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Schneider Electric · Energy meter

PowerLogic PM2000 series (PM2100 / PM2200, incl. EM6400 NG) Modbus register map

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Default configuration

Protocol
RS485
Port
502
Unit ID
1
Addressing
0-based
Byte order
Big endian
Word order
High word first
Baud rate
19200
Parity
Even
Data bits
8
Stop bits
1

This device has an RS-485 interface. Reach it through a Modbus RTU-to-TCP gateway, configured with the factory serial settings above.

Register map

AddressCountNameTypeUnitScaleAccess
3020
Meter Name
Ascii-1RW
5020
Meter Model
Ascii-1RW
7020
Manufacturer
Ascii-1RW
901
Product ID Number
UInt16-1RW
1291
Manufacturing Unit Id (To be prefixed in Serial Number While Displaying)
UInt16-1R
1302
Serial Number
UInt32-1R
1365
Hardware Revision
Ascii-1R
1411
Production History 01
UInt16-1R
1421
Production History 02
UInt16-1R
1431
Production History 03
UInt16-1R
1441
Production History 04
UInt16-1R
1451
Production History 05
UInt16-1R
1461
Production History 06
UInt16-1R
1471
Production History 07
UInt16-1R
1481
Production History 08
UInt16-1R
1491
Production History 09
UInt16-1R
1501
Production History 10
UInt16-1R
1511
Production History 11
UInt16-1R
1521
Production History 12
UInt16-1R
1531
Production History 13
UInt16-1R
1541
Production History 14
UInt16-1R
1551
Production History 15
UInt16-1R
1561
Production History 16
UInt16-1R
1571
Production History 17
UInt16-1R
1581
Production History 18
UInt16-1R
1591
Production History 19
UInt16-1R
1601
Production History 20
UInt16-1R
1611
Checksum
UInt16-1R
4001
Installed Option – Slot A
UInt16-1R
4032
Serial Number
UInt32-1R
4095
Hardware Revision
Ascii-1R
4141
FW version
UInt16-1R
4361
Installed Option – Slot B
UInt16-1R
4451
Hardware Revision
UInt16-1R
16371
Present Firmware Version (DLF Format) X.Y.T
UInt16-1R
16381
X – Major
UInt16-1R
16391
Y – Minor
UInt16-1R
16401
Z – Quality
UInt16-1R
16411
T – Internal evolutions
UInt16-1R
16421
Previous Firmware Version (DLF Format) X.Y.T
UInt16-1R
16431
X – Major
UInt16-1R
16441
Y – Minor
UInt16-1R
16451
Z – Quality
UInt16-1R
16461
T – Internal evolutions
UInt16-1R
16691
Present Firmware Version (DLF Format) X.Y.T
UInt16-1R
16701
X – Major
UInt16-1R
16711
Y – Minor
UInt16-1R
16721
Z – Quality
UInt16-1R
16731
T – Internal evolutions
UInt16-1R
16741
Previous Firmware Version (DLF Format) X.Y.T
UInt16-1R
16751
X – Major
UInt16-1R
16761
Y – Minor
UInt16-1R
16771
Z – Quality
UInt16-1R
16781
T – Internal evolutions
UInt16-1R
17011
Present Firmware Version (DLF Format) X.Y.T
UInt16-1R
17021
X – Major
UInt16-1R
17031
Y – Minor
UInt16-1R
17041
Z – Quality
UInt16-1R
17051
T – Internal evolutions
UInt16-1R
17061
Previous Firmware Version (DLF Format) X.Y.T
UInt16-1R
17071
X – Major
UInt16-1R
17081
Y – Minor
UInt16-1R
17091
Z – Quality
UInt16-1R
17101
T – Internal evolutions
UInt16-1R
17151
Checksum
UInt16-1R
17161
Bridge Code Version
UInt16-1R
17471
Download – CRC of Last FW Download
UInt16-1R
17481
Download – Flash Write Failure
UInt16-1R
17491
Download – % Complete
UInt16-1R
17501
Reserved For Download Software Use
UInt16-1RW
18281
Number of Metering System Restarts
UInt16-1R
18291
Number of Control Power Failures
UInt16-1R
18342
Duration of Last Control Power Failure
UInt32seconds1R
18361
Cause of Last Meter Reset
UInt16-1R
18371
Year
UInt16year1R
18381
Month
UInt16month1R
18391
Day
UInt16days1R
18401
Hour
UInt16hours1R
18411
Minute
UInt16minutes1R
18421
Second
UInt16seconds1R
18431
Millisecond
UInt16msec1R
18441
Day of Week
UInt16-1R
18451
Year
UInt16-1R
18461
Month & Day
UInt16-1R
18471
Hour & Minute
UInt16-1R
18481
Milliseconds
UInt16-1R
18804
Setup Password
Ascii-1RW
18844
Energy Reset Password
Ascii-1RW
18884
Demand Reset Password
Ascii-1RW
18924
Min/Max Reset Password
Ascii-1RW
18964
Diagnostics Password
Ascii-1RW
20022
Active Load Timer
UInt32seconds1R
20042
Meter Operation Timer
UInt32seconds1R
20062
Cycle Count
UInt32-1R
20141
Number of Phases
UInt16-1RW
20151
Number of Wires
UInt16-1RW
20161
Power System Configuration
UInt16-1RW
20171
Nominal Frequency
UInt16Hz1RW
20182
Nominal Voltage
Float32V1RW
20202
Nominal Current
Float32A1RW
20241
Normal Phase Rotation
UInt16-1RW
20251
Number VTs
UInt16-1RW
20262
VT Primary
Float32V1RW
20281
VT Secondary
UInt16V1RW
20291
Number CTs
UInt16-1RW
20301
CT Primary
UInt16A1RW
20311
CT Secondary
UInt16A1RW
20321
CT Primary N
UInt16A1RW
20331
CT Secondary N
UInt16A1RW
20341
CT Location for 1 or 2 CT Metering
UInt16-1RW
20351
VT Location for 1 or 2 VT Metering
UInt16-1RW
20361
VT Connection Type
UInt16-1RW
20502
Active Load Timer Setpoint
Float32A1RW
21261
Alarm / Energy LED Mode
UInt16-1RW
21281
Energy Output Pulse Mode (Pulse/KY) / make per chan
UInt16-1RW
21291
Energy Pulse Duration
UInt16msec1RW
21301
Energy Channel
UInt16-1RW
21311
Digital Output Association
UInt16-1RW
21322
Pulse Weight
UInt32kWh, kVAh, kVAh1RW
21341
Energy Channel
UInt16-1RW
21351
Digital Output Association
UInt16-1RW
21362
Pulse Weight
UInt32kWh, kVAh, kVAh1RW
21381
Energy Channel
UInt16-1RW
21391
Digital Output Association
UInt16-1RW
21402
Pulse Weight
UInt32kWh, kVAh, kVAh1RW
224420
Label
Ascii-1RW
22641
Energy Channel
UInt16-1RW
22652
Factor per k__h
Float32-1RW
226720
Label
Ascii-1RW
22871
Energy Channel
UInt16-1RW
22882
Factor per k__h
Float32-1RW
22921
Energy Overflow Scale selection
UInt16-1RW
23021
CT Sequence Selection
UInt16-1RW
23031
CT Reverse
UInt16-1RW
24201
Standard - 1 second Group 1 Validity
Hex-1R
24211
Standard - 1 second Group 1
Hex-1R
24221
Standard - 1 second Group 2 Validity
Hex-1R
24231
Standard - 1 second Group 2
Hex-1R
24241
Standard - 1 second Group 3 Validity
Hex-1R
24251
Standard - 1 second Group 3
Hex-1R
24401
Unary Validity
Hex-1R
24411
Unary
Hex-1R
24421
Digital Group 1 Validity
Hex-1R
24431
Digital Group 1
Hex-1R
25501
Digital Input Status Validity – Option Slot A
Hex-1R
25511
Digital Input Status – Option Slot A
Hex-1R
25661
Digital Output Status Validity – Option Slot A
Hex-1R
25671
Digital Output Status – Option Slot A
Hex-1R
25681
Digital Output Status Validity – Option Slot B
Hex-1R
25691
Digital Output Status – Option Slot B
Hex-1R
26762
Active Energy Delivered (Into Load)
Float32kWh1R
26782
Active Energy Received (Out of Load)
Float32kWh1R
26802
Active Energy Delivered + Received
Float32kWh1R
26822
Active Energy Delivered- Received
Float32kWh1R
26842
Reactive Energy Delivered
Float32kVARh1R
26862
Reactive Energy Received
Float32kVARh1R
26882
Reactive Energy Delivered + Received
Float32kVARh1R
26902
Reactive Energy Delivered - Received
Float32kVARh1R
26922
Apparent Energy Delivered
Float32kVAh1R
26942
Apparent Energy Received
Float32kVAh1R
26962
Apparent Energy Delivered + Received
Float32kVAh1R
26982
Apparent Energy Delivered - Received
Float32kVAh1R
27002
Active Energy Delivered (Into Load)
Float32kWh1R
27022
Active Energy Received (Out of Load)
Float32kWh1R
27042
Active Energy Delivered + Received
Float32kWh1R
27062
Active Energy Delivered- Received
Float32kWh1R
27082
Reactive Energy Delivered
Float32kVARh1R
27102
Reactive Energy Received
Float32kVARh1R
27122
Reactive Energy Delivered + Received
Float32kVARh1R
27142
Reactive Energy Delivered - Received
Float32kVARh1R
27162
Apparent Energy Delivered
Float32kVAh1R
27182
Apparent Energy Received
Float32kVAh1R
27202
Apparent Energy Delivered + Received
Float32kVAh1R
27222
Apparent Energy Delivered - Received
Float32kVAh1R
27322
Reactive Energy in Quadrant I
Float32kVARh1R
27342
Reactive Energy in Quadrant II
Float32kVARh1R
27382
Reactive Energy in Quadrant III
Float32kVARh1R
27402
Reactive Energy in Quadrant IV
Float32kVARh1R
28122
Active Energy Delivered Phase A
Float32kWh1R
28142
Active Energy Delivered Phase B
Float32kWh1R
28162
Active Energy Delivered Phase C
Float32kWh1R
28182
Reactive Energy Delivered Phase A
Float32kVARh1R
28202
Reactive Energy Delivered Phase B
Float32kVARh1R
28222
Reactive Energy Delivered Phase C
Float32kVARh1R
28242
Apparent Energy Delivered Phase A
Float32kVAh1R
28262
Apparent Energy Delivered Phase B
Float32kVAh1R
28282
Apparent Energy Delivered Phase C
Float32kVAh1R
28542
Rate1 value
Float32-1R
28562
Rate 2 Value
Float32-1R
30002
Current A
Float32A1R
30022
Current B
Float32A1R
30042
Current C
Float32A1R
30062
Current N
Float32A1R
30082
Current G
Float32A1R
30102
Current Avg
Float32A1R
30122
Current Unbalance A
Float32%1R
30142
Current Unbalance B
Float32%1R
30162
Current Unbalance C
Float32%1R
30182
Current Unbalance Worst
Float32%1R
30202
Voltage A-B
Float32V1R
30222
Voltage B-C
Float32V1R
30242
Voltage C-A
Float32V1R
30262
Voltage L-L Avg
Float32V1R
30282
Voltage A-N
Float32V1R
30302
Voltage B-N
Float32V1R
30322
Voltage C-N
Float32V1R
30362
Voltage L-N Avg
Float32V1R
30382
Voltage Unbalance A-B
Float32%1R
30402
Voltage Unbalance B-C
Float32%1R
30422
Voltage Unbalance C-A
Float32%1R
30442
Voltage Unbalance L-L Worst
Float32%1R
30462
Voltage Unbalance A-N
Float32%1R
30482
Voltage Unbalance B-N
Float32%1R
30502
Voltage Unbalance C-N
Float32%1R
30522
Voltage Unbalance L-N Worst
Float32%1R
30542
Active Power A
Float32kW1R
30562
Active Power B
Float32kW1R
30582
Active Power C
Float32kW1R
30602
Active Power Total
Float32kW1R
30622
Reactive Power A
Float32kVAR1R
30642
Reactive Power B
Float32kVAR1R
30662
Reactive Power C
Float32kVAR1R
30682
Reactive Power Total
Float32kVAR1R
30702
Apparent Power A
Float32kVA1R
30722
Apparent Power B
Float32kVA1R
30742
Apparent Power C
Float32kVA1R
30762
Apparent Power Total
Float32kVA1R
31102
Frequency
Float32Hz1R
31922
Power Factor Total
Float32-1R
31942
Power Factor Total
Float32-1R
31961
Power Factor Total
Int16-1R
31971
Power Factor Total
Int16-1R
37011
Power Demand Method
UInt16-1RW
37021
Power Demand Interval Duration
UInt16minutes1RW
37031
Power Demand Subinterval Duration
UInt16minutes1RW
37041
Power Demand Elapsed Time in Interval
UInt16seconds1R
37051
Power Demand Elapsed Time in Subinterval
UInt16seconds1R
37111
Current Demand Method
UInt16-1RW
37121
Current Demand Interval Duration
UInt16minutes1RW
37131
Current Demand Subinterval Duration
UInt16minutes1RW
37141
Current Demand Elapsed Time in Interval
UInt16seconds1R
37151
Current Demand Elapsed Time in Subinterval
UInt16seconds1R
37611
Demand System Assignment
UInt16-1R
37621
Register Number of Metered Quantity
UInt16-1R
37631
Units Code
UInt16-1R
37642
Last Demand
Float32kW1R
37662
Present Demand
Float32kW1R
37682
Predicted Demand
Float32kW1R
37702
Peak Demand
Float32kW1R
37771
Demand System Assignment
UInt16-1R
37781
Register Number of Metered Quantity
UInt16-1R
37791
Units Code
UInt16-1R
37802
Last Demand
Float32kVAR1R
37822
Present Demand
Float32kVAR1R
37842
Predicted Demand
Float32kVAR1R
37862
Peak Demand
Float32kVAR1R
37931
Demand System Assignment
UInt16-1R
37941
Register Number of Metered Quantity
UInt16-1R
37951
Units Code
UInt16-1R
37962
Last Demand
Float32kVA1R
37982
Present Demand
Float32kVA1R
38002
Predicted Demand
Float32kVA1R
38022
Peak Demand
Float32kVA1R
38731
Demand System Assignment
UInt16-1R
38741
Register Number of Metered Quantity
UInt16-1R
38751
Units Code
UInt16-1R
38762
Last Demand
Float32A1R
38782
Present Demand
Float32A1R
38802
Predicted Demand
Float32A1R
38822
Peak Demand
Float32A1R
41901
TOU/MT Mode
UInt16-1RW
41911
TOU/MT Energy Active Rate
UInt16-1R
45161
MT Day Type Rate 1
UInt16-1RW
45171
MT Start Time Rate 1
UInt16-1RW
45181
MT End Time Rate 1
UInt16-1RW
45191
MT Start Month Rate1
UInt16-1RW
45201
MT Start Day Rate 1
UInt16-1RW
45211
MT End Month Rate 1
UInt16-1RW
45221
MT End Day Rate 1
UInt16-1RW
45231
MT Day Type Rate 2
UInt16-1RW
45241
MT Start Time Rate 2
UInt16-1RW
45251
MT End Time Rate 2
UInt16-1RW
45261
MT Start Month Rate2
UInt16-1RW
45271
MT Start Day Rate 2
UInt16-1RW
45281
MT End Month Rate 2
UInt16-1RW
45291
MT End Day Rate 2
UInt16-1RW
45301
MT Day Type Rate 3
UInt16-1RW
45311
MT Start Time Rate 3
UInt16-1RW
45321
MT End Time Rate 3
UInt16-1RW
45331
MT Start Month Rate3
UInt16-1RW
45341
MT Start Day Rate 3
UInt16-1RW
45351
MT End Month Rate 3
UInt16-1RW
45361
MT End Day Rate 3
UInt16-1RW
45371
MT Day Type Rate 4
UInt16-1RW
45381
MT Start Time Rate 4
UInt16-1RW
45391
MT End Time Rate 4
UInt16-1RW
45401
MT Start Month Rate4
UInt16-1RW
45411
MT Start Day Rate 4
UInt16-1RW
45421
MT End Month Rate 4
UInt16-1RW
45431
MT End Day Rate 4
UInt16-1RW
65001
RS-485 Comm Port (M/S) Protocol
UInt16-1RW
65011
RS-485 Comm Port (M/S) Address
UInt16-1RW
65021
RS-485 Comm Port (M/S) Baud Rate
UInt16-1RW
65031
RS-485 Comm Port (M/S) Parity
UInt16-1RW
70121
Number of Multi-tariff Rates Active
UInt16-1RW
70131
Number of Digital Inputs Used to Control Multi-tariff
UInt16-1RW
74171
Type
UInt16-1R
74181
Control Mode
UInt16-1RW
741920
Label
Ascii-1RW
74391
Debounce Time
UInt16msec1RW
74411
Type
UInt16-1R
74421
Control Mode
UInt16-1RW
744320
Label
Ascii-1RW
74631
Debounce Time
UInt16msec1RW
89392
Count
UInt32-1R
89412
On Time
UInt32seconds1R
89432
Count
UInt32-1R
89452
On Time
UInt32seconds1R
92831
Type
UInt16-1R
928420
Label
Ascii-1RW
93041
Enable/Disable
UInt16-1RW
93051
Behavioral Mode
UInt16-1RW
93061
On Time For Timed Mode
UInt16seconds1RW
93071
Type
UInt16-1R
930820
Label
Ascii-1RW
93281
Enable/Disable
UInt16-1RW
93291
Behavioral Mode
UInt16-1RW
93301
On Time For Timed Mode
UInt16seconds1RW
93311
Type
UInt16-1R
933220
Label
Ascii-1RW
93521
Enable/Disable
UInt16-1RW
93531
Behavioral Mode
UInt16-1RW
93541
On Time For Timed Mode
UInt16seconds1RW
93551
Type
UInt16-1R
935620
Label
Ascii-1RW
93761
Enable/Disable
UInt16-1RW
93771
Behavioral Mode
UInt16-1RW
93781
On Time For Timed Mode
UInt16seconds1RW
96501
DO Default State
UInt16-1RW
97041
Operating Mode Status
UInt16-1R
97051
Control Mode Status
UInt16-1R
97061
Behavioral Mode Status
UInt16-1R
97072
Count
UInt32-1R
97092
On Time
UInt32seconds1R
97111
Reserved
UInt16-1R
97121
Operating Mode Status
UInt16-1R
97131
Control Mode Status
UInt16-1R
97141
Behavioral Mode Status
UInt16-1R
97152
Count
UInt32-1R
97172
On Time
UInt32seconds1R
97191
Reserved
UInt16-1R
97201
Operating Mode Status
UInt16-1R
97211
Control Mode Status
UInt16-1R
97221
Behavioral Mode Status
UInt16-1R
97232
Count
UInt32-1R
97252
On Time
UInt32seconds1R
97271
Reserved
UInt16-1R
97281
Operating Mode Status
UInt16-1R
97291
Control Mode Status
UInt16-1R
97301
Behavioral Mode Status
UInt16-1R
97312
Count
UInt32-1R
97332
On Time
UInt32seconds1R
97351
Reserved
UInt16-1R
100162
Analog input 1 Scaled Value
Float32-1R
100182
Analog input 2 Scaled Value
Float32-1R
102162
Analog output 1 Normalized Value
Float32-1R
102182
Analog output 2 Normalized Value
Float32-1R
200001
Processor Loading
UInt16%1R

Notes

Addresses are the 'Register' column of Schneider's public PM2xxx PMC register list (EM6400 NG, PM2120, PM2130, PM2220, PM2230 - file Public_PM2xxx PMC Register List, attached to Schneider FAQ FA311706) and are used unchanged in the Modbus frame; the ION-based PM2000/PM8000 platform numbers registers from 0 (Meter Name is register 30). Measurements are IEEE 754 single precision from register 3000, energies are Float32 in kWh/kVARh/kVAh, and the meter repeats most counters as 64-bit integers in Wh, which are not listed because this format cannot express 64-bit integers. The list covers the basic metering data, the system and meter setup and status registers, the I/O configuration and the communication registers. The advanced metering block (harmonics and waveform data from 21000), the alarm registers, the command interface (commands are written with function code 16 to the command registers 0-999) and the multi-tariff blocks of the register list are documented in the same file but are not repeated here. The RS-485 port is factory-set to slave address 1, 19200 bps and even parity (8 data bits, 1 stop bit; Schneider FAQ FA321406); it also supports 4800-38400 bps and odd or no parity, with 2 stop bits when parity is none. Units without an RS-485 port need an Ethernet-to-RS-485 gateway.