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AcuRev 4100 multi-circuit power meter (BACnet)

Multi-circuit power and energy meter (submeter) · BACnet points list

Accuenergy AcuRev 4100 multi-circuit power meter (BACnet) BACnet points list

Updated 7 November 2026

Short answer

The AcuRev 4100 meters up to 24 CT input channels plus 12 user-defined summing channels. Real-time, demand and power quality values are read-only Analog Inputs (1-721) and energy totals are Large Analog Values (1-360). Channel 1 of each channel group is printed in full; the other channels follow the same layout in the ranges given in the notes.

This page lists 175 BACnet objects for the Accuenergy AcuRev 4100 multi-circuit power meter (BACnet) — 0 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Accuenergy’s own free documentation, linked below.

Manufacturer: Accuenergy
Model: AcuRev 4100 multi-circuit power meter (BACnet)
Equipment: Multi-circuit power and energy meter (submeter)
Equipment type: Thermostats, sensors & meters
BACnet objects: 175 (0 writable)
Transport: —
Firmware: v1.03p06
Also known as: AcuRev 4100, AcuRev 4100 BACnet points list
Source document: BACnet Points List AcuRev4100 · rev. 2026-05-26

Download CSV 175 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 Accuenergy’s current documentation and the live device before use. Not official Accuenergy information. Terms of use.

BMS integration notes: Accuenergy AcuRev 4100 multi-circuit power meter (BACnet)

Integration in brief

Everything is read-only. Map the system power, energy and demand objects first, then the channel 1 objects and the matching objects for the other channels using the per-channel offsets in the notes.

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 32	Psys_rms	System real power, kW	Read
LAV 28	PsysImp_eng	System imported energy, kWh	Read
AI 296	PsysImp_dema	System import kW demand	Read
AI 36	PFsys_rms	System power factor	Read
AI 31	Isys_rms	System average current, A	Read
AI 2	Ua_rms	Phase A voltage, V	Read
AI 38	Pchn1_rms	Input channel 1 real power, kW	Read
LAV 37	PChn1Imp_eng	Input channel 1 imported energy, kWh	Read
AI 1	Freq_rms	Frequency, Hz	Read

Watch out for

Channel 2-24 and user channel 2-12 objects are not printed by name; work them out from the channel 1 layout and the ranges.
Energy totals are Large Analog Value objects (double precision); some older BMS front ends cannot read LAV.

Accuenergy AcuRev 4100 multi-circuit power meter (BACnet) 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.

175 of 175 shown

Type

AnalogOther

Units

Show

Accuenergy AcuRev 4100 multi-circuit power meter (BACnet) BACnet Points List
			Description
AImin	1	Freq_rms	Frequency	Hz	Read
AImin	2	Ua_rms	Phase A Voltage	V	Read
AI	3	Ub_rms	Phase B Voltage	V	Read
AI	4	Uc_rms	Phase C Voltage	V	Read
AI	5	Uavg_rms	Phase Average Voltage	V	Read
AI	6	Uab_rms	Line Voltage AB	V	Read
AI	7	Ubc_rms	Line Voltage BC	V	Read
AI	8	Uca_rms	Line Voltage CA	V	Read
AI	9	Ulavg_rms	Average Line Voltage	V	Read
AI	10	UaAng_rms	Phase A Voltage Angle	degrees	Read
AI	11	UbAng_rms	Phase B Voltage Angle	degrees	Read
AI	12	UcAng_rms	Phase C Voltage Angle	degrees	Read
AI	13	Ia_rms	Phase A Current	A	Read
AI	14	Pa_rms	Phase A Active Power	kW	Read
AI	15	Qa_rms	Phase A Reactive Power	kvar	Read
AI	16	Sa_rms	Phase A Apparent Power	kVA	Read
AI	17	LNa_rms	Phase A Load Nature(0:Resistive load 1:Capacitive load 2:Inductive load)		Read
AI	18	PFa_rms	Phase A Power Factor	PF	Read
AI	19	Ib_rms	Phase B Current	A	Read
AI	20	Pb_rms	Phase B Active Power	kW	Read
AI	21	Qb_rms	Phase B Reactive Power	kvar	Read
AI	22	Sb_rms	Phase B Apparent Power	kVA	Read
AI	23	LNb_rms	Phase B Load Nature(0:Resistive load 1:Capacitive load 2:Inductive load)		Read
AI	24	PFb_rms	Phase B Power Factor	PF	Read
AI	25	Ic_rms	Phase C Current	A	Read
AI	26	Pc_rms	Phase C Active Power	kW	Read
AI	27	Qc_rms	Phase C Reactive Power	kvar	Read
AI	28	Sc_rms	Phase C Apparent Power	kVA	Read
AI	29	LNc_rms	Phase C Load Nature (0:Resistive load 1:Capacitive load 2:Inductive load)		Read
AI	30	PFc_rms	Phase C Power Factor	PF	Read
AImin	31	Isys_rms	System Average Current	A	Read
AImin	32	Psys_rms	System Active Power	kW	Read
AI	33	Qsys_rms	System Reactive Power	kvar	Read
AI	34	Ssys_rms	System Apparent Power	kVA	Read
AI	35	LNsys_rms	System Load Nature(0:Resistive load 1:Capacitive load 2:Inductive load)		Read
AImin	36	PFsys_rms	System Power Factor	PF	Read
AI	37	Ichn1_rms	Input Channel 1 Current	A	Read
AImin	38	Pchn1_rms	Input Channel 1 Active Power	kW	Read
AI	39	Qchn1_rms	Input Channel 1 Reactive Power	kvar	Read
AI	40	Schn1_rms	Input Channel 1 Apparent Power	kVA	Read
AI	41	LNchn1_rms	Input Channel 1 Load Nature (0:Resistive load 1:Capacitive load 2:Inductive load)		Read
AI	42	PFchn1_rms	Input Channel 1 Power Factor	PF	Read
AI	43	Angchn1_rms	Input Channel 1 Current Phase Angle	degrees	Read
AI	205	Iusr1_rms	User Channel 1 Current	A	Read
AI	206	Pusr1_rms	User Channel 1 Active Power	kW	Read
AI	207	Qusr1_rms	User Channel 1 Reactive Power	kvar	Read
AI	208	Susr1_rms	User Channel 1 Apparent Power	kVA	Read
AI	209	LNusr1_rms	User Channel 1 Load Nature (0:Resistive load 1:Capacitive load 2:Inductive load)		Read
AI	210	PFusr1_rms	User Channel 1 Power Factor	PF	Read
AI	277	Ia_dema	Phase A Current Demand	A	Read
AI	278	PaImp_dema	Phase A Import Active Power Demand	kW	Read
AI	279	PaExp_dema	Phase A Export Active Power Demand	kW	Read
AI	280	QaImp_dema	Phase A Import Reactive Power Demand	kvar	Read
AI	281	QaExp_dema	Phase A Export Reactive Power Demand	kvar	Read
AI	282	Sa_dema	Phase A Apparent Power Demand	kVA	Read
AI	283	Ib_dema	Phase B Current Demand	A	Read
AI	284	PbImp_dema	Phase B Import Active Power Demand	kW	Read
AI	285	PbExp_dema	Phase B Export Active Power Demand	kW	Read
AI	286	QbImp_dema	Phase B Import Reactive Power Demand	kvar	Read
AI	287	QbExp_dema	Phase B Export Reactive Power Demand	kvar	Read
AI	288	Sb_dema	Phase B Apparent Power Demand	kVA	Read
AI	289	Ic_dema	Phase C Current Demand	A	Read
AI	290	PcImp_dema	Phase C Import Active Power Demand	kW	Read
AI	291	PcExp_dema	Phase C Export Active Power Demand	kW	Read
AI	292	QcImp_dema	Phase C Import Reactive Power Demand	kvar	Read
AI	293	QcExp_dema	Phase C Export Reactive Power Demand	kvar	Read
AI	294	Sc_dema	Phase C Apparent Power Demand	kVA	Read
AI	295	Isys_dema	System Average Current Demand	A	Read
AImin	296	PsysImp_dema	System Import Active Power Demand	kW	Read
AI	297	PsysExp_dema	System Export Active Power Demand	kW	Read
AI	298	QsysImp_dema	System Import Reactive Power Demand	kvar	Read
AI	299	QsysExp_dema	System Export Reactive Power Demand	kvar	Read
AI	300	Ssys_dema	System Apparent Power Demand	kVA	Read
AI	301	Ichn1_dema	Input Channel 1 Current Demand	A	Read
AI	302	Pchn1Imp_dema	Input Channel 1 Import Active Power Demand	kW	Read
AI	303	Pchn1Exp_dema	Input Channel 1 Export Active Power Demand	kW	Read
AI	304	Qchn1Imp_dema	Input Channel 1 Import Reactive Power Demand	kvar	Read
AI	305	Qchn1Exp_dema	Input Channel 1 Export Reactive Power Demand	kvar	Read
AI	306	Schn1_dema	Input Channel 1 Apparent Power Demand	kVA	Read
AI	445	Iusr1_dema	User Channel 1 Current Demand	A	Read
AI	446	Pusr1Imp_dema	User Channel 1 Import Active Power Demand	kW	Read
AI	447	Pusr1Exp_dema	User Channel 1 Export Active Power Demand	kW	Read
AI	448	Qusr1Imp_dema	User Channel 1 Import Reactive Power Demand	kvar	Read
AI	449	Qusr1Exp_dema	User Channel 1 Export Reactive Power Demand	kvar	Read
AI	450	Susr1_dema	User Channel 1 Apparent Power Demand	kVA	Read
AI	517	Vpsm_pq	Voltage Positive Sequence Magnitude	V	Read
AI	518	Vzsm_pq	Voltage Zero Sequence Magnitude	V	Read
AI	519	Vnsm_pq	Voltage Negative Sequence Magnitude	V	Read
AI	520	Vpsa_pq	Voltage Positive Sequence Angle	degrees	Read
AI	521	Vzsa_pq	Voltage Zero Sequence Angle	degrees	Read
AI	522	Vnsa_pq	Voltage Negative Sequence Angle	degrees	Read
AI	523	Vufm_pq	Voltage Unbalance Factor Magnitude	%	Read
AI	524	VThd_A_pq	Phase A Voltage THD	%	Read
AI	525	VThdO_A_pq	Phase A Voltage THD Odd	%	Read
AI	526	VThdE_A_pq	Phase A Voltage THD Even	%	Read
AI	527	VCF_A_pq	Phase A Voltage Crest Factor		Read
AI	528	VThff_A_pq	Phase A Voltage THFF Factor	%	Read
AI	529	VThd_B_pq	Phase B Voltage THD	%	Read
AI	530	VThdO_B_pq	Phase B Voltage THD Odd	%	Read
AI	531	VThdE_B_pq	Phase B Voltage THD Even	%	Read
AI	532	VCF_B_pq	Phase B Voltage Crest Factor		Read
AI	533	VThff_B_pq	Phase B Voltage THFF Factor	%	Read
AI	534	VThd_C_pq	Phase C Voltage THD	%	Read
AI	535	VThdO_C_pq	Phase C Voltage THD Odd	%	Read
AI	536	VThdE_C_pq	Phase C Voltage THD Even	%	Read
AI	537	VCF_C_pq	Phase C Voltage Crest Factor		Read
AI	538	VThff_C_pq	Phase C Voltage THFF Factor	%	Read
AI	539	VavgThd_pq	Average Voltage THD	%	Read
AI	540	VavgThdO_pq	Average Voltage THD Odd	%	Read
AI	541	VavgThdE_pq	Average Voltage THD Even	%	Read
AI	542	Ichn1Thd_pq	Input Channel 1 Current THD	%	Read
AI	543	Ichn1ThdO_pq	Input Channel 1 Current THD Odd	%	Read
AI	544	Ichn1ThdE_pq	Input Channel 1 Current THD Even	%	Read
AI	545	Ichn1KF_pq	Input Channel 1 Current K Factor		Read
AI	638	Iuser1psm_pq	User Channel 1 Current Positive Sequence Magnitude	A	Read
AI	639	Iuser1zsm_pq	User Channel 1 Current Zero Sequence Magnitude	A	Read
AI	640	Iuser1nsm_pq	User Channel 1 Current Negative Sequence Magnitude	A	Read
AI	641	Iuser1psa_pq	User Channel 1 Current Positive Sequence Angle	degrees	Read
AI	642	Iuser1zsa_pq	User Channel 1 Current Zero Sequence Angle	degrees	Read
AI	643	Iuser1nsa_pq	User Channel 1 Current Negative Sequence Angle	degrees	Read
AI	644	Iuser1ufm_pq	User Channel 1 Current Unbalance Factor Magnitude	%	Read
LAV	1	PaImp_eng	Phase A active energy import	kWh	Read
LAV	2	PaExp_eng	Phase A active energy export	kWh	Read
LAV	3	PaNet_eng	Phase A active energy net	kWh	Read
LAV	4	PaTotal_eng	Phase A active energy total	kWh	Read
LAV	5	QaImp_eng	Phase A reactive energy import	kvarh	Read
LAV	6	QaExp_eng	Phase A reactive energy export	kvarh	Read
LAV	7	QaNet_eng	Phase A reactive energy net	kvarh	Read
LAV	8	QaTotal_eng	Phase A reactive energy total	kvarh	Read
LAV	9	Sa_eng	Phase A apparent energy	kVAh	Read
LAV	10	PbImp_eng	Phase B active energy import	kWh	Read
LAV	11	PbExp_eng	Phase B active energy export	kWh	Read
LAV	12	PbNet_eng	Phase B active energy net	kWh	Read
LAV	13	PbTotal_eng	Phase B active energy total	kWh	Read
LAV	14	QbImp_eng	Phase B reactive energy import	kvarh	Read
LAV	15	QbExp_eng	Phase B reactive energy export	kvarh	Read
LAV	16	QbNet_eng	Phase B reactive energy net	kvarh	Read
LAV	17	QbTotal_eng	Phase B reactive energy total	kvarh	Read
LAV	18	Sb_eng	Phase B apparent energy	kVAh	Read
LAV	19	PcImp_eng	Phase C active energy import	kWh	Read
LAV	20	PcExp_eng	Phase C active energy export	kWh	Read
LAV	21	PcNet_eng	Phase C active energy net	kWh	Read
LAV	22	PcTotal_eng	Phase C active energy total	kWh	Read
LAV	23	QcImp_eng	Phase C reactive energy import	kvarh	Read
LAV	24	QcExp_eng	Phase C reactive energy export	kvarh	Read
LAV	25	QcNet_eng	Phase C reactive energy net	kvarh	Read
LAV	26	QcTotal_eng	Phase C reactive energy total	kvarh	Read
LAV	27	Sc_eng	Phase C apparent energy	kVAh	Read
LAVmin	28	PsysImp_eng	System active energy import	kWh	Read
LAV	29	PsysExp_eng	System active energy export	kWh	Read
LAV	30	PsysNet_eng	System active energy net	kWh	Read
LAV	31	PsysTotal_eng	System active energy total	kWh	Read
LAV	32	QsysImp_eng	System reactive energy import	kvarh	Read
LAV	33	QsysExp_eng	System reactive energy export	kvarh	Read
LAV	34	QsysNet_eng	System reactive energy net	kvarh	Read
LAV	35	QsysTotal_eng	System reactive energy total	kvarh	Read
LAV	36	Ssys_eng	System apparent energy	kVAh	Read
LAVmin	37	PChn1Imp_eng	Input Channel 1 active energy import	kWh	Read
LAV	38	PChn1Exp_eng	Input Channel 1 active energy export	kWh	Read
LAV	39	PChn1Net_eng	Input Channel 1 active energy net	kWh	Read
LAV	40	PChn1Total_eng	Input Channel 1 active energy total	kWh	Read
LAV	41	QChn1Imp_eng	Input Channel 1 reactive energy import	kvarh	Read
LAV	42	QChn1Exp_eng	Input Channel 1 reactive energy export	kvarh	Read
LAV	43	QChn1Net_eng	Input Channel 1 reactive energy net	kvarh	Read
LAV	44	QChn1Total_eng	Input Channel 1 reactive energy total	kvarh	Read
LAV	45	SChn1_eng	Input Channel 1 apparent energy	kVAh	Read
LAV	253	PUser1Imp_eng	User Channel 1 active energy import	kWh	Read
LAV	254	PUser1Exp_eng	User Channel 1 active energy export	kWh	Read
LAV	255	PUser1Net_eng	User Channel 1 active energy net	kWh	Read
LAV	256	PUser1Total_eng	User Channel 1 active energy total	kWh	Read
LAV	257	QUser1Imp_eng	User Channel 1 reactive energy import	kvarh	Read
LAV	258	QUser1Exp_eng	User Channel 1 reactive energy export	kvarh	Read
LAV	259	QUser1Net_eng	User Channel 1 reactive energy net	kvarh	Read
LAV	260	QUser1Total_eng	User Channel 1 reactive energy total	kvarh	Read
LAV	261	SUser1_eng	User Channel 1 apparent energy	kVAh	Read

Object ID lookup: Accuenergy AcuRev 4100 multi-circuit power meter point IDs by name

AI1Freq_rms
AI2Ua_rms
AI3Ub_rms
AI4Uc_rms
AI5Uavg_rms
AI6Uab_rms
AI7Ubc_rms
AI8Uca_rms
AI9Ulavg_rms
AI10UaAng_rms
AI11UbAng_rms
AI12UcAng_rms
AI13Ia_rms
AI14Pa_rms
AI15Qa_rms
AI16Sa_rms
AI17LNa_rms
AI18PFa_rms
AI19Ib_rms
AI20Pb_rms
AI21Qb_rms
AI22Sb_rms
AI23LNb_rms
AI24PFb_rms
AI25Ic_rms
AI26Pc_rms
AI27Qc_rms
AI28Sc_rms
AI29LNc_rms
AI30PFc_rms
AI31Isys_rms
AI32Psys_rms
AI33Qsys_rms
AI34Ssys_rms
AI35LNsys_rms
AI36PFsys_rms
AI37Ichn1_rms
AI38Pchn1_rms
AI39Qchn1_rms
AI40Schn1_rms
AI41LNchn1_rms
AI42PFchn1_rms
AI43Angchn1_rms
AI205Iusr1_rms
AI206Pusr1_rms
AI207Qusr1_rms
AI208Susr1_rms
AI209LNusr1_rms
AI210PFusr1_rms
AI277Ia_dema
AI278PaImp_dema
AI279PaExp_dema
AI280QaImp_dema
AI281QaExp_dema
AI282Sa_dema
AI283Ib_dema
AI284PbImp_dema
AI285PbExp_dema
AI286QbImp_dema
AI287QbExp_dema
AI288Sb_dema
AI289Ic_dema
AI290PcImp_dema
AI291PcExp_dema
AI292QcImp_dema
AI293QcExp_dema
AI294Sc_dema
AI295Isys_dema
AI296PsysImp_dema
AI297PsysExp_dema
AI298QsysImp_dema
AI299QsysExp_dema
AI300Ssys_dema
AI301Ichn1_dema
AI302Pchn1Imp_dema
AI303Pchn1Exp_dema
AI304Qchn1Imp_dema
AI305Qchn1Exp_dema
AI306Schn1_dema
AI445Iusr1_dema
AI446Pusr1Imp_dema
AI447Pusr1Exp_dema
AI448Qusr1Imp_dema
AI449Qusr1Exp_dema
AI450Susr1_dema
AI517Vpsm_pq
AI518Vzsm_pq
AI519Vnsm_pq
AI520Vpsa_pq
AI521Vzsa_pq
AI522Vnsa_pq
AI523Vufm_pq
AI524VThd_A_pq
AI525VThdO_A_pq
AI526VThdE_A_pq
AI527VCF_A_pq
AI528VThff_A_pq
AI529VThd_B_pq
AI530VThdO_B_pq
AI531VThdE_B_pq
AI532VCF_B_pq
AI533VThff_B_pq
AI534VThd_C_pq
AI535VThdO_C_pq
AI536VThdE_C_pq
AI537VCF_C_pq
AI538VThff_C_pq
AI539VavgThd_pq
AI540VavgThdO_pq
AI541VavgThdE_pq
AI542Ichn1Thd_pq
AI543Ichn1ThdO_pq
AI544Ichn1ThdE_pq
AI545Ichn1KF_pq
AI638Iuser1psm_pq
AI639Iuser1zsm_pq
AI640Iuser1nsm_pq
AI641Iuser1psa_pq
AI642Iuser1zsa_pq
AI643Iuser1nsa_pq
AI644Iuser1ufm_pq
LAV1PaImp_eng
LAV2PaExp_eng
LAV3PaNet_eng
LAV4PaTotal_eng
LAV5QaImp_eng
LAV6QaExp_eng
LAV7QaNet_eng
LAV8QaTotal_eng
LAV9Sa_eng
LAV10PbImp_eng
LAV11PbExp_eng
LAV12PbNet_eng
LAV13PbTotal_eng
LAV14QbImp_eng
LAV15QbExp_eng
LAV16QbNet_eng
LAV17QbTotal_eng
LAV18Sb_eng
LAV19PcImp_eng
LAV20PcExp_eng
LAV21PcNet_eng
LAV22PcTotal_eng
LAV23QcImp_eng
LAV24QcExp_eng
LAV25QcNet_eng
LAV26QcTotal_eng
LAV27Sc_eng
LAV28PsysImp_eng
LAV29PsysExp_eng
LAV30PsysNet_eng
LAV31PsysTotal_eng
LAV32QsysImp_eng
LAV33QsysExp_eng
LAV34QsysNet_eng
LAV35QsysTotal_eng
LAV36Ssys_eng
LAV37PChn1Imp_eng
LAV38PChn1Exp_eng
LAV39PChn1Net_eng
LAV40PChn1Total_eng
LAV41QChn1Imp_eng
LAV42QChn1Exp_eng
LAV43QChn1Net_eng
LAV44QChn1Total_eng
LAV45SChn1_eng
LAV253PUser1Imp_eng
LAV254PUser1Exp_eng
LAV255PUser1Net_eng
LAV256PUser1Total_eng
LAV257QUser1Imp_eng
LAV258QUser1Exp_eng
LAV259QUser1Net_eng
LAV260QUser1Total_eng
LAV261SUser1_eng

Integration notes

Per-channel blocks: the list prints channel 1 and then a range for the rest - input channel basics AI 44-204 (7 per channel), user channel basics AI 211-276 (6 per channel; printed as 205-276), input channel demand AI 307-444, user channel demand AI 451-516, input channel power quality AI 546-637 (4 per channel), user channel power quality AI 645-721 (7 per channel), input channel energy LAV 46-252 and user channel energy LAV 262-360 (9 per channel). Only printed objects are listed here.
AI 208 (Susr1_rms) is printed with 'S' in the ID column; it sits between AI 207 and AI 209 and is listed as 208.
Load nature values: 0 resistive, 1 capacitive, 2 inductive.
The list does not say which BACnet transport the meter uses; check the meter manual.
Source: Accuenergy 'BACnet Points List AcuRev4100' spreadsheet, firmware v1.03p06, generated 2026-05-26.

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 AcuRev 4100 multi-circuit power meter (BACnet) 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 Accuenergy AcuRev 4100 multi-circuit power meter (BACnet)

How many BACnet points does the Accuenergy AcuRev 4100 multi-circuit power meter (BACnet) have?

This list has 175 BACnet objects: 121 analog inputs, 54 large analog values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Accuenergy AcuRev 4100 multi-circuit power meter (BACnet) BACnet points are writable?

None of the listed objects are marked writable in the source documentation.

Where is the official Accuenergy AcuRev 4100 multi-circuit power meter (BACnet) BACnet documentation?

The source is BACnet Points List AcuRev4100, revision 2026-05-26, published free by Accuenergy at https://www.accuenergy.com/wp-content/uploads/AcuRev-4100_BACnet-Object-List.xlsx.

What are the minimum BACnet points to integrate the Accuenergy AcuRev 4100 multi-circuit power meter (BACnet)?

Start with AI 32 Psys_rms (System real power, kW); LAV 28 PsysImp_eng (System imported energy, kWh); AI 296 PsysImp_dema (System import kW demand); AI 36 PFsys_rms (System power factor); AI 31 Isys_rms (System average current, A); AI 2 Ua_rms (Phase A voltage, V); AI 38 Pchn1_rms (Input channel 1 real power, kW); LAV 37 PChn1Imp_eng (Input channel 1 imported energy, kWh); AI 1 Freq_rms (Frequency, Hz).

How do I check these points on the real AcuRev 4100 multi-circuit power meter (BACnet)?

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 Accuenergy BACnet points lists

Source: BACnet Points List AcuRev4100 · rev. 2026-05-26. Object names, instances and units are reproduced as published; descriptions are our own.

Accuenergy AcuRev 4100 multi-circuit power meter (BACnet) BACnet points list

BMS integration notes: Accuenergy AcuRev 4100 multi-circuit power meter (BACnet)

Minimum points to map

Watch out for

Accuenergy AcuRev 4100 multi-circuit power meter (BACnet) BACnet objects

Integration notes

Questions about the Accuenergy AcuRev 4100 multi-circuit power meter (BACnet)

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