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Energy meter (power quality monitor) · BACnet points list
CET Electric iMeter 6 advanced power quality monitor, BACnet IP BACnet points list
Updated 12 November 2026
The iMeter 6 is a three-phase power quality meter with a built-in BACnet IP server (B-ASC, foreign device registration supported). Analog Inputs carry voltages, currents, powers, power factors, sequence and unbalance values, angles, demand and max demand, THD, K-factor, crest factor and energy; Analog Values hold the PT/CT, wiring and demand setup plus clear commands; Binary Inputs and Outputs map the digital I/O; Large Analog Values give the energy registers and pulse counters at full resolution.
This page lists 187 BACnet objects for the CET Electric iMeter 6 advanced power quality monitor, BACnet IP — 59 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from CET Electric’s own free documentation, linked below.
- Manufacturer
- CET Electric
- Model
- iMeter 6 advanced power quality monitor, BACnet IP
- Equipment
- Energy meter (power quality monitor)
- Equipment type
- Thermostats, sensors & meters
- BACnet objects
- 187 (59 writable)
- Transport
- BACnet IP
- Firmware
- Firmware V3.01.01, application V3.50.00
- Default device instance
- 26001
- Also known as
- iMeter 6, iMeter6, CET iMeter 6, iMeter 6 BACnet/IP
Reference only, provided as-is: verify against CET Electric’s current documentation and the live device before use. Not official CET Electric information. Terms of use.
BMS integration notes: CET Electric iMeter 6 advanced power quality monitor, BACnet IP
Enable BACnet/IP (off by default) and set the device ID from the front panel or web page, reboot, then read power, energy, voltages and currents. Set PT/CT ratios and wiring mode to match the installation.
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 15 | P Total | Total active power, W | Read |
| LAV 0 | kWh Import | Energy imported, kWh | Write |
| LAV 1 | kWh Export | Energy exported, kWh | Write |
| AI 7 | Ull average | Average line-line voltage, V | Read |
| AI 11 | I average | Average current, A | Read |
| AI 27 | PF Total | Total power factor | Read |
| AI 28 | Frequency | Frequency, Hz | Read |
| AI 58 | P Total Demand | Total active power demand, W | Read |
Network setup
- BACnet/IP Enable defaults to No; set it, the UDP port (47808) and the device ID (default 26001) under Setup > Advanced, then reboot.
- Front panel password defaults to 000001; web login defaults to operator / abcd1234-.
- Foreign device registration (BBMD IP, port 47808, TTL 25145 s) is in the advanced settings.
- Optional password protection for ReinitializeDevice and DeviceCommunicationControl uses the fixed password abcd1234-.
Watch out for
- New BACnet/IP settings only take effect after a reboot.
- Writing 0xFF00 to AV 16 clears all energy registers.
CET Electric iMeter 6 advanced power quality monitor, BACnet IP 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 | |||||
|---|---|---|---|---|---|---|
| AI | 0 | Ua | V | Read | ||
| AI | 1 | Ub | V | Read | ||
| AI | 2 | Uc | V | Read | ||
| AI | 3 | Uln average | V | Read | ||
| AI | 4 | Uab | V | Read | ||
| AI | 5 | Ubc | V | Read | ||
| AI | 6 | Uca | V | Read | ||
| AImin | 7 | Ull average | V | Read | ||
| AI | 8 | Ia | A | Read | ||
| AI | 9 | Ib | A | Read | ||
| AI | 10 | Ic | A | Read | ||
| AImin | 11 | I average | A | Read | ||
| AI | 12 | Pa | W | Read | ||
| AI | 13 | Pb | W | Read | ||
| AI | 14 | Pc | W | Read | ||
| AImin | 15 | P Total | W | Read | ||
| AI | 16 | Qa | var | Read | ||
| AI | 17 | Qb | var | Read | ||
| AI | 18 | Qc | var | Read | ||
| AI | 19 | Q Total | var | Read | ||
| AI | 20 | Sa | VA | Read | ||
| AI | 21 | Sb | VA | Read | ||
| AI | 22 | Sc | VA | Read | ||
| AI | 23 | S Total | VA | Read | ||
| AI | 24 | PFa | Read | |||
| AI | 25 | PFb | Read | |||
| AI | 26 | PFc | Read | |||
| AImin | 27 | PF Total | Read | |||
| AImin | 28 | Frequency | Hz | Read | ||
| AI | 29 | I4 Measured | A | Read | ||
| AI | 30 | In Calculated | A | Read | ||
| AI | 31 | Ung | V | Read | ||
| AI | 32 | AI | Read | |||
| AI | 33 | Ir (Calculated) | A | Read | ||
| AI | 34 | U1 (Positive Sequence Voltage) | V | Read | ||
| AI | 35 | U2 (Negative Sequence Voltage) | V | Read | ||
| AI | 36 | U0 (Zero Sequence Voltage) | V | Read | ||
| AI | 37 | I1 (Positive Sequence Current) | A | Read | ||
| AI | 38 | I2 (Negative Sequence Current) | A | Read | ||
| AI | 39 | I0 (Zero Sequence Current) | A | Read | ||
| AI | 40 | U0 Unbalance | % | Read | ||
| AI | 41 | I0 Unbalance | % | Read | ||
| AI | 42 | U2 Unbalance | % | Read | ||
| AI | 43 | I2 Unbalance | % | Read | ||
| AI | 44 | Ua (3P4W)/Uab (3P3W) Angle | ° | Read | ||
| AI | 45 | Ub (3P4W)/Ubc (3P3W) Angle | ° | Read | ||
| AI | 46 | Uc (3P4W)/Uca (3P3W) Angle | ° | Read | ||
| AI | 47 | Ia Angle | ° | Read | ||
| AI | 48 | Ib Angle | ° | Read | ||
| AI | 49 | Ic Angle | ° | Read | ||
| AI | 50 | Device Operating Time (Running Hours) | h | Read | ||
| AI | 51 | DI1 Pulse Counter | Read | |||
| AI | 52 | DI2 Pulse Counter | Read | |||
| AI | 53 | DI3 Pulse Counter | Read | |||
| AI | 54 | DI4 Pulse Counter | Read | |||
| AI | 55 | DI5 Pulse Counter | Read | |||
| AI | 56 | DI6 Pulse Counter | Read | |||
| AI | 57 | Ull average Demand | V | Read | ||
| AImin | 58 | P Total Demand | W | Read | ||
| AI | 59 | Q Total Demand | var | Read | ||
| AI | 60 | S Total Demand | VA | Read | ||
| AI | 61 | Ia Demand | A | Read | ||
| AI | 62 | Ib Demand | A | Read | ||
| AI | 63 | Ic Demand | A | Read | ||
| AI | 64 | I average Demand | A | Read | ||
| AI | 65 | Ull average This Max. Demand | V | Read | ||
| AI | 66 | P Total This Max. Demand | W | Read | ||
| AI | 67 | Q Total This Max. Demand | var | Read | ||
| AI | 68 | S Total This Max. Demand | VA | Read | ||
| AI | 69 | Ia This Max. Demand | A | Read | ||
| AI | 70 | Ib This Max. Demand | A | Read | ||
| AI | 71 | Ic This Max. Demand | A | Read | ||
| AI | 72 | I average This Max. Demand | A | Read | ||
| AI | 73 | Ua (3P4W)/Uab (3P3W) THD | % | Read | ||
| AI | 74 | Ub (3P4W)/Ubc (3P3W) THD | % | Read | ||
| AI | 75 | Uc (3P4W)/Uca (3P3W) THD | % | Read | ||
| AI | 76 | Ia THD | % | Read | ||
| AI | 77 | Ib THD | % | Read | ||
| AI | 78 | Ic THD | % | Read | ||
| AI | 79 | I4 THD | % | Read | ||
| AI | 80 | Ia K-Factor | Read | |||
| AI | 81 | Ib K-Factor | Read | |||
| AI | 82 | Ic K-Factor | Read | |||
| AI | 83 | Ia TDD | % | Read | ||
| AI | 84 | Ib TDD | % | Read | ||
| AI | 85 | Ic TDD | % | Read | ||
| AI | 86 | Ua (3P4W)/Uab (3P3W) Crest Factor | Read | |||
| AI | 87 | Ub (3P4W)/Ubc (3P3W) Crest Factor | Read | |||
| AI | 88 | Uc (3P4W)/Uca (3P3W) Crest Factor | Read | |||
| AI | 89 | Ia Crest Factor | Read | |||
| AI | 90 | Ib Crest Factor | Read | |||
| AI | 91 | Ic Crest Factor | Read | |||
| AI | 92 | dPFa | Read | |||
| AI | 93 | dPFb | Read | |||
| AI | 94 | dPFc | Read | |||
| AI | 95 | dPF Total | Read | |||
| AI | 96 | Interval kWh Import | kWh | Read | ||
| AI | 97 | Interval kWh Export | kWh | Read | ||
| AI | 98 | Interval kvarh Import | kvarh | Read | ||
| AI | 99 | Interval kvarh Export | kvarh | Read | ||
| AI | 100 | Interval kVAh Total | kVAh | Read | ||
| AI | 101 | kWh Import | kWh | Read | ||
| AI | 102 | kWh Export | kWh | Read | ||
| AI | 103 | kWh Net | kWh | Read | ||
| AI | 104 | kWh Total | kWh | Read | ||
| AI | 105 | kvarh Import | kvarh | Read | ||
| AI | 106 | kvarh Export | kvarh | Read | ||
| AI | 107 | kvarh Net | kvarh | Read | ||
| AI | 108 | kvarh Total | kvarh | Read | ||
| AI | 109 | kVAh Total | kVAh | Read | ||
| AI | 110 | kvarh Q1 | kvarh | Read | ||
| AI | 111 | kvarh Q2 | kvarh | Read | ||
| AI | 112 | kvarh Q3 | kvarh | Read | ||
| AI | 113 | kvarh Q4 | kvarh | Read | ||
| AI | 114 | kWh Import of T1 | kWh | Read | ||
| AI | 115 | kWh Import of T2 | kWh | Read | ||
| AI | 116 | kWh Import of T3 | kWh | Read | ||
| AI | 117 | kWh Import of T4 | kWh | Read | ||
| AI | 118 | kWh Import of T5 | kWh | Read | ||
| AI | 119 | kWh Import of T6 | kWh | Read | ||
| AI | 120 | kWh Import of T7 | kWh | Read | ||
| AI | 121 | kWh Import of T8 | kWh | Read | ||
| AV | 0 | PT Primary | 1 to 1,000,000 (V), 100* | V | Write | |
| AV | 1 | PT Secondary | 1 to 1,500 (V), 100* | V | Write | |
| AV | 2 | CT Primary | 1 to 30,000 (A), 5* | A | Write | |
| AV | 3 | CT Secondary | 1 to 50 (A), 5* | A | Write | |
| AV | 4 | I4 Primary | 1 to 30,000 (A), 5* | A | Write | |
| AV | 5 | I4 Secondary | 1 to 50 (A), 5* | A | Write | |
| AV | 6 | Wiring Mode | Write | 0=3P4W (default), 1=DEMO, 2=3P3W, 3=1P2W L-N, 4=1P2W L-L, 5=1P3W L-L-N | ||
| AV | 7 | Secondary Ull Nominal | 100 to 700 (V), 415* | V | Write | |
| AV | 8 | Nominal Frequency | Write | 0=50Hz (default), 1=60Hz | ||
| AV | 9 | PF Convention | Write | 0=IEC (default), 1=IEEE, 2=-IEEE (default) | ||
| AV | 10 | kVA Calculation | Write | 0=Vector (default), 1=Scalar | ||
| AV | 11 | HD Calculation | Write | 0=Fundamental (default), 1=RMS | ||
| AV | 12 | Demand Period | 1 to 60 (minutes), 15* | min | Write | |
| AV | 13 | Number of Sliding Windows | 1 to 15, 1* | Write | ||
| AV | 14 | EN Period | 5 to 60 (minutes), 60* | min | Write | |
| AV | 15 | Clear This Max. Demand | Write 0xFF00 to clear | Write | ||
| AV | 16 | Clear All Energy | Write 0xFF00 to clear | Write | ||
| AV | 17 | Clear DI1 Pulse Counter | Write 0xFF00 to clear | Write | ||
| AV | 18 | Clear DI2 Pulse Counter | Write 0xFF00 to clear | Write | ||
| AV | 19 | Clear DI3 Pulse Counter | Write 0xFF00 to clear | Write | ||
| AV | 20 | Clear DI4 Pulse Counter | Write 0xFF00 to clear | Write | ||
| AV | 21 | Clear DI5 Pulse Counter | Write 0xFF00 to clear | Write | ||
| AV | 22 | Clear DI6 Pulse Counter | Write 0xFF00 to clear | Write | ||
| AV | 23 | Clear Device Operating Time | Write 0xFF00 to clear | Write | ||
| BI | 0 | DI1 | Read | 0=Inactive, 1=Active | ||
| BI | 1 | DI2 | Read | 0=Inactive, 1=Active | ||
| BI | 2 | DI3 | Read | 0=Inactive, 1=Active | ||
| BI | 3 | DI4 | Read | 0=Inactive, 1=Active | ||
| BI | 4 | DI5 | Read | 0=Inactive, 1=Active | ||
| BI | 5 | DI6 | Read | 0=Inactive, 1=Active | ||
| BO | 0 | DO1 | Write | 0=Inactive, 1=Active | ||
| BO | 1 | DO2 | Write | 0=Inactive, 1=Active | ||
| BO | 2 | DO3 | Write | 0=Inactive, 1=Active | ||
| LAVmin | 0 | kWh Import | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAVmin | 1 | kWh Export | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 2 | kWh Net | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 3 | kWh Total | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 4 | kvarh Import | Energy register (64-bit); set Out_Of_Service before writing | kvarh | Write | |
| LAV | 5 | kvarh Export | Energy register (64-bit); set Out_Of_Service before writing | kvarh | Write | |
| LAV | 6 | kvarh Net | Energy register (64-bit); set Out_Of_Service before writing | kvarh | Write | |
| LAV | 7 | kvarh Total | Energy register (64-bit); set Out_Of_Service before writing | kvarh | Write | |
| LAV | 8 | kVAh Total | Energy register (64-bit); set Out_Of_Service before writing | kVAh | Write | |
| LAV | 9 | kvarh Q1 | Energy register (64-bit); set Out_Of_Service before writing | kvarh | Write | |
| LAV | 10 | kvarh Q2 | Energy register (64-bit); set Out_Of_Service before writing | kvarh | Write | |
| LAV | 11 | kvarh Q3 | Energy register (64-bit); set Out_Of_Service before writing | kvarh | Write | |
| LAV | 12 | kvarh Q4 | Energy register (64-bit); set Out_Of_Service before writing | kvarh | Write | |
| LAV | 13 | kWh Import of T1 | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 14 | kWh Import of T2 | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 15 | kWh Import of T3 | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 16 | kWh Import of T4 | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 17 | kWh Import of T5 | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 18 | kWh Import of T6 | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 19 | kWh Import of T7 | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 20 | kWh Import of T8 | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 21 | Interval kWh Import | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 22 | Interval kWh Export | Energy register (64-bit); set Out_Of_Service before writing | kWh | Write | |
| LAV | 23 | Interval kvarh Import | Energy register (64-bit); set Out_Of_Service before writing | kvarh | Write | |
| LAV | 24 | Interval kvarh Export | Energy register (64-bit); set Out_Of_Service before writing | kvarh | Write | |
| LAV | 25 | Interval kVAh Total | Energy register (64-bit); set Out_Of_Service before writing | kVAh | Write | |
| LAV | 26 | DI1 Pulse Counter | Energy register (64-bit); set Out_Of_Service before writing | Write | ||
| LAV | 27 | DI2 Pulse Counter | Energy register (64-bit); set Out_Of_Service before writing | Write | ||
| LAV | 28 | DI3 Pulse Counter | Energy register (64-bit); set Out_Of_Service before writing | Write | ||
| LAV | 29 | DI4 Pulse Counter | Energy register (64-bit); set Out_Of_Service before writing | Write | ||
| LAV | 30 | DI5 Pulse Counter | Energy register (64-bit); set Out_Of_Service before writing | Write | ||
| LAV | 31 | DI6 Pulse Counter | Energy register (64-bit); set Out_Of_Service before writing | Write |
No points match these filters.
Object ID lookup: CET Electric iMeter 6 advanced power quality monitor, point IDs by name
AI0UaAI1UbAI2UcAI3Uln averageAI4UabAI5UbcAI6UcaAI7Ull averageAI8IaAI9IbAI10IcAI11I averageAI12PaAI13PbAI14PcAI15P TotalAI16QaAI17QbAI18QcAI19Q TotalAI20SaAI21SbAI22ScAI23S TotalAI24PFaAI25PFbAI26PFcAI27PF TotalAI28FrequencyAI29I4 MeasuredAI30In CalculatedAI31UngAI32AIAI33Ir (Calculated)AI34U1 (Positive Sequence Voltage)AI35U2 (Negative Sequence Voltage)AI36U0 (Zero Sequence Voltage)AI37I1 (Positive Sequence Current)AI38I2 (Negative Sequence Current)AI39I0 (Zero Sequence Current)AI40U0 UnbalanceAI41I0 UnbalanceAI42U2 UnbalanceAI43I2 UnbalanceAI44Ua (3P4W)/Uab (3P3W) AngleAI45Ub (3P4W)/Ubc (3P3W) AngleAI46Uc (3P4W)/Uca (3P3W) AngleAI47Ia AngleAI48Ib AngleAI49Ic AngleAI50Device Operating Time (Running Hours)AI51DI1 Pulse CounterAI52DI2 Pulse CounterAI53DI3 Pulse CounterAI54DI4 Pulse CounterAI55DI5 Pulse CounterAI56DI6 Pulse CounterAI57Ull average DemandAI58P Total DemandAI59Q Total DemandAI60S Total DemandAI61Ia DemandAI62Ib DemandAI63Ic DemandAI64I average DemandAI65Ull average This Max. DemandAI66P Total This Max. DemandAI67Q Total This Max. DemandAI68S Total This Max. DemandAI69Ia This Max. DemandAI70Ib This Max. DemandAI71Ic This Max. DemandAI72I average This Max. DemandAI73Ua (3P4W)/Uab (3P3W) THDAI74Ub (3P4W)/Ubc (3P3W) THDAI75Uc (3P4W)/Uca (3P3W) THDAI76Ia THDAI77Ib THDAI78Ic THDAI79I4 THDAI80Ia K-FactorAI81Ib K-FactorAI82Ic K-FactorAI83Ia TDDAI84Ib TDDAI85Ic TDDAI86Ua (3P4W)/Uab (3P3W) Crest FactorAI87Ub (3P4W)/Ubc (3P3W) Crest FactorAI88Uc (3P4W)/Uca (3P3W) Crest FactorAI89Ia Crest FactorAI90Ib Crest FactorAI91Ic Crest FactorAI92dPFaAI93dPFbAI94dPFcAI95dPF TotalAI96Interval kWh ImportAI97Interval kWh ExportAI98Interval kvarh ImportAI99Interval kvarh ExportAI100Interval kVAh TotalAI101kWh ImportAI102kWh ExportAI103kWh NetAI104kWh TotalAI105kvarh ImportAI106kvarh ExportAI107kvarh NetAI108kvarh TotalAI109kVAh TotalAI110kvarh Q1AI111kvarh Q2AI112kvarh Q3AI113kvarh Q4AI114kWh Import of T1AI115kWh Import of T2AI116kWh Import of T3AI117kWh Import of T4AI118kWh Import of T5AI119kWh Import of T6AI120kWh Import of T7AI121kWh Import of T8AV0PT PrimaryAV1PT SecondaryAV2CT PrimaryAV3CT SecondaryAV4I4 PrimaryAV5I4 SecondaryAV6Wiring ModeAV7Secondary Ull NominalAV8Nominal FrequencyAV9PF ConventionAV10kVA CalculationAV11HD CalculationAV12Demand PeriodAV13Number of Sliding WindowsAV14EN PeriodAV15Clear This Max. DemandAV16Clear All EnergyAV17Clear DI1 Pulse CounterAV18Clear DI2 Pulse CounterAV19Clear DI3 Pulse CounterAV20Clear DI4 Pulse CounterAV21Clear DI5 Pulse CounterAV22Clear DI6 Pulse CounterAV23Clear Device Operating TimeBI0DI1BI1DI2BI2DI3BI3DI4BI4DI5BI5DI6BO0DO1BO1DO2BO2DO3LAV0kWh ImportLAV1kWh ExportLAV2kWh NetLAV3kWh TotalLAV4kvarh ImportLAV5kvarh ExportLAV6kvarh NetLAV7kvarh TotalLAV8kVAh TotalLAV9kvarh Q1LAV10kvarh Q2LAV11kvarh Q3LAV12kvarh Q4LAV13kWh Import of T1LAV14kWh Import of T2LAV15kWh Import of T3LAV16kWh Import of T4LAV17kWh Import of T5LAV18kWh Import of T6LAV19kWh Import of T7LAV20kWh Import of T8LAV21Interval kWh ImportLAV22Interval kWh ExportLAV23Interval kvarh ImportLAV24Interval kvarh ExportLAV25Interval kVAh TotalLAV26DI1 Pulse CounterLAV27DI2 Pulse CounterLAV28DI3 Pulse CounterLAV29DI4 Pulse CounterLAV30DI5 Pulse CounterLAV31DI6 Pulse Counter
Integration notes
- The object lists have no access column; Analog Inputs and Binary Inputs are listed read-only, Analog Values, Binary Outputs and Large Analog Values writable (the Supported Object Types table lists Present_Value as writable for AV, BO and LAV).
- Large Analog Values are listed as LAV; Out_Of_Service must be set true before writing their Present_Value.
- AI 32 is printed with the name "AI" and no units; kept as printed.
- Network Port objects are not repeated here.
- The clear commands (AV 15-23) take the value 0xFF00 to reset.
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 iMeter 6 advanced power quality monitor, BACnet IP 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 CET Electric iMeter 6 advanced power quality monitor, BACnet IP
How many BACnet points does the CET Electric iMeter 6 advanced power quality monitor, BACnet IP have?
This list has 187 BACnet objects: 122 analog inputs, 24 analog values, 6 binary inputs, 3 binary outputs, 32 large analog values. The exact set on a given unit depends on its firmware, installed options and configuration.
Which CET Electric iMeter 6 advanced power quality monitor, BACnet IP BACnet points are writable?
59 of the 187 objects accept a write. Points marked Command have a priority array: a write holds until it is released, so release it back to automatic when you are done. The source has no read/write column, so this is inferred from object type.
Where is the official CET Electric iMeter 6 advanced power quality monitor, BACnet IP BACnet documentation?
The source is iMeter 6 BACnet/IP Application Guide (V1.0), revision 2023-05-26, published free by CET Electric at https://www.cet-global.com/uploadfiles/2023/09/iMeter%206%20BACnetIP%20Application%20Guide%20V1.0%20(20230526).pdf.
What are the minimum BACnet points to integrate the CET Electric iMeter 6 advanced power quality monitor, BACnet IP?
Start with AI 15 P Total (Total active power, W); LAV 0 kWh Import (Energy imported, kWh); LAV 1 kWh Export (Energy exported, kWh); AI 7 Ull average (Average line-line voltage, V); AI 11 I average (Average current, A); AI 27 PF Total (Total power factor); AI 28 Frequency (Frequency, Hz); AI 58 P Total Demand (Total active power demand, W).
How do I check these points on the real iMeter 6 advanced power quality monitor, BACnet IP?
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 CET Electric BACnet points lists
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Also known as: PMC-53A, PMC53A, CET PMC-53A - Energy meter (multifunction panel meter)
CET Electric PMC-53A-E multifunction panel meter, BACnet MS/TP
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Also known as: PMC-53A-E, PMC53A-E, CET PMC-53A-E
Source: iMeter 6 BACnet/IP Application Guide · V1.0 · rev. 2023-05-26. Object names, instances and units are reproduced as published; descriptions are our own.