bg

Mikro MODBUS logging. Registers Map


The data can be automatically logged 24/7 into a database, CSV files, or Excel spreadsheets using the Advanced Serial Data Logger (for MODBUS RTU) or Advanced TCP/IP Data Logger (for MODBUS TCP) software. These tools provide continuous and reliable Mikro logging and capture.

Mikro (DPM380) - Mapping

MODBUS offset
Description
Units
Data type
4000
Negative real energy
kWh
dword
4002
Positive real energy
kWh
dword
4006
Apparent energy
kVAh
dword
4008
Negative reactive energy
kVArh
dword
4010
Positive reactive energy
kVArh
dword
4012
Total real power
W
integer
4014
Total apparent power
VA
integer
4016
Total reactive power
VAR
integer
4018
Total power factor
1
dword
4019
Frequency
Hz
dword
4020
Instantaneous current L1
A
dword
4022
Instantaneous current L2
A
dword
4024
Instantaneous current L3
A
dword
4026
Instantaneous current ln
A
dword
4028
Voltage phase L12
V
dword
4030
Voltage phase L23
V
dword
4032
Voltage phase L31
V
dword
4034
Voltage phase L1
V
dword
4036
Voltage phase L2
V
dword
4038
Voltage phase L3
V
dword
4040
Real power L1
W
integer
4042
Real power L2
W
integer
4044
Real power L3
W
integer
4046
Apparent power L1
VA
integer
4048
Apparent power L2
VA
integer
4050
Apparent power L3
VA
integer
4052
Reactive power L1
VAR
integer
4054
Reactive power L2
VAR
integer
4056
Reactive power L3
VAR
integer
4064
Real power de mand
W
integer
4066
Maximum real power demand
W
integer
4082
Thd current L1
%
dword
4083
Thd current L2
%
dword
4084
Thd current L3
%
dword
4085
Thd voltage L1
%
dword
4086
Thd voltage L2
%
dword
4087
Thd voltage L3
%
dword

Mikro (DPM680) - MODBUS Registers Map

MODBUS offset
Description
Units
Data type
0003
Device type sub
x0000
word
0004
Version number main
x0000 ; 0x0002
word
0006
Version number sub
x0000 ; 0x0000
word
1001
Parity selection
=none, 1 stop bit 1=none, 2 stop bit 2=odd, 1 stop bit 3=even, 1 stop bit
word
1002
Baudrate selection
=300 2=600 3=1200 4=2400 5=4800 6=9600 7=19200 8=38400
word
1003
Ip address
x00 | 0x00 ; 0x00 | 0x00
word
1005
Subnet mask
x00 | 0x00 ; 0x00 | 0x00
word
4000
Real energy
Wh
int64
4004
Apparent energy
VAh
int64
4008
Reactive energy
VArh
int64
4012
Total real power
W
integer
4014
Total apparent power
VA
integer
4016
Total reactive power
VAr
integer
4018
Total power factor
1
word
4019
Frequency
Hz
word
4020
Instantaneous current A
A
dword
4022
Instantaneous current B
A
dword
4024
Instantaneous current C
A
dword
4026
Instantaneous current N
A
dword
4028
Voltage line ab
V
dword
4030
Voltage line bc
V
dword
4032
Voltage line ac
V
dword
4034
Voltage phase an
V
dword
4036
Voltage phase bn
V
dword
4038
Voltage phase cn
V
dword
4040
Real power A
W
integer
4042
Real power B
W
integer
4044
Real power C
W
integer
4046
Apparent power A
VA
integer
4048
Apparent power B
VA
integer
4050
Apparent power C
VA
integer
4052
Reactive power A
VAr
integer
4054
Reactive power B
VAr
integer
4056
Reactive power C
VAr
integer
4058
Current demand A
Arms
dword
4060
Current demand B
Arms
dword
4062
Current demand C
Arms
dword
4064
Real power demand
W
integer
4066
Reactive power demand
VAr
integer
4068
Apparent power demand
VA
integer
4070
Positive sequence current
A
dword
4072
Negative sequence current
A
dword
4074
Zero sequence current
A
dword
4076
Positive sequence phase voltage
V
dword
4078
Negative sequence phase voltage
V
dword
4080
Zero sequence phase voltage
V
dword
4082
Current thd A
%
word
4083
Current thd B
%
word
4084
Current thd C
%
word
4085
Voltage thd A
%
word
There are more MODBUS items for this device. Please download the program to discover all registers.

Mikro (PFRLCD) - Mapping

MODBUS offset
Description
Units
Data type
17
Frequency
Hz
single
19
Phase voltage A
Vrms
single
21
Phase voltage B
Vrms
single
23
Phase voltage C
Vrms
single
25
Phase current A
Irms
single
27
Phase current B
Irms
single
29
Phase current C
Irms
single
31
Active power phase A
W
single
33
Reactive power phase A
VAR
single
35
Apparent power phase A
VA
single
37
Power factor phase A
 
single
39
Active power phase B
W
single
41
Reactive power phase B
VAR
single
43
Apparent power phase B
VA
single
45
Power factor phase B
 
single
47
Active power phase C
W
single
49
Reactive power phase C
VAR
single
51
Apparent power phase C
VA
single
53
Power factor phase C
 
single
55
Total active power
W
single
57
Total reactive power
VAR
single
59
Total apparent power
VA
single
61
Total power factor
 
single
63
Fundamental active power phase A
W
single
65
Fundamental active power phase B
W
single
67
Fundamental active power phase C
W
single
69
Fundamental reactive power phase A
VAR
single
71
Fundamental reactive power phase B
VAR
single
73
Fundamental reactive power phase C
VAR
single
75
Harmonic active power phase A
W
single
77
Harmonic active power phase B
W
single
79
Harmonic active power phase C
W
single
81
Harmonic reactive power phase A
VAR
single
83
Harmonic reactive power phase B
VAR
single
85
Harmonic reactive power phase C
VAR
single
87
Total voltage harmonic phase A
Vrms
single
89
Total voltage harmonic phase B
Vrms
single
91
Total voltage harmonic phase C
Vrms
single
93
Total current harmonic phase A
Irms
single
95
Total current harmonic phase B
Irms
single
97
Total current harmonic phase C
Irms
single
99
Voltage A harmonics 0
%
word
100
Voltage A harmonics 1
%
word
101
Voltage A harmonics 2
%
word
102
Voltage A harmonics 3
%
word
103
Voltage A harmonics 4
%
word
104
Voltage A harmonics 5
%
word
105
Voltage A harmonics 6
%
word
106
Voltage A harmonics 7
%
word
107
Voltage A harmonics 8
%
word
There are more MODBUS items for this device. Please download the program to discover all registers.

Related MODBUS registers maps

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.