Kele endicator PT-NT4-BAC-E power meter (BACnet MS/TP) BACnet points list

Updated 12 November 2026

Short answer

The endicator (PT-NT4-BAC-E) is a power and energy meter with a BACnet MS/TP interface. Analog Inputs carry power, power factor, volts, amps, frequency and import/export energy totals per phase; Analog Values hold the meter set-up (system type, CT type and pairing, pulse contacts, alarms, display); two AO/BO pairs clear the totalizers and the peak demand.

This page lists 104 BACnet objects for the Kele endicator PT-NT4-BAC-E power meter (BACnet MS/TP) — 37 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Kele’s own free documentation, linked below.

Manufacturer: Kele
Model: endicator PT-NT4-BAC-E power meter (BACnet MS/TP)
Equipment: Power meter
Equipment type: Thermostats, sensors & meters
BACnet objects: 104 (37 writable)
Transport: BACnet MS/TP
Firmware: Not stated
Also known as: endicator, PT-NT4-BAC-E, PT-NT4-BAC, Kele endicator power meter
Source document: BACnet MS/TP Point Mapping for the endicator Power Meter

Download CSV 104 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 Kele’s current documentation and the live device before use. Not official Kele information. Terms of use.

BMS integration notes: Kele endicator PT-NT4-BAC-E power meter (BACnet MS/TP)

Integration in brief

Read total kW, kWh and the per-phase volts and amps; set system type, full-scale volts/amps and CT type once at commissioning.

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 4	Total KW	Total real power, kW	Read
AI 36	Total Net KWH	Net energy, kWh	Read
AI 33	Total Pos KWH	Imported energy, kWh	Read
AI 17	Total Power Factor	Total power factor	Read
AI 21	Average LL Volts	Average line-line volts	Read
AI 29	Average Amps	Average current	Read
AI 58	Frequency	Line frequency, Hz	Read

Network setup

Set AV 1 (power system type), AV 2/AV 3 (full-scale volts/amps) and AV 4 (CT type) to match the installation.

Watch out for

AO 1 / BO 1 clear all energy totalizers; don't write them from routine logic.

Kele endicator PT-NT4-BAC-E power meter (BACnet MS/TP) 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.

104 of 104 shown

Type

Binary

Access

Units

Show

Kele endicator PT-NT4-BAC-E power meter (BACnet MS/TP) BACnet Points List
			Description			States
AI	1	Serial Number	Serial Number		Read
AI	2	Firmware Version	Firmware Version		Read
AI	3	Auto/Manual Wiring Configuration	Wiring set up manually (0) or auto-configured (1)		Read	0=Manual, 1=Auto-configured
AImin	4	Total KW	Total KW	kW	Read
AI	5	Sliding Window KW	Sliding Window KW	kW	Read
AI	6	Total KVAR	Total KVAR	kvar	Read
AI	7	Total KVA	Total KVA	kVA	Read
AI	8	Phase A KW	Phase A KW	kW	Read
AI	9	Phase B KW	Phase B KW	kW	Read
AI	10	Phase C KW	Phase C KW	kW	Read
AI	11	Phase A KVAR	Phase A KVAR	kvar	Read
AI	12	Phase B KVAR	Phase B KVAR	kvar	Read
AI	13	Phase C KVAR	Phase C KVAR	kvar	Read
AI	14	Phase A KVA	Phase A KVA	kVA	Read
AI	15	Phase B KVA	Phase B KVA	kVA	Read
AI	16	Phase C KVA	Phase C KVA	kVA	Read
AImin	17	Total Power Factor	Total Power Factor	PF	Read
AI	18	Phase A Power Factor	Phase A Power Factor	PF	Read
AI	19	Phase B Power Factor	Phase B Power Factor	PF	Read
AI	20	Phase C Power Factor	Phase C Power Factor	PF	Read
AImin	21	Average LL Volts	Average LL Volts	V	Read
AI	22	Average LN Volts	Average LN Volts	V	Read
AI	23	L1-L2 Volts	L1-L2 Volts	V	Read
AI	24	L2-L3 Volts	L2-L3 Volts	V	Read
AI	25	L3-L1 Volts	L3-L1 Volts	V	Read
AI	26	L1-N Volts	L1-N Volts	V	Read
AI	27	L2-N Volts	L2-N Volts	V	Read
AI	28	L3-N Volts	L3-N Volts	V	Read
AImin	29	Average Amps	Average Amps	A	Read
AI	30	Phase A Amps	Phase A Amps	A	Read
AI	31	Phase B Amps	Phase B Amps	A	Read
AI	32	Phase C Amps	Phase C Amps	A	Read
AImin	33	Total Pos KWH	Total Pos KWH	kWh	Read
AI	34	Total Neg KWH	Total Neg KWH	kWh	Read
AI	35	Total Abs KWH	Total Abs KWH	kWh	Read
AImin	36	Total Net KWH	Total Net KWH	kWh	Read
AI	37	Total Pos KVARH	Total Pos KVARH	kvarh	Read
AI	38	Total Neg KVARH	Total Neg KVARH	kvarh	Read
AI	39	Total Abs KVARH	Total Abs KVARH	kvarh	Read
AI	40	Total Net KVARH	Total Net KVARH	kvarh	Read
AI	41	Total KVAH	Total KVAH	kVAh	Read
AI	42	Phase A Pos KWH	Phase A Pos KWH	kWh	Read
AI	43	Phase B Pos KWH	Phase B Pos KWH	kWh	Read
AI	44	Phase C Pos KWH	Phase C Pos KWH	kWh	Read
AI	45	Phase A Neg KWH	Phase A Neg KWH	kWh	Read
AI	46	Phase B Neg KWH	Phase B Neg KWH	kWh	Read
AI	47	Phase C Neg KWH	Phase C Neg KWH	kWh	Read
AI	48	Phase A Pos KVARH	Phase A Pos KVARH	kvarh	Read
AI	49	Phase B Pos KVARH	Phase B Pos KVARH	kvarh	Read
AI	50	Phase C Pos KVARH	Phase C Pos KVARH	kvarh	Read
AI	51	Phase A Neg KVARH	Phase A Neg KVARH	kvarh	Read
AI	52	Phase B Neg KVARH	Phase B Neg KVARH	kvarh	Read
AI	53	Phase C Neg KVARH	Phase C Neg KVARH	kvarh	Read
AI	54	Phase A Pos KVAH	Phase A Pos KVAH	kVAh	Read
AI	55	Phase B Pos KVAH	Phase B Pos KVAH	kVAh	Read
AI	56	Phase C Pos KVAH	Phase C Pos KVAH	kVAh	Read
AI	57	Peak Sliding Window KW	Peak Sliding Window KW	kW	Read
AImin	58	Frequency	Frequency	Hz	Read
AI	59	Clear Totalizers Year	Year totalizers were last cleared		Read
AI	60	Clear Totalizers Day Month	Day/month totalizers cleared (LSB day, next byte month)		Read
AI	61	Clear Totalizers Time	Time totalizers cleared (LSB minutes, next byte hours)		Read
AI	62	Peak Window KW Year	Year of peak window kW		Read
AI	63	Peak Window KW Day Month	Day/month of peak window kW (LSB day, next byte month)		Read
AI	64	Peak Window KW Time	Time of peak window kW (LSB minutes, next byte hours)		Read
AI	65	Clear Peak KW Year	Year peak kW was last cleared		Read
AI	66	Clear Peak KW Day Month	Day/month peak kW cleared (LSB day, next byte month)		Read
AI	67	Clear Peak KW Time	Time peak kW cleared (LSB minutes, next byte hours)		Read
AV	1	Power System Type	Power system type		Write	0=3-Wire Delta, 1=4-Wire Wye, 2=2-Wire Single Phase, 3=3-Wire Single Phase, 4=4-Wire Delta
AV	2	Full Scale Volts	Full scale volts, 120-32000	V	Write
AV	3	Full Scale Amps	Full scale amps, 5-6000	A	Write
AV	4	CT Type	CT type		Write	0=Safe-CTs non-matched, 1=5A CTs non-matched, 2=Safe-CTs matched set, 3=5A CTs matched set
AV	5	‘A’ Phase Cal Number	Phase A calibration number, 9500-10500		Write
AV	6	‘B’ Phase Cal Number	Phase B calibration number, 9500-10500		Write
AV	7	‘C’ Phase Cal Number	Phase C calibration number, 9500-10500		Write
AV	8	Volt-Amp Pairing	Volt-amp (voltage/CT) pairing		Write	0=L1/CTA L2/CTB L3/CTC (normal), 1=L1/CTB L2/CTA L3/CTC, 2=L1/CTA L2/CTC L3/CTB, 3=L1/CTC L2/CTB L3/CTA, 4=L1/CTC L2/CTA L3/CTB, 5=L1/CTB L2/CTC L3/CTA
AV	9	CTA Polarity	CT A polarity		Write	0=Normal, 1=Reversed
AV	10	CTB Polarity	CT B polarity		Write	0=Normal, 1=Reversed
AV	11	CTC Polarity	CT C polarity		Write	0=Normal, 1=Reversed
AV	12	KW Sliding Window Period	kW sliding window period, 5-60 min	min	Write
AV	13	Contact 1 Function	Contact 1 function (pulse or alarm)		Write	0=Positive KWH pulse, 1=Negative KWH pulse, 2=Low Volts alarm N.O, 3=Low Volts alarm N.C., 4=Unbalanced Volts alarm N.O., 5=Unbalanced Volts alarm N.C., 6=Low OR Unbal Volts alarm N.O., 7=Low OR Unbal Volts alarm N.C.
AV	14	Contact 2 Function	Contact 2 function (pulse or alarm)		Write	0=Positive KWH pulse, 1=Negative KWH pulse, 2=Low Volts alarm N.O, 3=Low Volts alarm N.C., 4=Unbalanced Volts alarm N.O., 5=Unbalanced Volts alarm N.C., 6=Low OR Unbal Volts alarm N.O., 7=Low OR Unbal Volts alarm N.C.
AV	15	Minimum KWH Pulse Width	kWh pulse width, 50-2000 ms in 50 ms steps	ms	Write
AV	16	KWH Per Puls	kWh per pulse	kWh	Write	0=0.01 KWH/pulse, 1=0.1 KWH/pulse, 2=1 KWH/pulse, 3=10 KWH/pulse
AV	17	Low Volts Alarm Threshold	Low volts alarm threshold, 0-99 (0 = off)	%	Write
AV	18	Unbalanced Volts Alarm Threshold	Unbalanced volts alarm threshold, 0-99 (0 = off)	%	Write
AV	19	mA Output Function	mA output function		Write	1=Total Bidirectional KW, 2=Sliding Window KW, 3=Peak Window KW, 4=Total KVA, 5=Total Power Factor, 6=Average amps, 7=Average volts
AV	20	Name Tag Part 1	Name tag characters, part 1 (two ASCII bytes)		Write
AV	21	Name Tag Part 2	Name tag characters, part 2 (two ASCII bytes)		Write
AV	22	Name Tag Part 3	Name tag characters, part 3 (two ASCII bytes)		Write
AV	23	Name Tag Part 4	Name tag characters, part 4 (two ASCII bytes)		Write
AV	24	Name Tag Part 5	Name tag characters, part 5 (two ASCII bytes)		Write
AV	25	Name Tag Part 6	Name tag characters, part 6 (two ASCII bytes)		Write
AV	26	Displayed Values 1	Display item bit flags, set 1		Write
AV	27	Displayed Values 2	Display item bit flags, set 2		Write
AV	28	Displayed Values 3	Display item bit flags, set 3		Write
AV	29	Displayed Values 4	Display item bit flags, set 4		Write
AV	30	Display Action	Display icons / rotation		Write	0=No icons, no rotate, 1=Show icons, no rotate, 2=No icons, rotate, 3=Show icons, rotate display
AV	31	Year	Meter clock year		Write
AV	32	Day Month	Meter clock day/month (LSB day, next byte month)		Write
AV	33	Time	Meter clock time (LSB minutes, next byte hours)		Write
AO	1	Clear Totalizers	Write any value to clear totalizers; self-resets to 0		Write
AO	2	Clear Peak Sliding Window	Write any value to clear peak sliding window kW; self-resets		Write
BO	1	Clear Totalizers	Set active to clear totalizers; self-resets		Write
BO	2	Clear Peak Sliding Window	Set active to clear peak sliding window kW; self-resets		Write

Object ID lookup: Kele endicator PT-NT4-BAC-E power meter point IDs by name

AI1Serial Number
AI2Firmware Version
AI3Auto/Manual Wiring Configuration
AI4Total KW
AI5Sliding Window KW
AI6Total KVAR
AI7Total KVA
AI8Phase A KW
AI9Phase B KW
AI10Phase C KW
AI11Phase A KVAR
AI12Phase B KVAR
AI13Phase C KVAR
AI14Phase A KVA
AI15Phase B KVA
AI16Phase C KVA
AI17Total Power Factor
AI18Phase A Power Factor
AI19Phase B Power Factor
AI20Phase C Power Factor
AI21Average LL Volts
AI22Average LN Volts
AI23L1-L2 Volts
AI24L2-L3 Volts
AI25L3-L1 Volts
AI26L1-N Volts
AI27L2-N Volts
AI28L3-N Volts
AI29Average Amps
AI30Phase A Amps
AI31Phase B Amps
AI32Phase C Amps
AI33Total Pos KWH
AI34Total Neg KWH
AI35Total Abs KWH
AI36Total Net KWH
AI37Total Pos KVARH
AI38Total Neg KVARH
AI39Total Abs KVARH
AI40Total Net KVARH
AI41Total KVAH
AI42Phase A Pos KWH
AI43Phase B Pos KWH
AI44Phase C Pos KWH
AI45Phase A Neg KWH
AI46Phase B Neg KWH
AI47Phase C Neg KWH
AI48Phase A Pos KVARH
AI49Phase B Pos KVARH
AI50Phase C Pos KVARH
AI51Phase A Neg KVARH
AI52Phase B Neg KVARH
AI53Phase C Neg KVARH
AI54Phase A Pos KVAH
AI55Phase B Pos KVAH
AI56Phase C Pos KVAH
AI57Peak Sliding Window KW
AI58Frequency
AI59Clear Totalizers Year
AI60Clear Totalizers Day Month
AI61Clear Totalizers Time
AI62Peak Window KW Year
AI63Peak Window KW Day Month
AI64Peak Window KW Time
AI65Clear Peak KW Year
AI66Clear Peak KW Day Month
AI67Clear Peak KW Time
AV1Power System Type
AV2Full Scale Volts
AV3Full Scale Amps
AV4CT Type
AV5‘A’ Phase Cal Number
AV6‘B’ Phase Cal Number
AV7‘C’ Phase Cal Number
AV8Volt-Amp Pairing
AV9CTA Polarity
AV10CTB Polarity
AV11CTC Polarity
AV12KW Sliding Window Period
AV13Contact 1 Function
AV14Contact 2 Function
AV15Minimum KWH Pulse Width
AV16KWH Per Puls
AV17Low Volts Alarm Threshold
AV18Unbalanced Volts Alarm Threshold
AV19mA Output Function
AV20Name Tag Part 1
AV21Name Tag Part 2
AV22Name Tag Part 3
AV23Name Tag Part 4
AV24Name Tag Part 5
AV25Name Tag Part 6
AV26Displayed Values 1
AV27Displayed Values 2
AV28Displayed Values 3
AV29Displayed Values 4
AV30Display Action
AV31Year
AV32Day Month
AV33Time
AO1Clear Totalizers
AO2Clear Peak Sliding Window
BO1Clear Totalizers
BO2Clear Peak Sliding Window

Integration notes

Object names are the printed descriptions; the mapping has no separate object-name column.
All Analog Inputs are read-only. AVs are set-up values; access for AV/AO/BO is not printed and is taken as writable from the notes and object type.
Dates and times (clear totalizers, peak window, meter clock) are packed: low byte day or minutes, next byte month or hours.
AV 20-25 hold the meter's name tag as pairs of ASCII characters; AV 26-29 are bit flags choosing what the display shows.

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 endicator PT-NT4-BAC-E power meter (BACnet MS/TP) 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 Kele endicator PT-NT4-BAC-E power meter (BACnet MS/TP)

How many BACnet points does the Kele endicator PT-NT4-BAC-E power meter (BACnet MS/TP) have?

This list has 104 BACnet objects: 67 analog inputs, 2 analog outputs, 33 analog values, 2 binary outputs. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Kele endicator PT-NT4-BAC-E power meter (BACnet MS/TP) BACnet points are writable?

37 of the 104 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 Kele endicator PT-NT4-BAC-E power meter (BACnet MS/TP) BACnet documentation?

The source is BACnet MS/TP Point Mapping for the endicator Power Meter, published free by Kele at https://assets.kele.com/Catalog/17%20Power%20Monitoring/PDFs/PT-NT4-BAC-E%20Point%20Mapping.pdf.

What are the minimum BACnet points to integrate the Kele endicator PT-NT4-BAC-E power meter (BACnet MS/TP)?

Start with AI 4 Total KW (Total real power, kW); AI 36 Total Net KWH (Net energy, kWh); AI 33 Total Pos KWH (Imported energy, kWh); AI 17 Total Power Factor (Total power factor); AI 21 Average LL Volts (Average line-line volts); AI 29 Average Amps (Average current); AI 58 Frequency (Line frequency, Hz).

How do I check these points on the real endicator PT-NT4-BAC-E power meter (BACnet MS/TP)?

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.

Source: BACnet MS/TP Point Mapping for the endicator Power Meter. Object names, instances and units are reproduced as published; descriptions are our own.