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Janitza MODBUS data 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 Janitza data logging and record.

Janitza (B21,B23,B24) - MODBUS Registers Map

MODBUS offset
Description
Units
Data type
19000
Voltage L1-N
V
single
19002
Voltage L2-N
V
single
19004
Voltage L3-N
V
single
19006
Voltage L1-L2
V
single
19008
Voltage L2-L3
V
single
19010
Voltage L3-L1
V
single
19012
Apparent current, L1-N
A
single
19014
Apparent current, L2-N
A
single
19016
Apparent current, L3-N
A
single
19020
Real power L1-N
W
single
19022
Real power L2-N
W
single
19024
Real power L3-N
W
single
19026
Real power L1+L2+L3
W
single
19028
Apparent power L1-N
VA
single
19030
Apparent power L2-N
VA
single
19032
Apparent power L3-N
VA
single
19034
Apparent power L1+L2+L3
VA
single
19036
Reactive power L1
var
single
19038
Reactive power L2
var
single
19040
Reactive power L3
var
single
19042
Reactive power L1+L2+L3
var
single
19044
Power factor L1
 
single
19046
Power factor L2
 
single
19048
Power factor L3
 
single
19050
Measured frequency
Hz
single
19054
Real energy L1
Wh
single
19056
Real energy L2
Wh
single
19058
Real energy L3
Wh
single
19060
Real energy L1+L2+L3
Wh
single
19062
Real energy L1, consumed
Wh
single
19064
Real energy L2, consumed
Wh
single
19066
Real energy L3, consumed
Wh
single
19068
Real energy L1+L2+L3, consumed
Wh
single
19070
Real energy L1, delivered
Wh
single
19072
Real energy L2, delivered
Wh
single
19074
Real energy L3, delivered
Wh
single
19076
Real energy L1+L2+L3, delivered
Wh
single
19078
Apparent energy L1
VAh
single
19080
Apparent energy L2
VAh
single
19082
Apparent energy L3
VAh
single
19084
Apparent energy L1+L2+L3
VAh
single
19086
Reactive energy L1
varh
single
19088
Reactive energy L2
varh
single
19090
Reactive energy L3
varh
single
19092
Reactive energy L1+L2+L3
varh
single
19094
Reactive energy L1, inductive
varh
single
19096
Reactive energy L2, inductive
varh
single
19098
Reactive energy L3, inductive
varh
single
19100
Reactive energy L1+L2+L3, inductive
varh
single
19102
Reactive energy L1, capacitive
varh
single
There are more MODBUS items for this device. Please download the program to discover all registers.

Janitza (ECS) - MODBUS Registers Map

MODBUS offset
Description
Units
Data type
4099
Device type
 
word
4100
Firmware version
 
word
4101
Range overflow alarm
 
word
4102
Running tariff
 
dword
4104
PID bytes 1 and 2
 
word
4105
PID bytes 3 and 4
 
word
4106
PID bytes 5 and 6
 
word
4107
PID bytes 7 and 8
 
word
4108
PID bytes 9 and 10
 
word
4109
PID bytes 11 and 12
 
word
4110
PID bytes 13 and 14
 
word
4119
Active energy 1st phase T1, imp
kWh
int64
4123
Active energy 2nd phase T1, imp
kWh
int64
4127
Active energy 3rd phase T1, imp
kWh
int64
4131
Active energy sum T1, imp
kWh
int64
4135
Active energy 1st phase T2, imp
kWh
int64
4139
Active energy 2nd phase T2, imp
kWh
int64
4143
Active energy 3rd phase T2, imp
kWh
int64
4147
Active energy sum T2, imp
kWh
int64
4151
Active power 1st phase
 
dword
4153
Active power 2nd phase
 
dword
4155
Active power 3rd phase
 
dword
4157
Active power sum
 
int64
4161
Active energy 1st phase T1, exp
kWh
int64
4165
Active energy 2nd phase T1, exp
kWh
int64
4169
Active energy 3rd phase T1, exp
kWh
int64
4173
Active energy sum T1, exp
kWh
int64
4177
Active energy 1st phase T2, exp
kWh
int64
4181
Active energy 2nd phase T2, exp
kWh
int64
4185
Active energy 3rd phase T2, exp
kWh
int64
4189
Active energy sum T2, exp
kWh
int64
4193
Reactive energy 1st phase T1, imp
kvarh
int64
4197
Reactive energy 2nd phase T1, imp
kvarh
int64
4201
Reactive energy 3rd phase T1, imp
kvarh
int64
4205
Reactive energy sum T1, imp
kvarh
int64
4209
Reactive energy 1st phase T2, imp
kvarh
int64
4213
Reactive energy 2nd phase T2, imp
kvarh
int64
4217
Reactive energy 3rd phase T2, imp
kvarh
int64
4221
Reactive energy sum T2, imp
kvarh
int64
4225
Reactive energy 1st phase T1, exp
kvarh
int64
4229
Reactive energy 2nd phase T1, exp
kvarh
int64
4233
Reactive energy 3rd phase T1, exp
kvarh
int64
4237
Reactive energy sum T1, exp
kvarh
int64
4241
Reactive energy 1st phase T2, exp
kvarh
int64
4245
Reactive energy 2nd phase T2, exp
kvarh
int64
4249
Reactive energy 3rd phase T2, exp
kvarh
int64
4253
Reactive energy sum T2, exp
kvarh
int64
4257
Reactive power 1st phase
kvar
dword
4259
Reactive power 2nd phase
kvar
dword
4261
Reactive power 3rd phase
kvar
dword
There are more MODBUS items for this device. Please download the program to discover all registers.

Janitza (UMG103) - MODBUS Registers

MODBUS offset
Description
Units
Data type
19000
Voltage L1 N
V
single
19002
Voltage L2 N
V
single
19004
Voltage L3 N
V
single
19006
Voltage L1 L2
V
single
19008
Voltage L2 L3
V
single
19010
Voltage L3 L1
V
single
19012
Apparent current, L1
A
single
19014
Apparent current, L2
A
single
19016
Apparent current, L3
A
single
19018
Vector sum; in=i1+i2+i3
A
single
19020
Real power L1
W
single
19022
Real power L2
W
single
19024
Real power L3
W
single
19026
Sum; psum3=p1+p2+p3
W
single
19028
Apparent power L1
VA
single
19030
Apparent power L2
VA
single
19032
Apparent power L3
VA
single
19034
Sum; ssum3=s1+s2+s3
VA
single
19036
Reactive power (mains frequ.) L1
var
single
19038
Reactive power (mains frequ.) L2
var
single
19040
Reactive power (mains frequ.) L3
var
single
19042
Sum; qsum3=q1+q2+q3
var
single
19044
Fund.power factor, cosphi; UL1 IL1
 
single
19046
Fund.power factor, cosphi; UL2 IL2
 
single
19048
Fund.power factor, cosphi; UL3 IL3
 
single
19050
Measured frequency
Hz
single
19052
Rotation field; 1=right, 0=none, 1=left
 
single
19060
Real energy l1..l3
Wh
single
19062
Real energy l1, consumed
Wh
single
19064
Real energy l2, consumed
Wh
single
19066
Real energy l3, consumed
Wh
single
19068
Real energy l1..l3, consumed, rate 1
Wh
single
19070
Real energy l1, delivered
Wh
single
19072
Real energy l2, delivered
Wh
single
19074
Real energy l3, delivered
Wh
single
19076
Real energy l1..l3, delivered
Wh
single
19078
Apparent energy L1
VAh
single
19080
Apparent energy L2
VAh
single
19082
Apparent energy L3
VAh
single
19084
Apparent energy l1..l3
VAh
single
19092
Reactive energy l1..l3
varh
single
19094
Reactive energy, inductive, L1
varh
single
19096
Reactive energy, inductive, L2
varh
single
19098
Reactive energy, inductive, L3
varh
single
19100
Reactive energy l1..l3, ind
varh
single
19102
Reactive energy, capacitive, L1
varh
single
19104
Reactive energy, capacitive, L2
varh
single
19106
Reactive energy, capacitive, L3
varh
single
19108
Reactive energy l1..l3, cap
varh
single
19110
Harmonic, thd,u L1 N
%
single
There are more MODBUS items for this device. Please download the program to discover all registers.

Janitza (UMG104) - MODBUS Registers

MODBUS offset
Description
Units
Data type
19000
Voltage L1 N
V
single
19002
Voltage L2 N
V
single
19004
Voltage L3 N
V
single
19006
Voltage L1 L2
V
single
19008
Voltage L2 L3
V
single
19010
Voltage L3 L1
V
single
19012
Apparent current, L1
A
single
19014
Apparent current, L2
A
single
19016
Apparent current, L3
A
single
19018
Vector sum; in=i1+i2+i3
A
single
19020
Real power L1
W
single
19022
Real power L2
W
single
19024
Real power L3
W
single
19026
Sum; psum3=p1+p2+p3
W
single
19028
Apparent power L1
VA
single
19030
Apparent power L2
VA
single
19032
Apparent power L3
VA
single
19034
Sum; ssum3=s1+s2+s3
VA
single
19036
Reactive power (mains frequ.) L1
var
single
19038
Reactive power (mains frequ.) L2
var
single
19040
Reactive power (mains frequ.) L3
var
single
19042
Sum; qsum3=q1+q2+q3
var
single
19044
Fund.power factor, cosphi; UL1 IL1
 
single
19046
Fund.power factor, cosphi; UL2 IL2
 
single
19048
Fund.power factor, cosphi; UL3 IL3
 
single
19050
Measured frequency
Hz
single
19052
Rotation field; 1=right, 0=none, 1=left
 
single
19054
Real energy L1
Wh
single
19056
Real energy L2
Wh
single
19058
Real energy L3
Wh
single
19060
Real energy l1..l3
Wh
single
19062
Real energy l1, consumed
Wh
single
19064
Real energy l2, consumed
Wh
single
19066
Real energy l3, consumed
Wh
single
19068
Real energy l1..l3, consumed, rate 1
Wh
single
19070
Real energy l1, delivered
Wh
single
19072
Real energy l2, delivered
Wh
single
19074
Real energy l3, delivered
Wh
single
19076
Real energy l1..l3, delivered
Wh
single
19078
Apparent energy L1
VAh
single
19080
Apparent energy L2
VAh
single
19082
Apparent energy L3
VAh
single
19084
Apparent energy l1..l3
VAh
single
19086
Reaktive energy L1
varh
single
19088
Reaktive energy L2
varh
single
19090
Reaktive energy L3
varh
single
19092
Reaktive energy l1..l3
varh
single
19094
Reactive energy, inductive, L1
varh
single
19096
Reactive energy, inductive, L2
varh
single
19098
Reactive energy, inductive, L3
varh
single
There are more MODBUS items for this device. Please download the program to discover all registers.

Janitza (UMG511) - MODBUS Registers Map

MODBUS offset
Description
Units
Data type
19000
Voltage L1 N
V
single
19002
Voltage L2 N
V
single
19004
Voltage L3 N
V
single
19006
Voltage L1 L2
V
single
19008
Voltage L2 L3
V
single
19010
Voltage L3 L1
V
single
19012
Apparent current, L1 N
A
single
19014
Apparent current, L2 N
A
single
19016
Apparent current, L3 N
A
single
19018
Vector sum; in=i1+i2+i3
A
single
19020
Real power L1 N
W
single
19022
Real power L2 N
W
single
19024
Real power L3 N
W
single
19026
Psum3=p1+p2+p3
W
single
19028
Apparent power L1 N
VA
single
19030
Apparent power L2 N
VA
single
19032
Apparent power L3 N
VA
single
19034
Sum; ssum3=s1+s2+s3
VA
single
19036
Reactive power L1 (fundamental comp.)
var
single
19038
Reactive power L2 (fundamental comp.)
var
single
19040
Reactive power L3 (fundamental comp.)
var
single
19042
Qsum3=q1+q2+q3 (fundamental comp.)
var
single
19044
Cosphi; UL1 IL1 (fundamental comp.)
 
single
19046
Cosphi; UL2 IL2 (fundamental comp.)
 
single
19048
Cosphi; UL3 IL3 (fundamental comp.)
 
single
19050
Measured frequency
Hz
single
19052
Rotation field; 1=right, 0=none, 1=left
 
single
19054
Real energy L1
Wh
single
19056
Real energy L2
Wh
single
19058
Real energy L3
Wh
single
19060
Real energy l1..l3
Wh
single
19062
Real energy l1, consumed
Wh
single
19064
Real energy l2, consumed
Wh
single
19066
Real energy l3, consumed
Wh
single
19068
Real energy l1..l3, consumed, rate 1
Wh
single
19070
Real energy l1, delivered
Wh
single
19072
Real energy l2, delivered
Wh
single
19074
Real energy l3, delivered
Wh
single
19076
Real energy l1..l3, delivered
Wh
single
19078
Apparent energy L1
VAh
single
19080
Apparent energy L2
VAh
single
19082
Apparent energy L3
VAh
single
19084
Apparent energy l1..l3
VAh
single
19086
Reaktive energy L1 (fundamental comp.)
varh
single
19088
Reaktive energy L2 (fundamental comp.)
varh
single
19090
Reaktive energy L3 (fundamental comp.)
varh
single
19092
Reaktive energy l1..l3 (fundamental comp.)
varh
single
19094
Reactive energy, inductive, L1 (fundamental comp.)
varh
single
19096
Reactive energy, inductive, L2 (fundamental comp.)
varh
single
19098
Reactive energy, inductive, L3 (fundamental comp.)
varh
single
There are more MODBUS items for this device. Please download the program to discover all registers.

Janitza (UMG604) - MODBUS Registers Map

MODBUS offset
Description
Units
Data type
19000
Voltage L1 N
V
single
19002
Voltage L2 N
V
single
19004
Voltage L3 N
V
single
19006
Voltage L1 L2
V
single
19008
Voltage L2 L3
V
single
19010
Voltage L3 L1
V
single
19012
Apparent current, L1 N
A
single
19014
Apparent current, L2 N
A
single
19016
Apparent current, L3 N
A
single
19018
Vector sum; in=i1+i2+i3
A
single
19020
Real power L1 N
W
single
19022
Real power L2 N
W
single
19024
Real power L3 N
W
single
19026
Psum3=p1+p2+p3
W
single
19028
Apparent power L1 N
VA
single
19030
Apparent power L2 N
VA
single
19032
Apparent power L3 N
VA
single
19034
Sum; ssum3=s1+s2+s3
VA
single
19036
Reactive power L1 (fundamental comp.)
var
single
19038
Reactive power L2 (fundamental comp.)
var
single
19040
Reactive power L3 (fundamental comp.)
var
single
19042
Qsum3=q1+q2+q3 (fundamental comp.)
var
single
19044
Cosphi; UL1 IL1 (fundamental comp.)
 
single
19046
Cosphi; UL2 IL2 (fundamental comp.)
 
single
19048
Cosphi; UL3 IL3 (fundamental comp.)
 
single
19050
Measured frequency
Hz
single
19052
Rotation field; 1=right, 0=none, 1=left
 
single
19054
Real energy L1
Wh
single
19056
Real energy L2
Wh
single
19058
Real energy L3
Wh
single
19060
Real energy l1..l3
Wh
single
19062
Real energy l1, consumed
Wh
single
19064
Real energy l2, consumed
Wh
single
19066
Real energy l3, consumed
Wh
single
19068
Real energy l1..l3, consumed, rate 1
Wh
single
19070
Real energy l1, delivered
Wh
single
19072
Real energy l2, delivered
Wh
single
19074
Real energy l3, delivered
Wh
single
19076
Real energy l1..l3, delivered
Wh
single
19078
Apparent energy L1
VAh
single
19080
Apparent energy L2
VAh
single
19082
Apparent energy L3
VAh
single
19084
Apparent energy l1..l3
VAh
single
19086
Reaktive energy L1 (fundamental comp.)
varh
single
19088
Reaktive energy L2 (fundamental comp.)
varh
single
19090
Reaktive energy L3 (fundamental comp.)
varh
single
19092
Reaktive energy l1..l3 (fundamental comp.)
varh
single
19094
Reactive energy, inductive, L1 (fundamental comp.)
varh
single
19096
Reactive energy, inductive, L2 (fundamental comp.)
varh
single
19098
Reactive energy, inductive, L3 (fundamental comp.)
varh
single
There are more MODBUS items for this device. Please download the program to discover all registers.

Janitza (UMG605) - MODBUS Registers

MODBUS offset
Description
Units
Data type
19000
Voltage L1 N
V
single
19002
Voltage L2 N
V
single
19004
Voltage L3 N
V
single
19006
Voltage L1 L2
V
single
19008
Voltage L2 L3
V
single
19010
Voltage L3 L1
V
single
19012
Apparent current, L1 N
A
single
19014
Apparent current, L2 N
A
single
19016
Apparent current, L3 N
A
single
19018
Vector sum; in=i1+i2+i3
A
single
19020
Real power L1 N
W
single
19022
Real power L2 N
W
single
19024
Real power L3 N
W
single
19026
Psum3=p1+p2+p3
W
single
19028
Apparent power L1 N
VA
single
19030
Apparent power L2 N
VA
single
19032
Apparent power L3 N
VA
single
19034
Sum; ssum3=s1+s2+s3
VA
single
19036
Reactive power L1 (fundamental comp.)
var
single
19038
Reactive power L2 (fundamental comp.)
var
single
19040
Reactive power L3 (fundamental comp.)
var
single
19042
Qsum3=q1+q2+q3 (fundamental comp.)
var
single
19044
Cosphi; UL1 IL1 (fundamental comp.)
 
single
19046
Cosphi; UL2 IL2 (fundamental comp.)
 
single
19048
Cosphi; UL3 IL3 (fundamental comp.)
 
single
19050
Measured frequency
Hz
single
19052
Rotation field; 1=right, 0=none, 1=left
 
single
19054
Real energy L1
Wh
single
19056
Real energy L2
Wh
single
19058
Real energy L3
Wh
single
19060
Real energy l1..l3
Wh
single
19062
Real energy l1, consumed
Wh
single
19064
Real energy l2, consumed
Wh
single
19066
Real energy l3, consumed
Wh
single
19068
Real energy l1..l3, consumed, rate 1
Wh
single
19070
Real energy l1, delivered
Wh
single
19072
Real energy l2, delivered
Wh
single
19074
Real energy l3, delivered
Wh
single
19076
Real energy l1..l3, delivered
Wh
single
19078
Apparent energy L1
VAh
single
19080
Apparent energy L2
VAh
single
19082
Apparent energy L3
VAh
single
19084
Apparent energy l1..l3
VAh
single
19086
Reaktive energy L1 (fundamental comp.)
varh
single
19088
Reaktive energy L2 (fundamental comp.)
varh
single
19090
Reaktive energy L3 (fundamental comp.)
varh
single
19092
Reaktive energy l1..l3 (fundamental comp.)
varh
single
19094
Reactive energy, inductive, L1 (fundamental comp.)
varh
single
19096
Reactive energy, inductive, L2 (fundamental comp.)
varh
single
19098
Reactive energy, inductive, L3 (fundamental comp.)
varh
single
There are more MODBUS items for this device. Please download the program to discover all registers.

Janitza (UMG96) - MODBUS Registers

MODBUS offset
Description
Units
Data type
19000
Voltage L1 N
V
single
19002
Voltage L2 N
V
single
19004
Voltage L3 N
V
single
19006
Voltage L1 L2
V
single
19008
Voltage L2 L3
V
single
19010
Voltage L1 L3
V
single
19012
Current I L1
A
single
19014
Current I L2
A
single
19016
Current I L3
A
single
19018
Vector sum; in=i1+i2+i3
A
single
19020
Real power P1 l1n
W
single
19022
Real power P2 l2n
W
single
19024
Real power P3 l3n
W
single
19026
Sum; psum3=p1+p2+p3
W
single
19028
Apparent power S1 l1n
VA
single
19030
Apparent power S2 l2n
VA
single
19032
Apparent power S3 l3n
VA
single
19034
Sum; ssum3=s1+s2+s3
VA
single
19036
Fund. reactive power Q1 l1n
var
single
19038
Fund. reactive power Q2 l2n
var
single
19040
Fund. reactive power Q3 l3n
var
single
19042
Sum; qsum3=q1+q2+q3
var
single
19044
Cosphi; UL1 IL1 (fundamental comp.)
 
single
19046
Cosphi; UL2 IL2 (fundamental comp.)
 
single
19048
Cosphi; UL3 IL3 (fundamental comp.)
 
single
19050
Measured frequency
Hz
single
19052
Rotation field; 1=right, 0=none, 1=left
 
single
19054
Real energy L1
Wh
single
19056
Real energy L2
Wh
single
19058
Real energy L3
Wh
single
19060
Real energy l1..l3
Wh
single
19062
Real energy l1, consumed
Wh
single
19064
Real energy l2, consumed
Wh
single
19066
Real energy l3, consumed
Wh
single
19068
Real energy l1..l3, consumed, rate 1
Wh
single
19070
Real energy l1, delivered
Wh
single
19072
Real energy l2, delivered
Wh
single
19074
Real energy l3, delivered
Wh
single
19076
Real energy l1..l3, delivered
Wh
single
19078
Apparent energy L1
VAh
single
19080
Apparent energy L2
VAh
single
19082
Apparent energy L3
VAh
single
19084
Apparent energy l1..l3
VAh
single
19086
Reactive energy L1
varh
single
19088
Reactive energy L2
varh
single
19090
Reactive energy L3
varh
single
19092
Reactive energy l1..l3
varh
single
19094
Reactive energy ind. L1
varh
single
19096
Reactive energy ind. L2
varh
single
19098
Reactive energy ind. L3
varh
single
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