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Lovato DME, DMG210, DMG300, DMG700 MODBUS registers: read online

Connect Lovato 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 Lovato data logger and record.

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Lovato (DME) - Measurement Data

Connection and addressing notes

Protocol
Modbus
Interface
serial
Function codes
03 read holding registers, 04 read input registers
Register addressing
hexadecimal with an H suffix, for example 0002H
Data format
32-bit unsigned long values occupy 2 words

Registers in the map: 82 (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.

MODBUS offsetDescriptionUnitsData typeScale
2L1 phase voltageVdword×0.01
4L2 phase voltageVdword×0.01
6L3 phase voltageVdword×0.01
8L1 currentAdword×0.0001
10L2 currentAdword×0.0001
12L3 currentAdword×0.0001
72Neutral currentAdword×0.0001
14L1 L2 voltageVdword×0.01
16L2 L3 voltageVdword×0.01
18L3 L1 voltageVdword×0.01
20L1 active powerWinteger×0.01
22L2 active powerWinteger×0.01
24L3 active powerWinteger×0.01
26L1 reactive powervarinteger×0.01
28L2 reactive powervarinteger×0.01
30L3 reactive powervarinteger×0.01
32L1 apparent powerVAdword×0.01
34L2 apparent powerVAdword×0.01
36L3 apparent powerVAdword×0.01
38L1 power factor integer×0.0001
40L2 power factor integer×0.0001
42L3 power factor integer×0.0001
44L1 cosphi integer×0.0001
46L2 cosphi integer×0.0001
48L3 cosphi integer×0.0001
50FrequencyHzdword×0.01
52Eqv. Phase voltageVdword×0.01
54Eqv. Phase to phase voltageVdword×0.01
56Eqv. CurrentAdword×0.0001
58Eqv. Active powerWinteger×0.01
60Eqv. Reactive powervarinteger×0.01
62Eqv. Apparent powerVAdword×0.01
64Eqv power factor integer×0.0001
66Phase phase voltage asymmetry%dword×0.01
68Phase neural voltage asymmetry%dword×0.01
70Current asymmetry%dword×0.01
1024L1 phase voltageVdword×0.01
1026L2 phase voltageVdword×0.01
1094Neutral current%dword×0.01
1536L1 phase voltageVdword×0.01
1538L2 phase voltageVdword×0.01
1606Neutral current%dword×0.01
2118Neutral current%dword×0.01
2562L2 phase voltageVdword×0.01
2630Neutral current%dword×0.01
6944Total imp. Active energykWhdword×0.01
6948Total exported active energykWhdword×0.01
6952Total imp. Reactive energykvarhdword×0.01
6956Total exp. Reactive energykvarhdword×0.01
6960Total apparent energykVAhdword 

This is not the complete map: 50 of 82 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.

Lovato (DMG210,DMG300,DMG700,DMG800) - MODBUS Maps

Connection and addressing notes

Protocol
Modbus
Interface
serial
Function codes
03 read holding registers, 04 read input registers
Register addressing
hexadecimal with an H suffix, for example 0002H
Data format
32-bit unsigned long values occupy 2 words

Registers in the map: 94 (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.

MODBUS offsetDescriptionUnitsData typeScale
2L1 phase voltageVdword×0.01
4L2 phase voltageVdword×0.01
6L3 phase voltageVdword×0.01
8L1 currentAdword×0.0001
10L2 currentAdword×0.0001
12L3 currentAdword×0.0001
14L1 L2 voltageVdword×0.01
16L2 L3 voltageVdword×0.01
18L3 L1 voltageVdword×0.01
20L1 active powerWinteger×0.01
22L2 active powerWinteger×0.01
24L3 active powerWinteger×0.01
26L1 reactive powervarinteger×0.01
28L2 reactive powervarinteger×0.01
30L3 reactive powervarinteger×0.01
32L1 apparent powerVAdword×0.01
34L2 apparent powerVAdword×0.01
36L3 apparent powerVAdword×0.01
38L1 power factor integer×0.0001
40L2 power factor integer×0.0001
42L3 power factor integer×0.0001
50FrequencyHzdword×0.01
52Eqv. Phase voltageVdword×0.01
54Eqv. Phase to phase voltageVdword×0.01
56Eqv. CurrentAdword×0.0001
58Eqv. Active powerWinteger×0.01
60Eqv. Reactive powervarinteger×0.01
62Eqv. Apparent powerVAdword×0.01
64Eqv power factor integer×0.0001
66Asymmetriy phase phase voltage%dword×0.01
68Asymmetriy phase neural voltage%dword×0.01
70Asymmetriy neutral current%dword×0.01
72Neutral currentAdword×0.0001
84Thd L1 voltage%dword×0.01
86Thd L2 voltage%dword×0.01
88Thd L3 voltage%dword×0.01
90Thd L1 current%dword×0.01
92Thd L2 current%dword×0.01
94Thd L3 current%dword×0.01
96Thd L1 2 voltage%dword×0.01
98Thd L2 3 voltage%dword×0.01
100Thd L3 1 voltage%dword×0.01
1024L1 phase voltageVdword×0.01
1026L2 phase voltageVdword×0.01
1122Thd L3 1 voltage%dword×0.01
1536L1 phase voltageVdword×0.01
1538L2 phase voltageVdword×0.01
1634Thd L3 1 voltage%dword×0.01
2048L1 phase voltageVdword×0.01
2050L2 phase voltageVdword×0.01

This is not the complete map: 50 of 94 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.

Lovato (DMK40) - MODBUS Registers

Connection and addressing notes

Serial address register
2052h, range 1 to 248
Baud rate register
2054h, range 0 to 5
Parity register
2056h, range 0 to 2
Protocol register
2058h, range 0 to 1
Bits per byte register
205Ch, range 0 to 1
Restore defaults command
2502h
Register addressing
hexadecimal with an H suffix
Data format
32-bit values occupy 2 words

Registers in the map: 238 (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.

MODBUS offsetDescriptionUnitsData typeScale
2L1 phase voltageVdword 
4L2 phase voltageVdword 
6L3 phase voltageVdword 
8Total phase voltageVdword 
10L1 L2 phase to phase voltageVdword 
12L2 L3 phase to phase voltageVdword 
14L3 L1 phase to phase voltageVdword 
16Equivalent line voltageVdword 
18L1 phase currentAdword×0.01
20L2 phase currentAdword×0.01
22L3 phase currentAdword×0.01
24Equivalent current0Adword×0.01
26Total active powerWdword 
28Total reactive powervardword 
30Total apparent powerVAdword 
32Total power factor0 dword 
34Active energy (import)Whdword×0.01
36Active energy (export)Whdword×0.01
38Reactive energy (import)varhdword×0.01
40Reactive energy (export)varhdword×0.01
42L1 phase active powerWdword 
44L2 phase active powerWdword 
46L3 phase active powerWdword 
48L1 phase reactive powervardword 
50L2 phase reactive powervardword 
52L3 phase reactive powervardword 
54L1 phase apparent powerVAdword 
56L2 phase apparent powerVAdword 
58L3 phase apparent powerVAdword 
60L1 power factor dword 
62L2 power factor dword 
64L3 power factor dword 
66L1 cost dword 
68L2 cost dword 
70L3 cost dword 
72FrequencyHzdword×0.1
74Average L1 phase voltageVdword 
76Average L2 phase voltageVdword 
78Average L3 phase voltageVdword 
80Average total phase voltageVdword 
82Average L1 L2 phase to phase voltageVdword 
84Average L2 L3 phase to phase voltageVdword 
86Average L3 L1 phase to phase voltageVdword 
88Average equivalent line voltageVdword 
90Average L1 phase currentAdword×0.01
92Average L2 phase currentAdword×0.01
94Average L3 phase currentAdword×0.01
96Average equivalent current0Adword×0.01
98Average total active powerWdword 
100Average total reactive powervardword 

This is not the complete map: 50 of 238 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

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MODBUS COM Port Connection