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Power and energy meter · BACnet points list

Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX BACnet points list

Updated 12 November 2026

Short answer

Gateway profile for the PowerLogic PM750: 115 objects (99 AI, 1 AO, 15 BI), all polled. Inputs give energy totals, power totals and per phase, PF, voltages, currents, THD, present and peak demand, minimum/maximum values, usage time and the alarm status bits; one output writes reset commands.

This page lists 115 BACnet objects for the Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX — 1 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Contemporary Controls’s own free documentation, linked below.

Manufacturer
Contemporary Controls
Model
Schneider Electric PowerLogic PM750 via BASgatewayLX
Equipment
Power and energy meter
Equipment type
Thermostats, sensors & meters
BACnet objects
115 (1 writable)
Transport
BACnet IP
Firmware
Not stated
Also known as
PM750, PM700, PowerLogic PM750
Source document
BASgatewayLX Modbus device profile Schneider_Power_Meter_750 · Schneider_Power_Meter_750_LX.csv
Download CSV 115 rows Download EDE B.I.G.-EU JSON Manufacturer PDF ↗ Compare with your scan Download Easy BACnet Mobile App Google Play

Reference only, provided as-is: verify against Contemporary Controls’s current documentation and the live device before use. Not official Contemporary Controls information. Terms of use.

BMS integration notes: Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX

Integration in brief

Map real power total, real energy total and voltage L-L 3-phase average first. The listed objects are read-only.

Minimum points to map

The short list most integrators start with — enough to run the unit from a BMS. Map more as the job needs.

ObjectNameWhyAccess
AI 4Real Power TotalReal power totalRead
AI 1Real Energy TotalReal energy totalRead
AI 8Voltage L-L 3P AverageVoltage L-L 3-phase averageRead
AI 10Current 3P AverageCurrent 3-phase averageRead
AI 7Power Factor TotalPower factor totalRead
AI 11FrequencyFrequencyRead
AI 40Real Power Total Demand PresentReal power total demandRead

Network setup

Watch out for

Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX BACnet objects

Type: AI, AO, AV, BI, BO, BV, MI/MO/MV (multi-state) · Access: Read read-only, Write writable, Command writable with a priority array.

Note: the source document has no read/write column, so access here is inferred from the object type (inputs read-only, values writable). Confirm on the live controller before writing.

115 of 115 shown
Type
Binary
Access
Show
Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX BACnet Points List
DescriptionStates
AImin1Real Energy TotalModbus 401000kWhRead
AI2Apparent Energy TotalModbus 401002Read
AI3Reactive Energy TotalModbus 401004Read
AImin4Real Power TotalModbus 401006kWRead
AI5Apparent Power TotalModbus 401008kVARead
AI6Reactive Power TotalModbus 401010kVARRead
AImin7Power Factor TotalModbus 401012PFRead
AImin8Voltage L-L 3P AverageModbus 401014VRead
AI9Voltage L-N 3P AverageModbus 410106VRead
AImin10Current 3P AverageModbus 401018ARead
AImin11FrequencyModbus 401020HzRead
AI12Current AModbus 401034ARead
AI13Current BModbus 401036ARead
AI14Current CModbus 401038ARead
AI15Current NModbus 401040ARead
AI16Voltage A-BModbus 401054VRead
AI17Voltage B-CModbus 401056VRead
AI18Voltage C-AModbus 401058VRead
AI19Voltage A-NModbus 401060VRead
AI20Voltage B-NModbus 401062VRead
AI21Voltage C-NModbus 401064VRead
AI22Real Power AModbus 401066kWRead
AI23Real Power BModbus 401068kWRead
AI24Real Power CModbus 401070kWRead
AI25Apparent Power AModbus 401072kVARead
AI26Apparent Power BModbus 401074kVARead
AI27Apparent Power CModbus 401076kVARead
AI28Reactive Power AModbus 401078kVARRead
AI29Reactive Power BModbus 401080kVARRead
AI30Reactive Power CModbus 401082kVARRead
AI31Current A THDModbus 401084%Read
AI32Current B THDModbus 401086%Read
AI33Current C THDModbus 401088%Read
AI34Voltage A-N THDModbus 401092%Read
AI35Voltage B-N THDModbus 401094%Read
AI36Voltage C-N THDModbus 401096%Read
AI37Voltage A-B THDModbus 401098%Read
AI38Voltage B-C THDModbus 401100%Read
AI39Voltage C-A THDModbus 401102%Read
AImin40Real Power Total Demand PresentModbus 401022kWRead
AI41Apparent Power Total Demand PresentModbus 401024kVARead
AI42Reative Power Total Demand PresentModbus 401026kVARRead
AI43Real Power Total Demand PeakModbus 401028kWRead
AI44Apparent Power Total Demand PeakModbus 401030kVARead
AI45Reative Power Total Demand PeakModbus 401032kVARRead
AI46Current A Demand PresentModbus 401042ARead
AI47Current B Demand PresentModbus 401044ARead
AI48Current C Demand PresentModbus 401046ARead
AI49Current A Demand PeakModbus 401048ARead
AI50Current B Demand PeakModbus 401050ARead
AI51Current C Demand PeakModbus 401052ARead
AI52Real Power Total MinimumModbus 401104kWRead
AI53Apparent Power Total MinimumModbus 401106kVARead
AI54Reactive Power Total MinimumModbus 401108kVARRead
AI55Power Factor Total MinimumModbus 401110PFRead
AI56Frequency MinimumModbus 401112HzRead
AI57Current A MinimumModbus 401114ARead
AI58Current B MinimumModbus 401116ARead
AI59Current C MinimumModbus 401118ARead
AI60Voltage A-N THD MinimumModbus 401122VRead
AI61Voltage B-N THD MinimumModbus 401124VRead
AI62Voltage C-N THD MinimumModbus 401126VRead
AI63Voltage A-B MinimumModbus 401128VRead
AI64Voltage B-C MinimumModbus 401130VRead
AI65Voltage C-A MinimumModbus 401132VRead
AI66Current A THD MinimumModbus 401134%Read
AI67Current B THD MinimumModbus 401136%Read
AI68Current C THD MinimumModbus 401138%Read
AI69Voltage A-N THD MinimumModbus 401142%Read
AI70Voltage B-N THD MinimumModbus 401144%Read
AI71Voltage C-N THD MinimumModbus 401146%Read
AI72Voltage A-B THD MinimumModbus 401148%Read
AI73Voltage B-C THD MinimumModbus 401150%Read
AI74Voltage C-A THD MinimumModbus 401152%Read
AI75Real Power Total MaximumModbus 401154kWRead
AI76Apparent Power Total MaximumModbus 401156kVARead
AI77Reactive Power Total MaximumModbus 401158kVARRead
AI78Power Factor Total MaximumModbus 401160PFRead
AI79Frequency MaximumModbus 401162HzRead
AI80Current A MaximumModbus 401164ARead
AI81Current B MaximumModbus 401166ARead
AI82Current C MaximumModbus 401168ARead
AI83Voltage A-N THD MaximumModbus 401172VRead
AI84Voltage B-N THD MaximumModbus 401174VRead
AI85Voltage C-N THD MaximumModbus 401176VRead
AI86Voltage A-B MaximumModbus 401178VRead
AI87Voltage B-C MaximumModbus 401180VRead
AI88Voltage C-A MaximumModbus 401182VRead
AI89Current A THD MaximumModbus 401184%Read
AI90Current B THD MaximumModbus 401186%Read
AI91Current C THD MaximumModbus 401188%Read
AI92Voltage A-N THD MaximumModbus 401192%Read
AI93Voltage B-N THD MaximumModbus 401194%Read
AI94Voltage C-N THD MaximumModbus 401196%Read
AI95Voltage A-B THD MaximumModbus 401198%Read
AI96Voltage B-C THD MaximumModbus 401200%Read
AI97Voltage C-A THD MaximumModbus 401202%Read
AI98Usage HoursModbus 401204hRead
AI99Usage MinutesModbus 401206minRead
BI100Alarm Status Bit 00 = Alarm Position 1 (Default Over kW-Total)Modbus 404113 bit 0Read
BI101Alarm Status Bit 01 = Alarm Position 2 (Default Over kVA-Total)Modbus 404113 bit 1Read
BI102Alarm Status Bit 02 = Alarm Position 3 (Default Over kVAR-Total)Modbus 404113 bit 2Read
BI103Alarm Status Bit 03 = Alarm Position 4 (Default Under PF-Total)Modbus 404113 bit 3Read
BI104Alarm Status Bit 04 = Alarm Position 5 (Default Over U 3-Phase)Modbus 404113 bit 4Read
BI105Alarm Status Bit 05 = Alarm Position 6 (Default Over V 3-Phase)Modbus 404113 bit 5Read
BI106Alarm Status Bit 06 = Alarm Position 7 (Default Under U 3-Phase)Modbus 404113 bit 6Read
BI107Alarm Status Bit 07 = Alarm Position 8 (Default Under V 3-Phase))Modbus 404113 bit 7Read
BI108Alarm Status Bit 08 = Alarm Position 9 (Default Over Current 3-Phase)Modbus 404113 bit 8Read
BI109Alarm Status Bit 09 = Alarm Position 10 (Default Over Frequency)Modbus 404113 bit 9Read
BI110Alarm Status Bit 10 = Alarm Position 11 (Default Under Frequency)Modbus 404113 bit 10Read
BI111Alarm Status Bit 11 = Alarm Position 12 (Default Over THD Current 3-Phase)Modbus 404113 bit 11Read
BI112Alarm Status Bit 12 = Alarm Position 13 (Default Over THD Voltage 3-Phase)Modbus 404113 bit 12Read
BI113Alarm Status Bit 13 = Alarm Position 14 (Default Digital Input S1 OFF-ON)Modbus 404113 bit 13Read
BI114Alarm Status Bit 14 = Alarm Position 15 (Default Digital Input S2 OFF-ON)Modbus 404113 bit 14Read
AO115Reset Commands—Write commands to Register 4126.Modbus 404126Command
Object ID lookup: Contemporary Controls BASgatewayLX PowerLogic PM750 point IDs by name

Integration notes

Check it against the live device. A points list tells you what the controller can expose; the unit in front of you may differ by firmware or installed options. This list is provided as-is for reference only and may contain mistakes — confirming it before you write, map or commission anything is up to you (terms). Easy BACnet scans a network for BACnet IP devices from an Android phone, reads every object on the Schneider Electric PowerLogic PM750 via BASgatewayLX and exports what it actually has to Excel — free. New to BACnet? Start with what a BACnet points list is and what the object types mean.

Questions about the Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX

How many BACnet points does the Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX have?

This list has 115 BACnet objects: 99 analog inputs, 1 analog output, 15 binary inputs. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX BACnet points are writable?

1 of the 115 objects accept a write. Points marked Command have a priority array: a write holds until it is released, so release it back to automatic when you are done. The source has no read/write column, so this is inferred from object type.

Where is the official Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX BACnet documentation?

The source is BASgatewayLX Modbus device profile Schneider_Power_Meter_750 (Schneider_Power_Meter_750_LX.csv), published free by Contemporary Controls at https://www.ccontrols.com/support/dp/Schneider_Power_Meter_750_LX.zip.

What are the minimum BACnet points to integrate the Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX?

Start with AI 4 Real Power Total (Real power total); AI 1 Real Energy Total (Real energy total); AI 8 Voltage L-L 3P Average (Voltage L-L 3-phase average); AI 10 Current 3P Average (Current 3-phase average); AI 7 Power Factor Total (Power factor total); AI 11 Frequency (Frequency); AI 40 Real Power Total Demand Present (Real power total demand).

How do I check these points on the real Schneider Electric PowerLogic PM750 via BASgatewayLX?

Scan the network with a BACnet IP browser such as Easy BACnet, open the device and compare its object list with this table. Anything missing is usually an option that isn't installed or a point that is disabled in the controller's configuration.

More Contemporary Controls BACnet points lists

Source: BASgatewayLX Modbus device profile Schneider_Power_Meter_750 · Schneider_Power_Meter_750_LX.csv. Object names, instances and units are reproduced as published; descriptions are our own.