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Socomec Countis E03, E04, E13, E14 MODBUS registers: read online

Connect Socomec to the computer through a USB-to-serial or RS485 adapter and read its registers in your browser: click "Read register values online" under the model (Chrome or Edge, nothing to install). The tables below list the MODBUS offset, unit, data type and scale of every register shown. For logging 24/7 into a database, CSV files or Excel, use the Advanced Serial Data Logger (for MODBUS RTU) or Advanced TCP/IP Data Logger (for MODBUS TCP): they poll the complete map of every model on this page and provide continuous Socomec logging and read.

Do you not know the meter address? Scan the device address online

Socomec (Countis E03) - MODBUS Values

Connection and addressing notes

Protocol
Modbus
Interface
RS-485
Address register
36865 (0x9001), range 1-247
Baud rate register
36866 (0x9002), 0 = 1200, 1 = 2400, 2 = 4800, 3 = 9600, 4 = 19200, 5 = 38400
Parity register
36867 (0x9003), 0 = none, 1 = odd, 2 = even
Register addressing
raw decimal Modbus address (for example 36868 and 50000)

Registers in the map: 33. function 3 (holding registers). byte order big-endian. data types: dword, integer, string(16), string(8), word.

MODBUS offsetDescriptionUnitsData typeScale
50007Product software version word 
50018Product version (Major) word 
50019Product version (Minor) word 
50020Product version (Revision) word 
50021Product version (Build) word 
50025Software technical base version (Major) word 
50026Software technical base version (Minor) word 
50027Software technical base version (Revision) word 
50028Customization version (Major) word 
50029Customization version (Minor) word 
50000Product name string(8) 
50004Product order ID (Countis:100, protection:200, atys:300, diris:400) word 
50005Product ID word 
50030Product VLO string(8) 
50034Customization VLO string(8) 
50038Software technical base VLO string(8) 
50042Vendor name string(16) 
50050Product name string(16) 
50058Extended name string(16) 
50520Simple voltage: V1 dword×0.01
50528Current: I1 dword×0.001
50534Neutral current: in dword×0.001
50536Active power +/-: P integer×10
50538Reactive power +/-: Q integer×10
50540Apparent power: S dword×10
50542Power factor: -: leading et +: laggingPFinteger×0.001
50544Active power phase 1 +/-: P1 integer×10
50550Reactive power phase 1 +/-: Q1 integer×10
50556Apparent power phase 1: S1 dword×10
50562Power factor phase 1 -: leading and +: lagging: PF1 integer×0.001
50770Total positive active energy (no resetable): ea+ dword×1000
50946Total positive active energy (no resetable): ea+ dword×10
36868Active energy dword 

Socomec (Countis E04) - MODBUS Maps

Connection and addressing notes

Protocol
Modbus
Interface
RS-485
Address register
36865 (0x9001), range 1-247
Baud rate register
36866 (0x9002), 0 = 1200, 1 = 2400, 2 = 4800, 3 = 9600, 4 = 19200, 5 = 38400
Parity register
36867 (0x9003), 0 = none, 1 = odd, 2 = even
Register addressing
addresses listed in decimal and hex

Registers in the map: 33. function 3 (holding registers). byte order big-endian. data types: dword, integer, string(16), string(8), word.

MODBUS offsetDescriptionUnitsData typeScale
50007Product software version word 
50018Product version (Major) word 
50019Product version (Minor) word 
50020Product version (Revision) word 
50021Product version (Build) word 
50025Software technical base version (Major) word 
50026Software technical base version (Minor) word 
50027Software technical base version (Revision) word 
50028Customization version (Major) word 
50029Customization version (Minor) word 
50000Product name string(8) 
50004Product order ID (Countis:100, protection:200, atys:300, diris:400) word 
50005Product ID word 
50030Product VLO string(8) 
50034Customization VLO string(8) 
50038Software technical base VLO string(8) 
50042Vendor name string(16) 
50050Product name string(16) 
50058Extended name string(16) 
50520Simple voltage: V1 dword×0.01
50528Current: I1 dword×0.001
50534Neutral current: in dword×0.001
50536Active power +/-: P integer×10
50538Reactive power +/-: Q integer×10
50540Apparent power: S dword×10
50542Power factor: -: leading et +: laggingPFinteger×0.001
50544Active power phase 1 +/-: P1 integer×10
50550Reactive power phase 1 +/-: Q1 integer×10
50556Apparent power phase 1: S1 dword×10
50562Power factor phase 1 -: leading and +: lagging: PF1 integer×0.001
50770Total positive active energy (no resetable): ea+ dword×1000
50946Total positive active energy (no resetable): ea+ dword×10
36868Active energy dword 

Socomec (Countis E13) - Measurement Data

Connection and addressing notes

Protocol
Modbus
Register addressing
addresses listed in decimal and hex

Registers in the map: 60 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: dword, integer, smallint, string(16), string(8), word.

MODBUS offsetDescriptionUnitsData typeScale
50007Product software version word 
50018Product version (Major) word 
50019Product version (Minor) word 
50020Product version (Revision) word 
50021Product version (Build) word 
50025Software technical base version (Major) word 
50026Software technical base version (Minor) word 
50027Software technical base version (Revision) word 
50028Customization version (Major) word 
50029Customization version (Minor) word 
50000Product name string(8) 
50004Product order ID (Countis:100, protection:200, atys:300, diris:400) word 
50005Product ID word 
50030Product VLO string(8) 
50034Customization VLO string(8) 
50038Software technical base VLO string(8) 
50042Vendor name string(16) 
50050Product name string(16) 
50058Extended name string(16) 
50520Simple voltage: V1 dword×0.01
50528Current: I1 dword×0.001
50536Active power +/-: P integer×10
50538Reactive power +/-: Q integer×10
50540Apparent power: S dword×10
50542Power factor: -: leading et +: laggingPFinteger×0.001
50544Active power phase 1 +/-: P1 integer×10
50550Reactive power phase 1 +/-: Q1 integer×10
50556Apparent power phase 1: S1 dword×10
50562Power factor phase 1 -: leading and +: lagging: PF1 integer×0.001
50770Total positive active energy (no resetable): ea+ dword×1000
50772Total positive reactive energy (no resetable): er + dword×1000
50776Total negative active energy (no resetable): ea- dword×1000
50780Partial positive active energy: ea+ dword×1000
50782Partial positive reactive energy: er + dword×1000
50786Partial negative active energy: ea- dword×1000
50946Total positive active energy (no resetable): ea+ dword×10
50948Total positive reactive energy (no resetable): er + dword×10
50952Total negative active energy (no resetable): ea- dword×10
50956Partial positive active energy: ea+ dword×10
50958Partial positive reactive energy: er + dword×10
50962Partial negative active energy: ea- dword×10
51281Phase to phase voltage: U12 word×0.01
51282Phase to phase voltage: U23 word×0.01
51283Phase to phase voltage: U31 word×0.01
51284Simple voltage: V1 word×0.01
51285Simple voltage: V2 word×0.01
51286Simple voltage: V3 word×0.01
51295Power factor: -: leading and +: laggingPFsmallint×0.001
51311Total positive active energy (no resetable): ea+ word 
51312Total positive reactive energy (no resetable): er + word 

This is not the complete map: 50 of 60 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Socomec (Countis E14) - MODBUS Mapping

Connection and addressing notes

Protocol
Modbus
Register addressing
addresses listed in decimal and hex

Registers in the map: 60 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: dword, integer, smallint, string(16), string(8), word.

MODBUS offsetDescriptionUnitsData typeScale
50007Product software version word 
50018Product version (Major) word 
50019Product version (Minor) word 
50020Product version (Revision) word 
50021Product version (Build) word 
50025Software technical base version (Major) word 
50026Software technical base version (Minor) word 
50027Software technical base version (Revision) word 
50028Customization version (Major) word 
50029Customization version (Minor) word 
50000Product name string(8) 
50004Product order ID (Countis:100, protection:200, atys:300, diris:400) word 
50005Product ID word 
50030Product VLO string(8) 
50034Customization VLO string(8) 
50038Software technical base VLO string(8) 
50042Vendor name string(16) 
50050Product name string(16) 
50058Extended name string(16) 
50520Simple voltage: V1 dword×0.01
50528Current: I1 dword×0.001
50536Active power +/-: P integer×10
50538Reactive power +/-: Q integer×10
50540Apparent power: S dword×10
50542Power factor: -: leading et +: laggingPFinteger×0.001
50544Active power phase 1 +/-: P1 integer×10
50550Reactive power phase 1 +/-: Q1 integer×10
50556Apparent power phase 1: S1 dword×10
50562Power factor phase 1 -: leading and +: lagging: PF1 integer×0.001
50770Total positive active energy (no resetable): ea+ dword×1000
50772Total positive reactive energy (no resetable): er + dword×1000
50776Total negative active energy (no resetable): ea- dword×1000
50780Partial positive active energy: ea+ dword×1000
50782Partial positive reactive energy: er + dword×1000
50786Partial negative active energy: ea- dword×1000
50946Total positive active energy (no resetable): ea+ dword×10
50948Total positive reactive energy (no resetable): er + dword×10
50952Total negative active energy (no resetable): ea- dword×10
50956Partial positive active energy: ea+ dword×10
50958Partial positive reactive energy: er + dword×10
50962Partial negative active energy: ea- dword×10
51281Phase to phase voltage: U12 word×0.01
51282Phase to phase voltage: U23 word×0.01
51283Phase to phase voltage: U31 word×0.01
51284Simple voltage: V1 word×0.01
51285Simple voltage: V2 word×0.01
51286Simple voltage: V3 word×0.01
51295Power factor: -: leading and +: laggingPFsmallint×0.001
51311Total positive active energy (no resetable): ea+ word 
51312Total positive reactive energy (no resetable): er + word 

This is not the complete map: 50 of 60 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Socomec (Countis E23) - MODBUS Registers

Connection and addressing notes

Protocol
Modbus
Register addressing
addresses listed in decimal and hex

Registers in the map: 87 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: dword, integer, smallint, string(16), string(8), word.

MODBUS offsetDescriptionUnitsData typeScale
50007Product software version word 
50018Product version (Major) word 
50019Product version (Minor) word 
50020Product version (Revision) word 
50021Product version (Build) word 
50025Software technical base version (Major) word 
50026Software technical base version (Minor) word 
50027Software technical base version (Revision) word 
50028Customization version (Major) word 
50029Customization version (Minor) word 
50000Product name string(8) 
50004Product order ID (Countis:100, protection:200, atys:300, diris:400) word 
50005Product ID word 
50030Product VLO string(8) 
50034Customization VLO string(8) 
50038Software technical base VLO string(8) 
50042Vendor name string(16) 
50050Product name string(16) 
50058Extended name string(16) 
50514Phase to phase voltage: U12 dword×0.01
50516Phase to phase voltage: U23 dword×0.01
50518Phase to phase voltage: U31 dword×0.01
50520Simple voltage: V1 dword×0.01
50522Simple voltage: V2 dword×0.01
50524Simple voltage: V3 dword×0.01
50528Current: I1 dword×0.001
50530Current: I2 dword×0.001
50532Current: I3 dword×0.001
50534Neutral current: in dword×0.001
50536Active power +/-: P integer×10
50538Reactive power +/-: Q integer×10
50540Apparent power: S dword×10
50542Power factor: -: leading et +: laggingPFinteger×0.001
50544Active power phase 1 +/-: P1 integer×10
50546Active power phase 2 +/-: P2 integer×10
50548Active power phase 3 +/-: P3 integer×10
50550Reactive power phase 1 +/-: Q1 integer×10
50552Reactive power phase 2 +/-: Q2 integer×10
50554Reactive power phase 3 +/-: Q3 integer×10
50556Apparent power phase 1: S1 dword×10
50558Apparent power phase 2: S2 dword×10
50560Apparent power phase 3: S3 dword×10
50562Power factor phase 1 -: leading and +: lagging: PF1 integer×0.001
50564Power factor phase 2 -: leading and +: lagging: PF2 integer×0.001
50566Power factor phase 3 -: leading and +: lagging: PF3 integer×0.001
50770Total positive active energy (no resetable): ea+ dword×1000
50772Total positive reactive energy (no resetable): er + dword×1000
50776Total negative active energy (no resetable): ea- dword×1000
50780Partial positive active energy: ea+ dword×1000
50782Partial positive reactive energy: er + dword×1000

This is not the complete map: 50 of 87 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Socomec (DIRIS I31) - MODBUS Measurements

Connection and addressing notes

Protocol
Modbus
Register addressing
addresses listed in decimal and hex

Registers in the map: 558 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: byte, dword, integer, smallint, word.

MODBUS offsetDescriptionUnitsData typeScale
18433Inst. Measurement. Load #1. Date of last instancesdword 
18435Inst. Measurement. Load #1. Integration timesword×0.2
18442Inst. Measurement. Load #1. FrequencyHzdword×0.001
18444Inst. Measurement. Load #1. Ph N voltage : V1Vdword×0.01
18446Inst. Measurement. Load #1. Ph N voltage : V2Vdword×0.01
18448Inst. Measurement. Load #1. Ph N voltage : V3Vdword×0.01
18452Inst. Measurement. Load #1. Ph ph voltage : U12Vdword×0.01
18454Inst. Measurement. Load #1. Ph ph voltage : U23Vdword×0.01
18456Inst. Measurement. Load #1. Ph ph voltage : U31Vdword×0.01
18458Inst. Measurement. Load #1. Current : I1Adword×0.001
18460Inst. Measurement. Load #1. Current : I2Adword×0.001
18462Inst. Measurement. Load #1. Current : I3Adword×0.001
18464Inst. Measurement. Load #1. Current : inAdword×0.001
18474Inst. Measurement. Load #1. SnomVAdword 
18476Inst. Measurement. Load #1. Total active powerWinteger 
18478Inst. Measurement. Load #1. Total reactive powervarinteger 
18480Inst. Measurement. Load #1. Total lagging reactive powervarinteger 
18482Inst. Measurement. Load #1. Total leading reactive powervarinteger 
18484Inst. Measurement. Load #1. Total apparent powerVAdword 
18486Inst. Measurement. Load #1. Total power factor smallint×0.001
18487Inst. Measurement. Load #1. Total power factor type byte 
20481Inst. Measurement. Load #2. Date of last instancesdword 
20483Inst. Measurement. Load #2. Integration timesword×0.2
20490Inst. Measurement. Load #2. FrequencyHzdword×0.001
20492Inst. Measurement. Load #2. Ph N voltage : V1Vdword×0.01
20494Inst. Measurement. Load #2. Ph N voltage : V2Vdword×0.01
20496Inst. Measurement. Load #2. Ph N voltage : V3Vdword×0.01
20500Inst. Measurement. Load #2. Ph ph voltage : U12Vdword×0.01
20502Inst. Measurement. Load #2. Ph ph voltage : U23Vdword×0.01
20504Inst. Measurement. Load #2. Ph ph voltage : U31Vdword×0.01
20506Inst. Measurement. Load #2. Current : I1Adword×0.001
20508Inst. Measurement. Load #2. Current : I2Adword×0.001
20510Inst. Measurement. Load #2. Current : I3Adword×0.001
20512Inst. Measurement. Load #2. Current : inAdword×0.001
20522Inst. Measurement. Load #2. SnomVAdword 
20524Inst. Measurement. Load #2. Total active powerWinteger 
20526Inst. Measurement. Load #2. Total reactive powervarinteger 
20528Inst. Measurement. Load #2. Total lagging reactive powervarinteger 
20530Inst. Measurement. Load #2. Total leading reactive powervarinteger 
20532Inst. Measurement. Load #2. Total apparent powerVAdword 
20534Inst. Measurement. Load #2. Total power factor smallint×0.001
20535Inst. Measurement. Load #2. Total power factor type byte 
22529Inst. Measurement. Load #3. Date of last instancesdword 
22531Inst. Measurement. Load #3. Integration timesword×0.2
22538Inst. Measurement. Load #3. FrequencyHzdword×0.001
22540Inst. Measurement. Load #3. Ph N voltage : V1Vdword×0.01
22542Inst. Measurement. Load #3. Ph N voltage : V2Vdword×0.01
22544Inst. Measurement. Load #3. Ph N voltage : V3Vdword×0.01
22548Inst. Measurement. Load #3. Ph ph voltage : U12Vdword×0.01
22550Inst. Measurement. Load #3. Ph ph voltage : U23Vdword×0.01

This is not the complete map: 50 of 558 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Socomec (DIRIS U10) - MODBUS Mapping

Connection and addressing notes

Protocol
Modbus
Register addressing
addresses listed in decimal and hex

Registers in the map: 9. function 3 (holding registers). byte order big-endian. data types: dword, word.

MODBUS offsetDescriptionUnitsData typeScale
36864Inst. Measurement. Network. Date of last instancesdword 
36866Inst. Measurement. Network. Integration timesword×0.2
36867Inst. Measurement. Network. FrequencyHzdword×0.001
36869Inst. Measurement. Network. Ph N voltage : V1Vdword×0.01
36871Inst. Measurement. Network. Ph N voltage : V2Vdword×0.01
36873Inst. Measurement. Network. Ph N voltage : V3Vdword×0.01
36875Inst. Measurement. Network. Ph ph voltage : U12Vdword×0.01
36877Inst. Measurement. Network. Ph ph voltage : U23Vdword×0.01
36879Inst. Measurement. Network. Ph ph voltage : U31Vdword×0.01

Socomec (DIRIS U20) - MODBUS Maps

Connection and addressing notes

Protocol
Modbus
Register addressing
addresses listed in decimal and hex

Registers in the map: 31. function 3 (holding registers). byte order big-endian. data types: dword, smallint, word.

MODBUS offsetDescriptionUnitsData typeScale
36864Inst. Measurement. Network. Date of last instancesdword 
36866Inst. Measurement. Network. Integration timesword×0.2
36867Inst. Measurement. Network. FrequencyHzdword×0.001
36869Inst. Measurement. Network. Ph N voltage : V1Vdword×0.01
36871Inst. Measurement. Network. Ph N voltage : V2Vdword×0.01
36873Inst. Measurement. Network. Ph N voltage : V3Vdword×0.01
36875Inst. Measurement. Network. Ph ph voltage : U12Vdword×0.01
36877Inst. Measurement. Network. Ph ph voltage : U23Vdword×0.01
36879Inst. Measurement. Network. Ph ph voltage : U31Vdword×0.01
37120Inst. Fundamental measurement. Network. Date of last instancesdword 
37122Inst. Fundamental measurement. Network. Integration timesword×0.2
37123Inst. Fundamental measurement. Network. Ph N voltage: v1h1Vdword×0.01
37125Inst. Fundamental measurement. Network. Ph N voltage: v2h1Vdword×0.01
37127Inst. Fundamental measurement. Network. Ph N voltage: v3h1Vdword×0.01
37129Inst. Fundamental measurement. Network. Ph N voltage: vnh1Vdword×0.01
37131Inst. Fundamental measurement. Network. Ph N voltage phase: phv1h1 smallint×0.1
37132Inst. Fundamental measurement. Network. Ph N voltage phase: phv2h1 smallint×0.1
37133Inst. Fundamental measurement. Network. Ph N voltage phase: phv3h1 smallint×0.1
37134Inst. Fundamental measurement. Network. Ph N voltage phase: phvnh1 smallint×0.1
37135Inst. Fundamental measurement. Network. Ph ph voltage: u12h1Vdword×0.01
37137Inst. Fundamental measurement. Network. Ph ph voltage: u23h1Vdword×0.01
37139Inst. Fundamental measurement. Network. Ph ph voltage: u31h1Vdword×0.01
37141Inst. Fundamental measurement. Network. Ph ph voltage phase: phu12h1 smallint×0.1
37142Inst. Fundamental measurement. Network. Ph ph voltage phase: phu23h1 smallint×0.1
37143Inst. Fundamental measurement. Network. Ph ph voltage phase: phu31h1 smallint×0.1
37144Inst. Fundamental measurement. Network. Ph N voltage total harmonic distortion : thd V1%word×0.01
37145Inst. Fundamental measurement. Network. Ph N voltage total harmonic distortion : thd V2%word×0.01
37146Inst. Fundamental measurement. Network. Ph N voltage total harmonic distortion : thd V3%word×0.01
37147Inst. Fundamental measurement. Network. Ph ph voltage total harmonic distortion : thd U12%word×0.01
37148Inst. Fundamental measurement. Network. Ph ph voltage total harmonic distortion : thd U23%word×0.01
37149Inst. Fundamental measurement. Network. Ph ph voltage total harmonic distortion : thd U31%word×0.01

Socomec (DIRIS U30) - MODBUS Values

Connection and addressing notes

Protocol
Modbus
Register addressing
addresses listed in decimal and hex

Registers in the map: 370 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: dword, smallint, word.

MODBUS offsetDescriptionUnitsData typeScale
36864Inst. Measurement. Network. Date of last instancesdword 
36866Inst. Measurement. Network. Integration timesword×0.2
36867Inst. Measurement. Network. System ph N voltageVdword×0.01
36869Inst. Measurement. Network. System ph ph voltageVdword×0.01
36871Inst. Measurement. Network. FrequencyHzdword×0.001
36873Inst. Measurement. Network. Ph N voltage : V1Vdword×0.01
36875Inst. Measurement. Network. Ph N voltage : V2Vdword×0.01
36877Inst. Measurement. Network. Ph N voltage : V3Vdword×0.01
36879Inst. Measurement. Network. Ph N voltage : vnVdword×0.01
36881Inst. Measurement. Network. Ph ph voltage : U12Vdword×0.01
36883Inst. Measurement. Network. Ph ph voltage : U23Vdword×0.01
36885Inst. Measurement. Network. Ph ph voltage : U31Vdword×0.01
36887Inst. Measurement. Network. VdirVdword×0.01
36889Inst. Measurement. Network. VinvVdword×0.01
36891Inst. Measurement. Network. VhomVdword×0.01
36893Inst. Measurement. Network. Vnb%word×0.01
36894Inst. Measurement. Network. UdirVdword×0.01
36896Inst. Measurement. Network. UinvVdword×0.01
36898Inst. Measurement. Network. Unb%word×0.01
36899Inst. Measurement. Network. Vnba%word×0.01
36900Inst. Measurement. Network. Unba%word×0.01
36992Avg. Measurement. Network. Date of last instancesdword 
36994Avg. Measurement. Network. Integration timesword 
36995Avg. Measurement. Network. System ph N voltageVdword×0.01
36997Avg. Measurement. Network. System ph ph voltageVdword×0.01
36999Avg. Measurement. Network. FrequencyHzdword×0.001
37001Avg. Measurement. Network. Ph N voltage : V1Vdword×0.01
37003Avg. Measurement. Network. Ph N voltage : V2Vdword×0.01
37005Avg. Measurement. Network. Ph N voltage : V3Vdword×0.01
37007Avg. Measurement. Network. Ph N voltage : vnVdword×0.01
37009Avg. Measurement. Network. Ph ph voltage : U12Vdword×0.01
37011Avg. Measurement. Network. Ph ph voltage : U23Vdword×0.01
37013Avg. Measurement. Network. Ph ph voltage : U31Vdword×0.01
37015Avg. Measurement. Network. VdirVdword×0.01
37017Avg. Measurement. Network. VinvVdword×0.01
37019Avg. Measurement. Network. VhomVdword×0.01
37021Avg. Measurement. Network. Vnb%word×0.01
37022Avg. Measurement. Network. UdirVdword×0.01
37024Avg. Measurement. Network. UinvVdword×0.01
37026Avg. Measurement. Network. Unb%word×0.01
37027Avg. Measurement. Network. Vnba%word×0.01
37028Avg. Measurement. Network. Unba%word×0.01
37120Inst. Fundamental measurement. Network. Date of last instancesdword 
37122Inst. Fundamental measurement. Network. Integration timesword×0.2
37123Inst. Fundamental measurement. Network. Ph N voltage: v1h1Vdword×0.01
37125Inst. Fundamental measurement. Network. Ph N voltage: v2h1Vdword×0.01
37127Inst. Fundamental measurement. Network. Ph N voltage: v3h1Vdword×0.01
37129Inst. Fundamental measurement. Network. Ph N voltage: vnh1Vdword×0.01
37131Inst. Fundamental measurement. Network. Ph N voltage phase: phv1h1 smallint×0.1
37132Inst. Fundamental measurement. Network. Ph N voltage phase: phv2h1 smallint×0.1

This is not the complete map: 50 of 370 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Socomec (DIRIS,D30,D50,D70) - Measurement Data

Connection and addressing notes

Protocol
Modbus
Register addressing
addresses listed in decimal and hex

Registers in the map: 711 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: byte, dword, int64, integer, smallint, string, word.

MODBUS offsetDescriptionUnitsData typeScale
50004Product order ID word 
50005Product ID word 
50006MODBUS Table Version word 
50007Product software version word 
50018Product version (Major) word 
50019Product version (Minor) word 
50020Product version (Revision) word 
50021Product version (Build) word 
50025Software technical base version (Major) word 
50026Software technical base version (Minor) word 
50027Software technical base version (Revision) word 
50028Customization version (Major) word 
50029Customization version (Minor) word 
50030Product VLO string 
50034Customization VLO string 
50038Software technical base VLO string 
50050Product name string 
50058Extended name string 
50066Ressource version (Build 2) word 
18433Inst. Measurement. Load #1. Date of last instancesdword 
18435Inst. Measurement. Load #1. Integration timesword×0.2
18442Inst. Measurement. Load #1. FrequencyHzdword×0.001
18444Inst. Measurement. Load #1. Ph N voltage : V1Vdword×0.01
18446Inst. Measurement. Load #1. Ph N voltage : V2Vdword×0.01
18448Inst. Measurement. Load #1. Ph N voltage : V3Vdword×0.01
18452Inst. Measurement. Load #1. Ph ph voltage : U12Vdword×0.01
18454Inst. Measurement. Load #1. Ph ph voltage : U23Vdword×0.01
18456Inst. Measurement. Load #1. Ph ph voltage : U31Vdword×0.01
18458Inst. Measurement. Load #1. Current : I1Adword×0.001
18460Inst. Measurement. Load #1. Current : I2Adword×0.001
18462Inst. Measurement. Load #1. Current : I3Adword×0.001
18464Inst. Measurement. Load #1. Current : inAdword×0.001
18474Inst. Measurement. Load #1. SnomVAdword 
18476Inst. Measurement. Load #1. Total active powerWinteger 
18478Inst. Measurement. Load #1. Total reactive powervarinteger 
18480Inst. Measurement. Load #1. Total lagging reactive powervarinteger 
18482Inst. Measurement. Load #1. Total leading reactive powervarinteger 
18484Inst. Measurement. Load #1. Total apparent powerVAdword 
18486Inst. Measurement. Load #1. Total power factor smallint×0.001
18487Inst. Measurement. Load #1. Total power factor type byte 
20481Inst. Measurement. Load #2. Date of last instancesdword 
20483Inst. Measurement. Load #2. Integration timesword×0.2
20490Inst. Measurement. Load #2. FrequencyHzdword×0.001
20492Inst. Measurement. Load #2. Ph N voltage : V1Vdword×0.01
20494Inst. Measurement. Load #2. Ph N voltage : V2Vdword×0.01
20496Inst. Measurement. Load #2. Ph N voltage : V3Vdword×0.01
20500Inst. Measurement. Load #2. Ph ph voltage : U12Vdword×0.01
20502Inst. Measurement. Load #2. Ph ph voltage : U23Vdword×0.01
20504Inst. Measurement. Load #2. Ph ph voltage : U31Vdword×0.01
20506Inst. Measurement. Load #2. Current : I1Adword×0.001

This is not the complete map: 50 of 711 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Socomec (Multis L20, Multis L40) - MODBUS Registers Map

Registers in the map: 114 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: dword, int64, integer, smallint.

MODBUS offsetDescriptionUnitsData typeScale
0Voltage, L1Vdword×0.1
2Voltage, L2Vdword×0.1
4Voltage, L3Vdword×0.1
6Current, L1Adword×0.001
8Current, L2Adword×0.001
10Current, L3Adword×0.001
12Current, L-NAdword×0.001
14Voltage, L1-L2Vdword×0.1
16Voltage, L2-L3Vdword×0.1
18Voltage, L1-L3Vdword×0.1
20Active power, L1Winteger×0.1
22Active power, L2Winteger×0.1
24Active power, L3Winteger×0.1
26Reactive power, L1varinteger×0.1
28Reactive power, L2varinteger×0.1
30Reactive power, L3varinteger×0.1
32Apparent power, L1vardword×0.1
34Apparent power, L2vardword×0.1
36Apparent power, L3vardword×0.1
38Power factor, L1 integer×0.001
40Power factor, L1 integer×0.001
42Power factor, L1 integer×0.001
44Total import active powerWinteger×0.1
46Total export active powerWinteger×0.1
48Total inductive reactive powervarinteger×0.1
50Total capacitive reactive powervarinteger×0.1
52Total apparent powerVAdword×0.1
54Average inductive CosFvarinteger×0.001
56Average capacitive CosFvarinteger×0.001
58FrequencyHzinteger×0.01
60Voltage angle, L1degdword×0.001
62Voltage angle, L2degdword×0.001
64Voltage angle, L3degdword×0.001
66Current angle, L1degdword×0.001
68Current angle, L2degdword×0.001
70Current angle, L3degdword×0.001
84Digital inputs dword 
86Import active energy 1Whint64 
90Export active energy 1Whint64 
94Inductive reactive energy 1varhint64 
98Capacitive reactive energy 1varhint64 
102Import active energy 2Whint64 
106Export active energy 2Whint64 
110Inductive reactive energy 2varhint64 
114Capacitive reactive energy 2varhint64 
118Voltage, min, L1Vdword×0.1
120Voltage, min, L2Vdword×0.1
122Voltage, min, L3Vdword×0.1
124Voltage, min, L1-L2Vdword×0.1
126Voltage, min, L2-L3Vdword×0.1

This is not the complete map: 50 of 114 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

Related MODBUS registers maps

MODBUS Maps Index
SmartProcess SMARTRAIL X835
Sinotype (DDS024)
Socomec (Countis E24)
Socomec (Countis ECI2)

Note: Products and companies mentioned here are used only for definition and identification purposes and can be trademarks and/or registered trademarks of the respective companies.

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