Schneider Electric MODBUS logger. Registers Map
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Schneider Electric (CM2000) - Mapping
MODBUS offset
Description
Units
Data type
1000
Update interval
second
word
1002
Temperature inside CM enclosure
Degrees C
word
1003
Current, phase A
Amps
word
1004
Current, phase B
Amps
word
1005
Current, phase C
Amps
word
1006
Current, neutral
Amps
word
1007
Current, ground
Amps
word
1008
Current, 3-phase average
Amps
word
1009
Current, apparent rms
Amps
word
1010
Current unbalance, phase A
Percent
word
1011
Current unbalance, phase B
Percent
word
1012
Current unbalance, phase C
Percent
word
1013
Current unbalance, worst
Percent
word
1014
Voltage, phase A to B
Volts
word
1015
Voltage, phase B to C
Volts
word
1016
Voltage, phase C to A
Volts
word
1017
Voltage L-L, 3-phase average
Volts
word
1018
Voltage, phase A to neutral
Volts
word
1019
Voltage, phase B to neutral
Volts
word
1020
Voltage, phase C to neutral
Volts
word
1021
Voltage L-N, 3-phase average
Volts
word
1022
Voltage unbalance, phase A-B
Percent
word
1023
Voltage unbalance, phase B-C
Percent
word
1024
Voltage unbalance, phase C-A
Percent
word
1025
Voltage unbalance, L-L worst
Percent
word
1026
Voltage unbalance, phase A
Percent
word
1027
Voltage unbalance, phase B
Percent
word
1028
Voltage unbalance, phase C
Percent
word
1029
Voltage unbalance, L-N worst
Percent
word
1031
True power factor, phase A
word
1032
True power factor, phase B
word
1033
True power factor, phase C
word
1034
True power factor, 3-phase total
word
1035
Displacement power factor, phase A
word
1036
Displacement power factor, phase B
word
1037
Displacement power factor, phase C
word
1038
Displacement power factor, 3-phase total
word
1039
Real power, phase A
kW
word
1040
Real power, phase B
kW
word
1041
Real power, phase C
kW
word
1042
Real power, 3-phase total
kW
word
1043
Reactive power, phase A
kVAr
word
1044
Reactive power, phase B
kVAr
word
1045
Reactive power, phase C
kVAr
word
1046
Reactive power, 3-phase total
kVAr
word
1047
Apparent power, phase A
kVA
word
1048
Apparent power, phase B
kVA
word
1049
Apparent power, phase C
kVA
word
1050
Apparent power, 3-phase total
kVA
word
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (EM1000,EM1100,EM1200) - MODBUS Registers
MODBUS offset
Description
Units
Data type
3056
Current average
single
3008
Current, phase 1
single
3024
Current, phase 2
single
3040
Current, phase 3
single
3058
Voltage (ll) average
single
3010
Voltage(ll), phase 1 2
single
3026
Voltage(ll), phase 2 3
single
3042
Voltage(ll), phase 3 1
single
3060
Voltage(ln) average
single
3012
Voltage(ln), phase 1
single
3028
Voltage(ln), phase 2
single
3044
Voltage(ln), phase 3
single
3050
Active power, total
single
3002
Active power, phase 1
single
3018
Active power, phase 2
single
3034
Active power, phase 3
single
3052
Reactive power, total
single
3004
Reactive power, phase 1
single
3020
Reactive power, phase 2
single
3036
Reactive power, phase 3
single
3048
Apparent power, total
single
3000
Apparent power, phase 1
single
3016
Apparent power, phase 2
single
3032
Apparent power, phase 3
single
3054
Power factor total
single
3006
Power factor, phase 1
single
3022
Power factor, phase 2
single
3038
Power factor, phase 3
single
3200
Forward apparent energy
single
3202
Forward active energy
single
3204
Forward reactive energy
single
3264
Forward run seconds
dword
3268
Number of input voltage interruptions
dword
2506
Current average
single
2500
Current, phase 1
single
2502
Current, phase 2
single
2504
Current, phase 3
single
2514
Voltage (ll) average
single
2508
Voltage(ll), phase 1 2
single
2510
Voltage(ll), phase 2 3
single
2512
Voltage(ll), phase 3 1
single
2522
Voltage(ln) average
single
2516
Voltage(ln), phase 1
single
2518
Voltage(ln), phase 2
single
2520
Voltage(ln), phase 3
single
2546
Active power, total
single
2540
Active power, phase 1
single
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (EM3502,EM3550) - MODBUS Registers
MODBUS offset
Description
Units
Data type
2
Total instantaneous real power (3 phase total)
kW
word
3
Total instantaneous reactive power (3 phase total)
kVAR
word
4
Total instantaneous apparent power (3 phase total)
kVA
word
5
Total power factor (total kw / total kva)
Ratio
word
6
Voltage, L l, average of 3 phases
Volt
word
7
Voltage, L n, average of 3 phases
Volt
word
8
Current, average of 3 phases
Amp
word
9
Real power, phase A
kW
word
10
Real power, phase B
kW
word
11
Real power, phase C
kW
word
12
Power factor, phase A
Ratio
word
13
Power factor, phase B
Ratio
word
14
Power factor, phase C
Ratio
word
15
Voltage, phase A B
Volt
word
16
Voltage, phase B C
Volt
word
17
Voltage, phase A C
Volt
word
18
Voltage, phase A N
Volt
word
19
Voltage, phase B N
Volt
word
20
Voltage, phase C N
Volt
word
21
Current, instantaneous, phase A
Amp
word
22
Current, instantaneous, phase B
Amp
word
23
Current, instantaneous, phase C
Amp
word
25
Frequency (derived from phase a)
Hz
word
26
Apparent energy consumption (msr)
KVAh
dword
28
Reactive energy consumption (msr)
KVARh
dword
30
Apparent power, phase A
kVA
word
31
Apparent power, phase B
kVA
word
32
Apparent power, phase C
kVA
word
33
Reactive power, phase A
kVAR
word
34
Reactive power, phase B
kVAR
word
35
Reactive power, phase C
kVAR
word
36
Total real power present demand
kW
word
37
Total reactive power present demand
kVAR
word
38
Total apparent power present demand
kVA
word
39
Total real power max. demand
kW
word
40
Total reactive power max. demand
kVAR
word
41
Total apparent power max. demand
kVA
word
42
Pulse counter 1 (real energy)
dword
44
Pulse counter 2 (reactive energy)
dword
46
Real energy consumption phase A
kWh
dword
48
Real energy consumption phase B
kWh
dword
50
Real energy consumption phase C
kWh
dword
129
Single phase: A + N
word
130
Ct ratio primary
Amps
word
131
Ct ratio secondary interface (1 or 1/3 v, may not be user configurable)
word
132
Pt ratio: the meter scales this value by 100 (i.e. entering 200 yields a potential transformer ratio of 2:1). the default is 100 (1.00:1), which is with no pt attached. set this value before setting the system voltage (below)
word
133
System voltage: this voltage is line to line, except for system type 10 which is line to neutral. the meter uses this value to calculate the full scale power for the analog outputs and pulse configuration (below), and as full scale for phase loss (register 142). the meter will refuse voltages that are outside the range of 82 660 volts when divided by the pt ratio (above)
word
134
Theoretical maximum system power: this read only value is the theoretical maximum power the meter can expect to see on a service. this value is 100% of scale on the analog output (0 5 vdc or 4 20 ma), if equipped. the meter recalculates this value if the user changes the ct size, system type, or system voltage. this integer value has the same scale as other integer power registers (see register 140 for power scaling)
kW
word
136
Display units: 0 = iec (u, v, p, q, s), 1 = ieee (default: vll, vln, w, var, va)
word
137
Scale factors note: these registers contain a signed integer that scales the corresponding integer registers. floating point registers are not scaled. scaling is recalculated when the meter configuration is changed
smallint
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (EM4200) - MODBUS Registers Map
MODBUS offset
Description
Units
Data type
2
Total instantaneous real power (3 phase total)
kW
word
3
Total instantaneous reactive power (3 phase total)
kVAR
word
4
Total instantaneous apparent power (3 phase total)
kVA
word
5
Total power factor (total kw / total kva)
Ratio
word
6
Voltage, line to line, average of phases
Volt
word
7
Voltage, line to neutral, average of phases
Volt
word
8
Current, average of phases
Amp
word
12
Power factor, L1
Ratio
word
13
Power factor, L2
Ratio
word
14
Power factor, L3
Ratio
word
21
Current, instantaneous, L1
Amp
word
22
Current, instantaneous, L2
Amp
word
23
Current, instantaneous, L3
Amp
word
24
Present demand sub interval
kW
word
30
Ct size (100, 300, etc.)
Amps
word
31
Count of kwh resets
Count
word
32
Count of peak demand resets
Count
word
33
Count of sub intervals
Count
word
34
Count of number readings in present sub interval
Count
word
35
System type: see manual
integer
word
36
Sub interval length: sets the length of a sub interval. value is the number of seconds times 5 (for example, 15 minutes is 4500). for sync to comms, set this to zero
integer
word
37
Number of sub intervals per demand interval. sets the number of sub intervals that make a single demand interval. legal values are 1 to 6. for block demand, set this to 1
integer
word
256
Real energy consumption
kWh
single
258
Real energy consumption (redundant)
kWh
single
260
Total instantaneous real power
kW
single
262
Total instantaneous reactive power
kVAR
single
264
Total instantaneous apparent power
kVA
single
266
Total power factor (total kw / total kva)
Ratio
single
268
Voltage, line to line, average of 3 phases
Volt
single
270
Voltage, line to neutral, average of 3 phases
Volt
single
272
Current, average of 3 phases
Amp
single
274
Real power, L1
kW
single
276
Real power, L2
kW
single
278
Real power, L3
kW
single
280
Power factor, L1
Ratio
single
282
Power factor, L2
Ratio
single
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (EM6400) - MODBUS Registers Map
MODBUS offset
Description
Units
Data type
3900
Va apparent power, total
VA
single
3902
W active power, total
W
single
3904
Var reactive power, total
VAR
single
3908
Vll line to line avg voltage
VLL
single
3910
Vln line to neutral voltage
VLN
single
3914
F frequency, hz
F
single
3916
VA1 apparent power, phase1
VA1
single
3918
W1 active power, phase1
W1
single
3920
Var1 reactive power, phase1
VAR1
single
3922
PF1 pf, phase1
PF1
single
3924
V12 voltage phase1 to phase2
V12
single
3926
V1 voltage phase1 to neutral
V1
single
3928
A1 current, phase1
A1
single
3930
VA2 apparent power, phase2
VA2
single
3932
W2 active power, phase2
W2
single
3934
Var2 reactive power, phase2
VAR2
single
3936
PF2 pf, phase2
PF2
single
3938
V23 voltage phase2 to phase3
V23
single
3940
V2 voltage phase2 to neutral
V2
single
3942
A2 current, phase2
A2
single
3944
VA3 apparent power, phase3
VA3
single
3946
W3 active power, phase3
W3
single
3948
Var3 reactive power, phase3
VAR3
single
3950
PF3 pf, phase3
PF3
single
3952
V31 voltage phase3 to phase1
V31
single
3954
V3 voltage phase3 to neutral
V3
single
3956
A3 current, phase3
A3
single
3958
Fwdvah forward apparent energy
FwdVAh
single
3960
Fwdwh forward active energy
FwdWh
single
3962
Fwdvarh forward reactive inductive energy
FwdVARh
single
3964
Fwdvarh forward reactive capacitive energy
FwdVARh
single
3966
Revvah reverse apparent energy
RevVAh
single
3968
Revwh reverse active energy
RevWh
single
3970
Revvarh reverse reactive inductive energy
RevVARh
single
3972
Revvarh reverse reactive capacitive energy
RevVARh
single
3974
Present demand
Present
single
3976
Rising demand
Rising
single
3980
Max dm occurrence time
Max
single
3994
Fwdrun secs
FwdRun
integer
3996
Revrun secs
RevRun
integer
3998
Intr number of power interruption
Intr
integer
3860
%V1 voltage thd, phase 1
%V1
single
3862
%V2 voltage thd, phase 2
%V2
single
3864
%V3 voltage thd, phase 3
%V3
single
3866
%A1 current thd, phase 1
%A1
single
3868
%A2 current thd, phase 2
%A2
single
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (EM6400NG,PM2100,PM2200) - MODBUS Registers
MODBUS offset
Description
Units
Data type
2699
Active energy delivered (into load)
kWh
single
2701
Active energy received (out of load)
kWh
single
2703
Active energy delivered + received
kWh
single
2705
Active energy delivered received
kWh
single
2707
Reactive energy delivered
kVARh
single
2709
Reactive energy received
kVARh
single
2711
Reactive energy delivered + received
kVARh
single
2713
Reactive energy delivered received
kVARh
single
2715
Apparent energy delivered
kVAh
single
2717
Apparent energy received
kVAh
single
2719
Apparent energy delivered + received
kVAh
single
2721
Apparent energy delivered received
kVAh
single
3011
Current unbalance A
%
single
3013
Current unbalance B
%
single
3015
Current unbalance C
%
single
3017
Current unbalance worst
%
single
3025
Voltage L L avg
V
single
3035
Voltage L N avg
V
single
3037
Voltage unbalance A B
%
single
3039
Voltage unbalance B C
%
single
3041
Voltage unbalance C A
%
single
3043
Voltage unbalance L L worst
%
single
3045
Voltage unbalance A N
%
single
3047
Voltage unbalance B N
%
single
3049
Voltage unbalance C N
%
single
3051
Voltage unbalance L N worst
%
single
3053
Active power A
kW
single
3055
Active power B
kW
single
3057
Active power C
kW
single
3059
Active power total
kW
single
3061
Reactive power A
kVAR
single
3063
Reactive power B
kVAR
single
3065
Reactive power C
kVAR
single
3067
Reactive power total
kVAR
single
3069
Apparent power A
kVA
single
3071
Apparent power B
kVA
single
3073
Apparent power C
kVA
single
3075
Apparent power total
kVA
single
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (EM7200) - MODBUS Registers Map
MODBUS offset
Description
Units
Data type
136
Hardware revision
utf8(10)
141
Production history 01
word
142
Production history 02
word
143
Production history 03
word
144
Production history 04
word
145
Production history 05
word
146
Production history 06
word
147
Production history 07
word
148
Production history 08
word
149
Production history 09
word
150
Production history 10
word
151
Production history 11
word
152
Production history 12
word
153
Production history 13
word
154
Production history 14
word
155
Production history 15
word
156
Production history 16
word
157
Production history 17
word
158
Production history 18
word
159
Production history 19
word
160
Production history 20
word
1637
Present firmware version (dlf format) x.y.t
word
1641
T internal evolutions
word
1642
Previous firmware version (dlf format) x.y.t
word
1646
T internal evolutions
word
1701
Present firmware version (dlf format) x.y.t
word
1705
T internal evolutions
word
1706
Previous firmware version (dlf format) x.y.t
word
1710
T internal evolutions
word
1716
Bridge code version
word
1828
Number of metering system restarts
word
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (EMB,EME) - Mapping
MODBUS offset
Description
Units
Data type
256
Energy consumption, kwh, low word integer
single
258
Energy consumption, kwh, high word integer
single
262
Reactive power, kvar
single
264
Apparant power, kva
single
266
Total power factor
single
270
Avg voltage, L n, ave of 1
single
272
Avg current, average of 1
single
274
Real power, phase A (same as real power, kw (3))
single
276
Real Power, phase B
single
278
Real Power, phase C
single
280
Power factor, phase A (same as total pf (6))
single
282
Power Factor, phase B
single
284
Power Factor, phase C
single
286
Voltage, phase A-B
single
288
Voltage, phase B-C
single
290
Voltage, phase A-C
single
292
Voltage, phase A N (same as avg. L N (8))
single
294
Voltage, phase B-N
single
296
Voltage, phase C-N
single
298
Current, phase A (same as avg. current (9))
single
300
Current, phase B
single
302
Current, phase C
single
Schneider Electric (iEM3000) - Mapping
MODBUS offset
Description
Units
Data type
7274
Digital input control mode
word
8905
Digital input status (only bit 1 is used): bit
word
9673
Digital output control mode status
word
3000
I1: phase 1 current
A
single
3002
I2: phase 2 current
A
single
3004
I3: phase 3 current
A
single
3026
Voltage ll avg
V
single
3036
Voltage ln avg
V
single
3054
Active power phase 1
kW
single
3056
Active power phase 2
kW
single
3058
Active power phase 3
kW
single
3060
Total active power
kW
single
3068
Total reactive power not applicable for iem3150 / iem3250 / iem3350
kVAR
single
3076
Total apparent power not applicable for iem3150 / iem3250 / iem3350
kVA
single
3084
Total power factor: 1 < pf
single
4191
Multitariffs energy active rate 0: multi tariff disabled 1 to 4: rate A to rate D not applicable for iem3150 / iem3250 / iem3350 note: you can only set the tariff using this method if the tariff mode is set to by communication
word
3204
Total active energy import
Wh
int64
3208
Total active energy export not applicable for iem3150 / iem3250 / iem3350
Wh
int64
3220
Total reactive energy import not applicable for iem3150 / iem3250 / iem3350
VARh
int64
3224
Total reactive energy export not applicable for iem3150 / iem3250 / iem3350
VARh
int64
3256
Partial active energy import
Wh
int64
3272
Partial reactive energy import not applicable for iem3150 / iem3250 / iem3350
VARh
int64
3518
Active energy import phase1
Wh
int64
3522
Active energy import phase 2
Wh
int64
3526
Active energy import phase 3
Wh
int64
3558
Input metering accumulation not applicable for iem3150 / iem3250 / iem3350
Unit
int64
3702
Demand interval duration
Minute
word
3766
Active power demand
kW
single
3770
Active power peak demand
kW
single
3782
Reactive power demand
kVAR
single
3786
Reactive power peak demand
kVAR
single
3798
Apparent power demand
kVA
single
3802
Apparent power peak demand
kVA
single
3814
Current I1 demand
A
single
3818
Current I1 peak demand
A
single
3830
Current I2 demand
A
single
3834
Current I2 peak demand
A
single
3846
Current I3 demand
A
single
3850
Current I3 peak demand
A
single
3878
Current avg demand
A
single
3882
Current avg peak demand
A
single
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric PM1000 PM1200 - Mapping
MODBUS offset
Description
Units
Data type
3913
Current average (A)
single
3929
Current, phase 1 (A1)
single
3943
Current, phase 2 (A2)
single
3957
Current, phase 3 (A3)
single
3909
Line to line average voltage (VLL)
single
3911
Line to neutral voltage (VLN)
single
3925
Voltage phase 1 to phase 2 (V12)
single
3939
Voltage phase 2 to phase 3 (V23)
single
3953
Voltage phase 3 to phase 1 (V31)
single
3927
Voltage phase 1 to neutral (V1)
single
3941
Voltage phase 2 to neutral (V2)
single
3955
Voltage phase 3 to neutral (V3)
single
3903
Active power, total (W)
single
3919
Active power, phase 1 (W1)
single
3933
Active power, phase 2 (W2)
single
3947
Active power, phase 3 (W3)
single
3905
Reactive power, total (VAR)
single
3921
Reactive power, phase 1 (VAR1)
single
3935
Reactive power, phase 2 (VAR2)
single
3949
Reactive power, phase3 (VAR3)
single
3901
Apparent power, total (VA)
single
3917
Apparent power, phase 1 (VA1)
single
3931
Apparent power, phase 2 (VA2)
single
3945
Apparent power, phase 3 (VA3)
single
3907
Power factor average (PF)
single
3923
Power factor, phase 1 (PF1)
single
3937
Power factor, phase 2 (PF2)
single
3951
Power factor, phase 3 (PF3)
single
3915
Frequency, hz (F)
single
3861
Voltage THD, phase 1 (%V1)
single
3863
Voltage THD, phase 2 (%V2)
single
3865
Voltage THD, phase 3 (%V3)
single
3867
Current THD, phase 1 (%A1)
single
3869
Current THD, phase 2 (%A2)
single
3871
Current THD, phase 3 (%A3)
single
3959
Forward apparent energy (FwdVAh)
single
3961
Forward active energy (FwdWh)
single
3963
Forward reactive inductive energy (FwdVARh)
single
3965
Forward reactive capacitive energy (FwdVARh)
single
3967
Reverse apparent energy (RevVAh)
single
3969
Reverse active energy (RevWh)
single
3971
Reverse reactive inductive energy (RevVARh)
single
3973
Reverse reactive capacitive energy (RevVARh)
single
3993
On hours (On hrs)
integer
3995
Forward run seconds (FwdRun secs)
integer
3997
Reverse run seconds (RevRun secs)
integer
3999
Number of power interruptions (Intr)
integer
3975
Present demand (Present demand)
single
3977
Rising demand (Rising demand)
single
3979
Maximum demand (Max MD)
single
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (PM5000, PM5200) - MODBUS Registers
MODBUS offset
Description
Units
Data type
135
Hardware revision
utf8(10)
1827
Number of metering system restarts
word
1828
Number of control power failures
word
1833
Duration of last control power failure
seconds
dword
1835
Cause of last meter reset
word
1999
Conditional energy control status
word
2001
Active load timer
seconds
dword
2003
Meter operation timer
seconds
dword
2013
Number of phases
word
2015
Power system configuration
word
2016
Nominal frequency
Hz
word
2017
Nominal voltage
V
single
2019
Nominal current
A
single
2021
Nominal power factor
dword
2023
Normal phase rotation
word
2033
CT location for 1 or 2 CT metering
word
2034
VT location for 1 or 2 VT metering
word
2035
VT connection type
word
2047
Peak current demand over last year
A
single
2049
Active load timer setpoint
A
single
2125
Alarm / energy LED mode
word
2131
Pulse weight
kWh, kVAh, kVAh
dword
2135
Pulse weight
kWh, kVAh, kVAh
dword
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (PM5100, PM5300) - MODBUS Registers Map
MODBUS offset
Description
Units
Data type
128
Manufacturing unit id (To be prefixed in serial number while displaying)
word
1827
Number of metering system restarts
word
1828
Number of control power failures
word
1833
Duration of last control power failure
seconds
dword
1835
Cause of last meter reset
word
1879
Setup password
utf8(8)
1883
Energy reset password
utf8(8)
1887
Demand reset password
utf8(8)
1891
Min/Max reset password
utf8(8)
1920
Revenue security status
word
1999
Conditional energy control status
word
2001
Active load timer
seconds
dword
2003
Meter operation timer
seconds
dword
2007
Heartbeat LED control
word
2013
Number of phases
word
2015
Power system configuration
word
2016
Nominal frequency
Hz
word
2017
Nominal voltage
V
single
2019
Nominal current
A
single
2021
Nominal power factor
dword
2023
Normal phase rotation
word
2033
CT location for 1 or 2 CT metering
word
2034
VT location for 1 or 2 VT metering
word
2035
VT connection type
word
2047
Peak current demand over last year
A
single
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric PM5500 - MODBUS Registers
MODBUS offset
Description
Units
Data type
135
Hardware revision
utf8(10)
1636
Present firmware version (DLF format) X.Y.T
word
1641
Previous firmware version (DLF format) X.Y.T
word
1668
Present firmware version (DLF format) X.Y.T
word
1700
Present firmware version (DLF format) X.Y.T
word
1827
Number of metering system restarts
word
1828
Number of control power failures
word
1833
Duration of last control power failure
seconds
dword
1835
Cause of last meter reset
word
1919
Revenue security switch status
word
1920
Revenue security status
word
2001
Active load timer
seconds
dword
2003
Meter operation timer
seconds
dword
2013
Number of phases
word
2015
Power system configuration
word
2016
Nominal frequency
Hz
word
2017
Nominal voltage
V
single
2019
Nominal current
A
single
2023
Normal phase rotation
word
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (PM600) - MODBUS Registers Map
MODBUS offset
Description
Units
Data type
2019
Scale Factor A
smallint
2022
Scale Factor D
smallint
2023
Scale Factor E
smallint
999
Update interval
smallint
1000
Frequency
Hertz
smallint
1002
Current, phase A
Amps
smallint
1003
Current, phase B
Amps
smallint
1004
Current, phase C
Amps
smallint
1005
Current, calculated neutral
Amps
smallint
1009
Current unbalance, phase A
Percent
smallint
1010
Current unbalance, phase B
Percent
smallint
1011
Current unbalance, phase C
Percent
smallint
1012
Current unbalance, worst
Percent
smallint
1013
Voltage, phase A to B
Volts
smallint
1014
Voltage, phase B to C
Volts
smallint
1015
Voltage, phase C to A
Volts
smallint
1017
Voltage, phase A to neutral
Volts
smallint
1018
Voltage, phase B to neutral
Volts
smallint
1019
Voltage, phase C to neutral
Volts
smallint
1021
Voltage unbalance, phase A B
Percent
smallint
1022
Voltage unbalance, phase B C
Percent
smallint
1023
Voltage unbalance, phase C A
Percent
smallint
1024
Voltage unbalance, L L worst
Percent
smallint
1025
Voltage unbalance, phase A
Percent
smallint
1026
Voltage unbalance, phase B
Percent
smallint
1027
Voltage unbalance, phase C
Percent
smallint
1028
Voltage unbalance, L N worst
Percent
smallint
1030
True power factor, phase A
smallint
1031
True power factor, phase B
smallint
1032
True power factor, phase C
smallint
1033
True power factor, 3 phase total
smallint
1038
Real power, phase A
kW
smallint
1039
Real power, phase B
kW
smallint
1040
Real power, phase C
kW
smallint
1041
Real power, 3 phase total
kW
smallint
1042
Reactive power, phase A
kVAr
smallint
1043
Reactive power, phase B
kVAr
smallint
1044
Reactive power, phase C
kVAr
smallint
1045
Reactive power, 3 phase total
kVAr
smallint
1046
Apparent power, phase A
kVA
smallint
1047
Apparent power, phase B
kVA
smallint
1048
Apparent power, phase C
kVA
smallint
1049
Apparent power, 3 phase total
kVA
smallint
1050
Thd/thd A current
smallint
1051
Thd/thd B current
smallint
1052
Thd/thd C current
smallint
1054
Thd/thd A voltage
smallint
1055
Thd/thd B voltage
smallint
1056
Thd/thd C voltage
smallint
1077
A current fundamental rms magnitude
Amps
smallint
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (PM700) - MODBUS Registers
MODBUS offset
Description
Units
Data type
1000
Real energy, total
kWh
single
1002
Apparent energy, total
kVAh
single
1004
Reactive energy, total
kVARh
single
1006
Real power, total
kW
single
1008
Apparent power, total
kVA
single
1010
Reactive power, total
kVAR
single
1012
Power factor, total
single
1014
Voltage, L-L, 3P average
Volt
single
1016
Voltage, L-N, 3P average
Volt
single
1018
Current, 3P average
Amp
single
1054
Voltage, A-B
Volt
single
1056
Voltage, B-C
Volt
single
1058
Voltage, C-A
Volt
single
1060
Voltage, A-N
Volt
single
1062
Voltage, B-N
Volt
single
1064
Voltage, C-N
Volt
single
1066
Real power, A
kW
single
1068
Real power, B
kW
single
1070
Real power, C
kW
single
1072
Apparent power, A
kVA
single
1074
Apparent power, B
kVA
single
1076
Apparent power, C
kVA
single
1078
Reactive power, A
kVAR
single
1080
Reactive power, B
kVAR
single
1082
Reactive power, C
kVAR
single
1084
Current, A, THD
%
single
1086
Current, B, THD
%
single
1088
Current, C, THD
%
single
1092
Voltage, A-N, THD
%
single
1094
Voltage, B-N, THD
%
single
1096
Voltage, C-N, THD
%
single
1098
Voltage, A-B, THD
%
single
1100
Voltage, B-C, THD
%
single
1102
Voltage, C-A, THD
%
single
1022
Real power, total demand present
kW
single
1024
Apparent power, total demand present
kVA
single
1026
Reactive power, total demand present
kVAR
single
1028
Real power, total demand peak
kW
single
1030
Apparent power, total demand peak
kVA
single
1032
Reactive power, total demand peak
kVAR
single
1042
Current, A, demand present
Amp
single
1044
Current, B, demand present
Amp
single
1046
Current, C, demand present
Amp
single
1048
Current, A, demand peak
Amp
single
1050
Current, B, demand peak
Amp
single
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (PM800) - Mapping
MODBUS offset
Description
Units
Data type
628
Ethernet physical connection
integer
632
Port protocol mode
integer
633
PM8ECC reset counter
integer
1100
Current, phase A
Amps/Scale
integer
1101
Current, phase B
Amps/Scale
integer
1102
Current, phase C
Amps/Scale
integer
1103
Current, neutral
Amps/Scale
integer
1104
Current, ground
Amps/Scale
integer
1105
Current, 3-phase average
Amps/Scale
integer
1107
Current, unbalance, phase A
%
integer
1108
Current, unbalance, phase B
%
integer
1109
Current, unbalance, phase C
%
integer
1110
Current, unbalance, max
%
integer
1120
Voltage, A-B
Volts/Scale
integer
1121
Voltage, B-C
Volts/Scale
integer
1122
Voltage, C-A
Volts/Scale
integer
1123
Voltage, L-L average
Volts/Scale
integer
1124
Voltage, A-N
Volts/Scale
integer
1125
Voltage, B-N
Volts/Scale
integer
1126
Voltage, C-N
Volts/Scale
integer
1127
Voltage, N-R
Volts/Scale
integer
1128
Voltage, L-N average
Volts/Scale
integer
1129
Voltage, unbalance, A-B
%
integer
1130
Voltage, unbalance, B-C
%
integer
1131
Voltage, unbalance, C-A
%
integer
1132
Voltage, unbalance, max L-L
%
integer
1133
Voltage, unbalance, A-N
%
integer
1134
Voltage, unbalance, B-N
%
integer
1135
Voltage, unbalance, C-N
%
integer
1136
Voltage, unbalance, max L-N
%
integer
1140
Real power, phase A
kW/Scale
integer
1141
Real power, phase B
kW/Scale
integer
1142
Real power, phase C
kW/Scale
integer
1143
Real power, total
kW/Scale
integer
1144
Reactive power, phase A
kVAr/Scale
integer
1145
Reactive power, phase B
kVAr/Scale
integer
1146
Reactive power, phase C
kVAr/Scale
integer
1147
Reactive power, total
kVAr/Scale
integer
1148
Apparent power, phase A
kVA/Scale
integer
1149
Apparent power, phase B
kVA/Scale
integer
1150
Apparent power, phase C
kVA/Scale
integer
1151
Apparent power, total
kVA/Scale
integer
1160
True power factor, phase A
integer
1161
True power factor, phase B
integer
1162
True power factor, phase C
integer
1163
True power factor, total
integer
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (PM8000) - MODBUS Registers Map
MODBUS offset
Description
Units
Data type
1717
Current version
utf8(12)
2400
Digital input status validity base unit
word
2402
Digital output status validity base unit
word
2420
Setpoint status validity
word
2550
Digital input status validity option slot A
word
2552
Digital input status validity option slot B
word
2554
Digital input status validity option slot C
word
2556
Digital input status validity option slot D
word
2566
Digital output status validity option slot A
word
2568
Digital output status validity option slot B
word
2570
Digital output status validity option slot C
word
2572
Digital output status validity option slot D
word
2700
Active energy delivered (into load)
kWh
single
2702
Active energy received (out of load)
kWh
single
2704
Active energy delivered + received
kWh
single
2706
Active energy delivered received
kWh
single
2708
Reactive energy delivered
kVARh
single
2710
Reactive energy received
kVARh
single
2712
Reactive energy delivered + received
kVARh
single
2714
Reactive energy delivered received
kVARh
single
2716
Apparent energy delivered
kVAh
single
2718
Apparent energy received
kVAh
single
2720
Apparent energy delivered + received
kVAh
single
2722
Apparent energy delivered received
kVAh
single
2724
Active energy in quadrant I
kWh
single
2726
Active energy in quadrant ii
kWh
single
2728
Active energy in quadrant iii
kWh
single
2730
Active energy in quadrant iv
kWh
single
2732
Reactive energy in quadrant I
kVARh
single
2734
Reactive energy in quadrant ii
kVARh
single
2736
Reactive energy in quadrant iii
kVARh
single
2738
Reactive energy in quadrant iv
kVARh
single
2740
Apparent energy in quadrant I
kVAh
single
2742
Apparent energy in quadrant ii
kVAh
single
2744
Apparent energy in quadrant iii
kVAh
single
2746
Apparent energy in quadrant iv
kVAh
single
2748
Conditional active energy delivered (into load)
kWh
single
2750
Conditional active energy received (out of load)
kWh
single
2754
Active energy delivered received, conditional
kWh
single
2756
Conditional reactive energy in (delivered)
kVARh
single
2758
Conditional reactive energy out (received)
kVARh
single
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric PM9C - MODBUS Registers Map
MODBUS offset
Description
Units
Data type
100
Current transformer ratio (ct)
word
101
Voltage transformer ratio (pt)
word
103
Type of power demand: (dmd type)
word
104
Demand calculation interval (dmd time)
minute
word
1000
I1: phase 1 current
mA
dword
1002
I2: phase 2 current
mA
dword
1004
I3: phase 3 current
mA
dword
1006
In: neutral current
mA
dword
1008
U12: line 1 to line 2 voltage
mV
dword
1010
U23: line 2 to line 3 voltage
mV
dword
1012
U31: line 3 to line 1 voltage
mV
dword
1014
V1n: line 1 to neutral voltage
mV
dword
1016
V2n: line 2 to neutral voltage
mV
dword
1018
V3n: line 3 to neutral voltage
mV
dword
1022
P: total active power (+/- signed value)
kW
dword
1024
Q: total reactive power (+/- signed value)
kvar
dword
1026
S: total apparent power
kVA
dword
1028
Pf: total power factor (+/- signed value)
dword
1030
Power factor sector
dword
1032
Power demand: active or reactive or apparent (see reg. 104)
kW
dword
1034
Max power demand: active or reactive or apparent (see reg. 104)
kW
dword
1036
Operating time counter
dword
1038
Active energy total counter
kWh
dword
1040
Reactive energy total counter
kvarh
dword
1042
Active energy partial counter
kWh
dword
1044
P1: phase 1 active power (+/- signed value)
kW
dword
1046
P2: phase 2 active power (+/- signed value)
kW
dword
1048
P3: phase 3 active power (+/- signed value)
kW
dword
1050
Q1: phase 1 reactive power (+/- signed value)
kvar
dword
1052
Q2: phase 2 reactive power (+/- signed value)
kvar
dword
1054
Q3: phase 3 reactive power (+/- signed value)
kvar
dword
Schneider Electric (PVSCL20E) - MODBUS Registers Map
MODBUS offset
Description
Units
Data type
40071
Phase A Current
A
word
40072
Phase B Current
A
word
40073
Phase C Current
A
word
40074
Scale factor [A_SF]
smallint
40075
Phase Voltage AB
V
word
40076
Phase Voltage BC
V
word
40077
Phase Voltage CA
V
word
40078
Phase Voltage AN
V
word
40079
Phase Voltage BN
V
word
40080
Phase Voltage CN
V
word
40081
Scale factor [V_SF]
smallint
40083
Scale factor [W_SF]
smallint
40084
Line Frequency
Hz
word
40085
Scale factor [HZ_SF]
smallint
40086
AC Apparent Power
VA
smallint
40087
Scale factor [VA_SF]
smallint
40088
AC Reactive Power
var
smallint
40089
Scale factor [VAR_SF]
smallint
40090
AC Power Factor
Pct
smallint
40091
Scale factor [PF_SF]
smallint
40094
Scale factor [WH_SF]
smallint
40096
Scale factor [DCA_SF]
smallint
40098
Scale factor [DCV_SF]
smallint
40100
Scale factor [DCW_SF]
smallint
40101
Cabinet Temperature
C
smallint
40102
Heat Sink Temperature
C
smallint
40103
Transformer Temperature
C
smallint
40104
Other Temperature
C
smallint
40105
Scale factor [TMP_SF]
smallint
40106
Enumerated value. Operating state
word
40107
Vendor specific operating state code
word
40108
Bitmask value. Event fields
dword
40110
Reserved for future use
dword
40112
Vendor defined events
dword
40114
Vendor defined events
dword
40116
Vendor defined events
dword
40118
Vendor defined events
dword
40122
Scale factor [DCA_SF]
smallint
40123
Scale factor [DCV_SF]
smallint
40124
Scale factor [DCW_SF]
smallint
40125
Scale factor [DCWH_SF]
smallint
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (Sepam 40) - MODBUS Registers
MODBUS offset
Description
Units
Data type
278
Residual current i0 sum
word
279
Residual current measured
word
280
Average phase current IM1
word
281
Average phase current IM2
word
282
Average phase current IM3
word
283
Peak demand phase current IM1
word
284
Peak demand phase current IM2
word
285
Peak demand phase current IM3
word
286
Phase-to-phase voltage U21
word
287
Phase-to-phase voltage U32
word
288
Phase-to-phase voltage U13
word
289
Phase-to-neutral voltage V1
word
290
Phase-to-neutral voltage V2
word
291
Phase-to-neutral voltage V3
word
292
Residual voltage v0
word
293
Positive sequence voltage vd
word
294
Negative sequence voltage vi
word
296
Active power P
smallint
297
Reactive power Q
smallint
298
Apparent power S
smallint
299
Peak demand active power pm
smallint
300
Peak demand reactive power qm
smallint
301
Power factor cos
smallint
302
Positive active energy ea+
dword
304
Negative active energy ea-
dword
306
Positive reactive energy er+
dword
308
Negative reactive energy er-
dword
313
Residual current i0 sum
word
314
Residual current measured
word
315
Average phase current IM1
word
316
Average phase current IM2
word
317
Average phase current IM3
word
318
Peak demand phase current IM1
word
319
Peak demand phase current IM2
word
320
Peak demand phase current IM3
word
321
Phase-to-phase voltage U21
word
322
Phase-to-phase voltage U32
word
323
Phase-to-phase voltage U13
word
324
Phase-to-neutral voltage V1
word
325
Phase-to-neutral voltage V2
word
326
Phase-to-neutral voltage V3
word
327
Residual voltage v0
word
328
Positive sequence voltage vd
word
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (Sepam 60) - MODBUS Registers
MODBUS offset
Description
Units
Data type
512
Phase current I1
dword
514
Phase current I2
dword
516
Phase current I3
dword
518
Residual current i0
dword
520
Residual current i0
dword
522
Demand current IM1
dword
524
Demand current IM2
dword
526
Demand current IM3
dword
528
Peak demand current IM1
dword
530
Peak demand current IM2
dword
532
Peak demand current IM3
dword
534
Phase-to-phase voltage U21
dword
536
Phase-to-phase voltage U32
dword
538
Phase-to-phase voltage U13
dword
540
Phase-to-neutral voltage V1
dword
542
Phase-to-neutral voltage V2
dword
544
Phase-to-neutral voltage V3
dword
546
Residual voltage v0
dword
548
Positive sequence voltage vd
dword
550
Negative-sequence voltage vi
dword
554
Active power P
kW
integer
560
Power factor cos
integer
562
Peak demand active power PM
kW
integer
564
Peak demand reactive power QM
kvar
integer
566
Active power P phase 1
kW
integer
568
Active power P phase 2
kW
integer
570
Active power P phase 3
kW
integer
572
Reactive power Q phase 1
kvar
integer
574
Reactive power Q phase 2
kvar
integer
576
Reactive power Q phase 3
kvar
integer
578
Apparent power S phase 1
kVA
integer
580
Apparent power S phase 2
kVA
integer
582
Apparent power S phase 3
kVA
integer
584
Positive active energy ea+
kW
dword
586
Negative active energy ea-
kW
dword
588
Positive reactive energy er+
kvar
dword
590
Negative reactive energy er-
kvar
dword
592
Ext. positive active energy ea+
kW
dword
594
Ext. negative active energy ea-
kW
dword
596
Ext. positive reactive energy er+
kvar
dword
598
Ext. negative reactive energy er-
kvar
dword
600
Neutral-point voltage vnt
dword
616
Number of operations
dword
618
Tripping current phase 1 itrip1
dword
620
Tripping current phase 2 itrip2
dword
622
Tripping current phase 3 itrip3
dword
624
Tripping current calculated i0 itrip0
dword
636
Number of operations
dword
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (Sepam 80) - Mapping
MODBUS offset
Description
Units
Data type
512
Phase current I1
dword
514
Phase current I2
dword
516
Phase current I3
dword
518
Residual current i0
dword
520
Residual current i0
dword
522
Demand current Im1
dword
524
Demand current Im2
dword
526
Demand current Im3
dword
528
Peak demand current IM1
dword
530
Peak demand current IM2
dword
532
Peak demand current IM3
dword
534
Phase to phase voltage U21
dword
536
Phase to phase voltage U32
dword
538
Phase to phase voltage U13
dword
540
Phase to neutral voltage V1
dword
542
Phase to neutral voltage V2
dword
544
Phase to neutral voltage V3
dword
546
Residual voltage v0
dword
548
Positive sequence voltage vd
dword
550
Negative sequence voltage vi
dword
554
Active power P
kW
integer
556
Reactive power Q
kvar
integer
558
Apparent power S
kVA
integer
560
Power factor cos
integer
562
Peak demand active power pm
kW
integer
564
Peak demand reactive power qm
kvar
integer
566
Active power P phase 1
kW
integer
568
Active power P phase 2
kW
integer
570
Active power P phase 3
kW
integer
572
Reactive power Q phase 1
kvar
integer
574
Reactive power Q phase 2
kvar
integer
576
Reactive power Q phase 3
kvar
integer
578
Apparent power S phase 1
kVA
integer
580
Apparent power S phase 2
kVA
integer
582
Apparent power S phase 3
kVA
integer
584
Positive active energy ea+
kW
dword
586
Negative active energy ea
kW
dword
588
Positive reactive energy er+
kvar
dword
590
Negative reactive energy er
kvar
dword
592
Ext. positive active energy ea+
kW
dword
594
Ext. negative active energy ea
kW
dword
596
Ext. positive reactive energy ea+
kvar
dword
598
Ext. negative reactive energy ea
kvar
dword
600
Neutral point voltage vnt
dword
602
H3 neutral point voltage v3nt
dword
604
H3 residual voltage v3r
dword
606
Phase current i-1
dword
608
Phase current i-2
dword
610
Phase current i-3
dword
There are more MODBUS items for this device. Please download the program to discover all registers.
Schneider Electric (Symmetra PX) - Mapping
MODBUS offset
Description
Units
Data type
1
Alarm/Status register
word
2
Alarm/Status register
word
3
Alarm/Status register
word
4
Alarm/Status register
word
5
Alarm/Status register
word
6
Line quality 00FF=acceptable utility line quality 0000=unacceptable utility line quality
word
7
% battery capacity remaining battery capacity as a percent of the fully charged condition (0-100)
%
word
8
Runtime remaining
minutes
word
9
Battery voltage present UPS battery voltage
V
word
10
UPS internal temperature (0-209) 00XX=valid reading FFXX=invalid reading XX=sensor reading
DC
word
11
Amps drawn by load
A
word
12
Number of battery packs with bad batteries
each
word
13
Number of battery packs
each
word
14
UPS output load as a percentage of full rated load in watts
%
word
15
Maximum input voltage since last reading
V
word
16
Minimum input voltage since last reading
V
word
17
Nominal battery voltage
V
word
18
Actual battery voltage
V
word
19
Utility input frequency
Hz
word
20
Phase A utility input voltage
V
word
21
Phase A utility input current
A
word
22
Phase A bypass input voltage
V
word
23
Phase A percent of maximum output VA @ N + 0
%
word
24
Phase A percent of maximum output VA @ N + x
%
word
26
Phase A output voltage
V
word
27
Phase A output current
A
word
28
Phase A peak output current
A
word
29
Phase B utility input voltage
V
word
30
Phase B utility input current
A
word
31
Phase B bypass input voltage
V
word
32
Phase B percent of maximum output VA @ N + 0
%
word
33
Phase B percent of maximum output VA @ N + x
%
word
35
Phase B output voltage
V
word
36
Phase B output current
A
word
37
Phase B peak output current
A
word
38
Phase C utility input voltage
V
word
39
Phase C utility input current
A
word
40
Phase C bypass input voltage
V
word
41
Phase C percent of maximum output VA @ N + 0
%
word
42
Phase C percent of maximum output VA @ N + x
%
word
44
Phase C output voltage
V
word
45
Phase C output current
A
word
46
Phase C peak output current
A
word
47
Environmental monitoring card temperature reading (Sensor 1)
DC
word
48
Environmental monitoring card humidity reading (Sensor 1)
%RH
word
49
Environmental monitoring card temperature reading (Sensor 2)
DC
word
50
Environmental monitoring card humidity reading (Sensor 2)
%RH
word
There are more MODBUS items for this device. Please download the program to discover all registers.
Related MODBUS registers maps
Saci (TCIL2) SMA (Solar Inverter) Schneider Electric PowerLogic EM4800 Schrack (NA96).xml
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