 2 Date of minimum P3 - DATETIME
25293 0x62CD 2 Minimum Reactive power : Q1 var S32
25295 0x62CF 2 Date of minimum Q1 - DATETIME
25297 0x62D1 2 Minimum Reactive power : Q2 var S32
25299 0x62D3 2 Date of minimum Q2 - DATETIME
25301 0x62D5 2 Minimum Reactive power : Q3 var S32
25303 0x62D7 2 Date of minimum Q3 - DATETIME
25305 0x62D9 2 Minimum Apparent power : S1 VA U32
25307 0x62DB 2 Date of minimum S1 - DATETIME
25309 0x62DD 2 Minimum Apparent power : S2 VA U32
25311 0x62DF 2 Date of minimum S2 - DATETIME
25313 0x62E1 2 Minimum Apparent power : S3 VA U32
25315 0x62E3 2 Date of minimum S3 - DATETIME
25317 0x62E5 1 Minimum Power factor : PF1 - / 1000 S16
25318 0x62E6 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
25319 0x62E7 2 Date of minimum PF1 - DATETIME
25321 0x62E9 1 Minimum Power factor : PF2 - / 1000 S16
25322 0x62EA 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
25323 0x62EB 2 Date of minimum PF2 - DATETIME
25325 0x62ED 1 Minimum Power factor : PF3 - / 1000 S16
25326 0x62EE 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
25327 0x62EF 2 Date of minimum PF3 - DATETIME

Inst. quality min/max - Load #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19584 0x4C80 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19584 0x4C80 1 Load status :
0 : Disabled
1 : Enabled
- U8
19585 0x4C81 1 Maximum total harmonic distortion : THD I1 % / 100 U16
19586 0x4C82 2 Date of last maximum THD I1 - DATETIME
19588 0x4C84 1 Maximum total harmonic distortion : THD I2 % / 100 U16
19589 0x4C85 2 Date of last maximum THD I2 - DATETIME
19591 0x4C87 1 Maximum total harmonic distortion : THD I3 % / 100 U16
19592 0x4C88 2 Date of last maximum THD I3 - DATETIME
19594 0x4C8A 1 Maximum total harmonic distortion : THD In % / 100 U16
19595 0x4C8B 2 Date of last maximum THD In - DATETIME
19597 0x4C8D 1 Maximum Inba % / 100 U16
19598 0x4C8E 2 Date of maximum Inba - DATETIME
19600 0x4C90 1 Maximum Inb % / 100 U16
19601 0x4C91 2 Date of maximum Inb - DATETIME
19603 0x4C93 1 Maximum Phi I1 / V1 ° 10⁻² S16
19604 0x4C94 2 Date of maximum Phi I1 / V1 - DATETIME
19606 0x4C96 1 Maximum Phi I2 / V2 ° 10⁻² S16
19607 0x4C97 2 Date of maximum Phi I2 / V2 - DATETIME
19609 0x4C99 1 Maximum Phi I3 / V3 ° 10⁻² S16
19610 0x4C9A 2 Date of maximum Phi I3 / V3 - DATETIME
19612 0x4C9C 1 Maximum Phi In / Vn - / 100 S16
19613 0x4C9D 2 Date of maximum Phi In / Vn - DATETIME
19615 0x4C9F 1 Minimum total harmonic distortion : THD I1 % / 100 U16
19616 0x4CA0 2 Date of last minimum THD I1 - DATETIME
19618 0x4CA2 1 Minimum total harmonic distortion : THD I2 % / 100 U16
19619 0x4CA3 2 Date of last minimum THD I2 - DATETIME
19621 0x4CA5 1 Minimum total harmonic distortion : THD I3 % / 100 U16
19622 0x4CA6 2 Date of last minimum THD I3 - DATETIME
19624 0x4CA8 1 Minimum total harmonic distortion : THD In % / 100 U16
19625 0x4CA9 2 Date of last minimum THD In - DATETIME
19627 0x4CAB 1 Minimum Inba % / 100 U16
19628 0x4CAC 2 Date of minimum Inba - DATETIME
19630 0x4CAE 1 Minimum Inb % / 100 U16
19631 0x4CAF 2 Date of minimum Inb - DATETIME
19633 0x4CB1 1 Minimum Phi I1 / V1 ° 10⁻² S16
19634 0x4CB2 2 Date of minimum Phi I1 / V1 - DATETIME
19636 0x4CB4 1 Minimum Phi I2 / V2 ° 10⁻² S16
19637 0x4CB5 2 Date of minimum Phi I2 / V2 - DATETIME
19639 0x4CB7 1 Minimum Phi I3 / V3 ° 10⁻² S16
19640 0x4CB8 2 Date of minimum Phi I3 / V3 - DATETIME
19642 0x4CBA 1 Minimum Phi In / Vn - / 100 S16
19643 0x4CBB 2 Date of minimum Phi In / Vn - DATETIME
19645 0x4CBD 1 Maximum total harmonic distortion : THD Isys % / 100 U16
19646 0x4CBE 2 Date of last maximum THD Isys - DATETIME
19648 0x4CC0 1 Maximum crest factor I1 - / 1000 U16
19649 0x4CC1 2 Date of maximum crest factor I1 - DATETIME
19651 0x4CC3 1 Maximum crest factor I2 - / 1000 U16
19652 0x4CC4 2 Date of maximum crest factor I2 - DATETIME
19654 0x4CC6 1 Maximum crest factor I3 - / 1000 U16
19655 0x4CC7 2 Date of maximum crest factor I3 - DATETIME
19657 0x4CC9 1 Maximum crest factor In - / 1000 U16
19658 0x4CCA 2 Date of maximum crest factor In - DATETIME
19660 0x4CCC 1 Minimum crest factor I1 - / 1000 U16
19661 0x4CCD 2 Date of minimum crest factor I1 - DATETIME
19663 0x4CCF 1 Minimum crest factor I2 - / 1000 U16
19664 0x4CD0 2 Date of minimum crest factor I2 - DATETIME
19666 0x4CD2 1 Minimum crest factor I3 - / 1000 U16
19667 0x4CD3 2 Date of minimum crest factor I3 - DATETIME
19669 0x4CD5 1 Minimum crest factor In - / 1000 U16
19670 0x4CD6 2 Date of minimum crest factor In - DATETIME
19672 0x4CD8 1 Minimum total harmonic distortion : THD Isys % / 100 U16
19673 0x4CD9 2 Date of last minimum THD Isys - DATETIME
19675 0x4CDB 1 Maximum total demand distortion : TDD I1 % / 100 U16
19676 0x4CDC 2 Date of last maximum TDD I1 - DATETIME
19678 0x4CDE 1 Maximum total demand distortion : TDD I2 % / 100 U16
19679 0x4CDF 2 Date of last maximum TDD I2 - DATETIME
19681 0x4CE1 1 Maximum total demand distortion : TDD I3 % / 100 U16
19682 0x4CE2 2 Date of last maximum TDD I3 - DATETIME
19684 0x4CE4 1 Maximum total demand distortion : TDD In % / 100 U16
19685 0x4CE5 2 Date of last maximum TDD In - DATETIME
19687 0x4CE7 1 Maximum total demand distortion : TDD Isys % / 100 U16
19688 0x4CE8 2 Date of last maximum TDD Isys - DATETIME
19690 0x4CEA 1 Minimum total demand distortion : TDD I1 % / 100 U16
19691 0x4CEB 2 Date of last minimum TDD I1 - DATETIME
19693 0x4CED 1 Minimum total demand distortion : TDD I2 % / 100 U16
19694 0x4CEE 2 Date of last minimum TDD I2 - DATETIME
19696 0x4CF0 1 Minimum total demand distortion : TDD I3 % / 100 U16
19697 0x4CF1 2 Date of last minimum TDD I3 - DATETIME
19699 0x4CF3 1 Minimum total demand distortion : TDD In % / 100 U16
19700 0x4CF4 2 Date of last minimum TDD In - DATETIME
19702 0x4CF6 1 Minimum total demand distortion : TDD Isys % / 100 U16
19703 0x4CF7 2 Date of last minimum TDD Isys - DATETIME

Inst. quality min/max - Load #2


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

Dec address Hex address Words count Description Unit Data type
21632 0x5480 1 Load status :
0 : Disabled
1 : Enabled
- U8
21633 0x5481 1 Maximum total harmonic distortion : THD I1 % / 100 U16
21634 0x5482 2 Date of last maximum THD I1 - DATETIME
21636 0x5484 1 Maximum total harmonic distortion : THD I2 % / 100 U16
21637 0x5485 2 Date of last maximum THD I2 - DATETIME
21639 0x5487 1 Maximum total harmonic distortion : THD I3 % / 100 U16
21640 0x5488 2 Date of last maximum THD I3 - DATETIME
21642 0x548A 1 Maximum total harmonic distortion : THD In % / 100 U16
21643 0x548B 2 Date of last maximum THD In - DATETIME
21645 0x548D 1 Maximum Inba % / 100 U16
21646 0x548E 2 Date of maximum Inba - DATETIME
21648 0x5490 1 Maximum Inb % / 100 U16
21649 0x5491 2 Date of maximum Inb - DATETIME
21651 0x5493 1 Maximum Phi I1 / V1 ° 10⁻² S16
21652 0x5494 2 Date of maximum Phi I1 / V1 - DATETIME
21654 0x5496 1 Maximum Phi I2 / V2 ° 10⁻² S16
21655 0x5497 2 Date of maximum Phi I2 / V2 - DATETIME
21657 0x5499 1 Maximum Phi I3 / V3 ° 10⁻² S16
21658 0x549A 2 Date of maximum Phi I3 / V3 - DATETIME
21660 0x549C 1 Maximum Phi In / Vn - / 100 S16
21661 0x549D 2 Date of maximum Phi In / Vn - DATETIME
21663 0x549F 1 Minimum total harmonic distortion : THD I1 % / 100 U16
21664 0x54A0 2 Date of last minimum THD I1 - DATETIME
21666 0x54A2 1 Minimum total harmonic distortion : THD I2 % / 100 U16
21667 0x54A3 2 Date of last minimum THD I2 - DATETIME
21669 0x54A5 1 Minimum total harmonic distortion : THD I3 % / 100 U16
21670 0x54A6 2 Date of last minimum THD I3 - DATETIME
21672 0x54A8 1 Minimum total harmonic distortion : THD In % / 100 U16
21673 0x54A9 2 Date of last minimum THD In - DATETIME
21675 0x54AB 1 Minimum Inba % / 100 U16
21676 0x54AC 2 Date of minimum Inba - DATETIME
21678 0x54AE 1 Minimum Inb % / 100 U16
21679 0x54AF 2 Date of minimum Inb - DATETIME
21681 0x54B1 1 Minimum Phi I1 / V1 ° 10⁻² S16
21682 0x54B2 2 Date of minimum Phi I1 / V1 - DATETIME
21684 0x54B4 1 Minimum Phi I2 / V2 ° 10⁻² S16
21685 0x54B5 2 Date of minimum Phi I2 / V2 - DATETIME
21687 0x54B7 1 Minimum Phi I3 / V3 ° 10⁻² S16
21688 0x54B8 2 Date of minimum Phi I3 / V3 - DATETIME
21690 0x54BA 1 Minimum Phi In / Vn - / 100 S16
21691 0x54BB 2 Date of minimum Phi In / Vn - DATETIME
21693 0x54BD 1 Maximum total harmonic distortion : THD Isys % / 100 U16
21694 0x54BE 2 Date of last maximum THD Isys - DATETIME
21696 0x54C0 1 Maximum crest factor I1 - / 1000 U16
21697 0x54C1 2 Date of maximum crest factor I1 - DATETIME
21699 0x54C3 1 Maximum crest factor I2 - / 1000 U16
21700 0x54C4 2 Date of maximum crest factor I2 - DATETIME
21702 0x54C6 1 Maximum crest factor I3 - / 1000 U16
21703 0x54C7 2 Date of maximum crest factor I3 - DATETIME
21705 0x54C9 1 Maximum crest factor In - / 1000 U16
21706 0x54CA 2 Date of maximum crest factor In - DATETIME
21708 0x54CC 1 Minimum crest factor I1 - / 1000 U16
21709 0x54CD 2 Date of minimum crest factor I1 - DATETIME
21711 0x54CF 1 Minimum crest factor I2 - / 1000 U16
21712 0x54D0 2 Date of minimum crest factor I2 - DATETIME
21714 0x54D2 1 Minimum crest factor I3 - / 1000 U16
21715 0x54D3 2 Date of minimum crest factor I3 - DATETIME
21717 0x54D5 1 Minimum crest factor In - / 1000 U16
21718 0x54D6 2 Date of minimum crest factor In - DATETIME
21720 0x54D8 1 Minimum total harmonic distortion : THD Isys % / 100 U16
21721 0x54D9 2 Date of last minimum THD Isys - DATETIME
21723 0x54DB 1 Maximum total demand distortion : TDD I1 % / 100 U16
21724 0x54DC 2 Date of last maximum TDD I1 - DATETIME
21726 0x54DE 1 Maximum total demand distortion : TDD I2 % / 100 U16
21727 0x54DF 2 Date of last maximum TDD I2 - DATETIME
21729 0x54E1 1 Maximum total demand distortion : TDD I3 % / 100 U16
21730 0x54E2 2 Date of last maximum TDD I3 - DATETIME
21732 0x54E4 1 Maximum total demand distortion : TDD In % / 100 U16
21733 0x54E5 2 Date of last maximum TDD In - DATETIME
21735 0x54E7 1 Maximum total demand distortion : TDD Isys % / 100 U16
21736 0x54E8 2 Date of last maximum TDD Isys - DATETIME
21738 0x54EA 1 Minimum total demand distortion : TDD I1 % / 100 U16
21739 0x54EB 2 Date of last minimum TDD I1 - DATETIME
21741 0x54ED 1 Minimum total demand distortion : TDD I2 % / 100 U16
21742 0x54EE 2 Date of last minimum TDD I2 - DATETIME
21744 0x54F0 1 Minimum total demand distortion : TDD I3 % / 100 U16
21745 0x54F1 2 Date of last minimum TDD I3 - DATETIME
21747 0x54F3 1 Minimum total demand distortion : TDD In % / 100 U16
21748 0x54F4 2 Date of last minimum TDD In - DATETIME
21750 0x54F6 1 Minimum total demand distortion : TDD Isys % / 100 U16
21751 0x54F7 2 Date of last minimum TDD Isys - DATETIME

Inst. quality min/max - Load #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23680 0x5C80 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23680 0x5C80 1 Load status :
0 : Disabled
1 : Enabled
- U8
23681 0x5C81 1 Maximum total harmonic distortion : THD I1 % / 100 U16
23682 0x5C82 2 Date of last maximum THD I1 - DATETIME
23684 0x5C84 1 Maximum total harmonic distortion : THD I2 % / 100 U16
23685 0x5C85 2 Date of last maximum THD I2 - DATETIME
23687 0x5C87 1 Maximum total harmonic distortion : THD I3 % / 100 U16
23688 0x5C88 2 Date of last maximum THD I3 - DATETIME
23690 0x5C8A 1 Maximum total harmonic distortion : THD In % / 100 U16
23691 0x5C8B 2 Date of last maximum THD In - DATETIME
23693 0x5C8D 1 Maximum Inba % / 100 U16
23694 0x5C8E 2 Date of maximum Inba - DATETIME
23696 0x5C90 1 Maximum Inb % / 100 U16
23697 0x5C91 2 Date of maximum Inb - DATETIME
23699 0x5C93 1 Maximum Phi I1 / V1 ° 10⁻² S16
23700 0x5C94 2 Date of maximum Phi I1 / V1 - DATETIME
23702 0x5C96 1 Maximum Phi I2 / V2 ° 10⁻² S16
23703 0x5C97 2 Date of maximum Phi I2 / V2 - DATETIME
23705 0x5C99 1 Maximum Phi I3 / V3 ° 10⁻² S16
23706 0x5C9A 2 Date of maximum Phi I3 / V3 - DATETIME
23708 0x5C9C 1 Maximum Phi In / Vn - / 100 S16
23709 0x5C9D 2 Date of maximum Phi In / Vn - DATETIME
23711 0x5C9F 1 Minimum total harmonic distortion : THD I1 % / 100 U16
23712 0x5CA0 2 Date of last minimum THD I1 - DATETIME
23714 0x5CA2 1 Minimum total harmonic distortion : THD I2 % / 100 U16
23715 0x5CA3 2 Date of last minimum THD I2 - DATETIME
23717 0x5CA5 1 Minimum total harmonic distortion : THD I3 % / 100 U16
23718 0x5CA6 2 Date of last minimum THD I3 - DATETIME
23720 0x5CA8 1 Minimum total harmonic distortion : THD In % / 100 U16
23721 0x5CA9 2 Date of last minimum THD In - DATETIME
23723 0x5CAB 1 Minimum Inba % / 100 U16
23724 0x5CAC 2 Date of minimum Inba - DATETIME
23726 0x5CAE 1 Minimum Inb % / 100 U16
23727 0x5CAF 2 Date of minimum Inb - DATETIME
23729 0x5CB1 1 Minimum Phi I1 / V1 ° 10⁻² S16
23730 0x5CB2 2 Date of minimum Phi I1 / V1 - DATETIME
23732 0x5CB4 1 Minimum Phi I2 / V2 ° 10⁻² S16
23733 0x5CB5 2 Date of minimum Phi I2 / V2 - DATETIME
23735 0x5CB7 1 Minimum Phi I3 / V3 ° 10⁻² S16
23736 0x5CB8 2 Date of minimum Phi I3 / V3 - DATETIME
23738 0x5CBA 1 Minimum Phi In / Vn - / 100 S16
23739 0x5CBB 2 Date of minimum Phi In / Vn - DATETIME
23741 0x5CBD 1 Maximum total harmonic distortion : THD Isys % / 100 U16
23742 0x5CBE 2 Date of last maximum THD Isys - DATETIME
23744 0x5CC0 1 Maximum crest factor I1 - / 1000 U16
23745 0x5CC1 2 Date of maximum crest factor I1 - DATETIME
23747 0x5CC3 1 Maximum crest factor I2 - / 1000 U16
23748 0x5CC4 2 Date of maximum crest factor I2 - DATETIME
23750 0x5CC6 1 Maximum crest factor I3 - / 1000 U16
23751 0x5CC7 2 Date of maximum crest factor I3 - DATETIME
23753 0x5CC9 1 Maximum crest factor In - / 1000 U16
23754 0x5CCA 2 Date of maximum crest factor In - DATETIME
23756 0x5CCC 1 Minimum crest factor I1 - / 1000 U16
23757 0x5CCD 2 Date of minimum crest factor I1 - DATETIME
23759 0x5CCF 1 Minimum crest factor I2 - / 1000 U16
23760 0x5CD0 2 Date of minimum crest factor I2 - DATETIME
23762 0x5CD2 1 Minimum crest factor I3 - / 1000 U16
23763 0x5CD3 2 Date of minimum crest factor I3 - DATETIME
23765 0x5CD5 1 Minimum crest factor In - / 1000 U16
23766 0x5CD6 2 Date of minimum crest factor In - DATETIME
23768 0x5CD8 1 Minimum total harmonic distortion : THD Isys % / 100 U16
23769 0x5CD9 2 Date of last minimum THD Isys - DATETIME
23771 0x5CDB 1 Maximum total demand distortion : TDD I1 % / 100 U16
23772 0x5CDC 2 Date of last maximum TDD I1 - DATETIME
23774 0x5CDE 1 Maximum total demand distortion : TDD I2 % / 100 U16
23775 0x5CDF 2 Date of last maximum TDD I2 - DATETIME
23777 0x5CE1 1 Maximum total demand distortion : TDD I3 % / 100 U16
23778 0x5CE2 2 Date of last maximum TDD I3 - DATETIME
23780 0x5CE4 1 Maximum total demand distortion : TDD In % / 100 U16
23781 0x5CE5 2 Date of last maximum TDD In - DATETIME
23783 0x5CE7 1 Maximum total demand distortion : TDD Isys % / 100 U16
23784 0x5CE8 2 Date of last maximum TDD Isys - DATETIME
23786 0x5CEA 1 Minimum total demand distortion : TDD I1 % / 100 U16
23787 0x5CEB 2 Date of last minimum TDD I1 - DATETIME
23789 0x5CED 1 Minimum total demand distortion : TDD I2 % / 100 U16
23790 0x5CEE 2 Date of last minimum TDD I2 - DATETIME
23792 0x5CF0 1 Minimum total demand distortion : TDD I3 % / 100 U16
23793 0x5CF1 2 Date of last minimum TDD I3 - DATETIME
23795 0x5CF3 1 Minimum total demand distortion : TDD In % / 100 U16
23796 0x5CF4 2 Date of last minimum TDD In - DATETIME
23798 0x5CF6 1 Minimum total demand distortion : TDD Isys % / 100 U16
23799 0x5CF7 2 Date of last minimum TDD Isys - DATETIME

Inst. quality min/max - Load #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25728 0x6480 Info 121 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25728 0x6480 1 Load status :
0 : Disabled
1 : Enabled
- U8
25729 0x6481 1 Maximum total harmonic distortion : THD I1 % / 100 U16
25730 0x6482 2 Date of last maximum THD I1 - DATETIME
25732 0x6484 1 Maximum total harmonic distortion : THD I2 % / 100 U16
25733 0x6485 2 Date of last maximum THD I2 - DATETIME
25735 0x6487 1 Maximum total harmonic distortion : THD I3 % / 100 U16
25736 0x6488 2 Date of last maximum THD I3 - DATETIME
25738 0x648A 1 Maximum total harmonic distortion : THD In % / 100 U16
25739 0x648B 2 Date of last maximum THD In - DATETIME
25741 0x648D 1 Maximum Inba % / 100 U16
25742 0x648E 2 Date of maximum Inba - DATETIME
25744 0x6490 1 Maximum Inb % / 100 U16
25745 0x6491 2 Date of maximum Inb - DATETIME
25747 0x6493 1 Maximum Phi I1 / V1 ° 10⁻² S16
25748 0x6494 2 Date of maximum Phi I1 / V1 - DATETIME
25750 0x6496 1 Maximum Phi I2 / V2 ° 10⁻² S16
25751 0x6497 2 Date of maximum Phi I2 / V2 - DATETIME
25753 0x6499 1 Maximum Phi I3 / V3 ° 10⁻² S16
25754 0x649A 2 Date of maximum Phi I3 / V3 - DATETIME
25756 0x649C 1 Maximum Phi In / Vn - / 100 S16
25757 0x649D 2 Date of maximum Phi In / Vn - DATETIME
25759 0x649F 1 Minimum total harmonic distortion : THD I1 % / 100 U16
25760 0x64A0 2 Date of last minimum THD I1 - DATETIME
25762 0x64A2 1 Minimum total harmonic distortion : THD I2 % / 100 U16
25763 0x64A3 2 Date of last minimum THD I2 - DATETIME
25765 0x64A5 1 Minimum total harmonic distortion : THD I3 % / 100 U16
25766 0x64A6 2 Date of last minimum THD I3 - DATETIME
25768 0x64A8 1 Minimum total harmonic distortion : THD In % / 100 U16
25769 0x64A9 2 Date of last minimum THD In - DATETIME
25771 0x64AB 1 Minimum Inba % / 100 U16
25772 0x64AC 2 Date of minimum Inba - DATETIME
25774 0x64AE 1 Minimum Inb % / 100 U16
25775 0x64AF 2 Date of minimum Inb - DATETIME
25777 0x64B1 1 Minimum Phi I1 / V1 ° 10⁻² S16
25778 0x64B2 2 Date of minimum Phi I1 / V1 - DATETIME
25780 0x64B4 1 Minimum Phi I2 / V2 ° 10⁻² S16
25781 0x64B5 2 Date of minimum Phi I2 / V2 - DATETIME
25783 0x64B7 1 Minimum Phi I3 / V3 ° 10⁻² S16
25784 0x64B8 2 Date of minimum Phi I3 / V3 - DATETIME
25786 0x64BA 1 Minimum Phi In / Vn - / 100 S16
25787 0x64BB 2 Date of minimum Phi In / Vn - DATETIME
25789 0x64BD 1 Maximum total harmonic distortion : THD Isys % / 100 U16
25790 0x64BE 2 Date of last maximum THD Isys - DATETIME
25792 0x64C0 1 Maximum crest factor I1 - / 1000 U16
25793 0x64C1 2 Date of maximum crest factor I1 - DATETIME
25795 0x64C3 1 Maximum crest factor I2 - / 1000 U16
25796 0x64C4 2 Date of maximum crest factor I2 - DATETIME
25798 0x64C6 1 Maximum crest factor I3 - / 1000 U16
25799 0x64C7 2 Date of maximum crest factor I3 - DATETIME
25801 0x64C9 1 Maximum crest factor In - / 1000 U16
25802 0x64CA 2 Date of maximum crest factor In - DATETIME
25804 0x64CC 1 Minimum crest factor I1 - / 1000 U16
25805 0x64CD 2 Date of minimum crest factor I1 - DATETIME
25807 0x64CF 1 Minimum crest factor I2 - / 1000 U16
25808 0x64D0 2 Date of minimum crest factor I2 - DATETIME
25810 0x64D2 1 Minimum crest factor I3 - / 1000 U16
25811 0x64D3 2 Date of minimum crest factor I3 - DATETIME
25813 0x64D5 1 Minimum crest factor In - / 1000 U16
25814 0x64D6 2 Date of minimum crest factor In - DATETIME
25816 0x64D8 1 Minimum total harmonic distortion : THD Isys % / 100 U16
25817 0x64D9 2 Date of last minimum THD Isys - DATETIME
25819 0x64DB 1 Maximum total demand distortion : TDD I1 % / 100 U16
25820 0x64DC 2 Date of last maximum TDD I1 - DATETIME
25822 0x64DE 1 Maximum total demand distortion : TDD I2 % / 100 U16
25823 0x64DF 2 Date of last maximum TDD I2 - DATETIME
25825 0x64E1 1 Maximum total demand distortion : TDD I3 % / 100 U16
25826 0x64E2 2 Date of last maximum TDD I3 - DATETIME
25828 0x64E4 1 Maximum total demand distortion : TDD In % / 100 U16
25829 0x64E5 2 Date of last maximum TDD In - DATETIME
25831 0x64E7 1 Maximum total demand distortion : TDD Isys % / 100 U16
25832 0x64E8 2 Date of last maximum TDD Isys - DATETIME
25834 0x64EA 1 Minimum total demand distortion : TDD I1 % / 100 U16
25835 0x64EB 2 Date of last minimum TDD I1 - DATETIME
25837 0x64ED 1 Minimum total demand distortion : TDD I2 % / 100 U16
25838 0x64EE 2 Date of last minimum TDD I2 - DATETIME
25840 0x64F0 1 Minimum total demand distortion : TDD I3 % / 100 U16
25841 0x64F1 2 Date of last minimum TDD I3 - DATETIME
25843 0x64F3 1 Minimum total demand distortion : TDD In % / 100 U16
25844 0x64F4 2 Date of last minimum TDD In - DATETIME
25846 0x64F6 1 Minimum total demand distortion : TDD Isys % / 100 U16
25847 0x64F7 2 Date of last minimum TDD Isys - DATETIME

Inst. I harmonics - Load #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19712 0x4D00 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19712 0x4D00 1 Load status :
0 : Disabled
1 : Enabled
- U8
19713 0x4D01 1 harmonic I1 row 2 % / 100 U16
19714 0x4D02 1 harmonic I2 row 2 % / 100 U16
19715 0x4D03 1 harmonic I3 row 2 % / 100 U16
19716 0x4D04 1 harmonic In row 2 % / 100 U16
19717 0x4D05 1 harmonic I1 row 3 % / 100 U16
19718 0x4D06 1 harmonic I2 row 3 % / 100 U16
19719 0x4D07 1 harmonic I3 row 3 % / 100 U16
19720 0x4D08 1 harmonic In row 3 % / 100 U16
19721 0x4D09 1 harmonic I1 row 4 % / 100 U16
19722 0x4D0A 1 harmonic I2 row 4 % / 100 U16
19723 0x4D0B 1 harmonic I3 row 4 % / 100 U16
19724 0x4D0C 1 harmonic In row 4 % / 100 U16
19725 0x4D0D 1 harmonic I1 row 5 % / 100 U16
19726 0x4D0E 1 harmonic I2 row 5 % / 100 U16
19727 0x4D0F 1 harmonic I3 row 5 % / 100 U16
19728 0x4D10 1 harmonic In row 5 % / 100 U16
19729 0x4D11 1 harmonic I1 row 6 % / 100 U16
19730 0x4D12 1 harmonic I2 row 6 % / 100 U16
19731 0x4D13 1 harmonic I3 row 6 % / 100 U16
19732 0x4D14 1 harmonic In row 6 % / 100 U16
19733 0x4D15 1 harmonic I1 row 7 % / 100 U16
19734 0x4D16 1 harmonic I2 row 7 % / 100 U16
19735 0x4D17 1 harmonic I3 row 7 % / 100 U16
19736 0x4D18 1 harmonic In row 7 % / 100 U16
19737 0x4D19 1 harmonic I1 row 8 % / 100 U16
19738 0x4D1A 1 harmonic I2 row 8 % / 100 U16
19739 0x4D1B 1 harmonic I3 row 8 % / 100 U16
19740 0x4D1C 1 harmonic In row 8 % / 100 U16
19741 0x4D1D 1 harmonic I1 row 9 % / 100 U16
19742 0x4D1E 1 harmonic I2 row 9 % / 100 U16
19743 0x4D1F 1 harmonic I3 row 9 % / 100 U16
19744 0x4D20 1 harmonic In row 9 % / 100 U16
19745 0x4D21 1 harmonic I1 row 10 % / 100 U16
19746 0x4D22 1 harmonic I2 row 10 % / 100 U16
19747 0x4D23 1 harmonic I3 row 10 % / 100 U16
19748 0x4D24 1 harmonic In row 10 % / 100 U16
19749 0x4D25 1 harmonic I1 row 11 % / 100 U16
19750 0x4D26 1 harmonic I2 row 11 % / 100 U16
19751 0x4D27 1 harmonic I3 row 11 % / 100 U16
19752 0x4D28 1 harmonic In row 11 % / 100 U16
19753 0x4D29 1 harmonic I1 row 12 % / 100 U16
19754 0x4D2A 1 harmonic I2 row 12 % / 100 U16
19755 0x4D2B 1 harmonic I3 row 12 % / 100 U16
19756 0x4D2C 1 harmonic In row 12 % / 100 U16
19757 0x4D2D 1 harmonic I1 row 13 % / 100 U16
19758 0x4D2E 1 harmonic I2 row 13 % / 100 U16
19759 0x4D2F 1 harmonic I3 row 13 % / 100 U16
19760 0x4D30 1 harmonic In row 13 % / 100 U16
19761 0x4D31 1 harmonic I1 row 14 % / 100 U16
19762 0x4D32 1 harmonic I2 row 14 % / 100 U16
19763 0x4D33 1 harmonic I3 row 14 % / 100 U16
19764 0x4D34 1 harmonic In row 14 % / 100 U16
19765 0x4D35 1 harmonic I1 row 15 % / 100 U16
19766 0x4D36 1 harmonic I2 row 15 % / 100 U16
19767 0x4D37 1 harmonic I3 row 15 % / 100 U16
19768 0x4D38 1 harmonic In row 15 % / 100 U16
19769 0x4D39 1 harmonic I1 row 16 % / 100 U16
19770 0x4D3A 1 harmonic I2 row 16 % / 100 U16
19771 0x4D3B 1 harmonic I3 row 16 % / 100 U16
19772 0x4D3C 1 harmonic In row 16 % / 100 U16
19773 0x4D3D 1 harmonic I1 row 17 % / 100 U16
19774 0x4D3E 1 harmonic I2 row 17 % / 100 U16
19775 0x4D3F 1 harmonic I3 row 17 % / 100 U16
19776 0x4D40 1 harmonic In row 17 % / 100 U16
19777 0x4D41 1 harmonic I1 row 18 % / 100 U16
19778 0x4D42 1 harmonic I2 row 18 % / 100 U16
19779 0x4D43 1 harmonic I3 row 18 % / 100 U16
19780 0x4D44 1 harmonic In row 18 % / 100 U16
19781 0x4D45 1 harmonic I1 row 19 % / 100 U16
19782 0x4D46 1 harmonic I2 row 19 % / 100 U16
19783 0x4D47 1 harmonic I3 row 19 % / 100 U16
19784 0x4D48 1 harmonic In row 19 % / 100 U16
19785 0x4D49 1 harmonic I1 row 20 % / 100 U16
19786 0x4D4A 1 harmonic I2 row 20 % / 100 U16
19787 0x4D4B 1 harmonic I3 row 20 % / 100 U16
19788 0x4D4C 1 harmonic In row 20 % / 100 U16
19789 0x4D4D 1 harmonic I1 row 21 % / 100 U16
19790 0x4D4E 1 harmonic I2 row 21 % / 100 U16
19791 0x4D4F 1 harmonic I3 row 21 % / 100 U16
19792 0x4D50 1 harmonic In row 21 % / 100 U16
19793 0x4D51 1 harmonic I1 row 22 % / 100 U16
19794 0x4D52 1 harmonic I2 row 22 % / 100 U16
19795 0x4D53 1 harmonic I3 row 22 % / 100 U16
19796 0x4D54 1 harmonic In row 22 % / 100 U16
19797 0x4D55 1 harmonic I1 row 23 % / 100 U16
19798 0x4D56 1 harmonic I2 row 23 % / 100 U16
19799 0x4D57 1 harmonic I3 row 23 % / 100 U16
19800 0x4D58 1 harmonic In row 23 % / 100 U16
19801 0x4D59 1 harmonic I1 row 24 % / 100 U16
19802 0x4D5A 1 harmonic I2 row 24 % / 100 U16
19803 0x4D5B 1 harmonic I3 row 24 % / 100 U16
19804 0x4D5C 1 harmonic In row 24 % / 100 U16
19805 0x4D5D 1 harmonic I1 row 25 % / 100 U16
19806 0x4D5E 1 harmonic I2 row 25 % / 100 U16
19807 0x4D5F 1 harmonic I3 row 25 % / 100 U16
19808 0x4D60 1 harmonic In row 25 % / 100 U16
19809 0x4D61 1 harmonic I1 row 26 to 34 % / 100 U16
19810 0x4D62 1 harmonic I2 row 26 to 34 % / 100 U16
19811 0x4D63 1 harmonic I3 row 26 to 34 % / 100 U16
19812 0x4D64 1 harmonic In row 26 to 34 % / 100 U16
19813 0x4D65 1 harmonic I1 row 35 to 50 % / 100 U16
19814 0x4D66 1 harmonic I2 row 35 to 50 % / 100 U16
19815 0x4D67 1 harmonic I3 row 35 to 50 % / 100 U16
19816 0x4D68 1 harmonic In row 35 to 50 % / 100 U16
19817 0x4D69 1 harmonic I1 row 51 to 63 % / 100 U16
19818 0x4D6A 1 harmonic I2 row 51 to 63 % / 100 U16
19819 0x4D6B 1 harmonic I3 row 51 to 63 % / 100 U16
19820 0x4D6C 1 harmonic In row 51 to 63 % / 100 U16

Inst. I harmonics - Load #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21760 0x5500 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21760 0x5500 1 Load status :
0 : Disabled
1 : Enabled
- U8
21761 0x5501 1 harmonic I1 row 2 % / 100 U16
21762 0x5502 1 harmonic I2 row 2 % / 100 U16
21763 0x5503 1 harmonic I3 row 2 % / 100 U16
21764 0x5504 1 harmonic In row 2 % / 100 U16
21765 0x5505 1 harmonic I1 row 3 % / 100 U16
21766 0x5506 1 harmonic I2 row 3 % / 100 U16
21767 0x5507 1 harmonic I3 row 3 % / 100 U16
21768 0x5508 1 harmonic In row 3 % / 100 U16
21769 0x5509 1 harmonic I1 row 4 % / 100 U16
21770 0x550A 1 harmonic I2 row 4 % / 100 U16
21771 0x550B 1 harmonic I3 row 4 % / 100 U16
21772 0x550C 1 harmonic In row 4 % / 100 U16
21773 0x550D 1 harmonic I1 row 5 % / 100 U16
21774 0x550E 1 harmonic I2 row 5 % / 100 U16
21775 0x550F 1 harmonic I3 row 5 % / 100 U16
21776 0x5510 1 harmonic In row 5 % / 100 U16
21777 0x5511 1 harmonic I1 row 6 % / 100 U16
21778 0x5512 1 harmonic I2 row 6 % / 100 U16
21779 0x5513 1 harmonic I3 row 6 % / 100 U16
21780 0x5514 1 harmonic In row 6 % / 100 U16
21781 0x5515 1 harmonic I1 row 7 % / 100 U16
21782 0x5516 1 harmonic I2 row 7 % / 100 U16
21783 0x5517 1 harmonic I3 row 7 % / 100 U16
21784 0x5518 1 harmonic In row 7 % / 100 U16
21785 0x5519 1 harmonic I1 row 8 % / 100 U16
21786 0x551A 1 harmonic I2 row 8 % / 100 U16
21787 0x551B 1 harmonic I3 row 8 % / 100 U16
21788 0x551C 1 harmonic In row 8 % / 100 U16
21789 0x551D 1 harmonic I1 row 9 % / 100 U16
21790 0x551E 1 harmonic I2 row 9 % / 100 U16
21791 0x551F 1 harmonic I3 row 9 % / 100 U16
21792 0x5520 1 harmonic In row 9 % / 100 U16
21793 0x5521 1 harmonic I1 row 10 % / 100 U16
21794 0x5522 1 harmonic I2 row 10 % / 100 U16
21795 0x5523 1 harmonic I3 row 10 % / 100 U16
21796 0x5524 1 harmonic In row 10 % / 100 U16
21797 0x5525 1 harmonic I1 row 11 % / 100 U16
21798 0x5526 1 harmonic I2 row 11 % / 100 U16
21799 0x5527 1 harmonic I3 row 11 % / 100 U16
21800 0x5528 1 harmonic In row 11 % / 100 U16
21801 0x5529 1 harmonic I1 row 12 % / 100 U16
21802 0x552A 1 harmonic I2 row 12 % / 100 U16
21803 0x552B 1 harmonic I3 row 12 % / 100 U16
21804 0x552C 1 harmonic In row 12 % / 100 U16
21805 0x552D 1 harmonic I1 row 13 % / 100 U16
21806 0x552E 1 harmonic I2 row 13 % / 100 U16
21807 0x552F 1 harmonic I3 row 13 % / 100 U16
21808 0x5530 1 harmonic In row 13 % / 100 U16
21809 0x5531 1 harmonic I1 row 14 % / 100 U16
21810 0x5532 1 harmonic I2 row 14 % / 100 U16
21811 0x5533 1 harmonic I3 row 14 % / 100 U16
21812 0x5534 1 harmonic In row 14 % / 100 U16
21813 0x5535 1 harmonic I1 row 15 % / 100 U16
21814 0x5536 1 harmonic I2 row 15 % / 100 U16
21815 0x5537 1 harmonic I3 row 15 % / 100 U16
21816 0x5538 1 harmonic In row 15 % / 100 U16
21817 0x5539 1 harmonic I1 row 16 % / 100 U16
21818 0x553A 1 harmonic I2 row 16 % / 100 U16
21819 0x553B 1 harmonic I3 row 16 % / 100 U16
21820 0x553C 1 harmonic In row 16 % / 100 U16
21821 0x553D 1 harmonic I1 row 17 % / 100 U16
21822 0x553E 1 harmonic I2 row 17 % / 100 U16
21823 0x553F 1 harmonic I3 row 17 % / 100 U16
21824 0x5540 1 harmonic In row 17 % / 100 U16
21825 0x5541 1 harmonic I1 row 18 % / 100 U16
21826 0x5542 1 harmonic I2 row 18 % / 100 U16
21827 0x5543 1 harmonic I3 row 18 % / 100 U16
21828 0x5544 1 harmonic In row 18 % / 100 U16
21829 0x5545 1 harmonic I1 row 19 % / 100 U16
21830 0x5546 1 harmonic I2 row 19 % / 100 U16
21831 0x5547 1 harmonic I3 row 19 % / 100 U16
21832 0x5548 1 harmonic In row 19 % / 100 U16
21833 0x5549 1 harmonic I1 row 20 % / 100 U16
21834 0x554A 1 harmonic I2 row 20 % / 100 U16
21835 0x554B 1 harmonic I3 row 20 % / 100 U16
21836 0x554C 1 harmonic In row 20 % / 100 U16
21837 0x554D 1 harmonic I1 row 21 % / 100 U16
21838 0x554E 1 harmonic I2 row 21 % / 100 U16
21839 0x554F 1 harmonic I3 row 21 % / 100 U16
21840 0x5550 1 harmonic In row 21 % / 100 U16
21841 0x5551 1 harmonic I1 row 22 % / 100 U16
21842 0x5552 1 harmonic I2 row 22 % / 100 U16
21843 0x5553 1 harmonic I3 row 22 % / 100 U16
21844 0x5554 1 harmonic In row 22 % / 100 U16
21845 0x5555 1 harmonic I1 row 23 % / 100 U16
21846 0x5556 1 harmonic I2 row 23 % / 100 U16
21847 0x5557 1 harmonic I3 row 23 % / 100 U16
21848 0x5558 1 harmonic In row 23 % / 100 U16
21849 0x5559 1 harmonic I1 row 24 % / 100 U16
21850 0x555A 1 harmonic I2 row 24 % / 100 U16
21851 0x555B 1 harmonic I3 row 24 % / 100 U16
21852 0x555C 1 harmonic In row 24 % / 100 U16
21853 0x555D 1 harmonic I1 row 25 % / 100 U16
21854 0x555E 1 harmonic I2 row 25 % / 100 U16
21855 0x555F 1 harmonic I3 row 25 % / 100 U16
21856 0x5560 1 harmonic In row 25 % / 100 U16
21857 0x5561 1 harmonic I1 row 26 to 34 % / 100 U16
21858 0x5562 1 harmonic I2 row 26 to 34 % / 100 U16
21859 0x5563 1 harmonic I3 row 26 to 34 % / 100 U16
21860 0x5564 1 harmonic In row 26 to 34 % / 100 U16
21861 0x5565 1 harmonic I1 row 35 to 50 % / 100 U16
21862 0x5566 1 harmonic I2 row 35 to 50 % / 100 U16
21863 0x5567 1 harmonic I3 row 35 to 50 % / 100 U16
21864 0x5568 1 harmonic In row 35 to 50 % / 100 U16
21865 0x5569 1 harmonic I1 row 51 to 63 % / 100 U16
21866 0x556A 1 harmonic I2 row 51 to 63 % / 100 U16
21867 0x556B 1 harmonic I3 row 51 to 63 % / 100 U16
21868 0x556C 1 harmonic In row 51 to 63 % / 100 U16

Inst. I harmonics - Load #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23808 0x5D00 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23808 0x5D00 1 Load status :
0 : Disabled
1 : Enabled
- U8
23809 0x5D01 1 harmonic I1 row 2 % / 100 U16
23810 0x5D02 1 harmonic I2 row 2 % / 100 U16
23811 0x5D03 1 harmonic I3 row 2 % / 100 U16
23812 0x5D04 1 harmonic In row 2 % / 100 U16
23813 0x5D05 1 harmonic I1 row 3 % / 100 U16
23814 0x5D06 1 harmonic I2 row 3 % / 100 U16
23815 0x5D07 1 harmonic I3 row 3 % / 100 U16
23816 0x5D08 1 harmonic In row 3 % / 100 U16
23817 0x5D09 1 harmonic I1 row 4 % / 100 U16
23818 0x5D0A 1 harmonic I2 row 4 % / 100 U16
23819 0x5D0B 1 harmonic I3 row 4 % / 100 U16
23820 0x5D0C 1 harmonic In row 4 % / 100 U16
23821 0x5D0D 1 harmonic I1 row 5 % / 100 U16
23822 0x5D0E 1 harmonic I2 row 5 % / 100 U16
23823 0x5D0F 1 harmonic I3 row 5 % / 100 U16
23824 0x5D10 1 harmonic In row 5 % / 100 U16
23825 0x5D11 1 harmonic I1 row 6 % / 100 U16
23826 0x5D12 1 harmonic I2 row 6 % / 100 U16
23827 0x5D13 1 harmonic I3 row 6 % / 100 U16
23828 0x5D14 1 harmonic In row 6 % / 100 U16
23829 0x5D15 1 harmonic I1 row 7 % / 100 U16
23830 0x5D16 1 harmonic I2 row 7 % / 100 U16
23831 0x5D17 1 harmonic I3 row 7 % / 100 U16
23832 0x5D18 1 harmonic In row 7 % / 100 U16
23833 0x5D19 1 harmonic I1 row 8 % / 100 U16
23834 0x5D1A 1 harmonic I2 row 8 % / 100 U16
23835 0x5D1B 1 harmonic I3 row 8 % / 100 U16
23836 0x5D1C 1 harmonic In row 8 % / 100 U16
23837 0x5D1D 1 harmonic I1 row 9 % / 100 U16
23838 0x5D1E 1 harmonic I2 row 9 % / 100 U16
23839 0x5D1F 1 harmonic I3 row 9 % / 100 U16
23840 0x5D20 1 harmonic In row 9 % / 100 U16
23841 0x5D21 1 harmonic I1 row 10 % / 100 U16
23842 0x5D22 1 harmonic I2 row 10 % / 100 U16
23843 0x5D23 1 harmonic I3 row 10 % / 100 U16
23844 0x5D24 1 harmonic In row 10 % / 100 U16
23845 0x5D25 1 harmonic I1 row 11 % / 100 U16
23846 0x5D26 1 harmonic I2 row 11 % / 100 U16
23847 0x5D27 1 harmonic I3 row 11 % / 100 U16
23848 0x5D28 1 harmonic In row 11 % / 100 U16
23849 0x5D29 1 harmonic I1 row 12 % / 100 U16
23850 0x5D2A 1 harmonic I2 row 12 % / 100 U16
23851 0x5D2B 1 harmonic I3 row 12 % / 100 U16
23852 0x5D2C 1 harmonic In row 12 % / 100 U16
23853 0x5D2D 1 harmonic I1 row 13 % / 100 U16
23854 0x5D2E 1 harmonic I2 row 13 % / 100 U16
23855 0x5D2F 1 harmonic I3 row 13 % / 100 U16
23856 0x5D30 1 harmonic In row 13 % / 100 U16
23857 0x5D31 1 harmonic I1 row 14 % / 100 U16
23858 0x5D32 1 harmonic I2 row 14 % / 100 U16
23859 0x5D33 1 harmonic I3 row 14 % / 100 U16
23860 0x5D34 1 harmonic In row 14 % / 100 U16
23861 0x5D35 1 harmonic I1 row 15 % / 100 U16
23862 0x5D36 1 harmonic I2 row 15 % / 100 U16
23863 0x5D37 1 harmonic I3 row 15 % / 100 U16
23864 0x5D38 1 harmonic In row 15 % / 100 U16
23865 0x5D39 1 harmonic I1 row 16 % / 100 U16
23866 0x5D3A 1 harmonic I2 row 16 % / 100 U16
23867 0x5D3B 1 harmonic I3 row 16 % / 100 U16
23868 0x5D3C 1 harmonic In row 16 % / 100 U16
23869 0x5D3D 1 harmonic I1 row 17 % / 100 U16
23870 0x5D3E 1 harmonic I2 row 17 % / 100 U16
23871 0x5D3F 1 harmonic I3 row 17 % / 100 U16
23872 0x5D40 1 harmonic In row 17 % / 100 U16
23873 0x5D41 1 harmonic I1 row 18 % / 100 U16
23874 0x5D42 1 harmonic I2 row 18 % / 100 U16
23875 0x5D43 1 harmonic I3 row 18 % / 100 U16
23876 0x5D44 1 harmonic In row 18 % / 100 U16
23877 0x5D45 1 harmonic I1 row 19 % / 100 U16
23878 0x5D46 1 harmonic I2 row 19 % / 100 U16
23879 0x5D47 1 harmonic I3 row 19 % / 100 U16
23880 0x5D48 1 harmonic In row 19 % / 100 U16
23881 0x5D49 1 harmonic I1 row 20 % / 100 U16
23882 0x5D4A 1 harmonic I2 row 20 % / 100 U16
23883 0x5D4B 1 harmonic I3 row 20 % / 100 U16
23884 0x5D4C 1 harmonic In row 20 % / 100 U16
23885 0x5D4D 1 harmonic I1 row 21 % / 100 U16
23886 0x5D4E 1 harmonic I2 row 21 % / 100 U16
23887 0x5D4F 1 harmonic I3 row 21 % / 100 U16
23888 0x5D50 1 harmonic In row 21 % / 100 U16
23889 0x5D51 1 harmonic I1 row 22 % / 100 U16
23890 0x5D52 1 harmonic I2 row 22 % / 100 U16
23891 0x5D53 1 harmonic I3 row 22 % / 100 U16
23892 0x5D54 1 harmonic In row 22 % / 100 U16
23893 0x5D55 1 harmonic I1 row 23 % / 100 U16
23894 0x5D56 1 harmonic I2 row 23 % / 100 U16
23895 0x5D57 1 harmonic I3 row 23 % / 100 U16
23896 0x5D58 1 harmonic In row 23 % / 100 U16
23897 0x5D59 1 harmonic I1 row 24 % / 100 U16
23898 0x5D5A 1 harmonic I2 row 24 % / 100 U16
23899 0x5D5B 1 harmonic I3 row 24 % / 100 U16
23900 0x5D5C 1 harmonic In row 24 % / 100 U16
23901 0x5D5D 1 harmonic I1 row 25 % / 100 U16
23902 0x5D5E 1 harmonic I2 row 25 % / 100 U16
23903 0x5D5F 1 harmonic I3 row 25 % / 100 U16
23904 0x5D60 1 harmonic In row 25 % / 100 U16
23905 0x5D61 1 harmonic I1 row 26 to 34 % / 100 U16
23906 0x5D62 1 harmonic I2 row 26 to 34 % / 100 U16
23907 0x5D63 1 harmonic I3 row 26 to 34 % / 100 U16
23908 0x5D64 1 harmonic In row 26 to 34 % / 100 U16
23909 0x5D65 1 harmonic I1 row 35 to 50 % / 100 U16
23910 0x5D66 1 harmonic I2 row 35 to 50 % / 100 U16
23911 0x5D67 1 harmonic I3 row 35 to 50 % / 100 U16
23912 0x5D68 1 harmonic In row 35 to 50 % / 100 U16
23913 0x5D69 1 harmonic I1 row 51 to 63 % / 100 U16
23914 0x5D6A 1 harmonic I2 row 51 to 63 % / 100 U16
23915 0x5D6B 1 harmonic I3 row 51 to 63 % / 100 U16
23916 0x5D6C 1 harmonic In row 51 to 63 % / 100 U16

Inst. I harmonics - Load #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25856 0x6500 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25856 0x6500 1 Load status :
0 : Disabled
1 : Enabled
- U8
25857 0x6501 1 harmonic I1 row 2 % / 100 U16
25858 0x6502 1 harmonic I2 row 2 % / 100 U16
25859 0x6503 1 harmonic I3 row 2 % / 100 U16
25860 0x6504 1 harmonic In row 2 % / 100 U16
25861 0x6505 1 harmonic I1 row 3 % / 100 U16
25862 0x6506 1 harmonic I2 row 3 % / 100 U16
25863 0x6507 1 harmonic I3 row 3 % / 100 U16
25864 0x6508 1 harmonic In row 3 % / 100 U16
25865 0x6509 1 harmonic I1 row 4 % / 100 U16
25866 0x650A 1 harmonic I2 row 4 % / 100 U16
25867 0x650B 1 harmonic I3 row 4 % / 100 U16
25868 0x650C 1 harmonic In row 4 % / 100 U16
25869 0x650D 1 harmonic I1 row 5 % / 100 U16
25870 0x650E 1 harmonic I2 row 5 % / 100 U16
25871 0x650F 1 harmonic I3 row 5 % / 100 U16
25872 0x6510 1 harmonic In row 5 % / 100 U16
25873 0x6511 1 harmonic I1 row 6 % / 100 U16
25874 0x6512 1 harmonic I2 row 6 % / 100 U16
25875 0x6513 1 harmonic I3 row 6 % / 100 U16
25876 0x6514 1 harmonic In row 6 % / 100 U16
25877 0x6515 1 harmonic I1 row 7 % / 100 U16
25878 0x6516 1 harmonic I2 row 7 % / 100 U16
25879 0x6517 1 harmonic I3 row 7 % / 100 U16
25880 0x6518 1 harmonic In row 7 % / 100 U16
25881 0x6519 1 harmonic I1 row 8 % / 100 U16
25882 0x651A 1 harmonic I2 row 8 % / 100 U16
25883 0x651B 1 harmonic I3 row 8 % / 100 U16
25884 0x651C 1 harmonic In row 8 % / 100 U16
25885 0x651D 1 harmonic I1 row 9 % / 100 U16
25886 0x651E 1 harmonic I2 row 9 % / 100 U16
25887 0x651F 1 harmonic I3 row 9 % / 100 U16
25888 0x6520 1 harmonic In row 9 % / 100 U16
25889 0x6521 1 harmonic I1 row 10 % / 100 U16
25890 0x6522 1 harmonic I2 row 10 % / 100 U16
25891 0x6523 1 harmonic I3 row 10 % / 100 U16
25892 0x6524 1 harmonic In row 10 % / 100 U16
25893 0x6525 1 harmonic I1 row 11 % / 100 U16
25894 0x6526 1 harmonic I2 row 11 % / 100 U16
25895 0x6527 1 harmonic I3 row 11 % / 100 U16
25896 0x6528 1 harmonic In row 11 % / 100 U16
25897 0x6529 1 harmonic I1 row 12 % / 100 U16
25898 0x652A 1 harmonic I2 row 12 % / 100 U16
25899 0x652B 1 harmonic I3 row 12 % / 100 U16
25900 0x652C 1 harmonic In row 12 % / 100 U16
25901 0x652D 1 harmonic I1 row 13 % / 100 U16
25902 0x652E 1 harmonic I2 row 13 % / 100 U16
25903 0x652F 1 harmonic I3 row 13 % / 100 U16
25904 0x6530 1 harmonic In row 13 % / 100 U16
25905 0x6531 1 harmonic I1 row 14 % / 100 U16
25906 0x6532 1 harmonic I2 row 14 % / 100 U16
25907 0x6533 1 harmonic I3 row 14 % / 100 U16
25908 0x6534 1 harmonic In row 14 % / 100 U16
25909 0x6535 1 harmonic I1 row 15 % / 100 U16
25910 0x6536 1 harmonic I2 row 15 % / 100 U16
25911 0x6537 1 harmonic I3 row 15 % / 100 U16
25912 0x6538 1 harmonic In row 15 % / 100 U16
25913 0x6539 1 harmonic I1 row 16 % / 100 U16
25914 0x653A 1 harmonic I2 row 16 % / 100 U16
25915 0x653B 1 harmonic I3 row 16 % / 100 U16
25916 0x653C 1 harmonic In row 16 % / 100 U16
25917 0x653D 1 harmonic I1 row 17 % / 100 U16
25918 0x653E 1 harmonic I2 row 17 % / 100 U16
25919 0x653F 1 harmonic I3 row 17 % / 100 U16
25920 0x6540 1 harmonic In row 17 % / 100 U16
25921 0x6541 1 harmonic I1 row 18 % / 100 U16
25922 0x6542 1 harmonic I2 row 18 % / 100 U16
25923 0x6543 1 harmonic I3 row 18 % / 100 U16
25924 0x6544 1 harmonic In row 18 % / 100 U16
25925 0x6545 1 harmonic I1 row 19 % / 100 U16
25926 0x6546 1 harmonic I2 row 19 % / 100 U16
25927 0x6547 1 harmonic I3 row 19 % / 100 U16
25928 0x6548 1 harmonic In row 19 % / 100 U16
25929 0x6549 1 harmonic I1 row 20 % / 100 U16
25930 0x654A 1 harmonic I2 row 20 % / 100 U16
25931 0x654B 1 harmonic I3 row 20 % / 100 U16
25932 0x654C 1 harmonic In row 20 % / 100 U16
25933 0x654D 1 harmonic I1 row 21 % / 100 U16
25934 0x654E 1 harmonic I2 row 21 % / 100 U16
25935 0x654F 1 harmonic I3 row 21 % / 100 U16
25936 0x6550 1 harmonic In row 21 % / 100 U16
25937 0x6551 1 harmonic I1 row 22 % / 100 U16
25938 0x6552 1 harmonic I2 row 22 % / 100 U16
25939 0x6553 1 harmonic I3 row 22 % / 100 U16
25940 0x6554 1 harmonic In row 22 % / 100 U16
25941 0x6555 1 harmonic I1 row 23 % / 100 U16
25942 0x6556 1 harmonic I2 row 23 % / 100 U16
25943 0x6557 1 harmonic I3 row 23 % / 100 U16
25944 0x6558 1 harmonic In row 23 % / 100 U16
25945 0x6559 1 harmonic I1 row 24 % / 100 U16
25946 0x655A 1 harmonic I2 row 24 % / 100 U16
25947 0x655B 1 harmonic I3 row 24 % / 100 U16
25948 0x655C 1 harmonic In row 24 % / 100 U16
25949 0x655D 1 harmonic I1 row 25 % / 100 U16
25950 0x655E 1 harmonic I2 row 25 % / 100 U16
25951 0x655F 1 harmonic I3 row 25 % / 100 U16
25952 0x6560 1 harmonic In row 25 % / 100 U16
25953 0x6561 1 harmonic I1 row 26 to 34 % / 100 U16
25954 0x6562 1 harmonic I2 row 26 to 34 % / 100 U16
25955 0x6563 1 harmonic I3 row 26 to 34 % / 100 U16
25956 0x6564 1 harmonic In row 26 to 34 % / 100 U16
25957 0x6565 1 harmonic I1 row 35 to 50 % / 100 U16
25958 0x6566 1 harmonic I2 row 35 to 50 % / 100 U16
25959 0x6567 1 harmonic I3 row 35 to 50 % / 100 U16
25960 0x6568 1 harmonic In row 35 to 50 % / 100 U16
25961 0x6569 1 harmonic I1 row 51 to 63 % / 100 U16
25962 0x656A 1 harmonic I2 row 51 to 63 % / 100 U16
25963 0x656B 1 harmonic I3 row 51 to 63 % / 100 U16
25964 0x656C 1 harmonic In row 51 to 63 % / 100 U16


Avg


Avg. measurement - Load #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
18560 0x4880 Info 92 NONE READ READ

Dec address Hex address Words count Description Unit Data type
18560 0x4880 1 Load status
0 : Disabled
1 : Enabled
- U8
18561 0x4881 2 Date of last instance s DATETIME
18563 0x4883 1 Integration time s U16
18564 0x4884 2 System Ph-N Voltage V 10⁻² U32
18566 0x4886 2 System Ph-Ph Voltage V 10⁻² U32
18568 0x4888 2 System Current mA U32
18570 0x488A 2 Frequency mHz U32
18572 0x488C 2 Ph-N Voltage : V1 V 10⁻² U32
18574 0x488E 2 Ph-N Voltage : V2 V 10⁻² U32
18576 0x4890 2 Ph-N Voltage : V3 V 10⁻² U32
18578 0x4892 2 Ph-N Voltage : Vn V 10⁻² U32
18580 0x4894 2 Ph-Ph Voltage : U12 V 10⁻² U32
18582 0x4896 2 Ph-Ph Voltage : U23 V 10⁻² U32
18584 0x4898 2 Ph-Ph Voltage : U31 V 10⁻² U32
18586 0x489A 2 Current : I1 mA U32
18588 0x489C 2 Current : I2 mA U32
18590 0x489E 2 Current : I3 mA U32
18592 0x48A0 2 Current : In mA U32
18594 0x48A2 1 Inba % / 100 U16
18595 0x48A3 2 Idir mA U32
18597 0x48A5 2 Iinv mA U32
18599 0x48A7 2 Ihom mA U32
18601 0x48A9 1 Inb % / 100 U16
18602 0x48AA 2 Snom VA U32
18604 0x48AC 2 Total active power W S32
18606 0x48AE 2 Total reactive power var S32
18608 0x48B0 2 Total lagging reactive power var S32
18610 0x48B2 2 Total leading reactive power var S32
18612 0x48B4 2 Total apparent power VA U32
18614 0x48B6 1 Total power factor - / 1000 S16
18615 0x48B7 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging
- U8
18616 0x48B8 2 Active power : P1 W S32
18618 0x48BA 2 Active power : P2 W S32
18620 0x48BC 2 Active power : P3 W S32
18622 0x48BE 2 Reactive power : Q1 var S32
18624 0x48C0 2 Reactive power : Q2 var S32
18626 0x48C2 2 Reactive power : Q3 var S32
18628 0x48C4 2 Lagging reactive power : Q1_lagg var S32
18630 0x48C6 2 Lagging reactive power : Q2_lagg var S32
18632 0x48C8 2 Lagging reactive power : Q3_lagg var S32
18634 0x48CA 2 Leading reactive power : Q1_lead var S32
18636 0x48CC 2 Leading reactive power : Q2_lead var S32
18638 0x48CE 2 Leading reactive power : Q3_lead var S32
18640 0x48D0 2 Apparent power : S1 VA U32
18642 0x48D2 2 Apparent power : S2 VA U32
18644 0x48D4 2 Apparent power : S3 VA U32
18646 0x48D6 1 Power factor : PF1 - / 1000 S16
18647 0x48D7 1 Power factor : PF2 - / 1000 S16
18648 0x48D8 1 Power factor : PF3 - / 1000 S16
18649 0x48D9 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
18650 0x48DA 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
18651 0x48DB 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8

Avg. measurement - Load #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
20608 0x5080 Info 92 NONE READ READ

Dec address Hex address Words count Description Unit Data type
20608 0x5080 1 Load status
0 : Disabled
1 : Enabled
- U8
20609 0x5081 2 Date of last instance s DATETIME
20611 0x5083 1 Integration time s U16
20612 0x5084 2 System Ph-N Voltage V 10⁻² U32
20614 0x5086 2 System Ph-Ph Voltage V 10⁻² U32
20616 0x5088 2 System Current mA U32
20618 0x508A 2 Frequency mHz U32
20620 0x508C 2 Ph-N Voltage : V1 V 10⁻² U32
20622 0x508E 2 Ph-N Voltage : V2 V 10⁻² U32
20624 0x5090 2 Ph-N Voltage : V3 V 10⁻² U32
20626 0x5092 2 Ph-N Voltage : Vn V 10⁻² U32
20628 0x5094 2 Ph-Ph Voltage : U12 V 10⁻² U32
20630 0x5096 2 Ph-Ph Voltage : U23 V 10⁻² U32
20632 0x5098 2 Ph-Ph Voltage : U31 V 10⁻² U32
20634 0x509A 2 Current : I1 mA U32
20636 0x509C 2 Current : I2 mA U32
20638 0x509E 2 Current : I3 mA U32
20640 0x50A0 2 Current : In mA U32
20642 0x50A2 1 Inba % / 100 U16
20643 0x50A3 2 Idir mA U32
20645 0x50A5 2 Iinv mA U32
20647 0x50A7 2 Ihom mA U32
20649 0x50A9 1 Inb % / 100 U16
20650 0x50AA 2 Snom VA U32
20652 0x50AC 2 Total active power W S32
20654 0x50AE 2 Total reactive power var S32
20656 0x50B0 2 Total lagging reactive power var S32
20658 0x50B2 2 Total leading reactive power var S32
20660 0x50B4 2 Total apparent power VA U32
20662 0x50B6 1 Total power factor - / 1000 S16
20663 0x50B7 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging
- U8
20664 0x50B8 2 Active power : P1 W S32
20666 0x50BA 2 Active power : P2 W S32
20668 0x50BC 2 Active power : P3 W S32
20670 0x50BE 2 Reactive power : Q1 var S32
20672 0x50C0 2 Reactive power : Q2 var S32
20674 0x50C2 2 Reactive power : Q3 var S32
20676 0x50C4 2 Lagging reactive power : Q1_lagg var S32
20678 0x50C6 2 Lagging reactive power : Q2_lagg var S32
20680 0x50C8 2 Lagging reactive power : Q3_lagg var S32
20682 0x50CA 2 Leading reactive power : Q1_lead var S32
20684 0x50CC 2 Leading reactive power : Q2_lead var S32
20686 0x50CE 2 Leading reactive power : Q3_lead var S32
20688 0x50D0 2 Apparent power : S1 VA U32
20690 0x50D2 2 Apparent power : S2 VA U32
20692 0x50D4 2 Apparent power : S3 VA U32
20694 0x50D6 1 Power factor : PF1 - / 1000 S16
20695 0x50D7 1 Power factor : PF2 - / 1000 S16
20696 0x50D8 1 Power factor : PF3 - / 1000 S16
20697 0x50D9 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
20698 0x50DA 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
20699 0x50DB 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8

Avg. measurement - Load #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
22656 0x5880 Info 92 NONE READ READ

Dec address Hex address Words count Description Unit Data type
22656 0x5880 1 Load status
0 : Disabled
1 : Enabled
- U8
22657 0x5881 2 Date of last instance s DATETIME
22659 0x5883 1 Integration time s U16
22660 0x5884 2 System Ph-N Voltage V 10⁻² U32
22662 0x5886 2 System Ph-Ph Voltage V 10⁻² U32
22664 0x5888 2 System Current mA U32
22666 0x588A 2 Frequency mHz U32
22668 0x588C 2 Ph-N Voltage : V1 V 10⁻² U32
22670 0x588E 2 Ph-N Voltage : V2 V 10⁻² U32
22672 0x5890 2 Ph-N Voltage : V3 V 10⁻² U32
22674 0x5892 2 Ph-N Voltage : Vn V 10⁻² U32
22676 0x5894 2 Ph-Ph Voltage : U12 V 10⁻² U32
22678 0x5896 2 Ph-Ph Voltage : U23 V 10⁻² U32
22680 0x5898 2 Ph-Ph Voltage : U31 V 10⁻² U32
22682 0x589A 2 Current : I1 mA U32
22684 0x589C 2 Current : I2 mA U32
22686 0x589E 2 Current : I3 mA U32
22688 0x58A0 2 Current : In mA U32
22690 0x58A2 1 Inba % / 100 U16
22691 0x58A3 2 Idir mA U32
22693 0x58A5 2 Iinv mA U32
22695 0x58A7 2 Ihom mA U32
22697 0x58A9 1 Inb % / 100 U16
22698 0x58AA 2 Snom VA U32
22700 0x58AC 2 Total active power W S32
22702 0x58AE 2 Total reactive power var S32
22704 0x58B0 2 Total lagging reactive power var S32
22706 0x58B2 2 Total leading reactive power var S32
22708 0x58B4 2 Total apparent power VA U32
22710 0x58B6 1 Total power factor - / 1000 S16
22711 0x58B7 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging
- U8
22712 0x58B8 2 Active power : P1 W S32
22714 0x58BA 2 Active power : P2 W S32
22716 0x58BC 2 Active power : P3 W S32
22718 0x58BE 2 Reactive power : Q1 var S32
22720 0x58C0 2 Reactive power : Q2 var S32
22722 0x58C2 2 Reactive power : Q3 var S32
22724 0x58C4 2 Lagging reactive power : Q1_lagg var S32
22726 0x58C6 2 Lagging reactive power : Q2_lagg var S32
22728 0x58C8 2 Lagging reactive power : Q3_lagg var S32
22730 0x58CA 2 Leading reactive power : Q1_lead var S32
22732 0x58CC 2 Leading reactive power : Q2_lead var S32
22734 0x58CE 2 Leading reactive power : Q3_lead var S32
22736 0x58D0 2 Apparent power : S1 VA U32
22738 0x58D2 2 Apparent power : S2 VA U32
22740 0x58D4 2 Apparent power : S3 VA U32
22742 0x58D6 1 Power factor : PF1 - / 1000 S16
22743 0x58D7 1 Power factor : PF2 - / 1000 S16
22744 0x58D8 1 Power factor : PF3 - / 1000 S16
22745 0x58D9 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
22746 0x58DA 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
22747 0x58DB 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8

Avg. measurement - Load #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
24704 0x6080 Info 92 NONE READ READ

Dec address Hex address Words count Description Unit Data type
24704 0x6080 1 Load status
0 : Disabled
1 : Enabled
- U8
24705 0x6081 2 Date of last instance s DATETIME
24707 0x6083 1 Integration time s U16
24708 0x6084 2 System Ph-N Voltage V 10⁻² U32
24710 0x6086 2 System Ph-Ph Voltage V 10⁻² U32
24712 0x6088 2 System Current mA U32
24714 0x608A 2 Frequency mHz U32
24716 0x608C 2 Ph-N Voltage : V1 V 10⁻² U32
24718 0x608E 2 Ph-N Voltage : V2 V 10⁻² U32
24720 0x6090 2 Ph-N Voltage : V3 V 10⁻² U32
24722 0x6092 2 Ph-N Voltage : Vn V 10⁻² U32
24724 0x6094 2 Ph-Ph Voltage : U12 V 10⁻² U32
24726 0x6096 2 Ph-Ph Voltage : U23 V 10⁻² U32
24728 0x6098 2 Ph-Ph Voltage : U31 V 10⁻² U32
24730 0x609A 2 Current : I1 mA U32
24732 0x609C 2 Current : I2 mA U32
24734 0x609E 2 Current : I3 mA U32
24736 0x60A0 2 Current : In mA U32
24738 0x60A2 1 Inba % / 100 U16
24739 0x60A3 2 Idir mA U32
24741 0x60A5 2 Iinv mA U32
24743 0x60A7 2 Ihom mA U32
24745 0x60A9 1 Inb % / 100 U16
24746 0x60AA 2 Snom VA U32
24748 0x60AC 2 Total active power W S32
24750 0x60AE 2 Total reactive power var S32
24752 0x60B0 2 Total lagging reactive power var S32
24754 0x60B2 2 Total leading reactive power var S32
24756 0x60B4 2 Total apparent power VA U32
24758 0x60B6 1 Total power factor - / 1000 S16
24759 0x60B7 1 Total Power factor type :
0 : undefined
1 : leading
2 : lagging
- U8
24760 0x60B8 2 Active power : P1 W S32
24762 0x60BA 2 Active power : P2 W S32
24764 0x60BC 2 Active power : P3 W S32
24766 0x60BE 2 Reactive power : Q1 var S32
24768 0x60C0 2 Reactive power : Q2 var S32
24770 0x60C2 2 Reactive power : Q3 var S32
24772 0x60C4 2 Lagging reactive power : Q1_lagg var S32
24774 0x60C6 2 Lagging reactive power : Q2_lagg var S32
24776 0x60C8 2 Lagging reactive power : Q3_lagg var S32
24778 0x60CA 2 Leading reactive power : Q1_lead var S32
24780 0x60CC 2 Leading reactive power : Q2_lead var S32
24782 0x60CE 2 Leading reactive power : Q3_lead var S32
24784 0x60D0 2 Apparent power : S1 VA U32
24786 0x60D2 2 Apparent power : S2 VA U32
24788 0x60D4 2 Apparent power : S3 VA U32
24790 0x60D6 1 Power factor : PF1 - / 1000 S16
24791 0x60D7 1 Power factor : PF2 - / 1000 S16
24792 0x60D8 1 Power factor : PF3 - / 1000 S16
24793 0x60D9 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
24794 0x60DA 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
24795 0x60DB 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8

Avg. measurement max - Load #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19328 0x4B80 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19328 0x4B80 1 Load status :
0 : Disabled
1 : Enabled
- U8
19329 0x4B81 2 Maximum Frequency mHz U32
19331 0x4B83 2 Date of maximum F - DATETIME
19333 0x4B85 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
19335 0x4B87 2 Date of maximum V1 - DATETIME
19337 0x4B89 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
19339 0x4B8B 2 Date of maximum V2 - DATETIME
19341 0x4B8D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
19343 0x4B8F 2 Date of maximum V3 - DATETIME
19345 0x4B91 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
19347 0x4B93 2 Date of maximum Vn - DATETIME
19349 0x4B95 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
19351 0x4B97 2 Date of maximum U12 - DATETIME
19353 0x4B99 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
19355 0x4B9B 2 Date of maximum U23 - DATETIME
19357 0x4B9D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
19359 0x4B9F 2 Date of maximum U31 - DATETIME
19361 0x4BA1 2 Maximum Current : I1 mA U32
19363 0x4BA3 2 Date of maximum I1 - DATETIME
19365 0x4BA5 2 Maximum Current : I2 mA U32
19367 0x4BA7 2 Date of maximum I2 - DATETIME
19369 0x4BA9 2 Maximum Current : I3 mA U32
19371 0x4BAB 2 Date of maximum I3 - DATETIME
19373 0x4BAD 2 Maximum Current : In mA U32
19375 0x4BAF 2 Date of maximum In - DATETIME
19377 0x4BB1 2 Maximum Total active power W S32
19379 0x4BB3 2 Date of maximum Ptot - DATETIME
19381 0x4BB5 2 Maximum Total reactive power var S32
19383 0x4BB7 2 Date of maximum Qtot - DATETIME
19385 0x4BB9 2 Maximum Total apparent power VA U32
19387 0x4BBB 2 Date of maximum Stot - DATETIME
19389 0x4BBD 1 Maximum Total power factor - / 1000 S16
19390 0x4BBE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
19391 0x4BBF 2 Date of maximum Total power factor - DATETIME
19393 0x4BC1 2 Maximum Active power : P1 W S32
19395 0x4BC3 2 Date of maximum P1 - DATETIME
19397 0x4BC5 2 Maximum Active power : P2 W S32
19399 0x4BC7 2 Date of maximum P2 - DATETIME
19401 0x4BC9 2 Maximum Active power : P3 W S32
19403 0x4BCB 2 Date of maximum P3 - DATETIME
19405 0x4BCD 2 Maximum Reactive power : Q1 var S32
19407 0x4BCF 2 Date of maximum Q1 - DATETIME
19409 0x4BD1 2 Maximum Reactive power : Q2 var S32
19411 0x4BD3 2 Date of maximum Q2 - DATETIME
19413 0x4BD5 2 Maximum Reactive power : Q3 var S32
19415 0x4BD7 2 Date of maximum Q3 - DATETIME
19417 0x4BD9 2 Maximum Apparent power : S1 VA U32
19419 0x4BDB 2 Date of maximum S1 - DATETIME
19421 0x4BDD 2 Maximum Apparent power : S2 VA U32
19423 0x4BDF 2 Date of maximum S2 - DATETIME
19425 0x4BE1 2 Maximum Apparent power : S3 VA U32
19427 0x4BE3 2 Date of maximum S3 - DATETIME
19429 0x4BE5 1 Maximum Power factor : PF1 - / 1000 S16
19430 0x4BE6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
19431 0x4BE7 2 Date of maximum PF1 - DATETIME
19433 0x4BE9 1 Maximum Power factor : PF2 - / 1000 S16
19434 0x4BEA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
19435 0x4BEB 2 Date of maximum PF2 - DATETIME
19437 0x4BED 1 Maximum Power factor : PF3 - / 1000 S16
19438 0x4BEE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
19439 0x4BEF 2 Date of maximum PF3 - DATETIME

Avg. measurement max - Load #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21376 0x5380 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21376 0x5380 1 Load status :
0 : Disabled
1 : Enabled
- U8
21377 0x5381 2 Maximum Frequency mHz U32
21379 0x5383 2 Date of maximum F - DATETIME
21381 0x5385 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
21383 0x5387 2 Date of maximum V1 - DATETIME
21385 0x5389 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
21387 0x538B 2 Date of maximum V2 - DATETIME
21389 0x538D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
21391 0x538F 2 Date of maximum V3 - DATETIME
21393 0x5391 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
21395 0x5393 2 Date of maximum Vn - DATETIME
21397 0x5395 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
21399 0x5397 2 Date of maximum U12 - DATETIME
21401 0x5399 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
21403 0x539B 2 Date of maximum U23 - DATETIME
21405 0x539D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
21407 0x539F 2 Date of maximum U31 - DATETIME
21409 0x53A1 2 Maximum Current : I1 mA U32
21411 0x53A3 2 Date of maximum I1 - DATETIME
21413 0x53A5 2 Maximum Current : I2 mA U32
21415 0x53A7 2 Date of maximum I2 - DATETIME
21417 0x53A9 2 Maximum Current : I3 mA U32
21419 0x53AB 2 Date of maximum I3 - DATETIME
21421 0x53AD 2 Maximum Current : In mA U32
21423 0x53AF 2 Date of maximum In - DATETIME
21425 0x53B1 2 Maximum Total active power W S32
21427 0x53B3 2 Date of maximum Ptot - DATETIME
21429 0x53B5 2 Maximum Total reactive power var S32
21431 0x53B7 2 Date of maximum Qtot - DATETIME
21433 0x53B9 2 Maximum Total apparent power VA U32
21435 0x53BB 2 Date of maximum Stot - DATETIME
21437 0x53BD 1 Maximum Total power factor - / 1000 S16
21438 0x53BE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
21439 0x53BF 2 Date of maximum Total power factor - DATETIME
21441 0x53C1 2 Maximum Active power : P1 W S32
21443 0x53C3 2 Date of maximum P1 - DATETIME
21445 0x53C5 2 Maximum Active power : P2 W S32
21447 0x53C7 2 Date of maximum P2 - DATETIME
21449 0x53C9 2 Maximum Active power : P3 W S32
21451 0x53CB 2 Date of maximum P3 - DATETIME
21453 0x53CD 2 Maximum Reactive power : Q1 var S32
21455 0x53CF 2 Date of maximum Q1 - DATETIME
21457 0x53D1 2 Maximum Reactive power : Q2 var S32
21459 0x53D3 2 Date of maximum Q2 - DATETIME
21461 0x53D5 2 Maximum Reactive power : Q3 var S32
21463 0x53D7 2 Date of maximum Q3 - DATETIME
21465 0x53D9 2 Maximum Apparent power : S1 VA U32
21467 0x53DB 2 Date of maximum S1 - DATETIME
21469 0x53DD 2 Maximum Apparent power : S2 VA U32
21471 0x53DF 2 Date of maximum S2 - DATETIME
21473 0x53E1 2 Maximum Apparent power : S3 VA U32
21475 0x53E3 2 Date of maximum S3 - DATETIME
21477 0x53E5 1 Maximum Power factor : PF1 - / 1000 S16
21478 0x53E6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
21479 0x53E7 2 Date of maximum PF1 - DATETIME
21481 0x53E9 1 Maximum Power factor : PF2 - / 1000 S16
21482 0x53EA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
21483 0x53EB 2 Date of maximum PF2 - DATETIME
21485 0x53ED 1 Maximum Power factor : PF3 - / 1000 S16
21486 0x53EE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
21487 0x53EF 2 Date of maximum PF3 - DATETIME

Avg. measurement max - Load #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23424 0x5B80 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23424 0x5B80 1 Load status :
0 : Disabled
1 : Enabled
- U8
23425 0x5B81 2 Maximum Frequency mHz U32
23427 0x5B83 2 Date of maximum F - DATETIME
23429 0x5B85 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
23431 0x5B87 2 Date of maximum V1 - DATETIME
23433 0x5B89 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
23435 0x5B8B 2 Date of maximum V2 - DATETIME
23437 0x5B8D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
23439 0x5B8F 2 Date of maximum V3 - DATETIME
23441 0x5B91 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
23443 0x5B93 2 Date of maximum Vn - DATETIME
23445 0x5B95 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
23447 0x5B97 2 Date of maximum U12 - DATETIME
23449 0x5B99 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
23451 0x5B9B 2 Date of maximum U23 - DATETIME
23453 0x5B9D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
23455 0x5B9F 2 Date of maximum U31 - DATETIME
23457 0x5BA1 2 Maximum Current : I1 mA U32
23459 0x5BA3 2 Date of maximum I1 - DATETIME
23461 0x5BA5 2 Maximum Current : I2 mA U32
23463 0x5BA7 2 Date of maximum I2 - DATETIME
23465 0x5BA9 2 Maximum Current : I3 mA U32
23467 0x5BAB 2 Date of maximum I3 - DATETIME
23469 0x5BAD 2 Maximum Current : In mA U32
23471 0x5BAF 2 Date of maximum In - DATETIME
23473 0x5BB1 2 Maximum Total active power W S32
23475 0x5BB3 2 Date of maximum Ptot - DATETIME
23477 0x5BB5 2 Maximum Total reactive power var S32
23479 0x5BB7 2 Date of maximum Qtot - DATETIME
23481 0x5BB9 2 Maximum Total apparent power VA U32
23483 0x5BBB 2 Date of maximum Stot - DATETIME
23485 0x5BBD 1 Maximum Total power factor - / 1000 S16
23486 0x5BBE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
23487 0x5BBF 2 Date of maximum Total power factor - DATETIME
23489 0x5BC1 2 Maximum Active power : P1 W S32
23491 0x5BC3 2 Date of maximum P1 - DATETIME
23493 0x5BC5 2 Maximum Active power : P2 W S32
23495 0x5BC7 2 Date of maximum P2 - DATETIME
23497 0x5BC9 2 Maximum Active power : P3 W S32
23499 0x5BCB 2 Date of maximum P3 - DATETIME
23501 0x5BCD 2 Maximum Reactive power : Q1 var S32
23503 0x5BCF 2 Date of maximum Q1 - DATETIME
23505 0x5BD1 2 Maximum Reactive power : Q2 var S32
23507 0x5BD3 2 Date of maximum Q2 - DATETIME
23509 0x5BD5 2 Maximum Reactive power : Q3 var S32
23511 0x5BD7 2 Date of maximum Q3 - DATETIME
23513 0x5BD9 2 Maximum Apparent power : S1 VA U32
23515 0x5BDB 2 Date of maximum S1 - DATETIME
23517 0x5BDD 2 Maximum Apparent power : S2 VA U32
23519 0x5BDF 2 Date of maximum S2 - DATETIME
23521 0x5BE1 2 Maximum Apparent power : S3 VA U32
23523 0x5BE3 2 Date of maximum S3 - DATETIME
23525 0x5BE5 1 Maximum Power factor : PF1 - / 1000 S16
23526 0x5BE6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
23527 0x5BE7 2 Date of maximum PF1 - DATETIME
23529 0x5BE9 1 Maximum Power factor : PF2 - / 1000 S16
23530 0x5BEA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
23531 0x5BEB 2 Date of maximum PF2 - DATETIME
23533 0x5BED 1 Maximum Power factor : PF3 - / 1000 S16
23534 0x5BEE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
23535 0x5BEF 2 Date of maximum PF3 - DATETIME

Avg. measurement max - Load #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25472 0x6380 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25472 0x6380 1 Load status :
0 : Disabled
1 : Enabled
- U8
25473 0x6381 2 Maximum Frequency mHz U32
25475 0x6383 2 Date of maximum F - DATETIME
25477 0x6385 2 Maximum Ph-N Voltage : V1 V 10⁻² U32
25479 0x6387 2 Date of maximum V1 - DATETIME
25481 0x6389 2 Maximum Ph-N Voltage : V2 V 10⁻² U32
25483 0x638B 2 Date of maximum V2 - DATETIME
25485 0x638D 2 Maximum Ph-N Voltage : V3 V 10⁻² U32
25487 0x638F 2 Date of maximum V3 - DATETIME
25489 0x6391 2 Maximum Ph-N Voltage : Vn V 10⁻² U32
25491 0x6393 2 Date of maximum Vn - DATETIME
25493 0x6395 2 Maximum Ph-Ph Voltage : U12 V 10⁻² U32
25495 0x6397 2 Date of maximum U12 - DATETIME
25497 0x6399 2 Maximum Ph-Ph Voltage : U23 V 10⁻² U32
25499 0x639B 2 Date of maximum U23 - DATETIME
25501 0x639D 2 Maximum Ph-Ph Voltage : U31 V 10⁻² U32
25503 0x639F 2 Date of maximum U31 - DATETIME
25505 0x63A1 2 Maximum Current : I1 mA U32
25507 0x63A3 2 Date of maximum I1 - DATETIME
25509 0x63A5 2 Maximum Current : I2 mA U32
25511 0x63A7 2 Date of maximum I2 - DATETIME
25513 0x63A9 2 Maximum Current : I3 mA U32
25515 0x63AB 2 Date of maximum I3 - DATETIME
25517 0x63AD 2 Maximum Current : In mA U32
25519 0x63AF 2 Date of maximum In - DATETIME
25521 0x63B1 2 Maximum Total active power W S32
25523 0x63B3 2 Date of maximum Ptot - DATETIME
25525 0x63B5 2 Maximum Total reactive power var S32
25527 0x63B7 2 Date of maximum Qtot - DATETIME
25529 0x63B9 2 Maximum Total apparent power VA U32
25531 0x63BB 2 Date of maximum Stot - DATETIME
25533 0x63BD 1 Maximum Total power factor - / 1000 S16
25534 0x63BE 1 Maximum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
25535 0x63BF 2 Date of maximum Total power factor - DATETIME
25537 0x63C1 2 Maximum Active power : P1 W S32
25539 0x63C3 2 Date of maximum P1 - DATETIME
25541 0x63C5 2 Maximum Active power : P2 W S32
25543 0x63C7 2 Date of maximum P2 - DATETIME
25545 0x63C9 2 Maximum Active power : P3 W S32
25547 0x63CB 2 Date of maximum P3 - DATETIME
25549 0x63CD 2 Maximum Reactive power : Q1 var S32
25551 0x63CF 2 Date of maximum Q1 - DATETIME
25553 0x63D1 2 Maximum Reactive power : Q2 var S32
25555 0x63D3 2 Date of maximum Q2 - DATETIME
25557 0x63D5 2 Maximum Reactive power : Q3 var S32
25559 0x63D7 2 Date of maximum Q3 - DATETIME
25561 0x63D9 2 Maximum Apparent power : S1 VA U32
25563 0x63DB 2 Date of maximum S1 - DATETIME
25565 0x63DD 2 Maximum Apparent power : S2 VA U32
25567 0x63DF 2 Date of maximum S2 - DATETIME
25569 0x63E1 2 Maximum Apparent power : S3 VA U32
25571 0x63E3 2 Date of maximum S3 - DATETIME
25573 0x63E5 1 Maximum Power factor : PF1 - / 1000 S16
25574 0x63E6 1 Maximum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
25575 0x63E7 2 Date of maximum PF1 - DATETIME
25577 0x63E9 1 Maximum Power factor : PF2 - / 1000 S16
25578 0x63EA 1 Maximum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
25579 0x63EB 2 Date of maximum PF2 - DATETIME
25581 0x63ED 1 Maximum Power factor : PF3 - / 1000 S16
25582 0x63EE 1 Maximum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
25583 0x63EF 2 Date of maximum PF3 - DATETIME

Avg. measurement min - Load #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19456 0x4C00 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19456 0x4C00 1 Load status :
0 : Disabled
1 : Enabled
- U8
19457 0x4C01 2 Minimum Frequency mHz U32
19459 0x4C03 2 Date of minimum F - DATETIME
19461 0x4C05 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
19463 0x4C07 2 Date of minimum V1 - DATETIME
19465 0x4C09 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
19467 0x4C0B 2 Date of minimum V2 - DATETIME
19469 0x4C0D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
19471 0x4C0F 2 Date of minimum V3 - DATETIME
19473 0x4C11 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
19475 0x4C13 2 Date of minimum Vn - DATETIME
19477 0x4C15 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
19479 0x4C17 2 Date of minimum U12 - DATETIME
19481 0x4C19 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
19483 0x4C1B 2 Date of minimum U23 - DATETIME
19485 0x4C1D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
19487 0x4C1F 2 Date of minimum U31 - DATETIME
19489 0x4C21 2 Minimum Current : I1 mA U32
19491 0x4C23 2 Date of minimum I1 - DATETIME
19493 0x4C25 2 Minimum Current : I2 mA U32
19495 0x4C27 2 Date of minimum I2 - DATETIME
19497 0x4C29 2 Minimum Current : I3 mA U32
19499 0x4C2B 2 Date of minimum I3 - DATETIME
19501 0x4C2D 2 Minimum Current : In mA U32
19503 0x4C2F 2 Date of minimum In - DATETIME
19505 0x4C31 2 Minimum Total active power W S32
19507 0x4C33 2 Date of minimum Ptot - DATETIME
19509 0x4C35 2 Minimum Total reactive power var S32
19511 0x4C37 2 Date of minimum Qtot - DATETIME
19513 0x4C39 2 Minimum Total apparent power VA U32
19515 0x4C3B 2 Date of minimum Stot - DATETIME
19517 0x4C3D 1 Minimum Total power factor - / 1000 S16
19518 0x4C3E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
19519 0x4C3F 2 Date of minimum Total power factor - DATETIME
19521 0x4C41 2 Minimum Active power : P1 W S32
19523 0x4C43 2 Date of minimum P1 - DATETIME
19525 0x4C45 2 Minimum Active power : P2 W S32
19527 0x4C47 2 Date of minimum P2 - DATETIME
19529 0x4C49 2 Minimum Active power : P3 W S32
19531 0x4C4B 2 Date of minimum P3 - DATETIME
19533 0x4C4D 2 Minimum Reactive power : Q1 var S32
19535 0x4C4F 2 Date of minimum Q1 - DATETIME
19537 0x4C51 2 Minimum Reactive power : Q2 var S32
19539 0x4C53 2 Date of minimum Q2 - DATETIME
19541 0x4C55 2 Minimum Reactive power : Q3 var S32
19543 0x4C57 2 Date of minimum Q3 - DATETIME
19545 0x4C59 2 Minimum Apparent power : S1 VA U32
19547 0x4C5B 2 Date of minimum S1 - DATETIME
19549 0x4C5D 2 Minimum Apparent power : S2 VA U32
19551 0x4C5F 2 Date of minimum S2 - DATETIME
19553 0x4C61 2 Minimum Apparent power : S3 VA U32
19555 0x4C63 2 Date of minimum S3 - DATETIME
19557 0x4C65 1 Minimum Power factor : PF1 - / 1000 S16
19558 0x4C66 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
19559 0x4C67 2 Date of minimum PF1 - DATETIME
19561 0x4C69 1 Minimum Power factor : PF2 - / 1000 S16
19562 0x4C6A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
19563 0x4C6B 2 Date of minimum PF2 - DATETIME
19565 0x4C6D 1 Minimum Power factor : PF3 - / 1000 S16
19566 0x4C6E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
19567 0x4C6F 2 Date of minimum PF3 - DATETIME

Avg. measurement min - Load #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
21504 0x5400 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
21504 0x5400 1 Load status :
0 : Disabled
1 : Enabled
- U8
21505 0x5401 2 Minimum Frequency mHz U32
21507 0x5403 2 Date of minimum F - DATETIME
21509 0x5405 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
21511 0x5407 2 Date of minimum V1 - DATETIME
21513 0x5409 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
21515 0x540B 2 Date of minimum V2 - DATETIME
21517 0x540D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
21519 0x540F 2 Date of minimum V3 - DATETIME
21521 0x5411 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
21523 0x5413 2 Date of minimum Vn - DATETIME
21525 0x5415 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
21527 0x5417 2 Date of minimum U12 - DATETIME
21529 0x5419 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
21531 0x541B 2 Date of minimum U23 - DATETIME
21533 0x541D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
21535 0x541F 2 Date of minimum U31 - DATETIME
21537 0x5421 2 Minimum Current : I1 mA U32
21539 0x5423 2 Date of minimum I1 - DATETIME
21541 0x5425 2 Minimum Current : I2 mA U32
21543 0x5427 2 Date of minimum I2 - DATETIME
21545 0x5429 2 Minimum Current : I3 mA U32
21547 0x542B 2 Date of minimum I3 - DATETIME
21549 0x542D 2 Minimum Current : In mA U32
21551 0x542F 2 Date of minimum In - DATETIME
21553 0x5431 2 Minimum Total active power W S32
21555 0x5433 2 Date of minimum Ptot - DATETIME
21557 0x5435 2 Minimum Total reactive power var S32
21559 0x5437 2 Date of minimum Qtot - DATETIME
21561 0x5439 2 Minimum Total apparent power VA U32
21563 0x543B 2 Date of minimum Stot - DATETIME
21565 0x543D 1 Minimum Total power factor - / 1000 S16
21566 0x543E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
21567 0x543F 2 Date of minimum Total power factor - DATETIME
21569 0x5441 2 Minimum Active power : P1 W S32
21571 0x5443 2 Date of minimum P1 - DATETIME
21573 0x5445 2 Minimum Active power : P2 W S32
21575 0x5447 2 Date of minimum P2 - DATETIME
21577 0x5449 2 Minimum Active power : P3 W S32
21579 0x544B 2 Date of minimum P3 - DATETIME
21581 0x544D 2 Minimum Reactive power : Q1 var S32
21583 0x544F 2 Date of minimum Q1 - DATETIME
21585 0x5451 2 Minimum Reactive power : Q2 var S32
21587 0x5453 2 Date of minimum Q2 - DATETIME
21589 0x5455 2 Minimum Reactive power : Q3 var S32
21591 0x5457 2 Date of minimum Q3 - DATETIME
21593 0x5459 2 Minimum Apparent power : S1 VA U32
21595 0x545B 2 Date of minimum S1 - DATETIME
21597 0x545D 2 Minimum Apparent power : S2 VA U32
21599 0x545F 2 Date of minimum S2 - DATETIME
21601 0x5461 2 Minimum Apparent power : S3 VA U32
21603 0x5463 2 Date of minimum S3 - DATETIME
21605 0x5465 1 Minimum Power factor : PF1 - / 1000 S16
21606 0x5466 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
21607 0x5467 2 Date of minimum PF1 - DATETIME
21609 0x5469 1 Minimum Power factor : PF2 - / 1000 S16
21610 0x546A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
21611 0x546B 2 Date of minimum PF2 - DATETIME
21613 0x546D 1 Minimum Power factor : PF3 - / 1000 S16
21614 0x546E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
21615 0x546F 2 Date of minimum PF3 - DATETIME

Avg. measurement min - Load #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
23552 0x5C00 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
23552 0x5C00 1 Load status :
0 : Disabled
1 : Enabled
- U8
23553 0x5C01 2 Minimum Frequency mHz U32
23555 0x5C03 2 Date of minimum F - DATETIME
23557 0x5C05 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
23559 0x5C07 2 Date of minimum V1 - DATETIME
23561 0x5C09 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
23563 0x5C0B 2 Date of minimum V2 - DATETIME
23565 0x5C0D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
23567 0x5C0F 2 Date of minimum V3 - DATETIME
23569 0x5C11 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
23571 0x5C13 2 Date of minimum Vn - DATETIME
23573 0x5C15 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
23575 0x5C17 2 Date of minimum U12 - DATETIME
23577 0x5C19 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
23579 0x5C1B 2 Date of minimum U23 - DATETIME
23581 0x5C1D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
23583 0x5C1F 2 Date of minimum U31 - DATETIME
23585 0x5C21 2 Minimum Current : I1 mA U32
23587 0x5C23 2 Date of minimum I1 - DATETIME
23589 0x5C25 2 Minimum Current : I2 mA U32
23591 0x5C27 2 Date of minimum I2 - DATETIME
23593 0x5C29 2 Minimum Current : I3 mA U32
23595 0x5C2B 2 Date of minimum I3 - DATETIME
23597 0x5C2D 2 Minimum Current : In mA U32
23599 0x5C2F 2 Date of minimum In - DATETIME
23601 0x5C31 2 Minimum Total active power W S32
23603 0x5C33 2 Date of minimum Ptot - DATETIME
23605 0x5C35 2 Minimum Total reactive power var S32
23607 0x5C37 2 Date of minimum Qtot - DATETIME
23609 0x5C39 2 Minimum Total apparent power VA U32
23611 0x5C3B 2 Date of minimum Stot - DATETIME
23613 0x5C3D 1 Minimum Total power factor - / 1000 S16
23614 0x5C3E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
23615 0x5C3F 2 Date of minimum Total power factor - DATETIME
23617 0x5C41 2 Minimum Active power : P1 W S32
23619 0x5C43 2 Date of minimum P1 - DATETIME
23621 0x5C45 2 Minimum Active power : P2 W S32
23623 0x5C47 2 Date of minimum P2 - DATETIME
23625 0x5C49 2 Minimum Active power : P3 W S32
23627 0x5C4B 2 Date of minimum P3 - DATETIME
23629 0x5C4D 2 Minimum Reactive power : Q1 var S32
23631 0x5C4F 2 Date of minimum Q1 - DATETIME
23633 0x5C51 2 Minimum Reactive power : Q2 var S32
23635 0x5C53 2 Date of minimum Q2 - DATETIME
23637 0x5C55 2 Minimum Reactive power : Q3 var S32
23639 0x5C57 2 Date of minimum Q3 - DATETIME
23641 0x5C59 2 Minimum Apparent power : S1 VA U32
23643 0x5C5B 2 Date of minimum S1 - DATETIME
23645 0x5C5D 2 Minimum Apparent power : S2 VA U32
23647 0x5C5F 2 Date of minimum S2 - DATETIME
23649 0x5C61 2 Minimum Apparent power : S3 VA U32
23651 0x5C63 2 Date of minimum S3 - DATETIME
23653 0x5C65 1 Minimum Power factor : PF1 - / 1000 S16
23654 0x5C66 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
23655 0x5C67 2 Date of minimum PF1 - DATETIME
23657 0x5C69 1 Minimum Power factor : PF2 - / 1000 S16
23658 0x5C6A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
23659 0x5C6B 2 Date of minimum PF2 - DATETIME
23661 0x5C6D 1 Minimum Power factor : PF3 - / 1000 S16
23662 0x5C6E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
23663 0x5C6F 2 Date of minimum PF3 - DATETIME

Avg. measurement min - Load #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
25600 0x6400 Info 113 NONE READ READ

Dec address Hex address Words count Description Unit Data type
25600 0x6400 1 Load status :
0 : Disabled
1 : Enabled
- U8
25601 0x6401 2 Minimum Frequency mHz U32
25603 0x6403 2 Date of minimum F - DATETIME
25605 0x6405 2 Minimum Ph-N Voltage : V1 V 10⁻² U32
25607 0x6407 2 Date of minimum V1 - DATETIME
25609 0x6409 2 Minimum Ph-N Voltage : V2 V 10⁻² U32
25611 0x640B 2 Date of minimum V2 - DATETIME
25613 0x640D 2 Minimum Ph-N Voltage : V3 V 10⁻² U32
25615 0x640F 2 Date of minimum V3 - DATETIME
25617 0x6411 2 Minimum Ph-N Voltage : Vn V 10⁻² U32
25619 0x6413 2 Date of minimum Vn - DATETIME
25621 0x6415 2 Minimum Ph-Ph Voltage : U12 V 10⁻² U32
25623 0x6417 2 Date of minimum U12 - DATETIME
25625 0x6419 2 Minimum Ph-Ph Voltage : U23 V 10⁻² U32
25627 0x641B 2 Date of minimum U23 - DATETIME
25629 0x641D 2 Minimum Ph-Ph Voltage : U31 V 10⁻² U32
25631 0x641F 2 Date of minimum U31 - DATETIME
25633 0x6421 2 Minimum Current : I1 mA U32
25635 0x6423 2 Date of minimum I1 - DATETIME
25637 0x6425 2 Minimum Current : I2 mA U32
25639 0x6427 2 Date of minimum I2 - DATETIME
25641 0x6429 2 Minimum Current : I3 mA U32
25643 0x642B 2 Date of minimum I3 - DATETIME
25645 0x642D 2 Minimum Current : In mA U32
25647 0x642F 2 Date of minimum In - DATETIME
25649 0x6431 2 Minimum Total active power W S32
25651 0x6433 2 Date of minimum Ptot - DATETIME
25653 0x6435 2 Minimum Total reactive power var S32
25655 0x6437 2 Date of minimum Qtot - DATETIME
25657 0x6439 2 Minimum Total apparent power VA U32
25659 0x643B 2 Date of minimum Stot - DATETIME
25661 0x643D 1 Minimum Total power factor - / 1000 S16
25662 0x643E 1 Minimum Total Power factor type
0 : undefined
1 : leading
2 : lagging
- U8
25663 0x643F 2 Date of minimum Total power factor - DATETIME
25665 0x6441 2 Minimum Active power : P1 W S32
25667 0x6443 2 Date of minimum P1 - DATETIME
25669 0x6445 2 Minimum Active power : P2 W S32
25671 0x6447 2 Date of minimum P2 - DATETIME
25673 0x6449 2 Minimum Active power : P3 W S32
25675 0x644B 2 Date of minimum P3 - DATETIME
25677 0x644D 2 Minimum Reactive power : Q1 var S32
25679 0x644F 2 Date of minimum Q1 - DATETIME
25681 0x6451 2 Minimum Reactive power : Q2 var S32
25683 0x6453 2 Date of minimum Q2 - DATETIME
25685 0x6455 2 Minimum Reactive power : Q3 var S32
25687 0x6457 2 Date of minimum Q3 - DATETIME
25689 0x6459 2 Minimum Apparent power : S1 VA U32
25691 0x645B 2 Date of minimum S1 - DATETIME
25693 0x645D 2 Minimum Apparent power : S2 VA U32
25695 0x645F 2 Date of minimum S2 - DATETIME
25697 0x6461 2 Minimum Apparent power : S3 VA U32
25699 0x6463 2 Date of minimum S3 - DATETIME
25701 0x6465 1 Minimum Power factor : PF1 - / 1000 S16
25702 0x6466 1 Minimum Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
- U8
25703 0x6467 2 Date of minimum PF1 - DATETIME
25705 0x6469 1 Minimum Power factor : PF2 - / 1000 S16
25706 0x646A 1 Minimum Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
- U8
25707 0x646B 2 Date of minimum PF2 - DATETIME
25709 0x646D 1 Minimum Power factor : PF3 - / 1000 S16
25710 0x646E 1 Minimum Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
- U8
25711 0x646F 2 Date of minimum PF3 - DATETIME



Trend


Trend log


Command

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
41978 0xA3FA Command 2 NONE WRITE_MANY WRITE_MANY

Dec address Hex address Words count Description Unit Data type
41978 0xA3FA 1 Start record number (0 to 65534) or 65535 for last record - U16
41979 0xA3FB 1 Item number
0 : Item 1
1 : Item 2
2 : Item 3
3 : Item 4
4 : Item 5
5 : Item 6
6 : Item 7
7 : Item 8
8 : Item 9
9 : Item 10
10 : Item 11
11 : Item 12
12 : Item 13
13 : Item 14
14 : Item 15
15 : Item 16
16 : Item 17
17 : Item 18
18 : Item 19
19 : Item 20
- U8

Header

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
41980 0xA3FC Header 4 NONE READ READ

Dec address Hex address Words count Description Unit Data type
41980 0xA3FC 1 Next record number - U16
41981 0xA3FD 1 Items count (20 per record) - U16
41982 0xA3FE 1 Item size - U16
41983 0xA3FF 1 Integration period duration min U16

Data

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
41984 0xA400 Data 4 NONE READ READ

Dec address Hex address Words count Description Unit Data type
41984 0xA400 2 Date s DATETIME
41986 0xA402 2 Point value - S32


Metrology


Metrology table (refreshed @ 200ms)


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
256 0x0100 Info 128 NONE READ READ

Dec address Hex address Words count Description Unit Data type
256 0x0100 4 Date s 10⁻³ DATETIME_MS
260 0x0104 2 F Hz F32
262 0x0106 2 U12 V F32
264 0x0108 2 U23 V F32
266 0x010A 2 U31 V F32
268 0x010C 2 U12h1 V F32
270 0x010E 2 U23h1 V F32
272 0x0110 2 U31h1 V F32
274 0x0112 2 phi U12h1 ° F32
276 0x0114 2 phi U23h1 ° F32
278 0x0116 2 phi U31h1 ° F32
280 0x0118 2 V1 V F32
282 0x011A 2 V2 V F32
284 0x011C 2 V3 V F32
286 0x011E 2 Vn V F32
288 0x0120 2 V1h1 V F32
290 0x0122 2 V2h1 V F32
292 0x0124 2 V3h1 V F32
294 0x0126 2 Vnh1 V F32
296 0x0128 2 phi V1h1 ° F32
298 0x012A 2 phi V2h1 ° F32
300 0x012C 2 phi V3h1 ° F32
302 0x012E 2 phi Vnh1 ° F32
304 0x0130 2 I1 A F32
306 0x0132 2 I2 A F32
308 0x0134 2 I3 A F32
310 0x0136 2 I4 A F32
312 0x0138 2 I5 A F32
314 0x013A 2 I6 A F32
316 0x013C 2 I1h1 A F32
318 0x013E 2 I2h1 A F32
320 0x0140 2 I3h1 A F32
322 0x0142 2 I4h1 A F32
324 0x0144 2 I5h1 A F32
326 0x0146 2 I6h1 A F32
328 0x0148 2 phi I1h1 ° F32
330 0x014A 2 phi I2h1 ° F32
332 0x014C 2 phi I3h1 ° F32
334 0x014E 2 phi I4h1 ° F32
336 0x0150 2 phi I5h1 ° F32
338 0x0152 2 phi I6h1 ° F32
340 0x0154 2 P1 W F32
342 0x0156 2 P2 W F32
344 0x0158 2 P3 W F32
346 0x015A 2 P4 W F32
348 0x015C 2 P5 W F32
350 0x015E 2 P6 W F32
352 0x0160 2 Q1 var F32
354 0x0162 2 Q2 var F32
356 0x0164 2 Q3 var F32
358 0x0166 2 Q4 var F32
360 0x0168 2 Q5 var F32
362 0x016A 2 Q6 var F32
364 0x016C 2 S1 VA F32
366 0x016E 2 S2 VA F32
368 0x0170 2 S3 VA F32
370 0x0172 2 S4 VA F32
372 0x0174 2 S5 VA F32
374 0x0176 2 S6 VA F32
376 0x0178 2 VGndA V F32
378 0x017A 2 VGndB V F32
380 0x017C 2 VGndC V F32
382 0x017E 2 VGndD V F32

Metrology table (inst. refreshed)


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
384 0x0180 Info 128 NONE READ READ

Dec address Hex address Words count Description Unit Data type
384 0x0180 4 Date s 10⁻³ DATETIME_MS
388 0x0184 2 F Hz F32
390 0x0186 2 U12 V F32
392 0x0188 2 U23 V F32
394 0x018A 2 U31 V F32
396 0x018C 2 U12h1 V F32
398 0x018E 2 U23h1 V F32
400 0x0190 2 U31h1 V F32
402 0x0192 2 phi U12h1 ° F32
404 0x0194 2 phi U23h1 ° F32
406 0x0196 2 phi U31h1 ° F32
408 0x0198 2 V1 V F32
410 0x019A 2 V2 V F32
412 0x019C 2 V3 V F32
414 0x019E 2 Vn V F32
416 0x01A0 2 V1h1 V F32
418 0x01A2 2 V2h1 V F32
420 0x01A4 2 V3h1 V F32
422 0x01A6 2 Vnh1 V F32
424 0x01A8 2 phi V1h1 ° F32
426 0x01AA 2 phi V2h1 ° F32
428 0x01AC 2 phi V3h1 ° F32
430 0x01AE 2 phi Vnh1 ° F32
432 0x01B0 2 I1 A F32
434 0x01B2 2 I2 A F32
436 0x01B4 2 I3 A F32
438 0x01B6 2 I4 A F32
440 0x01B8 2 I5 A F32
442 0x01BA 2 I6 A F32
444 0x01BC 2 I1h1 A F32
446 0x01BE 2 I2h1 A F32
448 0x01C0 2 I3h1 A F32
450 0x01C2 2 I4h1 A F32
452 0x01C4 2 I5h1 A F32
454 0x01C6 2 I6h1 A F32
456 0x01C8 2 phi I1h1 ° F32
458 0x01CA 2 phi I2h1 ° F32
460 0x01CC 2 phi I3h1 ° F32
462 0x01CE 2 phi I4h1 ° F32
464 0x01D0 2 phi I5h1 ° F32
466 0x01D2 2 phi I6h1 ° F32
468 0x01D4 2 P1 W F32
470 0x01D6 2 P2 W F32
472 0x01D8 2 P3 W F32
474 0x01DA 2 P4 W F32
476 0x01DC 2 P5 W F32
478 0x01DE 2 P6 W F32
480 0x01E0 2 Q1 var F32
482 0x01E2 2 Q2 var F32
484 0x01E4 2 Q3 var F32
486 0x01E6 2 Q4 var F32
488 0x01E8 2 Q5 var F32
490 0x01EA 2 Q6 var F32
492 0x01EC 2 S1 VA F32
494 0x01EE 2 S2 VA F32
496 0x01F0 2 S3 VA F32
498 0x01F2 2 S4 VA F32
500 0x01F4 2 S5 VA F32
502 0x01F6 2 S6 VA F32
504 0x01F8 2 VGndA V F32
506 0x01FA 2 VGndB V F32
508 0x01FC 2 VGndC V F32
510 0x01FE 2 VGndD V F32


Waveform


Waveform


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1024 0x0400 Info 109 NONE READ READ

Dec address Hex address Words count Description Unit Data type
1024 0x0400 4 Date - DATETIME_MS
1028 0x0404 1 Reserved - -
1029 0x0405 1 Line
0 : V1
1 : V2
2 : V3
3 : U12
4 : U23
5 : U31
6 : I1
7 : I2
8 : I3
- U16
1030 0x0406 2 Duration s / 1000000 U32
1032 0x0408 2 Weight (Numerator) - U32
1034 0x040A 2 Weight (Denominator) - U32
1036 0x040C 1 Number of samples - U16
1037 0x040D 96 Samples - S16[]


Legacy


Metrology affected by current and voltage transformers #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
14336 0x3800 Info 62 NONE READ READ

Dec address Hex address Words count Description Unit Data type
14336 0x3800 2 Hour Meter h 10⁻² U32
14338 0x3802 2 Phase to Phase Voltage: U12 V 10⁻² U32
14340 0x3804 2 Phase to Phase Voltage: U23 V 10⁻² U32
14342 0x3806 2 Phase to Phase Voltage: U31 V 10⁻² U32
14344 0x3808 2 Simple voltage : V1 V 10⁻² U32
14346 0x380A 2 Simple voltage : V2 V 10⁻² U32
14348 0x380C 2 Simple voltage : V3 V 10⁻² U32
14350 0x380E 2 Frequency : F Hz 10⁻² U32
14352 0x3810 2 Current : I1 mA U32
14354 0x3812 2 Current : I2 mA U32
14356 0x3814 2 Current : I3 mA U32
14358 0x3816 2 Neutral Current : In mA U32
14360 0x3818 2 Sum Active Power +/- : P W 10 S32
14362 0x381A 2 Sum Reactive Power +/- : Q var 10 S32
14364 0x381C 2 Sum Apparent Power : S VA 10 U32
14366 0x381E 2 Sum Power Factor : -: leading et + : lagging : PF - / 1000 S32
14368 0x3820 2 Active Power phase 1 +/- : P1 W 10 S32
14370 0x3822 2 Active Power phase 2 +/- : P2 W 10 S32
14372 0x3824 2 Active Power phase 3 +/- : P3 W 10 S32
14374 0x3826 2 Reactive Power phase 1 +/- : Q1 var 10 S32
14376 0x3828 2 Reactive Power phase 2 +/- : Q2 var 10 S32
14378 0x382A 2 Reactive Power phase 3 +/- : Q3 var 10 S32
14380 0x382C 2 Apparent Power phase 1 : S1 VA 10 U32
14382 0x382E 2 Apparent Power phase 2 : S2 VA 10 U32
14384 0x3830 2 Apparent Power phase 3 : S3 VA 10 U32
14386 0x3832 2 Power Factor phase 1 -: leading and + : lagging : PF1 - / 1000 S32
14388 0x3834 2 Power Factor phase 2 -: leading and + : lagging : PF2 - / 1000 S32
14390 0x3836 2 Power Factor phase 3 -: leading and + : lagging : PF3 - / 1000 S32
14392 0x3838 2 System value I Sys : ( I1+I2+I3) / 3 mA U32
14394 0x383A 2 System value U Sys : (U12 + U23 + U31 ) / 3 V 10⁻² U32
14396 0x383C 2 System value V Sys : (V1 + V2 + V3 ) / 3 V 10⁻² U32

Metrology affected by current and voltage transformers #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
14848 0x3A00 Info 62 NONE READ READ

Dec address Hex address Words count Description Unit Data type
14848 0x3A00 2 Hour Meter h 10⁻² U32
14850 0x3A02 2 Phase to Phase Voltage: U12 V 10⁻² U32
14852 0x3A04 2 Phase to Phase Voltage: U23 V 10⁻² U32
14854 0x3A06 2 Phase to Phase Voltage: U31 V 10⁻² U32
14856 0x3A08 2 Simple voltage : V1 V 10⁻² U32
14858 0x3A0A 2 Simple voltage : V2 V 10⁻² U32
14860 0x3A0C 2 Simple voltage : V3 V 10⁻² U32
14862 0x3A0E 2 Frequency : F Hz 10⁻² U32
14864 0x3A10 2 Current : I1 mA U32
14866 0x3A12 2 Current : I2 mA U32
14868 0x3A14 2 Current : I3 mA U32
14870 0x3A16 2 Neutral Current : In mA U32
14872 0x3A18 2 Sum Active Power +/- : P W 10 S32
14874 0x3A1A 2 Sum Reactive Power +/- : Q var 10 S32
14876 0x3A1C 2 Sum Apparent Power : S VA 10 U32
14878 0x3A1E 2 Sum Power Factor : -: leading et + : lagging : PF - / 1000 S32
14880 0x3A20 2 Active Power phase 1 +/- : P1 W 10 S32
14882 0x3A22 2 Active Power phase 2 +/- : P2 W 10 S32
14884 0x3A24 2 Active Power phase 3 +/- : P3 W 10 S32
14886 0x3A26 2 Reactive Power phase 1 +/- : Q1 var 10 S32
14888 0x3A28 2 Reactive Power phase 2 +/- : Q2 var 10 S32
14890 0x3A2A 2 Reactive Power phase 3 +/- : Q3 var 10 S32
14892 0x3A2C 2 Apparent Power phase 1 : S1 VA 10 U32
14894 0x3A2E 2 Apparent Power phase 2 : S2 VA 10 U32
14896 0x3A30 2 Apparent Power phase 3 : S3 VA 10 U32
14898 0x3A32 2 Power Factor phase 1 -: leading and + : lagging : PF1 - / 1000 S32
14900 0x3A34 2 Power Factor phase 2 -: leading and + : lagging : PF2 - / 1000 S32
14902 0x3A36 2 Power Factor phase 3 -: leading and + : lagging : PF3 - / 1000 S32
14904 0x3A38 2 System value I Sys : ( I1+I2+I3) / 3 mA U32
14906 0x3A3A 2 System value U Sys : (U12 + U23 + U31 ) / 3 V 10⁻² U32
14908 0x3A3C 2 System value V Sys : (V1 + V2 + V3 ) / 3 V 10⁻² U32

Metrology affected by current and voltage transformers #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15360 0x3C00 Info 62 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15360 0x3C00 2 Hour Meter h 10⁻² U32
15362 0x3C02 2 Phase to Phase Voltage: U12 V 10⁻² U32
15364 0x3C04 2 Phase to Phase Voltage: U23 V 10⁻² U32
15366 0x3C06 2 Phase to Phase Voltage: U31 V 10⁻² U32
15368 0x3C08 2 Simple voltage : V1 V 10⁻² U32
15370 0x3C0A 2 Simple voltage : V2 V 10⁻² U32
15372 0x3C0C 2 Simple voltage : V3 V 10⁻² U32
15374 0x3C0E 2 Frequency : F Hz 10⁻² U32
15376 0x3C10 2 Current : I1 mA U32
15378 0x3C12 2 Current : I2 mA U32
15380 0x3C14 2 Current : I3 mA U32
15382 0x3C16 2 Neutral Current : In mA U32
15384 0x3C18 2 Sum Active Power +/- : P W 10 S32
15386 0x3C1A 2 Sum Reactive Power +/- : Q var 10 S32
15388 0x3C1C 2 Sum Apparent Power : S VA 10 U32
15390 0x3C1E 2 Sum Power Factor : -: leading et + : lagging : PF - / 1000 S32
15392 0x3C20 2 Active Power phase 1 +/- : P1 W 10 S32
15394 0x3C22 2 Active Power phase 2 +/- : P2 W 10 S32
15396 0x3C24 2 Active Power phase 3 +/- : P3 W 10 S32
15398 0x3C26 2 Reactive Power phase 1 +/- : Q1 var 10 S32
15400 0x3C28 2 Reactive Power phase 2 +/- : Q2 var 10 S32
15402 0x3C2A 2 Reactive Power phase 3 +/- : Q3 var 10 S32
15404 0x3C2C 2 Apparent Power phase 1 : S1 VA 10 U32
15406 0x3C2E 2 Apparent Power phase 2 : S2 VA 10 U32
15408 0x3C30 2 Apparent Power phase 3 : S3 VA 10 U32
15410 0x3C32 2 Power Factor phase 1 -: leading and + : lagging : PF1 - / 1000 S32
15412 0x3C34 2 Power Factor phase 2 -: leading and + : lagging : PF2 - / 1000 S32
15414 0x3C36 2 Power Factor phase 3 -: leading and + : lagging : PF3 - / 1000 S32
15416 0x3C38 2 System value I Sys : ( I1+I2+I3) / 3 mA U32
15418 0x3C3A 2 System value U Sys : (U12 + U23 + U31 ) / 3 V 10⁻² U32
15420 0x3C3C 2 System value V Sys : (V1 + V2 + V3 ) / 3 V 10⁻² U32

Metrology affected by current and voltage transformers #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15872 0x3E00 Info 62 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15872 0x3E00 2 Hour Meter h 10⁻² U32
15874 0x3E02 2 Phase to Phase Voltage: U12 V 10⁻² U32
15876 0x3E04 2 Phase to Phase Voltage: U23 V 10⁻² U32
15878 0x3E06 2 Phase to Phase Voltage: U31 V 10⁻² U32
15880 0x3E08 2 Simple voltage : V1 V 10⁻² U32
15882 0x3E0A 2 Simple voltage : V2 V 10⁻² U32
15884 0x3E0C 2 Simple voltage : V3 V 10⁻² U32
15886 0x3E0E 2 Frequency : F Hz 10⁻² U32
15888 0x3E10 2 Current : I1 mA U32
15890 0x3E12 2 Current : I2 mA U32
15892 0x3E14 2 Current : I3 mA U32
15894 0x3E16 2 Neutral Current : In mA U32
15896 0x3E18 2 Sum Active Power +/- : P W 10 S32
15898 0x3E1A 2 Sum Reactive Power +/- : Q var 10 S32
15900 0x3E1C 2 Sum Apparent Power : S VA 10 U32
15902 0x3E1E 2 Sum Power Factor : -: leading et + : lagging : PF - / 1000 S32
15904 0x3E20 2 Active Power phase 1 +/- : P1 W 10 S32
15906 0x3E22 2 Active Power phase 2 +/- : P2 W 10 S32
15908 0x3E24 2 Active Power phase 3 +/- : P3 W 10 S32
15910 0x3E26 2 Reactive Power phase 1 +/- : Q1 var 10 S32
15912 0x3E28 2 Reactive Power phase 2 +/- : Q2 var 10 S32
15914 0x3E2A 2 Reactive Power phase 3 +/- : Q3 var 10 S32
15916 0x3E2C 2 Apparent Power phase 1 : S1 VA 10 U32
15918 0x3E2E 2 Apparent Power phase 2 : S2 VA 10 U32
15920 0x3E30 2 Apparent Power phase 3 : S3 VA 10 U32
15922 0x3E32 2 Power Factor phase 1 -: leading and + : lagging : PF1 - / 1000 S32
15924 0x3E34 2 Power Factor phase 2 -: leading and + : lagging : PF2 - / 1000 S32
15926 0x3E36 2 Power Factor phase 3 -: leading and + : lagging : PF3 - / 1000 S32
15928 0x3E38 2 System value I Sys : ( I1+I2+I3) / 3 mA U32
15930 0x3E3A 2 System value U Sys : (U12 + U23 + U31 ) / 3 V 10⁻² U32
15932 0x3E3C 2 System value V Sys : (V1 + V2 + V3 ) / 3 V 10⁻² U32

Energies #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
14464 0x3880 Info 65 NONE READ READ

Dec address Hex address Words count Description Unit Data type
14464 0x3880 2 Hour meter h 10⁻² U32
14466 0x3882 2 Total Positive Active Energy (no resetable) : Ea+ kWh U32
14468 0x3884 2 Total Positive Reactive Energy (no resetable) : Er + kvarh U32
14470 0x3886 2 Total Apparent Energy (no resetable) : Es kVAh U32
14472 0x3888 2 Total Negative Active Energy (no resetable) : Ea- kWh U32
14474 0x388A 2 Total Negative Reactive Energy (no resetable) : Er - kvarh U32
14476 0x388C 2 Partial positive Active Energy: Ea+ kWh U32
14478 0x388E 2 Partial positive Reactive Energy: Er + kvarh U32
14480 0x3890 2 Partial Apparent Energy : Es kVAh U32
14482 0x3892 2 Partial negative Active Energy : Ea- kWh U32
14484 0x3894 2 Partial negative Reactive Energy : Er - kvarh U32
14486 0x3896 2 Number of pulse meter ( 10 Maxi ) - U32
14488 0x3898 2 Total pulse meter Input 1 - U32
14490 0x389A 2 Total pulse meter Input 2 - U32
14492 0x389C 2 Total pulse meter Input 3 - U32
14494 0x389E 2 Total pulse meter Input 4 - U32
14496 0x38A0 2 Total pulse meter Input 5 - U32
14498 0x38A2 2 Total pulse meter Input 6 - U32
14500 0x38A4 2 Total pulse meter Input 7 - U32
14502 0x38A6 2 Total pulse meter Input 8 - U32
14504 0x38A8 2 Total pulse meter Input 9 - U32
14506 0x38AA 2 Total pulse meter Input 10 - U32
14508 0x38AC 2 Predictive Active Power W U32
14510 0x38AE 2 Predictive Reactive Power var U32
14512 0x38B0 2 Predictive Apparent Power VA U32
14514 0x38B2 2 Mean positive active power between 2 signals Wh 10 U32
14516 0x38B4 2 Mean negative active power between 2 signals Wh 10 U32
14518 0x38B6 2 Mean positive reactive power between 2 signals varh 10 U32
14520 0x38B8 2 Mean negative reactive power between 2 signals varh 10 U32
14522 0x38BA 2 Last date for Record average P/Q/S in second since 01/01/2000 - U32
14524 0x38BC 1 Last average (P+) W U16
14525 0x38BD 1 Last average (Q+) var U16
14526 0x38BE 1 Last average (P-) W U16
14527 0x38BF 1 Last average (Q-) var U16
14528 0x38C0 1 Last average S VA U16

Energies #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
14976 0x3A80 Info 65 NONE READ READ

Dec address Hex address Words count Description Unit Data type
14976 0x3A80 2 Hour meter h 10⁻² U32
14978 0x3A82 2 Total Positive Active Energy (no resetable) : Ea+ kWh U32
14980 0x3A84 2 Total Positive Reactive Energy (no resetable) : Er + kvarh U32
14982 0x3A86 2 Total Apparent Energy (no resetable) : Es kVAh U32
14984 0x3A88 2 Total Negative Active Energy (no resetable) : Ea- kWh U32
14986 0x3A8A 2 Total Negative Reactive Energy (no resetable) : Er - kvarh U32
14988 0x3A8C 2 Partial positive Active Energy: Ea+ kWh U32
14990 0x3A8E 2 Partial positive Reactive Energy: Er + kvarh U32
14992 0x3A90 2 Partial Apparent Energy : Es kVAh U32
14994 0x3A92 2 Partial negative Active Energy : Ea- kWh U32
14996 0x3A94 2 Partial negative Reactive Energy : Er - kvarh U32
14998 0x3A96 2 Number of pulse meter ( 10 Maxi ) - U32
15000 0x3A98 2 Total pulse meter Input 1 - U32
15002 0x3A9A 2 Total pulse meter Input 2 - U32
15004 0x3A9C 2 Total pulse meter Input 3 - U32
15006 0x3A9E 2 Total pulse meter Input 4 - U32
15008 0x3AA0 2 Total pulse meter Input 5 - U32
15010 0x3AA2 2 Total pulse meter Input 6 - U32
15012 0x3AA4 2 Total pulse meter Input 7 - U32
15014 0x3AA6 2 Total pulse meter Input 8 - U32
15016 0x3AA8 2 Total pulse meter Input 9 - U32
15018 0x3AAA 2 Total pulse meter Input 10 - U32
15020 0x3AAC 2 Predictive Active Power W U32
15022 0x3AAE 2 Predictive Reactive Power var U32
15024 0x3AB0 2 Predictive Apparent Power VA U32
15026 0x3AB2 2 Mean positive active power between 2 signals Wh 10 U32
15028 0x3AB4 2 Mean negative active power between 2 signals Wh 10 U32
15030 0x3AB6 2 Mean positive reactive power between 2 signals varh 10 U32
15032 0x3AB8 2 Mean negative reactive power between 2 signals varh 10 U32
15034 0x3ABA 2 Last date for Record average P/Q/S in second since 01/01/2000 - U32
15036 0x3ABC 1 Last average (P+) W U16
15037 0x3ABD 1 Last average (Q+) var U16
15038 0x3ABE 1 Last average (P-) W U16
15039 0x3ABF 1 Last average (Q-) var U16
15040 0x3AC0 1 Last average S VA U16

Energies #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15488 0x3C80 Info 65 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15488 0x3C80 2 Hour meter h 10⁻² U32
15490 0x3C82 2 Total Positive Active Energy (no resetable) : Ea+ kWh U32
15492 0x3C84 2 Total Positive Reactive Energy (no resetable) : Er + kvarh U32
15494 0x3C86 2 Total Apparent Energy (no resetable) : Es kVAh U32
15496 0x3C88 2 Total Negative Active Energy (no resetable) : Ea- kWh U32
15498 0x3C8A 2 Total Negative Reactive Energy (no resetable) : Er - kvarh U32
15500 0x3C8C 2 Partial positive Active Energy: Ea+ kWh U32
15502 0x3C8E 2 Partial positive Reactive Energy: Er + kvarh U32
15504 0x3C90 2 Partial Apparent Energy : Es kVAh U32
15506 0x3C92 2 Partial negative Active Energy : Ea- kWh U32
15508 0x3C94 2 Partial negative Reactive Energy : Er - kvarh U32
15510 0x3C96 2 Number of pulse meter ( 10 Maxi ) - U32
15512 0x3C98 2 Total pulse meter Input 1 - U32
15514 0x3C9A 2 Total pulse meter Input 2 - U32
15516 0x3C9C 2 Total pulse meter Input 3 - U32
15518 0x3C9E 2 Total pulse meter Input 4 - U32
15520 0x3CA0 2 Total pulse meter Input 5 - U32
15522 0x3CA2 2 Total pulse meter Input 6 - U32
15524 0x3CA4 2 Total pulse meter Input 7 - U32
15526 0x3CA6 2 Total pulse meter Input 8 - U32
15528 0x3CA8 2 Total pulse meter Input 9 - U32
15530 0x3CAA 2 Total pulse meter Input 10 - U32
15532 0x3CAC 2 Predictive Active Power W U32
15534 0x3CAE 2 Predictive Reactive Power var U32
15536 0x3CB0 2 Predictive Apparent Power VA U32
15538 0x3CB2 2 Mean positive active power between 2 signals Wh 10 U32
15540 0x3CB4 2 Mean negative active power between 2 signals Wh 10 U32
15542 0x3CB6 2 Mean positive reactive power between 2 signals varh 10 U32
15544 0x3CB8 2 Mean negative reactive power between 2 signals varh 10 U32
15546 0x3CBA 2 Last date for Record average P/Q/S in second since 01/01/2000 - U32
15548 0x3CBC 1 Last average (P+) W U16
15549 0x3CBD 1 Last average (Q+) var U16
15550 0x3CBE 1 Last average (P-) W U16
15551 0x3CBF 1 Last average (Q-) var U16
15552 0x3CC0 1 Last average S VA U16

Energies #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
16000 0x3E80 Info 65 NONE READ READ

Dec address Hex address Words count Description Unit Data type
16000 0x3E80 2 Hour meter h 10⁻² U32
16002 0x3E82 2 Total Positive Active Energy (no resetable) : Ea+ kWh U32
16004 0x3E84 2 Total Positive Reactive Energy (no resetable) : Er + kvarh U32
16006 0x3E86 2 Total Apparent Energy (no resetable) : Es kVAh U32
16008 0x3E88 2 Total Negative Active Energy (no resetable) : Ea- kWh U32
16010 0x3E8A 2 Total Negative Reactive Energy (no resetable) : Er - kvarh U32
16012 0x3E8C 2 Partial positive Active Energy: Ea+ kWh U32
16014 0x3E8E 2 Partial positive Reactive Energy: Er + kvarh U32
16016 0x3E90 2 Partial Apparent Energy : Es kVAh U32
16018 0x3E92 2 Partial negative Active Energy : Ea- kWh U32
16020 0x3E94 2 Partial negative Reactive Energy : Er - kvarh U32
16022 0x3E96 2 Number of pulse meter ( 10 Maxi ) - U32
16024 0x3E98 2 Total pulse meter Input 1 - U32
16026 0x3E9A 2 Total pulse meter Input 2 - U32
16028 0x3E9C 2 Total pulse meter Input 3 - U32
16030 0x3E9E 2 Total pulse meter Input 4 - U32
16032 0x3EA0 2 Total pulse meter Input 5 - U32
16034 0x3EA2 2 Total pulse meter Input 6 - U32
16036 0x3EA4 2 Total pulse meter Input 7 - U32
16038 0x3EA6 2 Total pulse meter Input 8 - U32
16040 0x3EA8 2 Total pulse meter Input 9 - U32
16042 0x3EAA 2 Total pulse meter Input 10 - U32
16044 0x3EAC 2 Predictive Active Power W U32
16046 0x3EAE 2 Predictive Reactive Power var U32
16048 0x3EB0 2 Predictive Apparent Power VA U32
16050 0x3EB2 2 Mean positive active power between 2 signals Wh 10 U32
16052 0x3EB4 2 Mean negative active power between 2 signals Wh 10 U32
16054 0x3EB6 2 Mean positive reactive power between 2 signals varh 10 U32
16056 0x3EB8 2 Mean negative reactive power between 2 signals varh 10 U32
16058 0x3EBA 2 Last date for Record average P/Q/S in second since 01/01/2000 - U32
16060 0x3EBC 1 Last average (P+) W U16
16061 0x3EBD 1 Last average (Q+) var U16
16062 0x3EBE 1 Last average (P-) W U16
16063 0x3EBF 1 Last average (Q-) var U16
16064 0x3EC0 1 Last average S VA U16

Statistique affected by current and voltage transformers #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
14592 0x3900 Info 70 NONE READ READ

Dec address Hex address Words count Description Unit Data type
14592 0x3900 2 Avg U12 V 10⁻² U32
14594 0x3902 2 Avg U23 V 10⁻² U32
14596 0x3904 2 Avg U31 V 10⁻² U32
14598 0x3906 2 Avg V1 V 10⁻² U32
14600 0x3908 2 Avg V2 V 10⁻² U32
14602 0x390A 2 Avg V3 V 10⁻² U32
14604 0x390C 2 Avg F Hz 10⁻² U32
14606 0x390E 2 Avg I1 mA U32
14608 0x3910 2 Avg I2 mA U32
14610 0x3912 2 Avg I3 mA U32
14612 0x3914 2 Avg In mA U32
14614 0x3916 2 Avg P+ (? active power +) W 10 U32
14616 0x3918 2 Avg P- (? active power -) W 10 U32
14618 0x391A 2 Avg Q+ (? reactive power +) var 10 U32
14620 0x391C 2 Avg Q-(? reactive power -) var 10 U32
14622 0x391E 2 Avg S (? apparent power) VA 10 U32
14624 0x3920 2 Max/avg U12 V 10⁻² U32
14626 0x3922 2 Max/avg U23 V 10⁻² U32
14628 0x3924 2 Max/avg U31 V 10⁻² U32
14630 0x3926 2 Max/avg V1 V 10⁻² U32
14632 0x3928 2 Max/avg V2 V 10⁻² U32
14634 0x392A 2 Max/avg V3 V 10⁻² U32
14636 0x392C 2 Max/avg F Hz 10⁻² U32
14638 0x392E 2 Max/avg I1 mA U32
14640 0x3930 2 Max/avg I2 mA U32
14642 0x3932 2 Max/avg I3 mA U32
14644 0x3934 2 Max/avg In mA U32
14646 0x3936 2 Max/avg P+ W 10 U32
14648 0x3938 2 Max/avg P- W 10 U32
14650 0x393A 2 Max/avg Q+ var 10 U32
14652 0x393C 2 Max/avg Q- var 10 U32
14654 0x393E 2 Max/avg S VA 10 U32
14656 0x3940 1 Minimum THD I - / 1000 U16
14657 0x3941 1 Minimum THD In - / 1000 U16
14658 0x3942 1 Minimum THD U - / 1000 U16
14659 0x3943 1 Maximum THD I - / 1000 U16
14660 0x3944 1 Maximum THD In - / 1000 U16
14661 0x3945 1 Maximum THD U - / 1000 U16

Statistique affected by current and voltage transformers #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15104 0x3B00 Info 70 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15104 0x3B00 2 Avg U12 V 10⁻² U32
15106 0x3B02 2 Avg U23 V 10⁻² U32
15108 0x3B04 2 Avg U31 V 10⁻² U32
15110 0x3B06 2 Avg V1 V 10⁻² U32
15112 0x3B08 2 Avg V2 V 10⁻² U32
15114 0x3B0A 2 Avg V3 V 10⁻² U32
15116 0x3B0C 2 Avg F Hz 10⁻² U32
15118 0x3B0E 2 Avg I1 mA U32
15120 0x3B10 2 Avg I2 mA U32
15122 0x3B12 2 Avg I3 mA U32
15124 0x3B14 2 Avg In mA U32
15126 0x3B16 2 Avg P+ (? active power +) W 10 U32
15128 0x3B18 2 Avg P- (? active power -) W 10 U32
15130 0x3B1A 2 Avg Q+ (? reactive power +) var 10 U32
15132 0x3B1C 2 Avg Q-(? reactive power -) var 10 U32
15134 0x3B1E 2 Avg S (? apparent power) VA 10 U32
15136 0x3B20 2 Max/avg U12 V 10⁻² U32
15138 0x3B22 2 Max/avg U23 V 10⁻² U32
15140 0x3B24 2 Max/avg U31 V 10⁻² U32
15142 0x3B26 2 Max/avg V1 V 10⁻² U32
15144 0x3B28 2 Max/avg V2 V 10⁻² U32
15146 0x3B2A 2 Max/avg V3 V 10⁻² U32
15148 0x3B2C 2 Max/avg F Hz 10⁻² U32
15150 0x3B2E 2 Max/avg I1 mA U32
15152 0x3B30 2 Max/avg I2 mA U32
15154 0x3B32 2 Max/avg I3 mA U32
15156 0x3B34 2 Max/avg In mA U32
15158 0x3B36 2 Max/avg P+ W 10 U32
15160 0x3B38 2 Max/avg P- W 10 U32
15162 0x3B3A 2 Max/avg Q+ var 10 U32
15164 0x3B3C 2 Max/avg Q- var 10 U32
15166 0x3B3E 2 Max/avg S VA 10 U32
15168 0x3B40 1 Minimum THD I - / 1000 U16
15169 0x3B41 1 Minimum THD In - / 1000 U16
15170 0x3B42 1 Minimum THD U - / 1000 U16
15171 0x3B43 1 Maximum THD I - / 1000 U16
15172 0x3B44 1 Maximum THD In - / 1000 U16
15173 0x3B45 1 Maximum THD U - / 1000 U16

Statistique affected by current and voltage transformers #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
15616 0x3D00 Info 70 NONE READ READ

Dec address Hex address Words count Description Unit Data type
15616 0x3D00 2 Avg U12 V 10⁻² U32
15618 0x3D02 2 Avg U23 V 10⁻² U32
15620 0x3D04 2 Avg U31 V 10⁻² U32
15622 0x3D06 2 Avg V1 V 10⁻² U32
15624 0x3D08 2 Avg V2 V 10⁻² U32
15626 0x3D0A 2 Avg V3 V 10⁻² U32
15628 0x3D0C 2 Avg F Hz 10⁻² U32
15630 0x3D0E 2 Avg I1 mA U32
15632 0x3D10 2 Avg I2 mA U32
15634 0x3D12 2 Avg I3 mA U32
15636 0x3D14 2 Avg In mA U32
15638 0x3D16 2 Avg P+ (? active power +) W 10 U32
15640 0x3D18 2 Avg P- (? active power -) W 10 U32
15642 0x3D1A 2 Avg Q+ (? reactive power +) var 10 U32
15644 0x3D1C 2 Avg Q-(? reactive power -) var 10 U32
15646 0x3D1E 2 Avg S (? apparent power) VA 10 U32
15648 0x3D20 2 Max/avg U12 V 10⁻² U32
15650 0x3D22 2 Max/avg U23 V 10⁻² U32
15652 0x3D24 2 Max/avg U31 V 10⁻² U32
15654 0x3D26 2 Max/avg V1 V 10⁻² U32
15656 0x3D28 2 Max/avg V2 V 10⁻² U32
15658 0x3D2A 2 Max/avg V3 V 10⁻² U32
15660 0x3D2C 2 Max/avg F Hz 10⁻² U32
15662 0x3D2E 2 Max/avg I1 mA U32
15664 0x3D30 2 Max/avg I2 mA U32
15666 0x3D32 2 Max/avg I3 mA U32
15668 0x3D34 2 Max/avg In mA U32
15670 0x3D36 2 Max/avg P+ W 10 U32
15672 0x3D38 2 Max/avg P- W 10 U32
15674 0x3D3A 2 Max/avg Q+ var 10 U32
15676 0x3D3C 2 Max/avg Q- var 10 U32
15678 0x3D3E 2 Max/avg S VA 10 U32
15680 0x3D40 1 Minimum THD I - / 1000 U16
15681 0x3D41 1 Minimum THD In - / 1000 U16
15682 0x3D42 1 Minimum THD U - / 1000 U16
15683 0x3D43 1 Maximum THD I - / 1000 U16
15684 0x3D44 1 Maximum THD In - / 1000 U16
15685 0x3D45 1 Maximum THD U - / 1000 U16

Statistique affected by current and voltage transformers #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
16128 0x3F00 Info 70 NONE READ READ

Dec address Hex address Words count Description Unit Data type
16128 0x3F00 2 Avg U12 V 10⁻² U32
16130 0x3F02 2 Avg U23 V 10⁻² U32
16132 0x3F04 2 Avg U31 V 10⁻² U32
16134 0x3F06 2 Avg V1 V 10⁻² U32
16136 0x3F08 2 Avg V2 V 10⁻² U32
16138 0x3F0A 2 Avg V3 V 10⁻² U32
16140 0x3F0C 2 Avg F Hz 10⁻² U32
16142 0x3F0E 2 Avg I1 mA U32
16144 0x3F10 2 Avg I2 mA U32
16146 0x3F12 2 Avg I3 mA U32
16148 0x3F14 2 Avg In mA U32
16150 0x3F16 2 Avg P+ (? active power +) W 10 U32
16152 0x3F18 2 Avg P- (? active power -) W 10 U32
16154 0x3F1A 2 Avg Q+ (? reactive power +) var 10 U32
16156 0x3F1C 2 Avg Q-(? reactive power -) var 10 U32
16158 0x3F1E 2 Avg S (? apparent power) VA 10 U32
16160 0x3F20 2 Max/avg U12 V 10⁻² U32
16162 0x3F22 2 Max/avg U23 V 10⁻² U32
16164 0x3F24 2 Max/avg U31 V 10⁻² U32
16166 0x3F26 2 Max/avg V1 V 10⁻² U32
16168 0x3F28 2 Max/avg V2 V 10⁻² U32
16170 0x3F2A 2 Max/avg V3 V 10⁻² U32
16172 0x3F2C 2 Max/avg F Hz 10⁻² U32
16174 0x3F2E 2 Max/avg I1 mA U32
16176 0x3F30 2 Max/avg I2 mA U32
16178 0x3F32 2 Max/avg I3 mA U32
16180 0x3F34 2 Max/avg In mA U32
16182 0x3F36 2 Max/avg P+ W 10 U32
16184 0x3F38 2 Max/avg P- W 10 U32
16186 0x3F3A 2 Max/avg Q+ var 10 U32
16188 0x3F3C 2 Max/avg Q- var 10 U32
16190 0x3F3E 2 Max/avg S VA 10 U32
16192 0x3F40 1 Minimum THD I - / 1000 U16
16193 0x3F41 1 Minimum THD In - / 1000 U16
16194 0x3F42 1 Minimum THD U - / 1000 U16
16195 0x3F43 1 Maximum THD I - / 1000 U16
16196 0x3F44 1 Maximum THD In - / 1000 U16
16197 0x3F45 1 Maximum THD U - / 1000 U16



Power Quality Analysis


Quality events


Inrush events in progress #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
58448 0xE450 Info 54 NONE READ READ

Dec address Hex address Words count Description Unit Data type
58448 0xE450 1 Ack ID - U16
58449 0xE451 1 Status :
0 : Inactive
1 : Active
2 : Finished
3 : FinishedAndAck
- U16
58450 0xE452 1 Criticality :
0 : Information
1 : Not critical
2 : Critical
- U16
58451 0xE453 1 Alarm cause :
0 : Cause Unknown
11 : Inrush Active
- U16
58452 0xE454 2 Start date - DATETIME
58454 0xE456 2 Duration - U32
58456 0xE458 1 Event state
0 : Unactive
1 : Active
- U16
58457 0xE459 1 Event type
0 : Unknown
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
- U16
58458 0xE45A 4 Start date - DATETIME_MS
58462 0xE45E 4 End date - DATETIME_MS
58466 0xE462 1 Net/Load
0 : Net
1 : Load1
2 : Load2
3 : Load3
4 : Load4
6 : Undefined
- U8
58467 0xE463 1 Line mask - U16_HEX
58468 0xE464 1 Start mask - U16_HEX
58469 0xE465 1 End mask - U16_HEX
58470 0xE466 1 Trig ratio % U16
58471 0xE467 1 Ret trig ratio % U16
58472 0xE468 2 Bit weight VU mV U32
58474 0xE46A 2 Bit weight I1 A 10⁻⁵ U32
58476 0xE46C 2 Bit weight I2 A 10⁻⁵ U32
58478 0xE46E 2 Bit weight I3 A 10⁻⁵ U32
58480 0xE470 2 Bit weight In A 10⁻⁵ U32
58482 0xE472 1 V1ref - U16
58483 0xE473 1 V2ref - U16
58484 0xE474 1 V3ref - U16
58485 0xE475 1 U12ref - U16
58486 0xE476 1 U23ref - U16
58487 0xE477 1 U31ref - U16
58488 0xE478 1 I1ref - U16
58489 0xE479 1 I2ref - U16
58490 0xE47A 1 I3ref - U16
58491 0xE47B 1 Inref - U16
58492 0xE47C 1 V1 min/max - U16
58493 0xE47D 1 V2 min/max - U16
58494 0xE47E 1 V3 min/max - U16
58495 0xE47F 1 U12 min/max - U16
58496 0xE480 1 U23 min/max - U16
58497 0xE481 1 U31 min/max - U16
58498 0xE482 1 I1 min/max - U16
58499 0xE483 1 I2 min/max - U16
58500 0xE484 1 I3 min/max - U16
58501 0xE485 1 In min/max - U16

Inrush events in progress #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
58504 0xE488 Info 54 NONE READ READ

Dec address Hex address Words count Description Unit Data type
58504 0xE488 1 Ack ID - U16
58505 0xE489 1 Status :
0 : Inactive
1 : Active
2 : Finished
3 : FinishedAndAck
- U16
58506 0xE48A 1 Criticality :
0 : Information
1 : Not critical
2 : Critical
- U16
58507 0xE48B 1 Alarm cause :
0 : Cause Unknown
11 : Inrush Active
- U16
58508 0xE48C 2 Start date - DATETIME
58510 0xE48E 2 Duration - U32
58512 0xE490 1 Event state
0 : Unactive
1 : Active
- U16
58513 0xE491 1 Event type
0 : Unknown
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
- U16
58514 0xE492 4 Start date - DATETIME_MS
58518 0xE496 4 End date - DATETIME_MS
58522 0xE49A 1 Net/Load
0 : Net
1 : Load1
2 : Load2
3 : Load3
4 : Load4
6 : Undefined
- U8
58523 0xE49B 1 Line mask - U16_HEX
58524 0xE49C 1 Start mask - U16_HEX
58525 0xE49D 1 End mask - U16_HEX
58526 0xE49E 1 Trig ratio % U16
58527 0xE49F 1 Ret trig ratio % U16
58528 0xE4A0 2 Bit weight VU mV U32
58530 0xE4A2 2 Bit weight I1 A 10⁻⁵ U32
58532 0xE4A4 2 Bit weight I2 A 10⁻⁵ U32
58534 0xE4A6 2 Bit weight I3 A 10⁻⁵ U32
58536 0xE4A8 2 Bit weight In A 10⁻⁵ U32
58538 0xE4AA 1 V1ref - U16
58539 0xE4AB 1 V2ref - U16
58540 0xE4AC 1 V3ref - U16
58541 0xE4AD 1 U12ref - U16
58542 0xE4AE 1 U23ref - U16
58543 0xE4AF 1 U31ref - U16
58544 0xE4B0 1 I1ref - U16
58545 0xE4B1 1 I2ref - U16
58546 0xE4B2 1 I3ref - U16
58547 0xE4B3 1 Inref - U16
58548 0xE4B4 1 V1 min/max - U16
58549 0xE4B5 1 V2 min/max - U16
58550 0xE4B6 1 V3 min/max - U16
58551 0xE4B7 1 U12 min/max - U16
58552 0xE4B8 1 U23 min/max - U16
58553 0xE4B9 1 U31 min/max - U16
58554 0xE4BA 1 I1 min/max - U16
58555 0xE4BB 1 I2 min/max - U16
58556 0xE4BC 1 I3 min/max - U16
58557 0xE4BD 1 In min/max - U16

Inrush events in progress #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
58560 0xE4C0 Info 54 NONE READ READ

Dec address Hex address Words count Description Unit Data type
58560 0xE4C0 1 Ack ID - U16
58561 0xE4C1 1 Status :
0 : Inactive
1 : Active
2 : Finished
3 : FinishedAndAck
- U16
58562 0xE4C2 1 Criticality :
0 : Information
1 : Not critical
2 : Critical
- U16
58563 0xE4C3 1 Alarm cause :
0 : Cause Unknown
11 : Inrush Active
- U16
58564 0xE4C4 2 Start date - DATETIME
58566 0xE4C6 2 Duration - U32
58568 0xE4C8 1 Event state
0 : Unactive
1 : Active
- U16
58569 0xE4C9 1 Event type
0 : Unknown
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
- U16
58570 0xE4CA 4 Start date - DATETIME_MS
58574 0xE4CE 4 End date - DATETIME_MS
58578 0xE4D2 1 Net/Load
0 : Net
1 : Load1
2 : Load2
3 : Load3
4 : Load4
6 : Undefined
- U8
58579 0xE4D3 1 Line mask - U16_HEX
58580 0xE4D4 1 Start mask - U16_HEX
58581 0xE4D5 1 End mask - U16_HEX
58582 0xE4D6 1 Trig ratio % U16
58583 0xE4D7 1 Ret trig ratio % U16
58584 0xE4D8 2 Bit weight VU mV U32
58586 0xE4DA 2 Bit weight I1 A 10⁻⁵ U32
58588 0xE4DC 2 Bit weight I2 A 10⁻⁵ U32
58590 0xE4DE 2 Bit weight I3 A 10⁻⁵ U32
58592 0xE4E0 2 Bit weight In A 10⁻⁵ U32
58594 0xE4E2 1 V1ref - U16
58595 0xE4E3 1 V2ref - U16
58596 0xE4E4 1 V3ref - U16
58597 0xE4E5 1 U12ref - U16
58598 0xE4E6 1 U23ref - U16
58599 0xE4E7 1 U31ref - U16
58600 0xE4E8 1 I1ref - U16
58601 0xE4E9 1 I2ref - U16
58602 0xE4EA 1 I3ref - U16
58603 0xE4EB 1 Inref - U16
58604 0xE4EC 1 V1 min/max - U16
58605 0xE4ED 1 V2 min/max - U16
58606 0xE4EE 1 V3 min/max - U16
58607 0xE4EF 1 U12 min/max - U16
58608 0xE4F0 1 U23 min/max - U16
58609 0xE4F1 1 U31 min/max - U16
58610 0xE4F2 1 I1 min/max - U16
58611 0xE4F3 1 I2 min/max - U16
58612 0xE4F4 1 I3 min/max - U16
58613 0xE4F5 1 In min/max - U16

Inrush events in progress #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
58616 0xE4F8 Info 54 NONE READ READ

Dec address Hex address Words count Description Unit Data type
58616 0xE4F8 1 Ack ID - U16
58617 0xE4F9 1 Status :
0 : Inactive
1 : Active
2 : Finished
3 : FinishedAndAck
- U16
58618 0xE4FA 1 Criticality :
0 : Information
1 : Not critical
2 : Critical
- U16
58619 0xE4FB 1 Alarm cause :
0 : Cause Unknown
11 : Inrush Active
- U16
58620 0xE4FC 2 Start date - DATETIME
58622 0xE4FE 2 Duration - U32
58624 0xE500 1 Event state
0 : Unactive
1 : Active
- U16
58625 0xE501 1 Event type
0 : Unknown
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
- U16
58626 0xE502 4 Start date - DATETIME_MS
58630 0xE506 4 End date - DATETIME_MS
58634 0xE50A 1 Net/Load
0 : Net
1 : Load1
2 : Load2
3 : Load3
4 : Load4
6 : Undefined
- U8
58635 0xE50B 1 Line mask - U16_HEX
58636 0xE50C 1 Start mask - U16_HEX
58637 0xE50D 1 End mask - U16_HEX
58638 0xE50E 1 Trig ratio % U16
58639 0xE50F 1 Ret trig ratio % U16
58640 0xE510 2 Bit weight VU mV U32
58642 0xE512 2 Bit weight I1 A 10⁻⁵ U32
58644 0xE514 2 Bit weight I2 A 10⁻⁵ U32
58646 0xE516 2 Bit weight I3 A 10⁻⁵ U32
58648 0xE518 2 Bit weight In A 10⁻⁵ U32
58650 0xE51A 1 V1ref - U16
58651 0xE51B 1 V2ref - U16
58652 0xE51C 1 V3ref - U16
58653 0xE51D 1 U12ref - U16
58654 0xE51E 1 U23ref - U16
58655 0xE51F 1 U31ref - U16
58656 0xE520 1 I1ref - U16
58657 0xE521 1 I2ref - U16
58658 0xE522 1 I3ref - U16
58659 0xE523 1 Inref - U16
58660 0xE524 1 V1 min/max - U16
58661 0xE525 1 V2 min/max - U16
58662 0xE526 1 V3 min/max - U16
58663 0xE527 1 U12 min/max - U16
58664 0xE528 1 U23 min/max - U16
58665 0xE529 1 U31 min/max - U16
58666 0xE52A 1 I1 min/max - U16
58667 0xE52B 1 I2 min/max - U16
58668 0xE52C 1 I3 min/max - U16
58669 0xE52D 1 In min/max - U16

Quality events historical


Command

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
58128 0xE310 Command 2 NONE WRITE_MANY WRITE_MANY

Dec address Hex address Words count Description Unit Data type
58128 0xE310 1 Start record number (0 to 65534) or 65535 for last record - U16
58129 0xE311 1 Event type
0 : All
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
5 : Trip
- U16

Header

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
58144 0xE320 Header 4 NONE READ READ

Dec address Hex address Words count Description Unit Data type
58144 0xE320 1 Next record number - U16
58145 0xE321 1 Items count (max 2 per request) - U16
58146 0xE322 1 Item size (words) - U16
58147 0xE323 1 Event type
0 : All
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
5 : Trip
- U16

Data

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
58148 0xE324 Data 47 NONE READ READ

Dec address Hex address Words count Description Unit Data type
58148 0xE324 1 Event type
0 : Unknown
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
- U16
58149 0xE325 1 Alarm Cause - U16
58150 0xE326 1 Criticality - U8
58151 0xE327 4 Start date - DATETIME_MS
58155 0xE32B 4 End date - DATETIME_MS
58159 0xE32F 1 Net/Load
0 : Net
1 : Load 1
2 : Load 2
3 : Load 3
4 : Load 4
6 : Undefined
- U8
58160 0xE330 1 Line mask - U16_HEX
58161 0xE331 1 Start mask - U16_HEX
58162 0xE332 1 End mask - U16_HEX
58163 0xE333 1 Trig ratio % U16
58164 0xE334 1 Ret trig ratio % U16
58165 0xE335 2 Bit weight VU mV U32
58167 0xE337 2 Bit weight I1 A 10⁻⁵ U32
58169 0xE339 2 Bit weight I2 A 10⁻⁵ U32
58171 0xE33B 2 Bit weight I3 A 10⁻⁵ U32
58173 0xE33D 2 Bit weight In A 10⁻⁵ U32
58175 0xE33F 1 V1ref - U16
58176 0xE340 1 V2ref - U16
58177 0xE341 1 V3ref - U16
58178 0xE342 1 U12ref - U16
58179 0xE343 1 U23ref - U16
58180 0xE344 1 U31ref - U16
58181 0xE345 1 I1ref - U16
58182 0xE346 1 I2ref - U16
58183 0xE347 1 I3ref - U16
58184 0xE348 1 Inref - U16
58185 0xE349 1 V1 min/max - U16
58186 0xE34A 1 V2 min/max - U16
58187 0xE34B 1 V3 min/max - U16
58188 0xE34C 1 U12 min/max - U16
58189 0xE34D 1 U23 min/max - U16
58190 0xE34E 1 U31 min/max - U16
58191 0xE34F 1 I1 min/max - U16
58192 0xE350 1 I2 min/max - U16
58193 0xE351 1 I3 min/max - U16
58194 0xE352 1 In min/max - U16

Legacy


Legacy - Inrush events in progress #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
42384 0xA590 Info 46 NONE READ READ

Dec address Hex address Words count Description Unit Data type
42384 0xA590 1 Event state
0 : Unactive
1 : Active
- U16
42385 0xA591 1 Event type
0 : Unknown
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
5 : Trip
- U16
42386 0xA592 4 Start date - DATETIME_MS
42390 0xA596 4 End date - DATETIME_MS
42394 0xA59A 1 Net/Load
0 : Net
1 : Load1
2 : Load2
3 : Load3
4 : Load4
6 : Undefined
- U8
42395 0xA59B 1 Line mask - U16_HEX
42396 0xA59C 1 Start mask - U16_HEX
42397 0xA59D 1 End mask - U16_HEX
42398 0xA59E 1 Trig ratio % U16
42399 0xA59F 1 Ret trig ratio % U16
42400 0xA5A0 2 Bit weight VU mV U32
42402 0xA5A2 2 Bit weight I1 A 10⁻⁵ U32
42404 0xA5A4 2 Bit weight I2 A 10⁻⁵ U32
42406 0xA5A6 2 Bit weight I3 A 10⁻⁵ U32
42408 0xA5A8 2 Bit weight In A 10⁻⁵ U32
42410 0xA5AA 1 V1ref - U16
42411 0xA5AB 1 V2ref - U16
42412 0xA5AC 1 V3ref - U16
42413 0xA5AD 1 U12ref - U16
42414 0xA5AE 1 U23ref - U16
42415 0xA5AF 1 U31ref - U16
42416 0xA5B0 1 I1ref - U16
42417 0xA5B1 1 I2ref - U16
42418 0xA5B2 1 I3ref - U16
42419 0xA5B3 1 Inref - U16
42420 0xA5B4 1 V1 min/max - U16
42421 0xA5B5 1 V2 min/max - U16
42422 0xA5B6 1 V3 min/max - U16
42423 0xA5B7 1 U12 min/max - U16
42424 0xA5B8 1 U23 min/max - U16
42425 0xA5B9 1 U31 min/max - U16
42426 0xA5BA 1 I1 min/max - U16
42427 0xA5BB 1 I2 min/max - U16
42428 0xA5BC 1 I3 min/max - U16
42429 0xA5BD 1 In min/max - U16

Legacy - Inrush events in progress #2


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
42430 0xA5BE Info 46 NONE READ READ

Dec address Hex address Words count Description Unit Data type
42430 0xA5BE 1 Event state
0 : Unactive
1 : Active
- U16
42431 0xA5BF 1 Event type
0 : Unknown
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
5 : Trip
- U16
42432 0xA5C0 4 Start date - DATETIME_MS
42436 0xA5C4 4 End date - DATETIME_MS
42440 0xA5C8 1 Net/Load
0 : Net
1 : Load1
2 : Load2
3 : Load3
4 : Load4
6 : Undefined
- U8
42441 0xA5C9 1 Line mask - U16_HEX
42442 0xA5CA 1 Start mask - U16_HEX
42443 0xA5CB 1 End mask - U16_HEX
42444 0xA5CC 1 Trig ratio % U16
42445 0xA5CD 1 Ret trig ratio % U16
42446 0xA5CE 2 Bit weight VU mV U32
42448 0xA5D0 2 Bit weight I1 A 10⁻⁵ U32
42450 0xA5D2 2 Bit weight I2 A 10⁻⁵ U32
42452 0xA5D4 2 Bit weight I3 A 10⁻⁵ U32
42454 0xA5D6 2 Bit weight In A 10⁻⁵ U32
42456 0xA5D8 1 V1ref - U16
42457 0xA5D9 1 V2ref - U16
42458 0xA5DA 1 V3ref - U16
42459 0xA5DB 1 U12ref - U16
42460 0xA5DC 1 U23ref - U16
42461 0xA5DD 1 U31ref - U16
42462 0xA5DE 1 I1ref - U16
42463 0xA5DF 1 I2ref - U16
42464 0xA5E0 1 I3ref - U16
42465 0xA5E1 1 Inref - U16
42466 0xA5E2 1 V1 min/max - U16
42467 0xA5E3 1 V2 min/max - U16
42468 0xA5E4 1 V3 min/max - U16
42469 0xA5E5 1 U12 min/max - U16
42470 0xA5E6 1 U23 min/max - U16
42471 0xA5E7 1 U31 min/max - U16
42472 0xA5E8 1 I1 min/max - U16
42473 0xA5E9 1 I2 min/max - U16
42474 0xA5EA 1 I3 min/max - U16
42475 0xA5EB 1 In min/max - U16

Legacy - Inrush events in progress #3


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
42476 0xA5EC Info 46 NONE READ READ

Dec address Hex address Words count Description Unit Data type
42476 0xA5EC 1 Event state
0 : Unactive
1 : Active
- U16
42477 0xA5ED 1 Event type
0 : Unknown
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
5 : Trip
- U16
42478 0xA5EE 4 Start date - DATETIME_MS
42482 0xA5F2 4 End date - DATETIME_MS
42486 0xA5F6 1 Net/Load
0 : Net
1 : Load1
2 : Load2
3 : Load3
4 : Load4
6 : Undefined
- U8
42487 0xA5F7 1 Line mask - U16_HEX
42488 0xA5F8 1 Start mask - U16_HEX
42489 0xA5F9 1 End mask - U16_HEX
42490 0xA5FA 1 Trig ratio % U16
42491 0xA5FB 1 Ret trig ratio % U16
42492 0xA5FC 2 Bit weight VU mV U32
42494 0xA5FE 2 Bit weight I1 A 10⁻⁵ U32
42496 0xA600 2 Bit weight I2 A 10⁻⁵ U32
42498 0xA602 2 Bit weight I3 A 10⁻⁵ U32
42500 0xA604 2 Bit weight In A 10⁻⁵ U32
42502 0xA606 1 V1ref - U16
42503 0xA607 1 V2ref - U16
42504 0xA608 1 V3ref - U16
42505 0xA609 1 U12ref - U16
42506 0xA60A 1 U23ref - U16
42507 0xA60B 1 U31ref - U16
42508 0xA60C 1 I1ref - U16
42509 0xA60D 1 I2ref - U16
42510 0xA60E 1 I3ref - U16
42511 0xA60F 1 Inref - U16
42512 0xA610 1 V1 min/max - U16
42513 0xA611 1 V2 min/max - U16
42514 0xA612 1 V3 min/max - U16
42515 0xA613 1 U12 min/max - U16
42516 0xA614 1 U23 min/max - U16
42517 0xA615 1 U31 min/max - U16
42518 0xA616 1 I1 min/max - U16
42519 0xA617 1 I2 min/max - U16
42520 0xA618 1 I3 min/max - U16
42521 0xA619 1 In min/max - U16

Legacy - Inrush events in progress #4


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
42522 0xA61A Info 46 NONE READ READ

Dec address Hex address Words count Description Unit Data type
42522 0xA61A 1 Event state
0 : Unactive
1 : Active
- U16
42523 0xA61B 1 Event type
0 : Unknown
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
5 : Trip
- U16
42524 0xA61C 4 Start date - DATETIME_MS
42528 0xA620 4 End date - DATETIME_MS
42532 0xA624 1 Net/Load
0 : Net
1 : Load1
2 : Load2
3 : Load3
4 : Load4
6 : Undefined
- U8
42533 0xA625 1 Line mask - U16_HEX
42534 0xA626 1 Start mask - U16_HEX
42535 0xA627 1 End mask - U16_HEX
42536 0xA628 1 Trig ratio % U16
42537 0xA629 1 Ret trig ratio % U16
42538 0xA62A 2 Bit weight VU mV U32
42540 0xA62C 2 Bit weight I1 A 10⁻⁵ U32
42542 0xA62E 2 Bit weight I2 A 10⁻⁵ U32
42544 0xA630 2 Bit weight I3 A 10⁻⁵ U32
42546 0xA632 2 Bit weight In A 10⁻⁵ U32
42548 0xA634 1 V1ref - U16
42549 0xA635 1 V2ref - U16
42550 0xA636 1 V3ref - U16
42551 0xA637 1 U12ref - U16
42552 0xA638 1 U23ref - U16
42553 0xA639 1 U31ref - U16
42554 0xA63A 1 I1ref - U16
42555 0xA63B 1 I2ref - U16
42556 0xA63C 1 I3ref - U16
42557 0xA63D 1 Inref - U16
42558 0xA63E 1 V1 min/max - U16
42559 0xA63F 1 V2 min/max - U16
42560 0xA640 1 V3 min/max - U16
42561 0xA641 1 U12 min/max - U16
42562 0xA642 1 U23 min/max - U16
42563 0xA643 1 U31 min/max - U16
42564 0xA644 1 I1 min/max - U16
42565 0xA645 1 I2 min/max - U16
42566 0xA646 1 I3 min/max - U16
42567 0xA647 1 In min/max - U16

Legacy - Quality events log


Command

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
42752 0xA700 Command 2 NONE WRITE_MANY WRITE_MANY

Dec address Hex address Words count Description Unit Data type
42752 0xA700 1 Start record number (0 to 65534) or 65535 for last record - U16
42753 0xA701 1 Event type
0 : All
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
5 : Trip
- U16

Header

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
42768 0xA710 Header 4 NONE READ READ

Dec address Hex address Words count Description Unit Data type
42768 0xA710 1 Next record number - U16
42769 0xA711 1 Items count (max 3 per request) - U16
42770 0xA712 1 Item size (words) - U16
42771 0xA713 1 Event type
0 : All
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
5 : Trip
- U16

Data

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
42772 0xA714 Data 45 NONE READ READ

Dec address Hex address Words count Description Unit Data type
42772 0xA714 1 Event type
0 : Unknown
1 : Swell
2 : Dip
3 : Interruption
4 : Inrush current
5 : Trip
- U16
42773 0xA715 4 Start date - DATETIME_MS
42777 0xA719 4 End date - DATETIME_MS
42781 0xA71D 1 Net/Load
0 : Net
1 : Load 1
2 : Load 2
3 : Load 3
4 : Load 4
6 : Undefined
- U8
42782 0xA71E 1 Line mask - U16_HEX
42783 0xA71F 1 Start mask - U16_HEX
42784 0xA720 1 End mask - U16_HEX
42785 0xA721 1 Trig ratio % U16
42786 0xA722 1 Ret trig ratio % U16
42787 0xA723 2 Bit weight VU mV U32
42789 0xA725 2 Bit weight I1 A 10⁻⁵ U32
42791 0xA727 2 Bit weight I2 A 10⁻⁵ U32
42793 0xA729 2 Bit weight I3 A 10⁻⁵ U32
42795 0xA72B 2 Bit weight In A 10⁻⁵ U32
42797 0xA72D 1 V1ref - U16
42798 0xA72E 1 V2ref - U16
42799 0xA72F 1 V3ref - U16
42800 0xA730 1 U12ref - U16
42801 0xA731 1 U23ref - U16
42802 0xA732 1 U31ref - U16
42803 0xA733 1 I1ref - U16
42804 0xA734 1 I2ref - U16
42805 0xA735 1 I3ref - U16
42806 0xA736 1 Inref - U16
42807 0xA737 1 V1 min/max - U16
42808 0xA738 1 V2 min/max - U16
42809 0xA739 1 V3 min/max - U16
42810 0xA73A 1 U12 min/max - U16
42811 0xA73B 1 U23 min/max - U16
42812 0xA73C 1 U31 min/max - U16
42813 0xA73D 1 I1 min/max - U16
42814 0xA73E 1 I2 min/max - U16
42815 0xA73F 1 I3 min/max - U16
42816 0xA740 1 In min/max - U16




Energy AC


Meters


Energy measurement - Load #1


Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
19840 0x4D80 Info 66 NONE READ READ

Dec address Hex address Words count Description Unit Data type
19840 0x4D80 1 Load status :
0 : Disabled
1 : Enabled
- U8
19841 0x4D81 2 Total Hour meter s U32
19843 0x4D83 2 Total Positive active Energy : Ea+ kWh U32
19845 0x4D85 1 Total Residual positive active Energy : rEa+ Wh 10⁻¹ U16
19846 0x4D86 2 Total Negative active Energy : Ea- kWh U32
19848 0x4D88 1 Total Residual negative active Energy : rEa- Wh 10⁻¹ U16
19849 0x4D89 2 Total Positive reactive Energy : Er+ kvarh U32
19851 0x4D8B 1 Total Residual positive reactive Energy : rEr+ varh 10⁻¹ U16
19852 0x4D8C 2 Total Negative reactive Energy : Er- kvarh U32
19854 0x4D8E 1 Total Residual negative reactive Energy : rEr- varh 10⁻¹ U16
19855 0x4D8F 2 Total Apparent Energy : Eap kVAh U32
19857 0x4D91 1 Total Residual apparent Energy : rEap VAh 10⁻¹ U16
19858 0x4D92 2 Total positive lagging reactive Energy : Er+ (lagging) kvarh U32
19860 0x4D94 1 Total residual positive lagging reactive Energy : rEr+ (lagging) varh 10⁻¹ U16
19861 0x4D95 2 Total negative lagging reactive Energy : Er- (lagging) kvarh U32
19863 0x4D97 1 Total residual negative lagging reactive Energy : rEr- (lagging) varh 10⁻¹ U16
19864 0x4D98 2 Total positive leading reactive Energy : Er+ (leading) kvarh U32
19866 0x4D9A 1 Total residual positive leading reactive Energy : rEr+ (leading) varh 10⁻¹ U16
19867 0x4D9B 2 Total negative leading reactive Energy : Er- (leading) kvarh U32
19869 0x4D9D 1 Total residual negative leading reactive Energy : rEr- (leading) varh 10⁻¹ U16
19870 0x4D9E 2 Partial Hour meter s U32
19872 0x4DA0