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Power and energy meter · BACnet points list

Contemporary Controls Eaton IQ 250 / IQ 260 via BASgatewayLX BACnet points list

Updated 12 November 2026

Short answer

Gateway profile for the Eaton IQ 250/260: 168 Analog Inputs, 27 polled by default (voltages, currents, W/VAR/VA, PF and frequency). Energy, demand, THD and min/max values are in the profile but unpolled.

This page lists 168 BACnet objects for the Contemporary Controls Eaton IQ 250 / IQ 260 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
Eaton IQ 250 / IQ 260 via BASgatewayLX
Equipment
Power and energy meter
Equipment type
Thermostats, sensors & meters
BACnet objects
168 (0 writable)
Transport
BACnet IP
Firmware
Not stated
Also known as
IQ 250, IQ 260, IQ250, IQ260, Eaton IQ meter
Source document
BASgatewayLX Modbus device profile Eaton_IQ_250_260 · Eaton_IQ_250_260_bLX.csv
Download CSV 168 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 Eaton IQ 250 / IQ 260 via BASgatewayLX

Integration in brief

Map total watts (3-phase), delivered energy (Wh) and voltage A-B 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 10Watts 3-Ph totalTotal watts (3-phase)Read
AI 38W-hours DeliveredDelivered energy (Wh)Read
AI 4Volts A-BVoltage A-BRead
AI 1Volts A-NVoltage A-NRead
AI 7Amps ACurrent ARead
AI 13Power Factor 3-Ph totalTotal power factorRead
AI 14FrequencyFrequencyRead

Network setup

Watch out for

Contemporary Controls Eaton IQ 250 / IQ 260 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.

168 of 168 shown
Type
Analog
Show
Contemporary Controls Eaton IQ 250 / IQ 260 via BASgatewayLX BACnet Points List
DescriptionStates
AImin1Volts A-NModbus 401000VRead
AI2Volts B-NModbus 401002VRead
AI3Volts C-NModbus 401004VRead
AImin4Volts A-BModbus 401006VRead
AI5Volts B-CModbus 401008VRead
AI6Volts C-AModbus 401010VRead
AImin7Amps AModbus 401012ARead
AI8Amps BModbus 401014ARead
AI9Amps CModbus 401016ARead
AImin10Watts 3-Ph totalModbus 401018WRead
AI11VARs 3-Ph totalModbus 401020VARRead
AI12VAs 3-Ph totalModbus 401022VARead
AImin13Power Factor 3-Ph totalModbus 401024Read
AImin14FrequencyModbus 401026HzRead
AI15Neutral CurrentModbus 401028ARead
AI16Watts Phase AModbus 401030WRead
AI17Watts Phase BModbus 401032WRead
AI18Watts Phase CModbus 401034WRead
AI19VARs Phase AModbus 401036VARRead
AI20VARs Phase BModbus 401038VARRead
AI21VARs Phase CModbus 401040VARRead
AI22VAs Phase AModbus 401042VARead
AI23VAs Phase BModbus 401044VARead
AI24VAs Phase CModbus 401046VARead
AI25Power Factor Phase AModbus 401048PFRead
AI26Power Factor Phase BModbus 401050PFRead
AI27Power Factor Phase CModbus 401052PFRead
AI28Symmetrical Component Magnitude 0 SeqModbus 401054; not polled by defaultVRead
AI29Symmetrical Component Magnitude + SeqModbus 401056; not polled by defaultVRead
AI30Symmetrical Component Magnitude - SeqModbus 401058; not polled by defaultVRead
AI31Symmetrical Component Phase 0 SeqModbus 401060; not polled by default° (phase)Read
AI32Symmetrical Component Phase + SeqModbus 401061; not polled by default° (phase)Read
AI33Symmetrical Component Phase - SeqModbus 401062; not polled by default° (phase)Read
AI34Unbalance 0 sequence componentModbus 401063; not polled by default%Read
AI35Unbalance -sequence componentModbus 401064; not polled by default%Read
AI36Current UnbalanceModbus 401065; not polled by default%Read
AI37W-hours ReceivedModbus 401500; not polled by defaultWhRead
AImin38W-hours DeliveredModbus 401502; not polled by defaultWhRead
AI39W-hours NetModbus 401504; not polled by defaultWhRead
AI40W-hours TotalModbus 401506; not polled by defaultWhRead
AI41VAR-hours PositiveModbus 401508; not polled by defaultVARRead
AI42VAR-hours NegativeModbus 401510; not polled by defaultVARRead
AI43VAR-hours NetModbus 401512; not polled by defaultVARRead
AI44VAR-hours TotalModbus 401514; not polled by defaultVARRead
AI45VA-hours TotalModbus 401516; not polled by defaultVARRead
AI46W-hours Received Phase AModbus 401518; not polled by defaultWhRead
AI47W-hours Received Phase BModbus 401520; not polled by defaultWhRead
AI48W-hours Received Phase CModbus 401522; not polled by defaultWhRead
AI49W-hours Delivered Phase AModbus 401524; not polled by defaultWhRead
AI50W-hours Delivered Phase BModbus 401526; not polled by defaultWhRead
AI51W-hours Delivered Phase CModbus 401528; not polled by defaultWhRead
AI52W-hours Net Phase AModbus 401530; not polled by defaultWhRead
AI53W-hours Net Phase BModbus 401532; not polled by defaultWhRead
AI54W-hours Net Phase CModbus 401534; not polled by defaultWhRead
AI55W-hours Total Phase AModbus 401536; not polled by defaultWhRead
AI56W-hours Total Phase BModbus 401538; not polled by defaultWhRead
AI57W-hours Total Phase CModbus 401540; not polled by defaultWhRead
AI58VAR-hours Positive Phase AModbus 401542; not polled by defaultVARRead
AI59VAR-hours Positive Phase BModbus 401544; not polled by defaultVARRead
AI60VAR-hours Positive Phase CModbus 401546; not polled by defaultVARRead
AI61VAR-hours Negative Phase AModbus 401548; not polled by defaultVARRead
AI62VAR-hours Negative Phase BModbus 401550; not polled by defaultVARRead
AI63VAR-hours Negative Phase CModbus 401552; not polled by defaultVARRead
AI64VAR-hours Net Phase AModbus 401554; not polled by defaultVARRead
AI65VAR-hours Net Phase BModbus 401556; not polled by defaultVARRead
AI66VAR-hours Net Phase CModbus 401558; not polled by defaultVARRead
AI67VAR-hours Total Phase AModbus 401560; not polled by defaultVARRead
AI68VAR-hours Total Phase BModbus 401562; not polled by defaultVARRead
AI69VAR-hours Total Phase CModbus 401564; not polled by defaultVARRead
AI70VA-hours Phase AModbus 401566; not polled by defaultVARead
AI71VA-hours Phase BModbus 401568; not polled by defaultVARead
AI72VA-hours Phase CModbus 401570; not polled by defaultVARead
AI73Amps A AverageModbus 402000; not polled by defaultARead
AI74Amps B AverageModbus 402002; not polled by defaultARead
AI75Amps C AverageModbus 402004; not polled by defaultARead
AI76Positive Watts 3-Ph AverageModbus 402006; not polled by defaultWRead
AI77Positive VARs 3-Ph AverageModbus 402008; not polled by defaultVARRead
AI78Negative Watts 3-Ph AverageModbus 402010; not polled by defaultWRead
AI79Negative VARs 3-Ph AverageModbus 402012; not polled by defaultVARRead
AI80VAs 3-Ph AverageModbus 402014; not polled by defaultVARead
AI81Positive PF 3-Ph AverageModbus 402016; not polled by defaultPFRead
AI82Negative PF 3-PF AverageModbus 402018; not polled by defaultPFRead
AI83Neutral Current AverageModbus 402020; not polled by defaultARead
AI84Positive Watts Phase A AverageModbus 402022; not polled by defaultWRead
AI85Positive Watts Phase B AverageModbus 402024; not polled by defaultWRead
AI86Positive Watts Phase C AverageModbus 402026; not polled by defaultWRead
AI87Positive VARs Phase A AverageModbus 402028; not polled by defaultVARRead
AI88Positive VARs Phase B AverageModbus 402030; not polled by defaultVARRead
AI89Positive VARs Phase C AverageModbus 402032; not polled by defaultVARRead
AI90Negative Watts Phase A AverageModbus 402034; not polled by defaultWRead
AI91Negative Watts Phase B AverageModbus 402036; not polled by defaultWRead
AI92Negative Watts Phase C AverageModbus 402038; not polled by defaultWRead
AI93Negative VARs Phase A AverageModbus 402040; not polled by defaultVARRead
AI94Negative VARs Phase B AverageModbus 402042; not polled by defaultVARRead
AI95Negative VARs Phase C AverageModbus 402044; not polled by defaultVARRead
AI96VAs Phase A AverageModbus 402046; not polled by defaultVARead
AI97VAs Phase B AverageModbus 402048; not polled by defaultVARead
AI98VAs Phase C AverageModbus 402050; not polled by defaultVARead
AI99Positive PF Phase A AverageModbus 402052; not polled by defaultPFRead
AI100Positive PF Phase B AverageModbus 402054; not polled by defaultPFRead
AI101Positive PF Phase C AverageModbus 402056; not polled by defaultPFRead
AI102Negative PF Phase A AverageModbus 402058; not polled by defaultPFRead
AI103Negative PF Phase B AverageModbus 402060; not polled by defaultPFRead
AI104Negative PF Phase C AverageModbus 402062; not polled by defaultPFRead
AI105Uncompensated Watts 3-Ph totalModbus 403000; not polled by defaultWRead
AI106Uncompensated VARs 3-Ph totalModbus 403002; not polled by defaultVARRead
AI107Uncompensated VAs 3-Ph totalModbus 403004; not polled by defaultVARead
AI108Uncompensated Power Factor 3-Ph totalModbus 403006; not polled by defaultPFRead
AI109Uncompensated Watts Phase AModbus 403008; not polled by defaultWRead
AI110Uncompensated Watts Phase BModbus 403010; not polled by defaultWRead
AI111Uncompensated Watts Phase CModbus 403012; not polled by defaultWRead
AI112Uncompensated VARs Phase AModbus 403014; not polled by defaultVARRead
AI113Uncompensated VARs Phase BModbus 403016; not polled by defaultVARRead
AI114Uncompensated VARs Phase CModbus 403018; not polled by defaultVARRead
AI115Uncompensated VAs Phase AModbus 403020; not polled by defaultVARead
AI116Uncompensated VAs Phase BModbus 403022; not polled by defaultVARead
AI117Uncompensated VAs Phase CModbus 403024; not polled by defaultVARead
AI118Uncompensated Power Factor Phase AModbus 403026; not polled by defaultPFRead
AI119Uncompensated Power Factor Phase BModbus 403028; not polled by defaultPFRead
AI120Uncompensated Power Factor Phase CModbus 403030; not polled by defaultPFRead
AI121Uncompensated W-hours ReceivedModbus 403032; not polled by defaultWhRead
AI122Uncompensated W-hours DeliveredModbus 403034; not polled by defaultWhRead
AI123Uncompensated W-hours NetModbus 403036; not polled by defaultWhRead
AI124Uncompensated W-hours TotalModbus 403038; not polled by defaultWhRead
AI125Uncompensated VAR-hours PositiveModbus 403040; not polled by defaultRead
AI126Uncompensated VAR-hours PositiveModbus 403042; not polled by defaultRead
AI127Uncompensated VAR-hours NetModbus 403044; not polled by defaultRead
AI128Uncompensated VAR-hours TotalModbus 403046; not polled by defaultRead
AI129Uncompensated VA-hours TotalModbus 403048; not polled by defaultRead
AI130Uncompensated W-hours Received Phase AModbus 403050; not polled by defaultWhRead
AI131Uncompensated W-hours Received Phase BModbus 403052; not polled by defaultWhRead
AI132Uncompensated W-hours Received Phase CModbus 403054; not polled by defaultWhRead
AI133Uncompensated W-hours Delivered Phase AModbus 403056; not polled by defaultWhRead
AI134Uncompensated W-hours Delivered Phase BModbus 403058; not polled by defaultWhRead
AI135Uncompensated W-hours Delivered Phase CModbus 403060; not polled by defaultWhRead
AI136Uncompensated W-hours Net Phase AModbus 403062; not polled by defaultWhRead
AI137Uncompensated W-hours Net Phase BModbus 403064; not polled by defaultWhRead
AI138Uncompensated W-hours Net Phase CModbus 403066; not polled by defaultWhRead
AI139Uncompensated W-hours Total Phase AModbus 403068; not polled by defaultWhRead
AI140Uncompensated W-hours Total Phase BModbus 403070; not polled by defaultWhRead
AI141Uncompensated W-hours Total Phase CModbus 403072; not polled by defaultWhRead
AI142Uncompensated VAR-hours Positive Phase AModbus 403074; not polled by defaultRead
AI143Uncompensated VAR-hours Positive Phase BModbus 403076; not polled by defaultRead
AI144Uncompensated VAR-hours Positive Phase CModbus 403078; not polled by defaultRead
AI145Uncompensated VAR-hours Negative Phase AModbus 403080; not polled by defaultRead
AI146Uncompensated VAR-hours Negative Phase BModbus 403082; not polled by defaultRead
AI147Uncompensated VAR-hours Negative Phase CModbus 403084; not polled by defaultRead
AI148Uncompensated VAR-hours Net Phase AModbus 403086; not polled by defaultRead
AI149Uncompensated VAR-hours Net Phase BModbus 403088; not polled by defaultRead
AI150Uncompensated VAR-hours Net Phase CModbus 403090; not polled by defaultRead
AI151Uncompensated VAR-hours Total Phase AModbus 403092; not polled by defaultRead
AI152Uncompensated VAR-hours Total Phase BModbus 403094; not polled by defaultRead
AI153Uncompensated VAR-hours Total Phase CModbus 403096; not polled by defaultRead
AI154Uncompensated VA-hours Phase AModbus 403098; not polled by defaultRead
AI155Uncompensated VA-hours Phase BModbus 403100; not polled by defaultRead
AI156Uncompensated VA-hours Phase CModbus 403102; not polled by defaultRead
AI157Phase Angle Phase A CurrentModbus 404100; not polled by default° (phase)Read
AI158Phase Angle Phase B CurrentModbus 404102; not polled by default° (phase)Read
AI159Phase Angle Phase C CurrentModbus 404104; not polled by default° (phase)Read
AI160Phase Angle Angle Volts A-BModbus 404106; not polled by default°Read
AI161Phase Angle Angle Volts B-CModbus 404108; not polled by default°Read
AI162Phase Angle Angle Volts C-AModbus 404110; not polled by default°Read
AI163Volts A-N %THDModbus 406000; not polled by default%Read
AI164Volts B-N %THDModbus 406001; not polled by default%Read
AI165Volts C-N %THDModbus 406002; not polled by default%Read
AI166Amps A %THDModbus 406003; not polled by default%Read
AI167Amps B %THDModbus 406004; not polled by default%Read
AI168Amps C %THDModbus 406005; not polled by default%Read
Object ID lookup: Contemporary Controls BASgatewayLX Eaton IQ 250/260 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 Eaton IQ 250 / IQ 260 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 Eaton IQ 250 / IQ 260 via BASgatewayLX

How many BACnet points does the Contemporary Controls Eaton IQ 250 / IQ 260 via BASgatewayLX have?

This list has 168 BACnet objects: 168 analog inputs. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Contemporary Controls Eaton IQ 250 / IQ 260 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 Eaton IQ 250 / IQ 260 via BASgatewayLX BACnet documentation?

The source is BASgatewayLX Modbus device profile Eaton_IQ_250_260 (Eaton_IQ_250_260_bLX.csv), published free by Contemporary Controls at https://www.ccontrols.com/support/dp/Eaton_IQ_250_260.zip.

What are the minimum BACnet points to integrate the Contemporary Controls Eaton IQ 250 / IQ 260 via BASgatewayLX?

Start with AI 10 Watts 3-Ph total (Total watts (3-phase)); AI 38 W-hours Delivered (Delivered energy (Wh)); AI 4 Volts A-B (Voltage A-B); AI 1 Volts A-N (Voltage A-N); AI 7 Amps A (Current A); AI 13 Power Factor 3-Ph total (Total power factor); AI 14 Frequency (Frequency).

How do I check these points on the real Eaton IQ 250 / IQ 260 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 Eaton_IQ_250_260 · Eaton_IQ_250_260_bLX.csv. Object names, instances and units are reproduced as published; descriptions are our own.