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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
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
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
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.
| Object | Name | Why | Access |
|---|---|---|---|
| AI 10 | Watts 3-Ph total | Total watts (3-phase) | Read |
| AI 38 | W-hours Delivered | Delivered energy (Wh) | Read |
| AI 4 | Volts A-B | Voltage A-B | Read |
| AI 1 | Volts A-N | Voltage A-N | Read |
| AI 7 | Amps A | Current A | Read |
| AI 13 | Power Factor 3-Ph total | Total power factor | Read |
| AI 14 | Frequency | Frequency | Read |
Network setup
- The BASgatewayLX presents each Modbus device as its own virtual BACnet device on BACnet IP; give it a unique device instance and Modbus address (serial) or IP address (Modbus TCP) when you add it with this profile.
- One BASgatewayLX handles up to 100 Modbus devices and 1000 polled points in total, so leave unneeded rows unpolled.
Watch out for
- Energy registers (AI 37+) are unpolled by default; enable them for kWh trending.
- Unpolled rows do not appear as BACnet objects until enabled in the gateway's device profile page.
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.
| Description | States | |||||
|---|---|---|---|---|---|---|
| AImin | 1 | Volts A-N | Modbus 401000 | V | Read | |
| AI | 2 | Volts B-N | Modbus 401002 | V | Read | |
| AI | 3 | Volts C-N | Modbus 401004 | V | Read | |
| AImin | 4 | Volts A-B | Modbus 401006 | V | Read | |
| AI | 5 | Volts B-C | Modbus 401008 | V | Read | |
| AI | 6 | Volts C-A | Modbus 401010 | V | Read | |
| AImin | 7 | Amps A | Modbus 401012 | A | Read | |
| AI | 8 | Amps B | Modbus 401014 | A | Read | |
| AI | 9 | Amps C | Modbus 401016 | A | Read | |
| AImin | 10 | Watts 3-Ph total | Modbus 401018 | W | Read | |
| AI | 11 | VARs 3-Ph total | Modbus 401020 | VAR | Read | |
| AI | 12 | VAs 3-Ph total | Modbus 401022 | VA | Read | |
| AImin | 13 | Power Factor 3-Ph total | Modbus 401024 | Read | ||
| AImin | 14 | Frequency | Modbus 401026 | Hz | Read | |
| AI | 15 | Neutral Current | Modbus 401028 | A | Read | |
| AI | 16 | Watts Phase A | Modbus 401030 | W | Read | |
| AI | 17 | Watts Phase B | Modbus 401032 | W | Read | |
| AI | 18 | Watts Phase C | Modbus 401034 | W | Read | |
| AI | 19 | VARs Phase A | Modbus 401036 | VAR | Read | |
| AI | 20 | VARs Phase B | Modbus 401038 | VAR | Read | |
| AI | 21 | VARs Phase C | Modbus 401040 | VAR | Read | |
| AI | 22 | VAs Phase A | Modbus 401042 | VA | Read | |
| AI | 23 | VAs Phase B | Modbus 401044 | VA | Read | |
| AI | 24 | VAs Phase C | Modbus 401046 | VA | Read | |
| AI | 25 | Power Factor Phase A | Modbus 401048 | PF | Read | |
| AI | 26 | Power Factor Phase B | Modbus 401050 | PF | Read | |
| AI | 27 | Power Factor Phase C | Modbus 401052 | PF | Read | |
| AI | 28 | Symmetrical Component Magnitude 0 Seq | Modbus 401054; not polled by default | V | Read | |
| AI | 29 | Symmetrical Component Magnitude + Seq | Modbus 401056; not polled by default | V | Read | |
| AI | 30 | Symmetrical Component Magnitude - Seq | Modbus 401058; not polled by default | V | Read | |
| AI | 31 | Symmetrical Component Phase 0 Seq | Modbus 401060; not polled by default | ° (phase) | Read | |
| AI | 32 | Symmetrical Component Phase + Seq | Modbus 401061; not polled by default | ° (phase) | Read | |
| AI | 33 | Symmetrical Component Phase - Seq | Modbus 401062; not polled by default | ° (phase) | Read | |
| AI | 34 | Unbalance 0 sequence component | Modbus 401063; not polled by default | % | Read | |
| AI | 35 | Unbalance -sequence component | Modbus 401064; not polled by default | % | Read | |
| AI | 36 | Current Unbalance | Modbus 401065; not polled by default | % | Read | |
| AI | 37 | W-hours Received | Modbus 401500; not polled by default | Wh | Read | |
| AImin | 38 | W-hours Delivered | Modbus 401502; not polled by default | Wh | Read | |
| AI | 39 | W-hours Net | Modbus 401504; not polled by default | Wh | Read | |
| AI | 40 | W-hours Total | Modbus 401506; not polled by default | Wh | Read | |
| AI | 41 | VAR-hours Positive | Modbus 401508; not polled by default | VAR | Read | |
| AI | 42 | VAR-hours Negative | Modbus 401510; not polled by default | VAR | Read | |
| AI | 43 | VAR-hours Net | Modbus 401512; not polled by default | VAR | Read | |
| AI | 44 | VAR-hours Total | Modbus 401514; not polled by default | VAR | Read | |
| AI | 45 | VA-hours Total | Modbus 401516; not polled by default | VAR | Read | |
| AI | 46 | W-hours Received Phase A | Modbus 401518; not polled by default | Wh | Read | |
| AI | 47 | W-hours Received Phase B | Modbus 401520; not polled by default | Wh | Read | |
| AI | 48 | W-hours Received Phase C | Modbus 401522; not polled by default | Wh | Read | |
| AI | 49 | W-hours Delivered Phase A | Modbus 401524; not polled by default | Wh | Read | |
| AI | 50 | W-hours Delivered Phase B | Modbus 401526; not polled by default | Wh | Read | |
| AI | 51 | W-hours Delivered Phase C | Modbus 401528; not polled by default | Wh | Read | |
| AI | 52 | W-hours Net Phase A | Modbus 401530; not polled by default | Wh | Read | |
| AI | 53 | W-hours Net Phase B | Modbus 401532; not polled by default | Wh | Read | |
| AI | 54 | W-hours Net Phase C | Modbus 401534; not polled by default | Wh | Read | |
| AI | 55 | W-hours Total Phase A | Modbus 401536; not polled by default | Wh | Read | |
| AI | 56 | W-hours Total Phase B | Modbus 401538; not polled by default | Wh | Read | |
| AI | 57 | W-hours Total Phase C | Modbus 401540; not polled by default | Wh | Read | |
| AI | 58 | VAR-hours Positive Phase A | Modbus 401542; not polled by default | VAR | Read | |
| AI | 59 | VAR-hours Positive Phase B | Modbus 401544; not polled by default | VAR | Read | |
| AI | 60 | VAR-hours Positive Phase C | Modbus 401546; not polled by default | VAR | Read | |
| AI | 61 | VAR-hours Negative Phase A | Modbus 401548; not polled by default | VAR | Read | |
| AI | 62 | VAR-hours Negative Phase B | Modbus 401550; not polled by default | VAR | Read | |
| AI | 63 | VAR-hours Negative Phase C | Modbus 401552; not polled by default | VAR | Read | |
| AI | 64 | VAR-hours Net Phase A | Modbus 401554; not polled by default | VAR | Read | |
| AI | 65 | VAR-hours Net Phase B | Modbus 401556; not polled by default | VAR | Read | |
| AI | 66 | VAR-hours Net Phase C | Modbus 401558; not polled by default | VAR | Read | |
| AI | 67 | VAR-hours Total Phase A | Modbus 401560; not polled by default | VAR | Read | |
| AI | 68 | VAR-hours Total Phase B | Modbus 401562; not polled by default | VAR | Read | |
| AI | 69 | VAR-hours Total Phase C | Modbus 401564; not polled by default | VAR | Read | |
| AI | 70 | VA-hours Phase A | Modbus 401566; not polled by default | VA | Read | |
| AI | 71 | VA-hours Phase B | Modbus 401568; not polled by default | VA | Read | |
| AI | 72 | VA-hours Phase C | Modbus 401570; not polled by default | VA | Read | |
| AI | 73 | Amps A Average | Modbus 402000; not polled by default | A | Read | |
| AI | 74 | Amps B Average | Modbus 402002; not polled by default | A | Read | |
| AI | 75 | Amps C Average | Modbus 402004; not polled by default | A | Read | |
| AI | 76 | Positive Watts 3-Ph Average | Modbus 402006; not polled by default | W | Read | |
| AI | 77 | Positive VARs 3-Ph Average | Modbus 402008; not polled by default | VAR | Read | |
| AI | 78 | Negative Watts 3-Ph Average | Modbus 402010; not polled by default | W | Read | |
| AI | 79 | Negative VARs 3-Ph Average | Modbus 402012; not polled by default | VAR | Read | |
| AI | 80 | VAs 3-Ph Average | Modbus 402014; not polled by default | VA | Read | |
| AI | 81 | Positive PF 3-Ph Average | Modbus 402016; not polled by default | PF | Read | |
| AI | 82 | Negative PF 3-PF Average | Modbus 402018; not polled by default | PF | Read | |
| AI | 83 | Neutral Current Average | Modbus 402020; not polled by default | A | Read | |
| AI | 84 | Positive Watts Phase A Average | Modbus 402022; not polled by default | W | Read | |
| AI | 85 | Positive Watts Phase B Average | Modbus 402024; not polled by default | W | Read | |
| AI | 86 | Positive Watts Phase C Average | Modbus 402026; not polled by default | W | Read | |
| AI | 87 | Positive VARs Phase A Average | Modbus 402028; not polled by default | VAR | Read | |
| AI | 88 | Positive VARs Phase B Average | Modbus 402030; not polled by default | VAR | Read | |
| AI | 89 | Positive VARs Phase C Average | Modbus 402032; not polled by default | VAR | Read | |
| AI | 90 | Negative Watts Phase A Average | Modbus 402034; not polled by default | W | Read | |
| AI | 91 | Negative Watts Phase B Average | Modbus 402036; not polled by default | W | Read | |
| AI | 92 | Negative Watts Phase C Average | Modbus 402038; not polled by default | W | Read | |
| AI | 93 | Negative VARs Phase A Average | Modbus 402040; not polled by default | VAR | Read | |
| AI | 94 | Negative VARs Phase B Average | Modbus 402042; not polled by default | VAR | Read | |
| AI | 95 | Negative VARs Phase C Average | Modbus 402044; not polled by default | VAR | Read | |
| AI | 96 | VAs Phase A Average | Modbus 402046; not polled by default | VA | Read | |
| AI | 97 | VAs Phase B Average | Modbus 402048; not polled by default | VA | Read | |
| AI | 98 | VAs Phase C Average | Modbus 402050; not polled by default | VA | Read | |
| AI | 99 | Positive PF Phase A Average | Modbus 402052; not polled by default | PF | Read | |
| AI | 100 | Positive PF Phase B Average | Modbus 402054; not polled by default | PF | Read | |
| AI | 101 | Positive PF Phase C Average | Modbus 402056; not polled by default | PF | Read | |
| AI | 102 | Negative PF Phase A Average | Modbus 402058; not polled by default | PF | Read | |
| AI | 103 | Negative PF Phase B Average | Modbus 402060; not polled by default | PF | Read | |
| AI | 104 | Negative PF Phase C Average | Modbus 402062; not polled by default | PF | Read | |
| AI | 105 | Uncompensated Watts 3-Ph total | Modbus 403000; not polled by default | W | Read | |
| AI | 106 | Uncompensated VARs 3-Ph total | Modbus 403002; not polled by default | VAR | Read | |
| AI | 107 | Uncompensated VAs 3-Ph total | Modbus 403004; not polled by default | VA | Read | |
| AI | 108 | Uncompensated Power Factor 3-Ph total | Modbus 403006; not polled by default | PF | Read | |
| AI | 109 | Uncompensated Watts Phase A | Modbus 403008; not polled by default | W | Read | |
| AI | 110 | Uncompensated Watts Phase B | Modbus 403010; not polled by default | W | Read | |
| AI | 111 | Uncompensated Watts Phase C | Modbus 403012; not polled by default | W | Read | |
| AI | 112 | Uncompensated VARs Phase A | Modbus 403014; not polled by default | VAR | Read | |
| AI | 113 | Uncompensated VARs Phase B | Modbus 403016; not polled by default | VAR | Read | |
| AI | 114 | Uncompensated VARs Phase C | Modbus 403018; not polled by default | VAR | Read | |
| AI | 115 | Uncompensated VAs Phase A | Modbus 403020; not polled by default | VA | Read | |
| AI | 116 | Uncompensated VAs Phase B | Modbus 403022; not polled by default | VA | Read | |
| AI | 117 | Uncompensated VAs Phase C | Modbus 403024; not polled by default | VA | Read | |
| AI | 118 | Uncompensated Power Factor Phase A | Modbus 403026; not polled by default | PF | Read | |
| AI | 119 | Uncompensated Power Factor Phase B | Modbus 403028; not polled by default | PF | Read | |
| AI | 120 | Uncompensated Power Factor Phase C | Modbus 403030; not polled by default | PF | Read | |
| AI | 121 | Uncompensated W-hours Received | Modbus 403032; not polled by default | Wh | Read | |
| AI | 122 | Uncompensated W-hours Delivered | Modbus 403034; not polled by default | Wh | Read | |
| AI | 123 | Uncompensated W-hours Net | Modbus 403036; not polled by default | Wh | Read | |
| AI | 124 | Uncompensated W-hours Total | Modbus 403038; not polled by default | Wh | Read | |
| AI | 125 | Uncompensated VAR-hours Positive | Modbus 403040; not polled by default | Read | ||
| AI | 126 | Uncompensated VAR-hours Positive | Modbus 403042; not polled by default | Read | ||
| AI | 127 | Uncompensated VAR-hours Net | Modbus 403044; not polled by default | Read | ||
| AI | 128 | Uncompensated VAR-hours Total | Modbus 403046; not polled by default | Read | ||
| AI | 129 | Uncompensated VA-hours Total | Modbus 403048; not polled by default | Read | ||
| AI | 130 | Uncompensated W-hours Received Phase A | Modbus 403050; not polled by default | Wh | Read | |
| AI | 131 | Uncompensated W-hours Received Phase B | Modbus 403052; not polled by default | Wh | Read | |
| AI | 132 | Uncompensated W-hours Received Phase C | Modbus 403054; not polled by default | Wh | Read | |
| AI | 133 | Uncompensated W-hours Delivered Phase A | Modbus 403056; not polled by default | Wh | Read | |
| AI | 134 | Uncompensated W-hours Delivered Phase B | Modbus 403058; not polled by default | Wh | Read | |
| AI | 135 | Uncompensated W-hours Delivered Phase C | Modbus 403060; not polled by default | Wh | Read | |
| AI | 136 | Uncompensated W-hours Net Phase A | Modbus 403062; not polled by default | Wh | Read | |
| AI | 137 | Uncompensated W-hours Net Phase B | Modbus 403064; not polled by default | Wh | Read | |
| AI | 138 | Uncompensated W-hours Net Phase C | Modbus 403066; not polled by default | Wh | Read | |
| AI | 139 | Uncompensated W-hours Total Phase A | Modbus 403068; not polled by default | Wh | Read | |
| AI | 140 | Uncompensated W-hours Total Phase B | Modbus 403070; not polled by default | Wh | Read | |
| AI | 141 | Uncompensated W-hours Total Phase C | Modbus 403072; not polled by default | Wh | Read | |
| AI | 142 | Uncompensated VAR-hours Positive Phase A | Modbus 403074; not polled by default | Read | ||
| AI | 143 | Uncompensated VAR-hours Positive Phase B | Modbus 403076; not polled by default | Read | ||
| AI | 144 | Uncompensated VAR-hours Positive Phase C | Modbus 403078; not polled by default | Read | ||
| AI | 145 | Uncompensated VAR-hours Negative Phase A | Modbus 403080; not polled by default | Read | ||
| AI | 146 | Uncompensated VAR-hours Negative Phase B | Modbus 403082; not polled by default | Read | ||
| AI | 147 | Uncompensated VAR-hours Negative Phase C | Modbus 403084; not polled by default | Read | ||
| AI | 148 | Uncompensated VAR-hours Net Phase A | Modbus 403086; not polled by default | Read | ||
| AI | 149 | Uncompensated VAR-hours Net Phase B | Modbus 403088; not polled by default | Read | ||
| AI | 150 | Uncompensated VAR-hours Net Phase C | Modbus 403090; not polled by default | Read | ||
| AI | 151 | Uncompensated VAR-hours Total Phase A | Modbus 403092; not polled by default | Read | ||
| AI | 152 | Uncompensated VAR-hours Total Phase B | Modbus 403094; not polled by default | Read | ||
| AI | 153 | Uncompensated VAR-hours Total Phase C | Modbus 403096; not polled by default | Read | ||
| AI | 154 | Uncompensated VA-hours Phase A | Modbus 403098; not polled by default | Read | ||
| AI | 155 | Uncompensated VA-hours Phase B | Modbus 403100; not polled by default | Read | ||
| AI | 156 | Uncompensated VA-hours Phase C | Modbus 403102; not polled by default | Read | ||
| AI | 157 | Phase Angle Phase A Current | Modbus 404100; not polled by default | ° (phase) | Read | |
| AI | 158 | Phase Angle Phase B Current | Modbus 404102; not polled by default | ° (phase) | Read | |
| AI | 159 | Phase Angle Phase C Current | Modbus 404104; not polled by default | ° (phase) | Read | |
| AI | 160 | Phase Angle Angle Volts A-B | Modbus 404106; not polled by default | ° | Read | |
| AI | 161 | Phase Angle Angle Volts B-C | Modbus 404108; not polled by default | ° | Read | |
| AI | 162 | Phase Angle Angle Volts C-A | Modbus 404110; not polled by default | ° | Read | |
| AI | 163 | Volts A-N %THD | Modbus 406000; not polled by default | % | Read | |
| AI | 164 | Volts B-N %THD | Modbus 406001; not polled by default | % | Read | |
| AI | 165 | Volts C-N %THD | Modbus 406002; not polled by default | % | Read | |
| AI | 166 | Amps A %THD | Modbus 406003; not polled by default | % | Read | |
| AI | 167 | Amps B %THD | Modbus 406004; not polled by default | % | Read | |
| AI | 168 | Amps C %THD | Modbus 406005; not polled by default | % | Read |
No points match these filters.
Object ID lookup: Contemporary Controls BASgatewayLX Eaton IQ 250/260 point IDs by name
AI1Volts A-NAI2Volts B-NAI3Volts C-NAI4Volts A-BAI5Volts B-CAI6Volts C-AAI7Amps AAI8Amps BAI9Amps CAI10Watts 3-Ph totalAI11VARs 3-Ph totalAI12VAs 3-Ph totalAI13Power Factor 3-Ph totalAI14FrequencyAI15Neutral CurrentAI16Watts Phase AAI17Watts Phase BAI18Watts Phase CAI19VARs Phase AAI20VARs Phase BAI21VARs Phase CAI22VAs Phase AAI23VAs Phase BAI24VAs Phase CAI25Power Factor Phase AAI26Power Factor Phase BAI27Power Factor Phase CAI28Symmetrical Component Magnitude 0 SeqAI29Symmetrical Component Magnitude + SeqAI30Symmetrical Component Magnitude - SeqAI31Symmetrical Component Phase 0 SeqAI32Symmetrical Component Phase + SeqAI33Symmetrical Component Phase - SeqAI34Unbalance 0 sequence componentAI35Unbalance -sequence componentAI36Current UnbalanceAI37W-hours ReceivedAI38W-hours DeliveredAI39W-hours NetAI40W-hours TotalAI41VAR-hours PositiveAI42VAR-hours NegativeAI43VAR-hours NetAI44VAR-hours TotalAI45VA-hours TotalAI46W-hours Received Phase AAI47W-hours Received Phase BAI48W-hours Received Phase CAI49W-hours Delivered Phase AAI50W-hours Delivered Phase BAI51W-hours Delivered Phase CAI52W-hours Net Phase AAI53W-hours Net Phase BAI54W-hours Net Phase CAI55W-hours Total Phase AAI56W-hours Total Phase BAI57W-hours Total Phase CAI58VAR-hours Positive Phase AAI59VAR-hours Positive Phase BAI60VAR-hours Positive Phase CAI61VAR-hours Negative Phase AAI62VAR-hours Negative Phase BAI63VAR-hours Negative Phase CAI64VAR-hours Net Phase AAI65VAR-hours Net Phase BAI66VAR-hours Net Phase CAI67VAR-hours Total Phase AAI68VAR-hours Total Phase BAI69VAR-hours Total Phase CAI70VA-hours Phase AAI71VA-hours Phase BAI72VA-hours Phase CAI73Amps A AverageAI74Amps B AverageAI75Amps C AverageAI76Positive Watts 3-Ph AverageAI77Positive VARs 3-Ph AverageAI78Negative Watts 3-Ph AverageAI79Negative VARs 3-Ph AverageAI80VAs 3-Ph AverageAI81Positive PF 3-Ph AverageAI82Negative PF 3-PF AverageAI83Neutral Current AverageAI84Positive Watts Phase A AverageAI85Positive Watts Phase B AverageAI86Positive Watts Phase C AverageAI87Positive VARs Phase A AverageAI88Positive VARs Phase B AverageAI89Positive VARs Phase C AverageAI90Negative Watts Phase A AverageAI91Negative Watts Phase B AverageAI92Negative Watts Phase C AverageAI93Negative VARs Phase A AverageAI94Negative VARs Phase B AverageAI95Negative VARs Phase C AverageAI96VAs Phase A AverageAI97VAs Phase B AverageAI98VAs Phase C AverageAI99Positive PF Phase A AverageAI100Positive PF Phase B AverageAI101Positive PF Phase C AverageAI102Negative PF Phase A AverageAI103Negative PF Phase B AverageAI104Negative PF Phase C AverageAI105Uncompensated Watts 3-Ph totalAI106Uncompensated VARs 3-Ph totalAI107Uncompensated VAs 3-Ph totalAI108Uncompensated Power Factor 3-Ph totalAI109Uncompensated Watts Phase AAI110Uncompensated Watts Phase BAI111Uncompensated Watts Phase CAI112Uncompensated VARs Phase AAI113Uncompensated VARs Phase BAI114Uncompensated VARs Phase CAI115Uncompensated VAs Phase AAI116Uncompensated VAs Phase BAI117Uncompensated VAs Phase CAI118Uncompensated Power Factor Phase AAI119Uncompensated Power Factor Phase BAI120Uncompensated Power Factor Phase CAI121Uncompensated W-hours ReceivedAI122Uncompensated W-hours DeliveredAI123Uncompensated W-hours NetAI124Uncompensated W-hours TotalAI125Uncompensated VAR-hours PositiveAI126Uncompensated VAR-hours PositiveAI127Uncompensated VAR-hours NetAI128Uncompensated VAR-hours TotalAI129Uncompensated VA-hours TotalAI130Uncompensated W-hours Received Phase AAI131Uncompensated W-hours Received Phase BAI132Uncompensated W-hours Received Phase CAI133Uncompensated W-hours Delivered Phase AAI134Uncompensated W-hours Delivered Phase BAI135Uncompensated W-hours Delivered Phase CAI136Uncompensated W-hours Net Phase AAI137Uncompensated W-hours Net Phase BAI138Uncompensated W-hours Net Phase CAI139Uncompensated W-hours Total Phase AAI140Uncompensated W-hours Total Phase BAI141Uncompensated W-hours Total Phase CAI142Uncompensated VAR-hours Positive Phase AAI143Uncompensated VAR-hours Positive Phase BAI144Uncompensated VAR-hours Positive Phase CAI145Uncompensated VAR-hours Negative Phase AAI146Uncompensated VAR-hours Negative Phase BAI147Uncompensated VAR-hours Negative Phase CAI148Uncompensated VAR-hours Net Phase AAI149Uncompensated VAR-hours Net Phase BAI150Uncompensated VAR-hours Net Phase CAI151Uncompensated VAR-hours Total Phase AAI152Uncompensated VAR-hours Total Phase BAI153Uncompensated VAR-hours Total Phase CAI154Uncompensated VA-hours Phase AAI155Uncompensated VA-hours Phase BAI156Uncompensated VA-hours Phase CAI157Phase Angle Phase A CurrentAI158Phase Angle Phase B CurrentAI159Phase Angle Phase C CurrentAI160Phase Angle Angle Volts A-BAI161Phase Angle Angle Volts B-CAI162Phase Angle Angle Volts C-AAI163Volts A-N %THDAI164Volts B-N %THDAI165Volts C-N %THDAI166Amps A %THDAI167Amps B %THDAI168Amps C %THD
Integration notes
- Built from Contemporary Controls' BASgatewayLX Modbus device profile Eaton_IQ_250_260_bLX.csv; the profile maps the registers in the maker's Modbus register document (https://www.ccontrols.com/support/dp/IQ250.pdf).
- Object instances are the ones this profile assigns when it is loaded into the gateway. A site that edited or rebuilt the profile may use different instances.
- Only 27 of the 168 rows are flagged for polling in the profile; the rest are served only after you tick them in the gateway. Their descriptions say "not polled by default".
- The CSV has no read/write column: Analog/Binary Inputs are read-only and Analog/Binary Outputs are commandable (priority array), which is how the gateway maps them (access inferred). Descriptions give the Modbus register each object reads.
- Some names appear more than once in the profile as published (Uncompensated VAR-hours Positive); they are kept as printed and told apart by instance.
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
- Variable frequency drive (HVAC)
Contemporary Controls ABB ACH 400 via BASgatewayLX
ABB ACH 400 HVAC drives read over Modbus RTU by a Contemporary Controls BASgatewayLX.
Also known as: ABB ACH400, ACH400 drive, ACH 400 Modbus - Variable frequency drive (HVAC)
Contemporary Controls ABB ACH550 (ABB DRV FULL profile, 5305 = 2) via BASgatewayLX
ABB ACH550 HVAC drives on embedded fieldbus (Modbus RTU) with parameter 5305 = 2 (ABB DRV FULL profile), read by a BASgatewayLX.
Also known as: ACH550, ACH550 ABB DRV FULL, ABB_Drive_DRV_FULL_5305_is_2 - Variable frequency drive (HVAC)
Contemporary Controls ABB ACH550 (ABB DRV LIM profile, 5305 = 0) via BASgatewayLX
ABB ACH550 HVAC drives on embedded fieldbus (Modbus RTU) with parameter 5305 = 0 (ABB DRV LIM profile), read by a BASgatewayLX.
Also known as: ACH550, ACH550 ABB DRV LIM, ABB_Drive_DRV_LIM_5305_is_0 - Variable frequency drive (HVAC)
Contemporary Controls ABB ACH550 (DCU profile, 5305 = 1) via BASgatewayLX
ABB ACH550 HVAC drives on embedded fieldbus (Modbus RTU) with parameter 5305 = 1 (DCU profile), read by a BASgatewayLX.
Also known as: ACH550, ACH550 DCU profile, ABB_Drive_DCU_5305_is_1 - I/O module (analog inputs)
Contemporary Controls Acromag 961EN / 962EN Ethernet I/O module via BASgatewayLX
Acromag 961EN and 962EN Modbus TCP analog input modules, read by a BASgatewayLX.
Also known as: 961EN, 962EN, 961EN-4006, 962EN-4006, Acromag EtherStax - Boiler (modular cascade)
Contemporary Controls Advanced Thermal Hydronics (Hydrotherm) KN-2 / KN-4 via BASgatewayLX
Hydrotherm / Advanced Thermal Hydronics KN-2 and KN-4 modular boilers with the KN boiler-room controller on Modbus, read by a BASgatewayLX.
Also known as: Hydrotherm KN, KN-2, KN-4, Advanced Thermal Hydronics, Mastek KN - Boiler sequencer (boiler management system)
Contemporary Controls AERCO BMS / BMS II Boiler Management System via BASgatewayLX
AERCO BMS and BMS II boiler management systems on Modbus, read by a BASgatewayLX.
Also known as: AERCO BMS, AERCO BMS II, Boiler Management System, BMSII - Boiler controller
Contemporary Controls AERCO C-More Boiler Controller via BASgatewayLX
AERCO boilers and water heaters with the C-More control on Modbus, read by a BASgatewayLX.
Also known as: C-More, AERCO Benchmark C-More, KC1000 C-More - Chiller / heat pump controller
Contemporary Controls AERMEC chillers/heat pumps via AER485 interface via BASgatewayLX
AERMEC chillers and heat pumps fitted with the AER485 RS-485 Modbus interface, read by a BASgatewayLX.
Also known as: AER485, AERMEC Modbus, AERMEC chiller, AERMEC heat pump - Automatic transfer switch controller
Contemporary Controls ASCO 7000 Series Group 5 controller via BASgatewayLX
ASCO 7000 Series automatic transfer switches with the Group 5 controller on Modbus, read by a BASgatewayLX.
Also known as: ASCO Group 5, ASCO 7000 ATS, Group 5 controller, ASCO 7000 Series - Power meter (transfer switch power manager)
Contemporary Controls ASCO Power Manager Xp via BASgatewayLX
ASCO Power Manager Xp metering modules on ASCO transfer switches, read over Modbus by a BASgatewayLX.
Also known as: ASCO 5210, Power Manager Xp, ASCO PMXp, ASCO Power Manager - Refrigerant leak monitor (gas sensor, 16 zones)
Contemporary Controls Bacharach HGM-MZ multi-zone refrigerant monitor via BASgatewayLX
Bacharach HGM-MZ multi-zone halogen/refrigerant gas monitors on Modbus, read by a BASgatewayLX.
Also known as: HGM-MZ, Bacharach HGM MZ, Multi-Zone refrigerant monitor, 3015-5074 - Thermostat (single mode heat/cool/ventilation, BACnet MS/TP)
Contemporary Controls BASstat BAST-121C-B2 Single Mode Thermostat
Contemporary Controls BAST-121C-B2 wired thermostats for single-mode heating, cooling or ventilation equipment.
Also known as: BAST-121C-B2, BAST-121-B2, BASstat 121C - Thermostat (single mode heat/cool/ventilation, Wi-Fi BACnet IP)
Contemporary Controls BASstat BAST-121C-BW2 Wireless Single Mode Thermostat
Contemporary Controls BAST-121C-BW2 Wi-Fi thermostats for single-mode heating, cooling or ventilation equipment.
Also known as: BAST-121C-BW2, BAST-121-BW2, BASstat 121C Wi-Fi - Thermostat (multi-stage heat/cool, BACnet MS/TP)
Contemporary Controls BASstat BAST-221C/CH-B2 Multi-Stage Thermostat
Contemporary Controls BAST-221C and BAST-221CH (with humidity) wired thermostats for multi-stage heating, cooling and ventilation, such as rooftop units.
Also known as: BAST-221C-B2, BAST-221CH-B2, BASstat B2, BASstat 221C MS/TP - Thermostat (multi-stage heat/cool, Wi-Fi BACnet IP)
Contemporary Controls BASstat BAST-221C/CH-BW2 Wireless Multi-Stage Thermostat
Contemporary Controls BAST-221C and BAST-221CH (with humidity) Wi-Fi thermostats for multi-stage heating, cooling and ventilation, such as rooftop units.
Also known as: BAST-221C-BW2, BAST-221CH-BW2, BASstat BW2, BASstat 221C - Thermostat for 2-stage HP systems (BACnet MS/TP)
Contemporary Controls BASstat BAST-321HP-B2 Heat Pump Thermostat
Contemporary Controls BAST-321HP-B2 wired thermostats for single or dual compressor heat pumps with auxiliary heat.
Also known as: BAST-321HP-B2, BAST-321-B2, BASstat 321HP - Thermostat for 2-stage HP systems (Wi-Fi BACnet IP)
Contemporary Controls BASstat BAST-321HP-BW2 Wireless Heat Pump Thermostat
Contemporary Controls BAST-321HP-BW2 Wi-Fi thermostats for single or dual compressor heat pumps with auxiliary heat.
Also known as: BAST-321HP-BW2, BAST-321-BW2, BASstat 321HP Wi-Fi - Thermostat for modulating 4-pipe FCUs (BACnet MS/TP)
Contemporary Controls BASstat BAST-421C-B2 Modulating Fan Coil Thermostat
Contemporary Controls BAST-421C-B2 wired thermostats for 4-pipe fan coils with modulating or floating valves.
Also known as: BAST-421C-B2, BAST-421-B2, BASstat 421C MS/TP - Thermostat for modulating 4-pipe FCUs (Wi-Fi BACnet IP)
Contemporary Controls BASstat BAST-421C-BW2 Wireless Modulating Fan Coil Thermostat
Contemporary Controls BAST-421C-BW2 Wi-Fi thermostats for 4-pipe fan coils with modulating or floating valves.
Also known as: BAST-421C-BW2, BAST-421-BW2, BASstat 421C - Water treatment controller (pool chemistry)
Contemporary Controls BECS BECsys5 / BECsys7 / BECsysBW water chemistry controller via BASgatewayLX
BECS Technology BECsys5, BECsys7 and BECsysBW pool/aquatic water chemistry controllers on Modbus, read by a BASgatewayLX.
Also known as: BECsys5, BECsys7, BECsysBW, BECS Technology, BECsys Modbus - Soft starter (motor)
Contemporary Controls Benshaw RediStart RB2 / RC2 / RX2E soft starter via BASgatewayLX
Benshaw RediStart RB2, RC2 and RX2E solid-state soft starters on Modbus, read by a BASgatewayLX.
Also known as: RB2, RC2, RX2E, Benshaw RediStart, Benshaw soft starter Modbus - Power and energy meter
Contemporary Controls Carlo Gavazzi EM21 via BASgatewayLX
Carlo Gavazzi EM21 three-phase energy analyzers on Modbus RTU, read by a BASgatewayLX.
Also known as: EM21, EM21 72D, Carlo Gavazzi EM21 Modbus - Power and energy meter
Contemporary Controls Carlo Gavazzi EM24 via BASgatewayLX
Carlo Gavazzi EM24 three-phase energy meters on Modbus RTU, read by a BASgatewayLX.
Also known as: EM24, EM24-DIN, Carlo Gavazzi EM24 Modbus - Automatic transfer switch controller
Contemporary Controls Caterpillar ATC 300+ transfer switch controller via BASgatewayLX
Caterpillar transfer switches with the ATC 300+ controller on Modbus, read by a BASgatewayLX.
Also known as: ATC 300+, ATC300+, Cat ATS controller, Eaton ATC-300+ - Generator set controller
Contemporary Controls Caterpillar EMCP 4 generator set control via BASgatewayLX
Caterpillar generator sets with the EMCP 4 control panel (Modbus data link), read by a BASgatewayLX.
Also known as: EMCP 4, EMCP4, EMCP 4.2, EMCP 4.4, Cat genset Modbus - Boiler controller
Contemporary Controls Cleaver-Brooks Falcon (Honeywell SOLA-based) boiler control via BASgatewayLX
Cleaver-Brooks Falcon hydronic boiler controls on Modbus, read by a BASgatewayLX.
Also known as: Falcon, CB Falcon, Cleaver Brooks Falcon Modbus, 750-308 - Power and energy meter
Contemporary Controls Crompton Instruments INTEGRA 15xx via BASgatewayLX
Crompton Instruments (TE) INTEGRA 1540/1560/1580 digital metering systems on Modbus, read by a BASgatewayLX.
Also known as: INTEGRA 1540, INTEGRA 1560, INTEGRA 1580, Crompton Integra Modbus, TE Crompton INTEGRA - Generator set controller
Contemporary Controls Cummins PowerCommand 2.x / 3.x genset control via BASgatewayLX
Cummins generator sets with PowerCommand 2.x or 3.x controls on Modbus, read by a BASgatewayLX.
Also known as: PowerCommand 2.2, PowerCommand 3.3, PCC 2.x, PCC 3.x, Cummins PCC Modbus - Generator set monitor
Contemporary Controls Cummins PowerCommand CCM-G genset monitoring via BASgatewayLX
Cummins generator sets monitored by a PowerCommand CCM-G (through the Cummins Modbus/LonWorks gateway), read by a BASgatewayLX.
Also known as: CCM-G, Cummins CCM-G, PowerCommand CCM, ModLon gateway - Variable frequency drive (HVAC)
Contemporary Controls Danfoss VLT HVAC Drive FC 102 via BASgatewayLX
Danfoss VLT HVAC Drive FC 102 on Modbus RTU (FC protocol set to Modbus), read by a BASgatewayLX.
Also known as: FC102, FC 102, VLT HVAC Drive, Danfoss FC-102 Modbus - Power and energy meter
Contemporary Controls E-Mon D-Mon Class 3200 / 3400 / 5000 via BASgatewayLX
E-Mon D-Mon Class 3200, 3400 and 5000 submeters on Modbus, read by a BASgatewayLX.
Also known as: E-Mon D-Mon 3200, E-Mon 3400, E-Mon 5000, Class 3200, Class 5000, Honeywell E-Mon - Pulse meter data recorder (meter interface)
Contemporary Controls E-Mon D-Mon IDR-8 / IDR-16 interval data recorder via BASgatewayLX
E-Mon D-Mon IDR-8 and IDR-16 interval data recorders (pulse-input meter recorders) on Modbus, read by a BASgatewayLX.
Also known as: IDR-8, IDR-16, E-Mon IDR, E-Mon interval recorder - Power and energy meter
Contemporary Controls Eaton IQ 300 via BASgatewayLX
Eaton IQ 300 power meters on Modbus, read by a BASgatewayLX.
Also known as: IQ 300, IQ300, Eaton IQ 300 meter - Motor overload relay (motor protection)
Contemporary Controls Eaton Motor Insight overload relay via BASgatewayLX
Eaton Motor Insight (C441) motor protection overload relays with Modbus, read by a BASgatewayLX.
Also known as: Motor Insight, C441, Eaton C441 Motor Insight, Cutler-Hammer Motor Insight - Lighting control panel (remote-operated breakers)
Contemporary Controls Eaton Pow-R-Command PRC100 / Mod100 lighting panel via BASgatewayLX
Eaton Pow-R-Command lighting control panelboards with remote-operated breakers (PRC100 / Mod100 controller), read over Modbus by a BASgatewayLX.
Also known as: Pow-R-Command, PRC100, Mod100, PRC1000, Eaton lighting control panelboard - Power and energy meter
Contemporary Controls Eaton Power Xpert PXM 2000 via BASgatewayLX
Eaton Power Xpert PXM 2000 series meters on Modbus, read by a BASgatewayLX.
Also known as: PXM 2000, PXM2000, PXM 2250, PXM 2260, PXM 2270, Power Xpert Meter 2000 - UPS (uninterruptible power supply)
Contemporary Controls Eaton Powerware 9390 UPS via BASgatewayLX
Eaton Powerware 9390 three-phase UPS systems on Modbus, read by a BASgatewayLX.
Also known as: Powerware 9390, Eaton 9390, 9390 UPS Modbus - Power and energy meter
Contemporary Controls Eaton RS-485 PONI (IQ product network interface) via BASgatewayLX
Eaton (Cutler-Hammer) IQ meters and trip units with an RS-485 PONI Modbus card, read by a BASgatewayLX (LO/HI word order).
Also known as: PONI, RS485 PONI, Eaton IQ PONI, Cutler-Hammer PONI - Boiler controller (cascade dependent)
Contemporary Controls ebm-papst ArgusVision Dependent Boiler via BASgatewayLX
Boilers with an ebm-papst ArgusVision control running as a dependent (cascade member), read over Modbus by a BASgatewayLX.
Also known as: ArgusVision, ebmpapst dependent boiler, Argus boiler control - Energy recovery ventilator (heat recovery unit)
Contemporary Controls ebm-papst ArgusVision Heat Recovery Unit (Basic) via BASgatewayLX
Heat recovery ventilation units with an ebm-papst ArgusVision control (basic map), read over Modbus by a BASgatewayLX.
Also known as: ArgusVision HRU, ebmpapst heat recovery unit, Argus HRU basic - Boiler controller (cascade managing)
Contemporary Controls ebm-papst ArgusVision Trio Managing Boiler via BASgatewayLX
Boilers with an ebm-papst ArgusVision control acting as the managing (lead) boiler of a cascade, read over Modbus by a BASgatewayLX.
Also known as: ArgusVision Trio, ebmpapst managing boiler, Argus cascade master - Elevator controller
Contemporary Controls Elevator Controls Corporation Pixel elevator controller via BASgatewayLX
Elevator Controls Corporation Pixel elevator controllers with Modbus monitoring, read by a BASgatewayLX.
Also known as: Pixel controller, ECC Pixel, Elevator Controls Pixel Modbus - Boiler burner management (parallel positioning)
Contemporary Controls Fireye PPC4000 parallel positioning control via BASgatewayLX
Fireye PPC4000 fuel/air parallel positioning controls on boilers, read over Modbus by a BASgatewayLX.
Also known as: PPC4000, PPC 4000, Fireye PPC-4000 - Thermal mass flow meter
Contemporary Controls Fox Thermal Instruments FT2 via BASgatewayLX
Fox Thermal Instruments FT2 thermal mass gas flow meters on Modbus, read by a BASgatewayLX.
Also known as: FT2, Fox FT2, Fox Thermal FT2 flow meter - Power and energy meter
Contemporary Controls GE EPM 2200 via BASgatewayLX
GE Multilin EPM 2200 power meters on Modbus, read by a BASgatewayLX.
Also known as: EPM 2200, EPM2200, GE Multilin EPM 2200 - Multi-circuit power and energy meter (submeter)
Contemporary Controls GE EPM 4500 multi-point submeter via BASgatewayLX
GE EPM 4500 multi-circuit submeters (up to 24 meter points) on Modbus, read by a BASgatewayLX.
Also known as: EPM 4500, EPM4500, GE Multilin EPM 4500 - Power and energy meter
Contemporary Controls GE EPM 6000 via BASgatewayLX
GE Multilin EPM 6000 power meters on Modbus, read by a BASgatewayLX.
Also known as: EPM 6000, EPM6000, GE Multilin EPM 6000 - Power and energy meter
Contemporary Controls GE Multilin PQMII via BASgatewayLX
GE Multilin PQMII power quality meters on Modbus, read by a BASgatewayLX ("lite" profile).
Also known as: PQMII, PQM II, GE Multilin PQM II, PQMII power quality meter - Automatic transfer switch controller
Contemporary Controls GE Zenith Controls MX200 transfer switch controller via BASgatewayLX
GE Zenith transfer switches with the MX200 microprocessor controller and Modbus card, read by a BASgatewayLX.
Also known as: MX200, Zenith MX200, ZTS MX200, GE Zenith ATS - Generator set controller
Contemporary Controls Generac G-Panel generator control via BASgatewayLX
Generac generator sets with the G-Panel control (Modbus), read by a BASgatewayLX.
Also known as: G-Panel, Generac G Panel, Generac Modbus G-Panel - Generator set controller
Contemporary Controls Generac H-100 control panel via BASgatewayLX
Generac industrial generator sets with the H-100 control panel on Modbus, read by a BASgatewayLX.
Also known as: H-100, H100, Generac H Panel, Generac H-Panel Modbus - Boiler controller
Contemporary Controls Harsco Patterson-Kelley NURO via BASgatewayLX
Patterson-Kelley NURO condensing boilers (Harsco) on Modbus, read by a BASgatewayLX.
Also known as: NURO, Patterson-Kelley NURO, Harsco Air-Xchange NURO, P-K NURO - Boiler burner control (flame safeguard)
Contemporary Controls Honeywell 7800 SERIES burner control (S7800A1142 display) via BASgatewayLX
Honeywell 7800 SERIES relay modules (RM/EC7800) with the S7800A1142 keyboard display module providing Modbus, read by a BASgatewayLX.
Also known as: S7800A1142, 7800 SERIES, RM7800, EC7800, Honeywell burner control Modbus - Air compressor controller
Contemporary Controls Ingersoll Rand XE-90M / XE-145M compressor controller via BASgatewayLX
Ingersoll Rand rotary screw air compressors with the Xe-90M or Xe-145M controller on Modbus, read by a BASgatewayLX.
Also known as: XE-90M, XE-145M, Xe-90M, Ingersoll Rand Xe controller - Generator set controller
Contemporary Controls Kohler Decision-Maker 550 generator controller via BASgatewayLX
Kohler generator sets with the Decision-Maker 550 controller on Modbus, read by a BASgatewayLX.
Also known as: Decision-Maker 550, DEC 550, Kohler DM550, Kohler genset Modbus - Automatic transfer switch controller
Contemporary Controls Kohler MPAC 1500 transfer switch controller via BASgatewayLX
Kohler transfer switches with the MPAC 1500 controller on Modbus, read by a BASgatewayLX.
Also known as: MPAC 1500, Kohler ATS, MPAC1500 - Precision cooling unit (computer room air handler)
Contemporary Controls Liebert iCOM v4 (Challenger 3000, Challenger ITR, CW, Deluxe System/3, DS, DSE, PeX, HPM) via BASgatewayLX
Liebert precision cooling units with iCOM v4 controls (Challenger 3000/ITR, CW, Deluxe System/3, DS, DSE, PeX, HPM), read over Modbus by a BASgatewayLX.
Also known as: iCOM v4, Liebert iCOM, Liebert DS, Liebert DSE, Liebert CW, Liebert PeX, Liebert HPM, Challenger 3000, Challenger ITR, Deluxe System/3 - Precision cooling unit (ceiling split)
Contemporary Controls Liebert Mini-Mate2 via BASgatewayLX
Liebert Mini-Mate2 ceiling-mounted precision cooling units on Modbus, read by a BASgatewayLX.
Also known as: Mini-Mate2, Mini Mate 2, Liebert MiniMate - UPS (uninterruptible power supply)
Contemporary Controls Liebert Series 600 UPS via BASgatewayLX
Liebert Series 600 UPS systems on Modbus, read by a BASgatewayLX.
Also known as: Series 600, Liebert 600T, Liebert UPS Modbus - Precision cooling unit (computer room air handler)
Contemporary Controls Liebert Table 27 units (LAM, Challenger 3000, Deluxe System/3, Himod, ICS) via BASgatewayLX
Older Liebert precision cooling units on the Advanced Microprocessor (LAM) control, Challenger 3000, Deluxe System/3, Himod (LNA) and ICS, read over Modbus by a BASgatewayLX (Liebert Modbus table 27).
Also known as: Liebert LAM, Advanced Microprocessor, Liebert Challenger 3000, Liebert Deluxe System/3, Liebert Himod, Liebert ICS, Liebert SiteScan - Boiler / water heater controller
Contemporary Controls Lochinvar Armor, Knight, FTXL and Wall Mount via BASgatewayLX
Lochinvar Knight (KB/KBX), Knight Wall Mount (WB), Armor (AW) and FTXL boilers and water heaters with SMART SYSTEM Modbus, read by a BASgatewayLX.
Also known as: Lochinvar Knight, Lochinvar Armor, FTXL, Knight Wall Mount, WB, AW, KB, KBX, SMART SYSTEM Modbus - Boiler controller
Contemporary Controls Lochinvar Crest boiler via BASgatewayLX
Lochinvar Crest commercial condensing boilers with SMART SYSTEM Modbus, read by a BASgatewayLX.
Also known as: Crest, Lochinvar Crest Modbus, FBN Crest - UPS (uninterruptible power supply)
Contemporary Controls Mitsubishi Electric 9900A UPS (Modbus TCP) via BASgatewayLX
Mitsubishi Electric 9900A series UPS on Modbus TCP, read by a BASgatewayLX.
Also known as: 9900A, 9900 UPS, Mitsubishi UPS Modbus TCP, MUCM 9900 - VRF indoor unit gateway (3 indoor units)
Contemporary Controls Mitsubishi Electric AG-150 central controller via Procon Mod-IP/50 via BASgatewayLX
Mitsubishi Electric City Multi VRF indoor units on an AG-150 central controller, read through the Procon Mod-IP/50 Modbus interface by a BASgatewayLX.
Also known as: Procon Mod-IP/50, AG-150, AG150, Mitsubishi City Multi Modbus, MitsubishiProcon - UPS (uninterruptible power supply)
Contemporary Controls Mitsubishi Electric UPS 1100/2033/7011/9800/9900 via Procon Mod-IP/50 (MUCM) via BASgatewayLX
Mitsubishi Electric 1100, 2033, 7011, 9800 and 9900 series UPS with the MUCM / Procon Mod-IP/50 Modbus interface, read by a BASgatewayLX.
Also known as: MUCM, Procon Mod-IP/50, Mitsubishi 1100 UPS, Mitsubishi 2033 UPS, Mitsubishi 7011 UPS, Mitsubishi 9800 UPS, Mitsubishi 9900 UPS - Heat-tracing controller
Contemporary Controls Pentair Raychem DigiTrace C910 heat-tracing controller via BASgatewayLX
Pentair (Raychem) DigiTrace C910 single-circuit heat-tracing controllers on Modbus, read by a BASgatewayLX.
Also known as: C910, DigiTrace C910, Raychem C910-485, Pentair heat trace controller - Water heater controller
Contemporary Controls PVI Industries TempTrac water heater control via BASgatewayLX
PVI Industries commercial water heaters with the TempTrac control on Modbus, read by a BASgatewayLX.
Also known as: TempTrac, PVI TempTrac, PVI water heater Modbus - Water heater controller
Contemporary Controls PVI Industries XR10CX controller via BASgatewayLX
PVI Industries water heaters using the XR10CX digital controller on Modbus, read by a BASgatewayLX.
Also known as: XR10CX, Dixell XR10CX, PVI XR10CX Modbus - Thermal mass flow meter
Contemporary Controls Sage Metering Sage Prime SIP / SRP via BASgatewayLX
Sage Metering Sage Prime insertion (SIP) and in-line (SRP) thermal mass gas flow meters on Modbus, read by a BASgatewayLX.
Also known as: Sage Prime, SIP, SRP, Sage Metering flow meter - Power and energy meter
Contemporary Controls Schneider Electric (Veris) Enercept meter via BASgatewayLX
Schneider Electric / Square D Enercept networked power meters on Modbus, read by a BASgatewayLX (HI/LO word order).
Also known as: Enercept, Square D Enercept, Veris Enercept H8035, H8036 Enercept - In-row precision cooling unit (chilled water)
Contemporary Controls Schneider Electric APC InRow RC (ACRC100 series) via BASgatewayLX
Schneider Electric APC InRow RC ACRC100-series in-row coolers on Modbus, read by a BASgatewayLX.
Also known as: ACRC100, ACRC103, InRow RC, APC InRow RC Modbus - In-row precision cooling unit (chilled water)
Contemporary Controls Schneider Electric APC InRow RC ACRC301 via BASgatewayLX
Schneider Electric APC InRow RC ACRC301 chilled-water in-row coolers on Modbus, read by a BASgatewayLX.
Also known as: ACRC301, ACRC301S, InRow RC 300 mm, APC InRow chilled water - UPS (uninterruptible power supply)
Contemporary Controls Schneider Electric APC Symmetra PX 250/500 kW UPS via BASgatewayLX
Schneider Electric APC Symmetra PX 250 kW and 500 kW UPS systems on Modbus, read by a BASgatewayLX.
Also known as: Symmetra PX 250, Symmetra PX 500, APC Symmetra PX, SY250K, SY500K - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic CM4000 via BASgatewayLX
Schneider Electric (Square D) PowerLogic CM4000-series circuit monitors on Modbus, read by a BASgatewayLX.
Also known as: CM4000, CM4250, Square D CM4000, PowerLogic circuit monitor - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic ION6200 via BASgatewayLX
Schneider Electric PowerLogic ION6200 meters on Modbus, read by a BASgatewayLX.
Also known as: ION6200, PowerLogic ION6200 - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic ION7550 / ION7650 via BASgatewayLX
Schneider Electric PowerLogic ION7550 and ION7650 power quality meters on Modbus, read by a BASgatewayLX.
Also known as: ION7550, ION7650, PowerLogic ION7550, PowerLogic ION7650 - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic PM200 via BASgatewayLX
Schneider Electric PowerLogic PM200-series power meters on Modbus, read by a BASgatewayLX.
Also known as: PM200, PM210, PowerLogic PM200, Square D PM200 - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX
Schneider Electric PowerLogic PM750 power meters on Modbus, read by a BASgatewayLX.
Also known as: PM750, PM700, PowerLogic PM750 - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic PM800 via BASgatewayLX
Schneider Electric PowerLogic PM800-series power meters on Modbus, read by a BASgatewayLX.
Also known as: PM800, PM810, PM820, PM850, PM870, PowerLogic PM800 - Boiler burner management system
Contemporary Controls Siemens LMV3 burner management via BASgatewayLX
Siemens LMV3 (LMV26/36/37) burner management systems with Modbus, read by a BASgatewayLX.
Also known as: LMV3, LMV36, LMV37, LMV26, Siemens LMV Modbus - Boiler burner management system
Contemporary Controls Siemens LMV5 burner management via BASgatewayLX
Siemens LMV5 (LMV51/52) burner management systems with Modbus through the AZL5 display, read by a BASgatewayLX.
Also known as: LMV5, LMV51, LMV52, Siemens LMV5 Modbus, AZL5 - Boiler burner management interface
Contemporary Controls Siemens SCC TS-1100 touchscreen (LMV3/LMV5/RWF, Modbus RTU) via BASgatewayLX
Boilers with an SCC/Siemens TS-1100 touchscreen fronting LMV3 or LMV5 burner management and RWF40/55 controllers, read over Modbus RTU by a BASgatewayLX.
Also known as: TS-1100, TS1100, SCC TS-1100 touchscreen, LMV RWF touchscreen - Flow meter
Contemporary Controls Sierra Instruments InnovaMass / IM 600-700 series via BASgatewayLX
Sierra Instruments 600/700-series flow meters with Modbus output, read by a BASgatewayLX.
Also known as: IM600, IM700, Sierra 600, Sierra 700, Sierra flow meter Modbus - Flow meter (steam / liquid / gas)
Contemporary Controls Spirax Sarco RIM10 flowmeter via BASgatewayLX
Spirax Sarco RIM10 in-line rotor insertion flowmeters (steam, water, gases) with Modbus, read by a BASgatewayLX.
Also known as: RIM10, RIM 10, Spirax Sarco RIM10 Modbus - Combined heat and power (CHP) module
Contemporary Controls Tecogen InVerde Ultra 100 CHP via BASgatewayLX
Tecogen InVerde Ultra 100 inverter-based CHP modules on Modbus, read by a BASgatewayLX.
Also known as: InVerde Ultra 100, InVerde 100, INV-100, Tecogen CHP Modbus - Room operating unit (thermostat / sensor)
Contemporary Controls Thermokon Thanos room operating unit via BASgatewayLX
Thermokon Thanos touch room operating units with Modbus, read by a BASgatewayLX.
Also known as: Thanos, Thanos SR, Thanos EH, Thermokon Thanos Modbus - Boiler controller
Contemporary Controls U.S. Boiler Company Sage2 combustion controller via BASgatewayLX
U.S. Boiler (Burnham) boilers with the Sage2 combustion controller on Modbus, read by a BASgatewayLX.
Also known as: Sage2, SAGE2.1, US Boiler Sage, Burnham Sage2 - Humidity and temperature transmitter (sensor)
Contemporary Controls Vaisala HUMICAP HMW90 via BASgatewayLX
Vaisala HUMICAP HMW90-series humidity and temperature transmitters with Modbus, read by a BASgatewayLX.
Also known as: HMW90, HMW92, HMW93, Vaisala HMW90 Modbus - Process PID controller
Contemporary Controls Valve Pro VC-88 PID controller via BASgatewayLX
Valve Pro VC-88 digital PID process controllers on Modbus, read by a BASgatewayLX.
Also known as: VC-88, VC88, Valve Pro controller - Power and energy meter
Contemporary Controls Veris E50B1A / E50C2A / E50C3A via BASgatewayLX
Veris Industries E50-series DIN-rail power meters on Modbus, read by a BASgatewayLX.
Also known as: E50B1A, E50C2A, E50C3A, Veris E50, E50 power meter - Power and energy meter
Contemporary Controls Veris H8036 Enercept via BASgatewayLX
Veris Industries H8036 networked power meters (Enercept) on Modbus, read by a BASgatewayLX.
Also known as: H8036, Veris H8036, H8035, Enercept H8036 - Variable frequency drive (HVAC)
Contemporary Controls Yaskawa E7 via BASgatewayLX
Yaskawa E7 HVAC drives on Modbus RTU (MEMOBUS), read by a BASgatewayLX.
Also known as: E7 drive, Yaskawa E7 Modbus, CIMR-E7 - Solar PV inverter
Contemporary Controls Yaskawa Solectria PVI 50-100 kW inverter via BASgatewayLX
Yaskawa Solectria Renewables PVI 50 to 100 kW three-phase string/central inverters on Modbus, read by a BASgatewayLX.
Also known as: PVI 50TL, PVI 60TL, PVI 100KW, Solectria PVI, Yaskawa Solectria inverter Modbus
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.