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Power and energy meter · BACnet points list

Contemporary Controls Schneider Electric PowerLogic CM4000 via BASgatewayLX BACnet points list

Updated 12 November 2026

Short answer

Gateway profile for the PowerLogic CM4000: 711 objects (664 AI, 47 BI), 68 polled by default (the 1-second current, voltage, unbalance, power, PF and frequency values). 100 ms readings, min/max, demand, energy registers, THD and status bits are unpolled.

This page lists 711 BACnet objects for the Contemporary Controls Schneider Electric PowerLogic CM4000 via BASgatewayLX — 0 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 CM4000 via BASgatewayLX
Equipment
Power and energy meter
Equipment type
Thermostats, sensors & meters
BACnet objects
711 (0 writable)
Transport
BACnet IP
Firmware
Not stated
Also known as
CM4000, CM4250, Square D CM4000, PowerLogic circuit monitor
Source document
BASgatewayLX Modbus device profile Power_Logic_CM4000_Power_Meter_a · Power_Logic_CM4000_Power_Meter_b_LX.csv
Download CSV 711 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 CM4000 via BASgatewayLX

Integration in brief

Map real power total (1 s), voltage L-L average (1 s) and current 3-phase average (1 s) 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 691sec Real Power TotalReal power total (1 s)Read
AI 521sec Voltage L-L AverageVoltage L-L average (1 s)Read
AI 431sec Current 3-Phase AverageCurrent 3-phase average (1 s)Read
AI 811sec True Power Factor TotalTrue power factor total (1 s)Read
AI 941sec FrequencyFrequency (1 s)Read
AI 512Energy Real Total (signed/absolute) Reg 1Real energy total, register 1Read

Network setup

Watch out for

Contemporary Controls Schneider Electric PowerLogic CM4000 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.

711 of 711 shown
Type
AnalogBinary
Show
Contemporary Controls Schneider Electric PowerLogic CM4000 via BASgatewayLX BACnet Points List
DescriptionStates
AI1100ms Current Phase AModbus 401000; not polled by defaultARead
AI2100ms Current Phase BModbus 401001; not polled by defaultARead
AI3100ms Current Phase CModbus 401002; not polled by defaultARead
AI4100ms Current NeutralModbus 401003; not polled by defaultARead
AI5100ms Current GroundModbus 401004; not polled by defaultARead
AI6100ms Current 3-Phase AverageModbus 401005; not polled by defaultARead
AI7100ms Current Apparent RMSModbus 401006; not polled by defaultARead
AI8100ms Voltage A-BModbus 401020; not polled by defaultVRead
AI9100ms Voltage B-CModbus 401021; not polled by defaultVRead
AI10100ms Voltage C-AModbus 401022; not polled by defaultVRead
AI11100ms Voltage L-L AverageModbus 401023; not polled by defaultVRead
AI12100ms Voltage A-NModbus 401024; not polled by defaultVRead
AI13100ms Voltage B-NModbus 401025; not polled by defaultVRead
AI14100ms Voltage C-NModbus 401026; not polled by defaultVRead
AI15100ms Voltage N-GModbus 401027; not polled by defaultVRead
AI16100ms Voltage L-N AverageModbus 401028; not polled by defaultVRead
AI17100ms Real Power Phase AModbus 401040; not polled by defaultkWRead
AI18100ms Real Power Phase BModbus 401041; not polled by defaultkWRead
AI19100ms Real Power Phase CModbus 401042; not polled by defaultkWRead
AI20100ms Real Power TotalModbus 401043; not polled by defaultkWRead
AI21100ms Reactive Power Phase AModbus 401044; not polled by defaultkVARRead
AI22100ms Reactive Power Phase BModbus 401045; not polled by defaultkVARRead
AI23100ms Reactive Power Phase CModbus 401046; not polled by defaultkVARRead
AI24100ms Reactive Power TotalModbus 401047; not polled by defaultkVARRead
AI25100ms Apparent Power Phase AModbus 401048; not polled by defaultkVARead
AI26100ms Apparent Power Phase BModbus 401049; not polled by defaultkVARead
AI27100ms Apparent Power Phase CModbus 401050; not polled by defaultkVARead
AI28100ms Apparent Power TotalModbus 401051; not polled by defaultkVARead
AI29100ms True Power Factor Phase AModbus 401060; not polled by defaultPFRead
AI30100ms True Power Factor Phase BModbus 401061; not polled by defaultPFRead
AI31100ms True Power Factor Phase CModbus 401062; not polled by defaultPFRead
AI32100ms True Power Factor TotalModbus 401063; not polled by defaultPFRead
AI33100ms Alternate True Power Factor Phase AModbus 401064; not polled by defaultPFRead
AI34100ms Alternate True Power Factor Phase BModbus 401065; not polled by defaultPFRead
AI35100ms Alternate True Power Factor Phase CModbus 401066; not polled by defaultPFRead
AI36100ms Alternate True Power Factor TotalModbus 401067; not polled by defaultPFRead
AI37100ms FrequencyModbus 401080; not polled by defaultHzRead
AI381sec Current Phase AModbus 401100ARead
AI391sec Current Phase BModbus 401101ARead
AI401sec Current Phase CModbus 401102ARead
AI411sec Current NeutralModbus 401103ARead
AI421sec Current GroundModbus 401104ARead
AImin431sec Current 3-Phase AverageModbus 401105ARead
AI441sec Current Apparent RMSModbus 401106ARead
AI451sec Current Unbalance Phase AModbus 401107%Read
AI461sec Current Unbalance Phase BModbus 401108%Read
AI471sec Current Unbalance Phase CModbus 401109%Read
AI481sec Current Unbalance MaxModbus 401110%Read
AI491sec Voltage A-BModbus 401120VRead
AI501sec Voltage B-CModbus 401121VRead
AI511sec Voltage C-AModbus 401122VRead
AImin521sec Voltage L-L AverageModbus 401123VRead
AI531sec Voltage A-NModbus 401124VRead
AI541sec Voltage B-NModbus 401125VRead
AI551sec Voltage C-NModbus 401126VRead
AI561sec Voltage N-GModbus 401127VRead
AI571sec Voltage L-N AverageModbus 401128VRead
AI581sec Voltage Unbalance A-BModbus 401129%Read
AI591sec Voltage Unbalance B-CModbus 401130%Read
AI601sec Voltage Unbalance C-AModbus 401131%Read
AI611sec Voltage Unbalance Max L-LModbus 401132%Read
AI621sec Voltage Unbalance A-NModbus 401133%Read
AI631sec Voltage Unbalance B-NModbus 401134%Read
AI641sec Voltage Unbalance C-NModbus 401135%Read
AI651sec Voltage Unbalance Max L-NModbus 401136%Read
AI661sec Real Power Phase AModbus 401140kWRead
AI671sec Real Power Phase BModbus 401141kWRead
AI681sec Real Power Phase CModbus 401142kWRead
AImin691sec Real Power TotalModbus 401143kWRead
AI701sec Reactive Power Phase AModbus 401144kVARRead
AI711sec Reactive Power Phase BModbus 401145kVARRead
AI721sec Reactive Power Phase CModbus 401146kVARRead
AI731sec Reactive Power TotalModbus 401147kVARRead
AI741sec Apparent Power Phase AModbus 401148kVARead
AI751sec Apparent Power Phase BModbus 401149kVARead
AI761sec Apparent Power Phase CModbus 401150kVARead
AI771sec Apparent Power TotalModbus 401151kVARead
AI781sec True Power Factor Phase AModbus 401160PFRead
AI791sec True Power Factor Phase BModbus 401161PFRead
AI801sec True Power Factor Phase CModbus 401162PFRead
AImin811sec True Power Factor TotalModbus 401163PFRead
AI821sec Alternate True Power Factor Phase AModbus 401164PFRead
AI831sec Alternate True Power Factor Phase BModbus 401165PFRead
AI841sec Alternate True Power Factor Phase CModbus 401166PFRead
AI851sec Alternate True Power Factor TotalModbus 401167PFRead
AI861sec Displacement Power Factor Phase AModbus 401168PFRead
AI871sec Displacement Power Factor Phase BModbus 401169PFRead
AI881sec Displacement Power Factor Phase CModbus 401170PFRead
AI891sec Displacement Power Factor TotalModbus 401171PFRead
AI901sec Alternate Displacement Power Factor Phase AModbus 401172PFRead
AI911sec Alternate Displacement Power Factor Phase BModbus 401173PFRead
AI921sec Alternate Displacement Power Factor Phase CModbus 401174PFRead
AI931sec Alternate Displacement Power Factor TotalModbus 401175PFRead
AImin941sec FrequencyModbus 401180HzRead
AI951sec TemperatureModbus 401181Read
AI961sec Auxiliary Analog Input Value User-Selected Input 1Modbus 401190Read
AI971sec Auxiliary Analog Input Value User-Selected Input 2Modbus 401191Read
AI981sec Auxiliary Analog Input Value User-Selected Input 3Modbus 401192Read
AI991sec Auxiliary Analog Input Value User-Selected Input 4Modbus 401193Read
AI1001sec Auxiliary Analog Input Value User-Selected Input 5Modbus 401194Read
AI1011sec Auxiliary Analog Input Value User-Selected Input 6Modbus 401195Read
AI1021sec Auxiliary Analog Input Value User-Selected Input 7Modbus 401196Read
AI1031sec Auxiliary Analog Input Value User-Selected Input 8Modbus 401197Read
AI1041sec Auxiliary Analog Input Value User-Selected Input 9Modbus 401198Read
AI1051sec Auxiliary Analog Input Value User-Selected Input 10Modbus 401199Read
AI106THD/thd Current Phase AModbus 401200; not polled by default%Read
AI107THD/thd Current Phase BModbus 401201; not polled by default%Read
AI108THD/thd Current Phase CModbus 401202; not polled by default%Read
AI109THD/thd Current Phase NModbus 401203; not polled by default%Read
AI110THD/thd Current GroundModbus 401204; not polled by default%Read
AI111THD/thd Voltage Phase A-NModbus 401207; not polled by default%Read
AI112THD/thd Voltage Phase B-NModbus 401208; not polled by default%Read
AI113THD/thd Voltage Phase C-NModbus 401209; not polled by default%Read
AI114THD/thd Voltage Phase N-GModbus 401210; not polled by default%Read
AI115THD/thd Voltage Phase A-BModbus 401211; not polled by default%Read
AI116THD/thd Voltage Phase B-CModbus 401212; not polled by default%Read
AI117THD/thd Voltage Phase C-AModbus 401213; not polled by default%Read
AI118THD/thd Voltage 3-Phase Average-NModbus 401215; not polled by default%Read
AI119THD/thd Voltage 3-Phase Average-LModbus 401216; not polled by default%Read
AI120K-Factor Current Phase AModbus 401218; not polled by defaultRead
AI121K-Factor Current Phase BModbus 401219; not polled by defaultRead
AI122K-Factor Current Phase CModbus 401220; not polled by defaultRead
AI123Crest Factor Current Phase AModbus 401221; not polled by defaultRead
AI124Crest Factor Current Phase BModbus 401222; not polled by defaultRead
AI125Crest Factor Current Phase CModbus 401223; not polled by defaultRead
AI126Crest Factor Current NeutralModbus 401224; not polled by defaultRead
AI127Crest Factor Voltage A-N/A-BModbus 401225; not polled by defaultRead
AI128Crest Factor Voltage B-N/B-CModbus 401226; not polled by defaultRead
AI129Crest Factor Voltage C-N/C-AModbus 401227; not polled by defaultRead
AI130Current Fundamental RMS Magnitude Phase AModbus 401230; not polled by defaultARead
AI131Current Fundamental Coincident Angle Phase AModbus 401231; not polled by defaultRead
AI132Current Fundamental RMS Magnitude Phase BModbus 401232; not polled by defaultARead
AI133Current Fundamental Coincident Angle Phase BModbus 401233; not polled by defaultRead
AI134Current Fundamental RMS Magnitude Phase CModbus 401234; not polled by defaultARead
AI135Current Fundamental Coincident Angle Phase CModbus 401235; not polled by defaultRead
AI136Current Fundamental RMS Magnitude NeutralModbus 401236; not polled by defaultARead
AI137Current Fundamental Coincident Angle NeutralModbus 401237; not polled by defaultRead
AI138Current Fundamental RMS Magnitude GroundModbus 401238; not polled by defaultARead
AI139Current Fundamental Coincident Angle GroundModbus 401239; not polled by defaultRead
AI140Voltage Fundamental RMS Magnitude A-N/A-BModbus 401244; not polled by defaultVRead
AI141Voltage Fundamental Coincident Angle A-N/A-BModbus 401245; not polled by defaultRead
AI142Voltage Fundamental RMS Magnitude B-N/B-CModbus 401246; not polled by defaultVRead
AI143Voltage Fundamental Coincident Angle B-N/B-CModbus 401247; not polled by defaultRead
AI144Voltage Fundamental RMS Magnitude C-N/C-AModbus 401248; not polled by defaultVRead
AI145Voltage Fundamental Coincident Angle C-N/C-AModbus 401249; not polled by defaultRead
AI146Voltage Fundamental RMS Magnitude N-GModbus 401250; not polled by defaultVRead
AI147Voltage Fundamental Coincident Angle N-GModbus 401251; not polled by defaultRead
AI148Fundamental Real Power Phase AModbus 401255; not polled by defaultkWRead
AI149Fundamental Real Power Phase BModbus 401256; not polled by defaultkWRead
AI150Fundamental Real Power Phase CModbus 401257; not polled by defaultkWRead
AI151Fundamental Real Power TotalModbus 401258; not polled by defaultkWRead
AI152Fundamental Reactive Power Phase AModbus 401259; not polled by defaultkVARRead
AI153Fundamental Reactive Power Phase BModbus 401260; not polled by defaultkVARRead
AI154Fundamental Reactive Power Phase CModbus 401261; not polled by defaultkVARRead
AI155Fundamental Reactive Power TotalModbus 401262; not polled by defaultkVARRead
AI156Distortion Power Phase AModbus 401264; not polled by defaultkWRead
AI157Distortion Power Phase BModbus 401265; not polled by defaultkWRead
AI158Distortion Power Phase CModbus 401266; not polled by defaultkWRead
AI159Distortion Power TotalModbus 401267; not polled by defaultkWRead
AI160Distortion Power Factor Phase AModbus 401268; not polled by default%Read
AI161Distortion Power Factor Phase BModbus 401269; not polled by default%Read
AI162Distortion Power Factor Phase CModbus 401270; not polled by default%Read
AI163Distortion Power Factor TotalModbus 401271; not polled by default%Read
AI164Harmonic Current Phase AModbus 401274; not polled by defaultARead
AI165Harmonic Current Phase BModbus 401275; not polled by defaultARead
AI166Harmonic Current Phase CModbus 401276; not polled by defaultARead
AI167Harmonic Current NeutralModbus 401277; not polled by defaultVRead
AI168Harmonic Voltage A-N/A-BModbus 401278; not polled by defaultVRead
AI169Harmonic Voltage B-N/B-CModbus 401279; not polled by defaultVRead
AI170Harmonic Voltage C-N/C-AModbus 401280; not polled by defaultVRead
AI171Total Demand DistortionModbus 401281; not polled by default%Read
BI172Harmonic Power Flow kW Phase AModbus 401282 bit 0; not polled by defaultRead
BI173Harmonic Power Flow kW Phase BModbus 401282 bit 1; not polled by defaultRead
BI174Harmonic Power Flow kW Phase CModbus 401282 bit 2; not polled by defaultRead
BI175Harmonic Power Flow kW Phase TotalModbus 401282 bit 3; not polled by defaultRead
BI176Harmonic Power Flow kVAr Phase AModbus 401282 bit 8; not polled by defaultRead
BI177Harmonic Power Flow kVAr Phase BModbus 401282 bit 9; not polled by defaultRead
BI178Harmonic Power Flow kVAr Phase CModbus 401282 bit 10; not polled by defaultRead
BI179Harmonic Power Flow kVAr Phase TotalModbus 401282 bit 11; not polled by defaultRead
AI180Current Positive Sequence MagnitudeModbus 401284; not polled by defaultARead
AI181Current Positive Sequence AngleModbus 401285; not polled by defaultRead
AI182Current Negative Sequence MagnitudeModbus 401286; not polled by defaultARead
AI183Current Negative Sequence AngleModbus 401287; not polled by defaultRead
AI184Current Zero Sequence MagnitudeModbus 401288; not polled by defaultARead
AI185Current Zero Sequence AngleModbus 401289; not polled by defaultRead
AI186Voltage Positive Sequence MagnitudeModbus 401290; not polled by defaultVRead
AI187Voltage Positive Sequence AngleModbus 401291; not polled by defaultRead
AI188Voltage Negative Sequence MagnitudeModbus 401292; not polled by defaultVRead
AI189Voltage Negative Sequence AngleModbus 401293; not polled by defaultRead
AI190Voltage Zero Sequence MagnitudeModbus 401294; not polled by defaultVRead
AI191Voltage Zero Sequence AngleModbus 401295; not polled by defaultRead
AI192Current Sequence UnbalanceModbus 401296; not polled by default%Read
AI193Voltage Sequence UnbalanceModbus 401297; not polled by default%Read
AI194Current Sequence Unbalance FactorModbus 401298; not polled by default%Read
AI195Voltage Sequence Unbalance FactorModbus 401299; not polled by default%Read
AI196Minimum Current Phase AModbus 401300; not polled by defaultARead
AI197Minimum Current Phase BModbus 401301; not polled by defaultARead
AI198Minimum Current Phase CModbus 401302; not polled by defaultARead
AI199Minimum Current NeutralModbus 401303; not polled by defaultARead
AI200Minimum Current GroundModbus 401304; not polled by defaultARead
AI201Minimum Current 3-Phase AverageModbus 401305; not polled by defaultARead
AI202Minimum Current Apparent RMSModbus 401306; not polled by defaultARead
AI203Minimum Current Unbalance Phase AModbus 401307; not polled by default%Read
AI204Minimum Current Unbalance Phase BModbus 401308; not polled by default%Read
AI205Minimum Current Unbalance Phase CModbus 401309; not polled by default%Read
AI206Minimum Current Unbalance MaxModbus 401310; not polled by default%Read
AI207Minimum Voltage A-BModbus 401320; not polled by defaultVRead
AI208Minimum Voltage B-CModbus 401321; not polled by defaultVRead
AI209Minimum Voltage C-AModbus 401322; not polled by defaultVRead
AI210Minimum Voltage L-L AverageModbus 401323; not polled by defaultVRead
AI211Minimum Voltage A-NModbus 401324; not polled by defaultVRead
AI212Minimum Voltage B-NModbus 401325; not polled by defaultVRead
AI213Minimum Voltage C-NModbus 401326; not polled by defaultVRead
AI214Minimum Voltage N-GModbus 401327; not polled by defaultVRead
AI215Minimum Voltage L-N AverageModbus 401328; not polled by defaultVRead
AI216Minimum Voltage Unbalance A-BModbus 401329; not polled by default%Read
AI217Minimum Voltage Unbalance B-CModbus 401330; not polled by default%Read
AI218Minimum Voltage Unbalance C-AModbus 401331; not polled by default%Read
AI219Minimum Voltage Unbalance Max L-LModbus 401332; not polled by default%Read
AI220Minimum Voltage Unbalance A-NModbus 401333; not polled by default%Read
AI221Minimum Voltage Unbalance B-NModbus 401334; not polled by default%Read
AI222Minimum Voltage Unbalance C-NModbus 401335; not polled by default%Read
AI223Minimum Voltage Unbalance Max L-NModbus 401336; not polled by default%Read
AI224Minimum Real Power Phase AModbus 401340; not polled by defaultkWRead
AI225Minimum Real Power Phase BModbus 401341; not polled by defaultkWRead
AI226Minimum Real Power Phase CModbus 401342; not polled by defaultkWRead
AI227Minimum Real Power TotalModbus 401343; not polled by defaultkWRead
AI228Minimum Reactive Power Phase AModbus 401344; not polled by defaultkVARRead
AI229Minimum Reactive Power Phase BModbus 401345; not polled by defaultkVARRead
AI230Minimum Reactive Power Phase CModbus 401346; not polled by defaultkVARRead
AI231Minimum Reactive Power TotalModbus 401347; not polled by defaultkVARRead
AI232Minimum Apparent Power Phase AModbus 401348; not polled by defaultkVARead
AI233Minimum Apparent Power Phase BModbus 401349; not polled by defaultkVARead
AI234Minimum Apparent Power Phase CModbus 401350; not polled by defaultkVARead
AI235Minimum Apparent Power TotalModbus 401351; not polled by defaultkVARead
AI236Minimum True Power Factor Phase AModbus 401360; not polled by defaultPFRead
AI237Minimum True Power Factor Phase BModbus 401361; not polled by defaultPFRead
AI238Minimum True Power Factor Phase CModbus 401362; not polled by defaultPFRead
AI239Minimum True Power Factor TotalModbus 401363; not polled by defaultPFRead
AI240Minimum Alternate True Power Factor Phase AModbus 401364; not polled by defaultPFRead
AI241Minimum Alternate True Power Factor Phase BModbus 401365; not polled by defaultPFRead
AI242Minimum Alternate True Power Factor Phase CModbus 401366; not polled by defaultRead
AI243Minimum Alternate True Power Factor TotalModbus 401367; not polled by defaultRead
AI244Minimum Displacement Power Factor Phase AModbus 401368; not polled by defaultRead
AI245Minimum Displacement Power Factor Phase BModbus 401369; not polled by defaultRead
AI246Minimum Displacement Power Factor Phase CModbus 401370; not polled by defaultRead
AI247Minimum Displacement Power Factor TotalModbus 401371; not polled by defaultRead
AI248Minimum Alternate Displacement Power Factor Phase AModbus 401372; not polled by defaultRead
AI249Minimum Alternate Displacement Power Factor Phase BModbus 401373; not polled by defaultRead
AI250Minimum Alternate Displacement Power Factor Phase CModbus 401374; not polled by defaultRead
AI251Minimum Alternate Displacement Power Factor TotalModbus 401375; not polled by defaultRead
AI252Minimum FrequencyModbus 401380; not polled by defaultRead
AI253Minimum TemperatureModbus 401381; not polled by defaultRead
AI254Minimum Auxiliary Analog Input Value User-Selected Input 1Modbus 401390; not polled by defaultHzRead
AI255Minimum Auxiliary Analog Input Value User-Selected Input 2Modbus 401391; not polled by defaultRead
AI256Minimum Auxiliary Analog Input Value User-Selected Input 3Modbus 401392; not polled by defaultRead
AI257Minimum Auxiliary Analog Input Value User-Selected Input 4Modbus 401393; not polled by defaultRead
AI258Minimum Auxiliary Analog Input Value User-Selected Input 5Modbus 401394; not polled by defaultRead
AI259Minimum Auxiliary Analog Input Value User-Selected Input 6Modbus 401395; not polled by defaultRead
AI260Minimum Auxiliary Analog Input Value User-Selected Input 7Modbus 401396; not polled by defaultRead
AI261Minimum Auxiliary Analog Input Value User-Selected Input 8Modbus 401397; not polled by defaultRead
AI262Minimum Auxiliary Analog Input Value User-Selected Input 9Modbus 401398; not polled by defaultRead
AI263Minimum Auxiliary Analog Input Value User-Selected Input 10Modbus 401399; not polled by defaultRead
AI264Minimum THD/thd Current Phase AModbus 401400; not polled by default%Read
AI265Minimum THD/thd Current Phase BModbus 401401; not polled by default%Read
AI266Minimum THD/thd Current Phase CModbus 401402; not polled by default%Read
AI267Minimum THD/thd Current Phase NModbus 401403; not polled by default%Read
AI268Minimum THD/thd Current GroundModbus 401404; not polled by default%Read
AI269Minimum THD/thd Voltage Phase A-NModbus 401407; not polled by default%Read
AI270Minimum THD/thd Voltage Phase B-NModbus 401408; not polled by default%Read
AI271Minimum THD/thd Voltage Phase C-NModbus 401409; not polled by default%Read
AI272Minimum THD/thd Voltage Phase N-GModbus 401410; not polled by default%Read
AI273Minimum THD/thd Voltage Phase A-BModbus 401411; not polled by default%Read
AI274Minimum THD/thd Voltage Phase B-CModbus 401412; not polled by default%Read
AI275Minimum THD/thd Voltage Phase C-AModbus 401413; not polled by default%Read
AI276Minimum THD/thd Voltage 3-Phase Average L-NModbus 401415; not polled by default%Read
AI277Minimum THD/thd Voltage 3-Phase Average L-LModbus 401416; not polled by default%Read
AI278Minimum Current K-Factor Phase AModbus 401418; not polled by defaultRead
AI279Minimum Current K-Factor Phase BModbus 401419; not polled by defaultRead
AI280Minimum Current K-Factor Phase CModbus 401420; not polled by defaultRead
AI281Minimum Crest Factor Current Phase AModbus 401421; not polled by defaultRead
AI282Minimum Crest Factor Current Phase BModbus 401422; not polled by defaultRead
AI283Minimum Crest Factor Current Phase CModbus 401423; not polled by defaultRead
AI284Minimum Crest Factor Current NeutralModbus 401424; not polled by defaultRead
AI285Minimum Crest Factor Voltage A-N/A-BModbus 401425; not polled by defaultRead
AI286Minimum Crest Factor Voltage B-N/B-CModbus 401426; not polled by defaultRead
AI287Minimum Crest Factor Voltage C-N/C-AModbus 401427; not polled by defaultRead
AI288Minimum Current Fundamental RMS Magnitude Phase AModbus 401430; not polled by defaultARead
AI289Minimum Current Fundamental Coincident Angle Phase AModbus 401431; not polled by defaultRead
AI290Minimum Current Fundamental RMS Magnitude Phase BModbus 401432; not polled by defaultARead
AI291Minimum Current Fundamental Coincident Angle Phase BModbus 401433; not polled by defaultRead
AI292Minimum Current Fundamental RMS Magnitude Phase CModbus 401434; not polled by defaultARead
AI293Minimum Current Fundamental Coincident Angle Phase CModbus 401435; not polled by defaultRead
AI294Minimum Current Fundamental RMS Magnitude NeutralModbus 401436; not polled by defaultARead
AI295Minimum Current Fundamental Coincident Angle NeutralModbus 401437; not polled by defaultRead
AI296Minimum Current Fundamental RMS Magnitude GroundModbus 401438; not polled by defaultARead
AI297Minimum Current Fundamental Coincident Angle GroundModbus 401439; not polled by defaultRead
AI298Minimum Voltage Fundamental RMS Magnitude A-N/A-BModbus 401444; not polled by defaultVRead
AI299Minimum Voltage Fundamental Coincident Angle A-N/A-BModbus 401445; not polled by defaultRead
AI300Minimum Voltage Fundamental RMS Magnitude B-N/B-CModbus 401446; not polled by defaultVRead
AI301Minimum Voltage Fundamental Coincident Angle B-N/B-CModbus 401447; not polled by defaultRead
AI302Minimum Voltage Fundamental RMS Magnitude C-N/C-AModbus 401448; not polled by defaultVRead
AI303Minimum Voltage Fundamental Coincident Angle C-N/C-AModbus 401449; not polled by defaultRead
AI304Minimum Voltage Fundamental RMS Magnitude N-GModbus 401450; not polled by defaultVRead
AI305Minimum Voltage Fund. Coincident Angle N-GModbus 401451; not polled by defaultRead
AI306Minimum Fundamental Real Power Phase AModbus 401455; not polled by defaultkWRead
AI307Minimum Fundamental Real Power Phase BModbus 401456; not polled by defaultkWRead
AI308Minimum Fundamental Real Power Phase CModbus 401457; not polled by defaultkWRead
AI309Minimum Fundamental Real Power TotalModbus 401458; not polled by defaultkWRead
AI310Minimum Fundamental Reactive Power Phase AModbus 401459; not polled by defaultkVARRead
AI311Minimum Fundamental Reactive Power Phase BModbus 401460; not polled by defaultkVARRead
AI312Minimum Fundamental Reactive Power Phase CModbus 401461; not polled by defaultkVARRead
AI313Minimum Fundamental Reactive Power TotalModbus 401462; not polled by defaultkVARRead
AI314Minimum Distortion Power Phase AModbus 401464; not polled by defaultkWRead
AI315Minimum Distortion Power Phase BModbus 401465; not polled by defaultkWRead
AI316Minimum Distortion Power Phase CModbus 401466; not polled by defaultkWRead
AI317Minimum Distortion Power TotalModbus 401467; not polled by defaultkWRead
AI318Minimum Distortion Power Factor Phase AModbus 401468; not polled by default%Read
AI319Minimum Distortion Power Factor Phase BModbus 401469; not polled by default%Read
AI320Minimum Distortion Power Factor Phase CModbus 401470; not polled by default%Read
AI321Minimum Distortion Power Factor TotalModbus 401471; not polled by default%Read
AI322Minimum Harmonic Current Phase AModbus 401474; not polled by defaultARead
AI323Minimum Harmonic Current Phase BModbus 401475; not polled by defaultARead
AI324Minimum Harmonic Current Phase CModbus 401476; not polled by defaultARead
AI325Minimum Harmonic Current NeutralModbus 401477; not polled by defaultARead
AI326Minimum Harmonic Voltage A-N/A-BModbus 401478; not polled by defaultVRead
AI327Minimum Harmonic Voltage B-N/B-CModbus 401479; not polled by defaultVRead
AI328Minimum Harmonic Voltage C-N/C-AModbus 401480; not polled by defaultVRead
AI329Minimum Total Demand DistortionModbus 401481; not polled by default%Read
AI330Minimum Current Positive Sequence MagnitudeModbus 401484; not polled by defaultARead
AI331Minimum Current Positive Sequence AngleModbus 401485; not polled by defaultRead
AI332Minimum Current Negative Sequence MagnitudeModbus 401486; not polled by defaultARead
AI333Minimum Current Negative Sequence AngleModbus 401487; not polled by defaultRead
AI334Minimum Current Zero Sequence MagnitudeModbus 401488; not polled by defaultARead
AI335Minimum Current Zero Sequence AngleModbus 401489; not polled by defaultRead
AI336Minimum Voltage Positive Sequence MagnitudeModbus 401490; not polled by defaultVRead
AI337Minimum Voltage Positive Sequence AngleModbus 401491; not polled by defaultRead
AI338Minimum Voltage Negative Sequence MagnitudeModbus 401492; not polled by defaultVRead
AI339Minimum Voltage Negative Sequence AngleModbus 401493; not polled by defaultRead
AI340Minimum Voltage Zero Sequence MagnitudeModbus 401494; not polled by defaultVRead
AI341Minimum Voltage Zero Sequence AngleModbus 401495; not polled by defaultRead
AI342Minimum Current Sequence UnbalanceModbus 401496; not polled by default%Read
AI343Minimum Voltage Sequence UnbalanceModbus 401497; not polled by default%Read
AI344Minimum Current Sequence Unbalance FactorModbus 401498; not polled by default%Read
AI345Minimum Voltage Sequence Unbalance FactorModbus 401499; not polled by defaultRead
AI346Maximum Current Phase AModbus 401500; not polled by defaultARead
AI347Maximum Current Phase BModbus 401501; not polled by defaultARead
AI348Maximum Current Phase CModbus 401502; not polled by defaultARead
AI349Maximum Current NeutralModbus 401503; not polled by defaultARead
AI350Maximum Current GroundModbus 401504; not polled by defaultARead
AI351Maximum Current 3 Phase AverageModbus 401505; not polled by defaultARead
AI352Maximum Current Apparent RMSModbus 401506; not polled by defaultARead
AI353Maximum Current Unbalance Phase AModbus 401507; not polled by default%Read
AI354Maximum Current Unbalance Phase BModbus 401508; not polled by default%Read
AI355Maximum Current Unbalance Phase CModbus 401509; not polled by default%Read
AI356Maximum Current Unbalance MaxModbus 401510; not polled by default%Read
AI357Maximum Voltage A-BModbus 401520; not polled by defaultVRead
AI358Maximum Voltage B-CModbus 401521; not polled by defaultVRead
AI359Maximum Voltage C-AModbus 401522; not polled by defaultVRead
AI360Maximum Voltage L-L AverageModbus 401523; not polled by defaultVRead
AI361Maximum Voltage A-NModbus 401524; not polled by defaultVRead
AI362Maximum Voltage B-NModbus 401525; not polled by defaultVRead
AI363Maximum Voltage C-NModbus 401526; not polled by defaultVRead
AI364Maximum Voltage N-GModbus 401527; not polled by defaultVRead
AI365Maximum Voltage L-N AverageModbus 401528; not polled by defaultVRead
AI366Maximum Voltage Unbalance A-BModbus 401529; not polled by default%Read
AI367Maximum Voltage Unbalance B-CModbus 401530; not polled by default%Read
AI368Maximum Voltage Unbalance C-AModbus 401531; not polled by default%Read
AI369Maximum Voltage Unbalance Max L-LModbus 401532; not polled by default%Read
AI370Maximum Voltage Unbalance A-NModbus 401533; not polled by default%Read
AI371Maximum Voltage Unbalance B-NModbus 401534; not polled by default%Read
AI372Maximum Voltage Unbalance C-NModbus 401535; not polled by default%Read
AI373Maximum Voltage Unbalance Max L-NModbus 401536; not polled by default%Read
AI374Maximum Real Power Phase AModbus 401540; not polled by defaultkWhRead
AI375Maximum Real Power Phase BModbus 401541; not polled by defaultkWhRead
AI376Maximum Real Power Phase CModbus 401542; not polled by defaultkWhRead
AI377Maximum Real Power TotalModbus 401543; not polled by defaultkWhRead
AI378Maximum Reactive Power Phase AModbus 401544; not polled by defaultkVARRead
AI379Maximum Reactive Power Phase BModbus 401545; not polled by defaultkVARRead
AI380Maximum Reactive Power Phase CModbus 401546; not polled by defaultkVARRead
AI381Maximum Reactive Power TotalModbus 401547; not polled by defaultkVARRead
AI382Maximum Apparent Power Phase AModbus 401548; not polled by defaultkVARead
AI383Maximum Apparent Power Phase BModbus 401549; not polled by defaultkVARead
AI384Maximum Apparent Power Phase CModbus 401550; not polled by defaultkVARead
AI385Maximum Apparent Power TotalModbus 401551; not polled by defaultkVARead
AI386Maximum True Power Factor Phase AModbus 401560; not polled by defaultRead
AI387Maximum True Power Factor Phase BModbus 401561; not polled by defaultRead
AI388Maximum True Power Factor Phase CModbus 401562; not polled by defaultRead
AI389Maximum True Power Factor TotalModbus 401563; not polled by defaultRead
AI390Maximum Alternate True Power Factor Phase AModbus 401564; not polled by defaultRead
AI391Maximum Alternate True Power Factor Phase BModbus 401565; not polled by defaultRead
AI392Maximum Alternate True Power Factor Phase CModbus 401566; not polled by defaultRead
AI393Maximum Alternate True Power Factor TotalModbus 401567; not polled by defaultRead
AI394Maximum Displacement Power Factor Phase AModbus 401568; not polled by defaultRead
AI395Maximum Displacement Power Factor Phase BModbus 401569; not polled by defaultRead
AI396Maximum Displacement Power Factor Phase CModbus 401570; not polled by defaultRead
AI397Maximum Displacement Power Factor TotalModbus 401571; not polled by defaultRead
AI398Maximum Alternate Displacement Power Factor Phase AModbus 401572; not polled by defaultRead
AI399Maximum Alternate Displacement Power Factor Phase BModbus 401573; not polled by defaultRead
AI400Maximum Alternate Displacement Power Factor Phase CModbus 401574; not polled by defaultRead
AI401Maximum Alternate Displacement Power Factor TotalModbus 401575; not polled by defaultRead
AI402Maximum FrequencyModbus 401580; not polled by defaultHzRead
AI403Maximum TemperatureModbus 401581; not polled by defaultRead
AI404Maximum Auxiliary Analog Input Value User-Selected Input 1Modbus 401590; not polled by defaultRead
AI405Maximum Auxiliary Analog Input Value User-Selected Input 2Modbus 401591; not polled by defaultRead
AI406Maximum Auxiliary Analog Input Value User-Selected Input 3Modbus 401592; not polled by defaultRead
AI407Maximum Auxiliary Analog Input Value User-Selected Input 4Modbus 401593; not polled by defaultRead
AI408Maximum Auxiliary Analog Input Value User-Selected Input 5Modbus 401594; not polled by defaultRead
AI409Maximum Auxiliary Analog Input Value User-Selected Input 6Modbus 401595; not polled by defaultRead
AI410Maximum Auxiliary Analog Input Value User-Selected Input 7Modbus 401596; not polled by defaultRead
AI411Maximum Auxiliary Analog Input Value User-Selected Input 8Modbus 401597; not polled by defaultRead
AI412Maximum Auxiliary Analog Input Value User-Selected Input 9Modbus 401598; not polled by defaultRead
AI413Maximum Auxiliary Analog Input Value User-Selected Input 10Modbus 401599; not polled by defaultRead
AI414Maximum THD/thd Current Phase AModbus 401600; not polled by default%Read
AI415Maximum THD/thd Current Phase BModbus 401601; not polled by default%Read
AI416Maximum THD/thd Current Phase CModbus 401602; not polled by default%Read
AI417Maximum THD/thd Current Phase NModbus 401603; not polled by default%Read
AI418Maximum THD/thd Current GroundModbus 401604; not polled by default%Read
AI419Maximum THD/thd Voltage Phase A-NModbus 401607; not polled by default%Read
AI420Maximum THD/thd Voltage Phase B-NModbus 401608; not polled by default%Read
AI421Maximum THD/thd Voltage Phase C-NModbus 401609; not polled by default%Read
AI422Maximum THD/thd Voltage Phase N-GModbus 401610; not polled by default%Read
AI423Maximum THD/thd Voltage Phase A-BModbus 401611; not polled by default%Read
AI424Maximum THD/thd Voltage Phase B-CModbus 401612; not polled by default%Read
AI425Maximum THD/thd Voltage Phase C-AModbus 401613; not polled by default%Read
AI426Maximum THD/thd Voltage 3-Phase Average L-NModbus 401615; not polled by default%Read
AI427Maximum THD/thd Voltage 3-Phase Average L-LModbus 401616; not polled by default%Read
AI428Maximum Current K-Factor Phase AModbus 401618; not polled by defaultRead
AI429Maximum Current K-Factor Phase BModbus 401619; not polled by defaultRead
AI430Maximum Current K-Factor Phase CModbus 401620; not polled by defaultRead
AI431Maximum Crest Factor Current Phase AModbus 401621; not polled by defaultRead
AI432Maximum Crest Factor Current Phase BModbus 401622; not polled by defaultRead
AI433Maximum Crest Factor Current Phase CModbus 401623; not polled by defaultRead
AI434Maximum Crest Factor Current NeutralModbus 401624; not polled by defaultRead
AI435Maximum Crest Factor Voltage A-N/A-BModbus 401625; not polled by defaultRead
AI436Maximum Crest Factor Voltage B-N/B-CModbus 401626; not polled by defaultRead
AI437Maximum Crest Factor Voltage C-N/C-AModbus 401627; not polled by defaultRead
AI438Maximum Current Fundamental RMS Magnitude Phase AModbus 401630; not polled by defaultARead
AI439Maximum Current Fundamental Coincident Angle Phase AModbus 401631; not polled by defaultRead
AI440Maximum Current Fundamental RMS Magnitude Phase BModbus 401632; not polled by defaultARead
AI441Maximum Current Fundamental Coincident Angle Phase BModbus 401633; not polled by defaultRead
AI442Maximum Current Fundamental RMS Magnitude Phase CModbus 401634; not polled by defaultARead
AI443Maximum Current Fundamental Coincident Angle Phase CModbus 401635; not polled by defaultRead
AI444Maximum Current Fundamental RMS Magnitude NeutralModbus 401636; not polled by defaultARead
AI445Maximum Current Fundamental Coincident Angle NeutralModbus 401637; not polled by defaultRead
AI446Maximum Current Fundamental RMS Magnitude GroundModbus 401638; not polled by defaultARead
AI447Maximum Current Fundamental Coincident Angle GroundModbus 401639; not polled by defaultRead
AI448Maximum Voltage Fundamental RMS Magnitude A-N/A-BModbus 401644; not polled by defaultVRead
AI449Maximum Voltage Fundamental Coincident Angle A-N/A-BModbus 401645; not polled by defaultRead
AI450Maximum Voltage Fundamental RMS Magnitude B-N/B-CModbus 401646; not polled by defaultVRead
AI451Maximum Voltage Fundamental Coincident Angle B-N/B-CModbus 401647; not polled by defaultRead
AI452Maximum Voltage Fundamental RMS Magnitude C-N/C-AModbus 401648; not polled by defaultVRead
AI453Maximum Voltage Fundamental Coincident Angle C-N/C-AModbus 401649; not polled by defaultRead
AI454Maximum Voltage Fundamental RMS Magnitude N-GModbus 401650; not polled by defaultVRead
AI455Maximum Voltage Fund. Coincident Angle N-GModbus 401651; not polled by defaultRead
AI456Maximum Fundamental Real Power Phase AModbus 401655; not polled by defaultkWRead
AI457Maximum Fundamental Real Power Phase BModbus 401656; not polled by defaultkWRead
AI458Maximum Fundamental Real Power Phase CModbus 401657; not polled by defaultkWRead
AI459Maximum Fundamental Real Power TotalModbus 401658; not polled by defaultkWRead
AI460Maximum Fundamental Reactive Power Phase AModbus 401659; not polled by defaultkVARRead
AI461Maximum Fundamental Reactive Power Phase BModbus 401660; not polled by defaultkVARRead
AI462Maximum Fundamental Reactive Power Phase CModbus 401661; not polled by defaultkVARRead
AI463Maximum Fundamental Reactive Power TotalModbus 401662; not polled by defaultkVARRead
AI464Maximum Distortion Power Phase AModbus 401664; not polled by defaultkWRead
AI465Maximum Distortion Power Phase BModbus 401665; not polled by defaultkWRead
AI466Maximum Distortion Power Phase CModbus 401666; not polled by defaultkWRead
AI467Maximum Distortion Power TotalModbus 401667; not polled by defaultkWRead
AI468Maximum Distortion Factor Phase AModbus 401668; not polled by defaultRead
AI469Maximum Distortion Factor Phase BModbus 401669; not polled by defaultRead
AI470Maximum Distortion Factor Phase CModbus 401670; not polled by defaultRead
AI471Maximum Distortion Factor TotalModbus 401671; not polled by defaultRead
AI472Maximum Harmonic Current Phase AModbus 401674; not polled by defaultARead
AI473Maximum Harmonic Current Phase BModbus 401675; not polled by defaultARead
AI474Maximum Harmonic Current Phase CModbus 401676; not polled by defaultARead
AI475Maximum Harmonic Current NeutralModbus 401677; not polled by defaultARead
AI476Maximum Harmonic Voltage AModbus 401678; not polled by defaultVRead
AI477Maximum Harmonic Voltage BModbus 401679; not polled by defaultVRead
AI478Maximum Harmonic Voltage CModbus 401680; not polled by defaultVRead
AI479Maximum Total Demand DistortionModbus 401681; not polled by default%Read
AI480Maximum Current Positive Sequence MagnitudeModbus 401684; not polled by defaultARead
AI481Maximum Current Positive Sequence AngleModbus 401685; not polled by defaultRead
AI482Maximum Current Negative Sequence MagnitudeModbus 401686; not polled by defaultARead
AI483Maximum Current Negative Sequence AngleModbus 401687; not polled by defaultRead
AI484Maximum Current Zero Sequence MagnitudeModbus 401688; not polled by defaultARead
AI485Maximum Current Zero Sequence AngleModbus 401689; not polled by defaultRead
AI486Maximum Voltage Positive Sequence MagnitudeModbus 401690; not polled by defaultVRead
AI487Maximum Voltage Positive Sequence AngleModbus 401691; not polled by defaultRead
AI488Maximum Voltage Negative Sequence MagnitudeModbus 401692; not polled by defaultVRead
AI489Maximum Voltage Negative Sequence AngleModbus 401693; not polled by defaultRead
AI490Maximum Voltage Zero Sequence MagnitudeModbus 401694; not polled by defaultVRead
AI491Maximum Voltage Zero Sequence AngleModbus 401695; not polled by defaultRead
AI492Maximum Current Sequence UnbalanceModbus 401696; not polled by default%Read
AI493Maximum Voltage Sequence UnbalanceModbus 401697; not polled by default%Read
AI494Maximum Current Sequence Unbalance FactorModbus 401698; not polled by default%Read
AI495Maximum Voltage Sequence Unbalance FactorModbus 401699; not polled by default%Read
AI496Energy Real In Reg 1Modbus 401700; not polled by defaultWhRead
AI497Energy Real In Reg 2Modbus 401701; not polled by defaultWhRead
AI498Energy Real In Reg 3Modbus 401702; not polled by defaultWhRead
AI499Energy Real In Reg 4Modbus 401703; not polled by defaultWhRead
AI500Energy Reactive In Reg 1Modbus 401704; not polled by defaultVARRead
AI501Energy Reactive In Reg 2Modbus 401705; not polled by defaultVARRead
AI502Energy Reactive In Reg 3Modbus 401706; not polled by defaultVARRead
AI503Energy Reactive In Reg 4Modbus 401707; not polled by defaultVARRead
AI504Energy Real Out Reg 1Modbus 401708; not polled by defaultWhRead
AI505Energy Real Out Reg 2Modbus 401709; not polled by defaultWhRead
AI506Energy Real Out Reg 3Modbus 401710; not polled by defaultWhRead
AI507Energy Real Out Reg 4Modbus 401711; not polled by defaultWhRead
AI508Energy Reactive Out Reg 1Modbus 401712; not polled by defaultVARRead
AI509Energy Reactive Out Reg 2Modbus 401713; not polled by defaultVARRead
AI510Energy Reactive Out Reg 3Modbus 401714; not polled by defaultVARRead
AI511Energy Reactive Out Reg 4Modbus 401715; not polled by defaultVARRead
AImin512Energy Real Total (signed/absolute) Reg 1Modbus 401716; not polled by defaultWhRead
AI513Energy Real Total (signed/absolute) Reg 2Modbus 401717; not polled by defaultWhRead
AI514Energy Real Total (signed/absolute) Reg 3Modbus 401718; not polled by defaultWhRead
AI515Energy Real Total (signed/absolute) Reg 4Modbus 401719; not polled by defaultWhRead
AI516Energy Reactive Total (signed/absolute) Reg 1Modbus 401720; not polled by defaultVARRead
AI517Energy Reactive Total (signed/absolute) Reg 2Modbus 401721; not polled by defaultVARRead
AI518Energy Reactive Total (signed/absolute) Reg 3Modbus 401722; not polled by defaultVARRead
AI519Energy Reactive Total (signed/absolute) Reg 4Modbus 401723; not polled by defaultVARRead
AI520Energy Apparent Reg 1Modbus 401724; not polled by defaultRead
AI521Energy Apparent Reg 2Modbus 401725; not polled by defaultRead
AI522Energy Apparent Reg 3Modbus 401726; not polled by defaultRead
AI523Energy Apparent Reg 4Modbus 401727; not polled by defaultRead
AI524Energy Conditional Real In Reg 1Modbus 401728; not polled by defaultWhRead
AI525Energy Conditional Real In Reg 2Modbus 401729; not polled by defaultWhRead
AI526Energy Conditional Real In Reg 3Modbus 401730; not polled by defaultWhRead
AI527Energy Conditional Real In Reg 4Modbus 401731; not polled by defaultWhRead
AI528Energy Conditional Reactive In Reg 1Modbus 401732; not polled by defaultVARRead
AI529Energy Conditional Reactive In Reg 2Modbus 401733; not polled by defaultVARRead
AI530Energy Conditional Reactive In Reg 3Modbus 401734; not polled by defaultVARRead
AI531Energy Conditional Reactive In Reg 4Modbus 401735; not polled by defaultVARRead
AI532Energy Conditional Real Out Reg 1Modbus 401736; not polled by defaultWhRead
AI533Energy Conditional Real Out Reg 2Modbus 401737; not polled by defaultWhRead
AI534Energy Conditional Real Out Reg 3Modbus 401738; not polled by defaultWhRead
AI535Energy Conditional Real Out Reg 4Modbus 401739; not polled by defaultWhRead
AI536Energy Conditional Reactive Out Reg 1Modbus 401740; not polled by defaultRead
AI537Energy Conditional Reactive Out Reg 2Modbus 401741; not polled by defaultRead
AI538Energy Conditional Reactive Out Reg 3Modbus 401742; not polled by defaultRead
AI539Energy Conditional Reactive Out Reg 4Modbus 401743; not polled by defaultRead
AI540Energy Conditional Apparent Reg 1Modbus 401744; not polled by defaultRead
AI541Energy Conditional Apparent Reg 2Modbus 401745; not polled by defaultRead
AI542Energy Conditional Apparent Reg 3Modbus 401746; not polled by defaultRead
AI543Energy Conditional Apparent Reg 4Modbus 401747; not polled by defaultRead
AI544Energy Incremental Real In Last Complete Interval Reg 1Modbus 401748; not polled by defaultRead
AI545Energy Incremental Real In Last Complete Interval Reg 2Modbus 401749; not polled by defaultRead
AI546Energy Incremental Real In Last Complete Interval Reg 3Modbus 401750; not polled by defaultRead
AI547Energy Incremental Reactive In Last Complete Interval Reg 1Modbus 401751; not polled by defaultRead
AI548Energy Incremental Reactive In Last Complete Interval Reg 2Modbus 401752; not polled by defaultRead
AI549Energy Incremental Reactive In Last Complete Interval Reg 3Modbus 401753; not polled by defaultRead
AI550Energy Incremental Real Out Last Complete Interval Reg 1Modbus 401754; not polled by defaultRead
AI551Energy Incremental Real Out Last Complete Interval Reg 2Modbus 401755; not polled by defaultRead
AI552Energy Incremental Real Out Last Complete Interval Reg 3Modbus 401756; not polled by defaultRead
AI553Energy Incremental Reactive Out Last Complete Interval Reg 1Modbus 401757; not polled by defaultRead
AI554Energy Incremental Reactive Out Last Complete Interval Reg 2Modbus 401758; not polled by defaultRead
AI555Energy Incremental Reactive Out Last Complete Interval Reg 3Modbus 401759; not polled by defaultRead
AI556Energy Incremental Apparent Last Complete Interval Reg 1Modbus 401760; not polled by defaultRead
AI557Energy Incremental Apparent Last Complete Interval Reg 2Modbus 401761; not polled by defaultRead
AI558Energy Incremental Apparent Last Complete Interval Reg 3Modbus 401762; not polled by defaultRead
AI559DateTime Last Complete Incremental Energy Interval Reg 1Modbus 401763; not polled by defaultRead
AI560DateTime Last Complete Incremental Energy Interval Reg 2Modbus 401764; not polled by defaultRead
AI561DateTime Last Complete Incremental Energy Interval Reg 3Modbus 401765; not polled by defaultRead
AI562DateTime Last Complete Incremental Energy Interval Reg 4Modbus 401766; not polled by defaultRead
AI563Energy Incremental Real In Present Interval Reg 1Modbus 401767; not polled by defaultRead
AI564Energy Incremental Real In Present Interval Reg 2Modbus 401768; not polled by defaultRead
AI565Energy Incremental Real In Present Interval Reg 3Modbus 401769; not polled by defaultRead
AI566Energy. Incremental Reactive In Present Interval Reg 1Modbus 401770; not polled by defaultRead
AI567Energy. Incremental Reactive In Present Interval Reg 2Modbus 401771; not polled by defaultRead
AI568Energy. Incremental Reactive In Present Interval Reg 3Modbus 401772; not polled by defaultRead
AI569Energy Incremental Real Out Present Interval Reg 1Modbus 401773; not polled by defaultRead
AI570Energy Incremental Real Out Present Interval Reg 2Modbus 401774; not polled by defaultRead
AI571Energy Incremental Real Out Present Interval Reg 3Modbus 401775; not polled by defaultRead
AI572Energy Incremental Reactive Out Present Interval Reg 1Modbus 401776; not polled by defaultRead
AI573Energy Incremental Reactive Out Present Interval Reg 2Modbus 401777; not polled by defaultRead
AI574Energy Incremental Reactive Out Present Interval Reg 3Modbus 401778; not polled by defaultRead
AI575Energy Incremental Apparent Present Interval Reg 1Modbus 401779; not polled by defaultRead
AI576Energy Incremental Apparent Present Interval Reg 2Modbus 401780; not polled by defaultRead
AI577Energy Incremental Apparent Present Interval Reg 3Modbus 401781; not polled by defaultRead
AI578Energy Reactive Quadrant 1 Reg 1Modbus 401782; not polled by defaultRead
AI579Energy Reactive Quadrant 1 Reg 2Modbus 401783; not polled by defaultRead
AI580Energy Reactive Quadrant 1 Reg 3Modbus 401784; not polled by defaultRead
AI581Energy Reactive Quadrant 2 Reg 1Modbus 401785; not polled by defaultRead
AI582Energy Reactive Quadrant 2 Reg 2Modbus 401786; not polled by defaultRead
AI583Energy Reactive Quadrant 2 Reg 3Modbus 401787; not polled by defaultRead
AI584Energy Reactive Quadrant 3 Reg 1Modbus 401788; not polled by defaultRead
AI585Energy Reactive Quadrant 3 Reg 2Modbus 401789; not polled by defaultRead
AI586Energy Reactive Quadrant 3 Reg 3Modbus 401790; not polled by defaultRead
AI587Energy Reactive Quadrant 4 Reg 1Modbus 401791; not polled by defaultRead
AI588Energy Reactive Quadrant 4 Reg 2Modbus 401792; not polled by defaultRead
AI589Energy Reactive Quadrant 4 Reg 3Modbus 401793; not polled by defaultRead
AI590Conditional Energy Control StatusModbus 401794; not polled by defaultRead
AI591Last Demand Real Power 3- Phase TotalModbus 402150; not polled by defaultkWRead
AI592Present Demand Real Power 3- Phase TotalModbus 402151; not polled by defaultkWRead
AI593Running Average Demand Real Power 3- Phase TotalModbus 402152; not polled by defaultkWRead
AI594Predicted Demand Real Power 3- Phase TotalModbus 402153; not polled by defaultkWRead
AI595Peak Demand Real Power 3- Phase TotalModbus 402154; not polled by defaultkWRead
AI596Peak Demand DateTime Real Power 3- Phase Total Reg 1Modbus 402155; not polled by defaultRead
AI597Peak Demand DateTime Real Power 3- Phase Total Reg 2Modbus 402156; not polled by defaultRead
AI598Peak Demand DateTime Real Power 3- Phase Total Reg 3Modbus 402157; not polled by defaultRead
AI599Peak Demand DateTime Real Power 3- Phase Total Reg 4Modbus 402158; not polled by defaultRead
AI600Cumulative Demand Real Power 3- Phase TotalModbus 402159; not polled by defaultRead
AI601Power Factor Average @ Peak Demand Real PowerModbus 402161; not polled by defaultPFRead
AI602Power Demand Reactive @ Peak Demand Real PowerModbus 402162; not polled by defaultkVARRead
AI603Power Demand Apparent @ Peak Demand Real PowerModbus 402163; not polled by defaultkVARead
AI604Last Demand Reactive Power 3-Phase TotalModbus 402164; not polled by defaultkVARRead
AI605Present Demand Reactive Power 3-Phase TotalModbus 402165; not polled by defaultkVARRead
AI606Running Average DemandModbus 402166; not polled by defaultkVARRead
AI607Reactive Power 3-Phase TotalModbus 402167; not polled by defaultkVARRead
AI608Predicted Demand Reactive Power 3-Phase TotalModbus 402168; not polled by defaultkVARRead
AI609Peak Demand Reactive Power 3-Phase TotalModbus 402169; not polled by defaultkVARRead
AI610Peak Demand DateTime Reactive Power 3-Phase Total Reg 1Modbus 402170; not polled by defaultRead
AI611Peak Demand DateTime Reactive Power 3-Phase Total Reg 2Modbus 402171; not polled by defaultRead
AI612Peak Demand DateTime Reactive Power 3-Phase Total Reg 3Modbus 402172; not polled by defaultRead
AI613Peak Demand DateTime Reactive Power 3-Phase Total Reg 4Modbus 402173; not polled by defaultRead
AI614Cumulative Demand Reactive Power 3-Phase TotalModbus 402174; not polled by defaultRead
AI615Power Factor Average @ Peak Demand Reactive PowerModbus 402176; not polled by defaultRead
AI616Power Demand Real @ Peak Demand Reactive PowerModbus 402177; not polled by defaultkWRead
AI617Power Demand Apparent @ Peak Demand Reactive PowerModbus 402178; not polled by defaultkVARead
AI618Last Demand Apparent Power 3-Phase TotalModbus 402180; not polled by defaultkVARead
AI619Present Demand Apparent Power 3-Phase TotalModbus 402181; not polled by defaultkVARead
AI620Running Average Demand Apparent Power 3-Phase TotalModbus 402182; not polled by defaultkVARead
AI621Predicted Demand Apparent Power 3-Phase TotalModbus 402183; not polled by defaultkVARead
AI622Peak Demand Apparent Power 3-Phase TotalModbus 402184; not polled by defaultkVARead
AI623Peak Demand DateTime Apparent Power 3-Phase Total Reg 1Modbus 402185; not polled by defaultRead
AI624Peak Demand DateTime Apparent Power 3-Phase Total Reg 2Modbus 402186; not polled by defaultRead
AI625Peak Demand DateTime Apparent Power 3-Phase Total Reg 3Modbus 402187; not polled by defaultRead
AI626Peak Demand DateTime Apparent Power 3-Phase Total Reg 4Modbus 402188; not polled by defaultRead
AI627Cumulative Demand Apparent Power 3-Phase TotalModbus 402189; not polled by defaultkVARead
AI628Power Factor Average @ Peak Demand Apparent PowerModbus 402191; not polled by defaultRead
AI629Power Demand Real @ Peak Demand Apparent PowerModbus 402192; not polled by defaultRead
AI630Power Demand Reactive @ Peak Demand Apparent PowerModbus 402193; not polled by defaultRead
AI631Circuit Monitor Label Reg 1Modbus 403000; not polled by defaultRead
AI632Circuit Monitor Label Reg 2Modbus 403001; not polled by defaultRead
AI633Circuit Monitor Nameplate Reg 1Modbus 403002; not polled by defaultRead
AI634Circuit Monitor Nameplate Reg 2Modbus 403003; not polled by defaultRead
AI635Circuit Monitor Nameplate Reg 3Modbus 403004; not polled by defaultRead
AI636Circuit Monitor Nameplate Reg 4Modbus 403005; not polled by defaultRead
AI637Circuit Monitor Nameplate Reg 5Modbus 403006; not polled by defaultRead
AI638Circuit Monitor Nameplate Reg 6Modbus 403007; not polled by defaultRead
AI639Circuit Monitor Nameplate Reg 7Modbus 403008; not polled by defaultRead
AI640Circuit Monitor Nameplate Reg 8Modbus 403009; not polled by defaultRead
AI641Circuit Monitor Present Operating System Firmware Revision LevelModbus 403014; not polled by defaultRead
AI642Present Date/Time Reg 1Modbus 403034; not polled by defaultRead
AI643Present Date/Time Reg 2Modbus 403035; not polled by defaultRead
AI644Present Date/Time Reg 3Modbus 403036; not polled by defaultRead
AI645Present Date/Time Reg 4Modbus 403037; not polled by defaultRead
AI646Last Unit Restart Date Time Reg 1Modbus 403039; not polled by defaultRead
AI647Last Unit Restart Date Time Reg 2Modbus 403040; not polled by defaultRead
AI648Last Unit Restart Date Time Reg 3Modbus 403041; not polled by defaultRead
AI649Last Unit Restart Date Time Reg 4Modbus 403042; not polled by defaultRead
AI650Number of Metering System RestartsModbus 403043; not polled by defaultRead
AI651Number of Control Power FailuresModbus 403044; not polled by defaultRead
AI652Date/Time of Last Control Power Failure Reg 1Modbus 403045; not polled by defaultRead
AI653Date/Time of Last Control Power Failure Reg 2Modbus 403046; not polled by defaultRead
AI654Date/Time of Last Control Power Failure Reg 3Modbus 403047; not polled by defaultRead
AI655Date/Time of Last Control Power Failure Reg 4Modbus 403048; not polled by defaultRead
BI656Self-Test Results Bit 00 = Is set to 1 if any failure occursModbus 403050 bit 0; not polled by defaultRead
BI657Self-Test Results Bit 01 = RTC failureModbus 403050 bit 1; not polled by defaultRead
BI658Self-Test Results Bit 02 = MCF UART #1 failureModbus 403050 bit 2; not polled by defaultRead
BI659Self-Test Results Bit 03 = MCF UART #2 failureModbus 403050 bit 3; not polled by defaultRead
BI660Self-Test Results Bit 04 = PLD UART failureModbus 403050 bit 4; not polled by defaultRead
BI661Self-Test Results Bit 05 = Metering Collection overrun failureModbus 403050 bit 5; not polled by defaultRead
BI662Self-Test Results Bit 06 = Metering Process 0.1 overrun failureModbus 403050 bit 6; not polled by defaultRead
BI663Self-Test Results Bit 07 = Metering Process 1.0 overrun failureModbus 403050 bit 7; not polled by defaultRead
BI664Self-Test Results Bit 08 = Disk-on-Chip failureModbus 403050 bit 8; not polled by defaultRead
BI665Self-Test Results Bit 09 = Display failureModbus 403050 bit 9; not polled by defaultRead
BI666Self-Test Results Bit 10 = CV Module failureModbus 403050 bit 10; not polled by defaultRead
BI667Self-Test Results Bit 11 = Aux Plug EEPROM failureModbus 403050 bit 11; not polled by defaultRead
BI668Self-Test Results Bit 12 = Flash Memory failureModbus 403050 bit 12; not polled by defaultRead
BI669Self-Test Results Bit 13 = Dram Memory failureModbus 403050 bit 13; not polled by defaultRead
BI670Self-Test Results Bit 14 = Simtek Memory failureModbus 403050 bit 14; not polled by defaultRead
BI671Self-Test Results Bit 15 = RTC Memory failureModbus 403050 bit 15; not polled by defaultRead
BI672Self-Test Results Bit 00 = Aux IO failureModbus 403051 bit 0; not polled by defaultRead
BI673Self-Test Results Bit 01 = Option Slot A module failureModbus 403051 bit 1; not polled by defaultRead
BI674Self-Test Results Bit 02 = Option Slot B module failureModbus 403051 bit 2; not polled by defaultRead
BI675Self-Test Results Bit 03 = IOX module failureModbus 403051 bit 3; not polled by defaultRead
BI676Self-Test Results Bit 04 = Not usedModbus 403051 bit 4; not polled by defaultRead
BI677Self-Test Results Bit 05 = Not usedModbus 403051 bit 5; not polled by defaultRead
BI678Self-Test Results Bit 06 = Not usedModbus 403051 bit 6; not polled by defaultRead
BI679Self-Test Results Bit 07 = Not usedModbus 403051 bit 7; not polled by defaultRead
BI680Self-Test Results Bit 08 = OS Create failureModbus 403051 bit 8; not polled by defaultRead
BI681Self-Test Results Bit 09 = OS Queue overrun failureModbus 403051 bit 9; not polled by defaultRead
BI682Self-Test Results Bit 10 = Not usedModbus 403051 bit 10; not polled by defaultRead
BI683Self-Test Results Bit 11 = Not usedModbus 403051 bit 11; not polled by defaultRead
BI684Self-Test Results Bit 12 = Not usedModbus 403051 bit 12; not polled by defaultRead
BI685Self-Test Bit 13 = Systems shut down due to continuous resetModbus 403051 bit 13; not polled by defaultRead
BI686Self-Test Results Bit 14 = Unit in Download Condition AModbus 403051 bit 14; not polled by defaultRead
BI687Self-Test Results Bit 15 = Unit in Download Condition BModbus 403051 bit 15; not polled by defaultRead
BI688Configuration Modified Bit 00 = Summary bitModbus 403052 bit 0; not polled by defaultRead
BI689Configuration Modified Bit 01 = Metering SystemModbus 403052 bit 1; not polled by defaultRead
BI690Configuration Modified Bit 02 = Communications SystemModbus 403052 bit 2; not polled by defaultRead
BI691Configuration Modified Bit 03 = Alarm SystemModbus 403052 bit 3; not polled by defaultRead
BI692Configuration Modified Bit 04 = File SystemModbus 403052 bit 4; not polled by defaultRead
BI693Configuration Modified Bit 05 = Auxiliary IO SystemModbus 403052 bit 5; not polled by defaultRead
BI694Configuration Modified Bit 06 = Display SystemModbus 403052 bit 6; not polled by defaultRead
AI695Installed Log MemoryModbus 403053; not polled by defaultRead
AI696Free Log MemoryModbus 403054; not polled by defaultRead
AI697Log Memory Cluster SizeModbus 403055; not polled by defaultRead
AI698Programmed Disk On Chip Version NumberModbus 403056; not polled by defaultRead
AI699Real Time Clock Factory CalibrationModbus 403058; not polled by defaultRead
AI700Real Time Clock Field CalibrationModbus 403059; not polled by defaultRead
AI701Installed Log MemoryModbus 403061; not polled by defaultRead
AI702Installed Option – Slot AModbus 403073; not polled by defaultRead
AI703Installed Option – Slot BModbus 403074; not polled by defaultRead
AI704Installed Option – IO ExtenderModbus 403075; not polled by defaultRead
AI705Present MonthModbus 403093; not polled by defaultRead
AI706Present DayModbus 403094; not polled by defaultRead
AI707Present YearModbus 403095; not polled by defaultRead
AI708Present HourModbus 403096; not polled by defaultRead
AI709Present MinuteModbus 403097; not polled by defaultRead
AI710Present SecondModbus 403098; not polled by defaultRead
AI711Day of WeekModbus 403099; not polled by defaultRead
Object ID lookup: Contemporary Controls BASgatewayLX PowerLogic CM4000 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 CM4000 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 CM4000 via BASgatewayLX

How many BACnet points does the Contemporary Controls Schneider Electric PowerLogic CM4000 via BASgatewayLX have?

This list has 711 BACnet objects: 664 analog inputs, 47 binary inputs. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Contemporary Controls Schneider Electric PowerLogic CM4000 via BASgatewayLX BACnet points are writable?

None of the listed objects are marked writable in the source documentation. The source has no read/write column, so this is inferred from object type.

Where is the official Contemporary Controls Schneider Electric PowerLogic CM4000 via BASgatewayLX BACnet documentation?

The source is BASgatewayLX Modbus device profile Power_Logic_CM4000_Power_Meter_a (Power_Logic_CM4000_Power_Meter_b_LX.csv), published free by Contemporary Controls at https://www.ccontrols.com/support/dp/Power_Logic_CM4000_Power_Meter_b_LX.zip.

What are the minimum BACnet points to integrate the Contemporary Controls Schneider Electric PowerLogic CM4000 via BASgatewayLX?

Start with AI 69 1sec Real Power Total (Real power total (1 s)); AI 52 1sec Voltage L-L Average (Voltage L-L average (1 s)); AI 43 1sec Current 3-Phase Average (Current 3-phase average (1 s)); AI 81 1sec True Power Factor Total (True power factor total (1 s)); AI 94 1sec Frequency (Frequency (1 s)); AI 512 Energy Real Total (signed/absolute) Reg 1 (Real energy total, register 1).

How do I check these points on the real Schneider Electric PowerLogic CM4000 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 Power_Logic_CM4000_Power_Meter_a · Power_Logic_CM4000_Power_Meter_b_LX.csv. Object names, instances and units are reproduced as published; descriptions are our own.