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EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016)

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Eurotherm (Schneider Electric) EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016) BACnet points list

Updated 12 November 2026Unofficial source

Short answer

The EPC3000 range is a family of single-loop process and temperature controllers with a setpoint programmer. The BACnet object list is fixed: input PVs, alarm inputs, loop working setpoint and output, programmer status and maths outputs as analog inputs; alarm settings, loop PV, target setpoint, auto/manual, manual output, PID terms, I/O values, a remote input and the programmer controls as writable analog values; output, alarm and programmer event states as binary inputs; input and alarm status as multistate inputs.

This page lists 172 BACnet objects for the Eurotherm (Schneider Electric) EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016) — 116 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from a copy of Eurotherm (Schneider Electric)’s documentation hosted by BACnet International product catalog, not by Eurotherm (Schneider Electric) itself, so treat it as unofficial.

Manufacturer: Eurotherm (Schneider Electric)
Model: EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016)
Equipment: Other equipment (single-loop process / temperature controller)
Equipment type: Other equipment
BACnet objects: 172 (116 writable)
Transport: —
Firmware: V3.02
Also known as: EPC3000, EPC3004, EPC3008, EPC3016, Eurotherm EPC3000, HA033299
Source document: EPC3000 Programmable Controller Protocol Implementation Conformance Statement · HA033299 Issue 2 · rev. 2018-10-09 (unofficial copy, hosted by BACnet International product catalog)

Download CSV 172 rows Download EDE B.I.G.-EU JSON Source PDF (unofficial copy) ↗ Compare with your scan Download Easy BACnet Mobile App Google Play

Reference only, provided as-is: verify against Eurotherm (Schneider Electric)’s current documentation and the live device before use. Not official Eurotherm (Schneider Electric) information. Terms of use.

BMS integration notes: Eurotherm (Schneider Electric) EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016)

Integration in brief

Write the loop target setpoint (AV 38), auto/manual (AV 39) and manual output (AV 40). Read the process value (AI 1), working setpoint (AI 9), working output (AI 10) and the alarm states (BI 9-14 / MI 3-8). A BMS value can be fed to the controller through AV 53 RemoteInput.Input.

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
AV 38	Loop.Main.TargetSP	Loop target setpoint	Write
AV 39	Loop.Main.AutoMan	Loop auto / manual select	Write
AV 40	Loop.OP.ManualOP	Loop output in manual	Write
AI 1	AI.1.Main.PV	Input 1 process value	Read
AI 9	Loop.Main.WorkingSP	Loop working setpoint	Read
AI 10	Loop.Main.WorkingOutput	Loop working output, %	Read
MI 1	AI.1.PVStatus	Input 1 status	Read
BI 9	Alarm.1.Output	Alarm 1 active	Read

Sensors & values from the BMS

AV 53 RemoteInput.Input accepts a value written over BACnet; how the controller uses it depends on its configuration.

Network setup

The Modbus addresses used with the UserParameter pairs are in the iTools help (Device Help > Scada).

Watch out for

Configuration parameters cannot be written over BACnet, and the controller cannot be put into configuration mode from BACnet.
Alarm and PID settings are instrument parameters; avoid cyclic writes.

Eurotherm (Schneider Electric) EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016) 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.

172 of 172 shown

Type

BinaryMulti-state

Access

Units

Show

Eurotherm (Schneider Electric) EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016) BACnet Points List
			Description			States
BI	1	IO.IO1.Output	Indicates status of IO1 out (needs hardware fitted)		Read	ON / OFF
BI	2	IO.IO2.Output	Indicates status of IO2 out (needs hardware fitted)		Read	ON / OFF
BI	3	IO.OP3.Output	Indicates status of OP3 out		Read	ON / OFF
BI	4	IO.IO4.Output	Indicates status of IO4 out (not on EPC3016; needs hardware fitted)		Read	ON / OFF
BI	5	OptionDIO.D1.Out	Indicates status of D1 out (not on EPC3016; needs hardware fitted; if configured)		Read	ON / OFF
BI	6	OptionDIO.D2.Out	Indicates status of D2 out (not on EPC3016; needs hardware fitted; if configured)		Read	ON / OFF
BI	7	OptionDIO.D3.Out	Indicates status of D3 out (not on EPC3016; needs hardware fitted; if configured)		Read	ON / OFF
BI	8	OptionDIO.D4.Out	Indicates status of D4 out (not on EPC3016; needs hardware fitted; if configured)		Read	ON / OFF
BImin	9	Alarm.1.Output	Alarm 1 Output state		Read	ON / OFF
BI	10	Alarm.2.Output	Alarm 2 Output state		Read	ON / OFF
BI	11	Alarm.3.Output	Alarm 3 Output state		Read	ON / OFF
BI	12	Alarm.4.Output	Alarm 4 Output state		Read	ON / OFF
BI	13	Alarm.5.Output	Alarm 5 Output state		Read	ON / OFF
BI	14	Alarm.6.Output	Alarm 6 Output state		Read	ON / OFF
BI	15	Programmer.Run.Event1	Programmer Event 1 (if feature enabled)		Read	ON / OFF
BI	16	Programmer.Run.Event2	Programmer Event 2 (if feature enabled)		Read	ON / OFF
BI	17	Programmer.Run.Event3	Programmer Event 3 (if feature enabled)		Read	ON / OFF
BI	18	Programmer.Run.Event4	Programmer Event 4 (if feature enabled)		Read	ON / OFF
BI	19	Programmer.Run.Event5	Programmer Event 5 (if feature enabled)		Read	ON / OFF
BI	20	Programmer.Run.Event6	Programmer Event 6 (if feature enabled)		Read	ON / OFF
BI	21	Programmer.Run.Event7	Programmer Event 7 (if feature enabled)		Read	ON / OFF
BI	22	Programmer.Run.Event8	Programmer Event 8 (if feature enabled)		Read	ON / OFF
AImin	1	AI.1.Main.PV	Analogue Input 1 PV		Read
AI	2	AI.2.Main.PV	Analogue Input 2 PV (not on EPC3016; needs hardware fitted; if feature enabled)		Read
AI	3	Alarm.1.Input	Alarm 1 Input		Read
AI	4	Alarm.2.Input	Alarm 2 Input		Read
AI	5	Alarm.3.Input	Alarm 3 Input		Read
AI	6	Alarm.4.Input	Alarm 4 Input		Read
AI	7	Alarm.5.Input	Alarm 5 Input		Read
AI	8	Alarm.6.Input	Alarm 6 Input		Read
AImin	9	Loop.Main.WorkingSP	Loop Working Setpoint		Read
AImin	10	Loop.Main.WorkingOutput	Loop Working Output	%	Read
AI	11	IO.LA.PV	IO LA PV		Read
AI	12	IO.LB.PV	IO LB PV (not on EPC3016)		Read
AI	13	Programmer.Run.PSP	Programmer Setpoint (if feature enabled)		Read
AI	14	Programmer.Run.ProgramTimeLeft	Program Time Remaining (if feature enabled)	ms	Read
AI	15	Programmer.Run.SegmentTimeLeft	Segment Time Remaining (if feature enabled)	ms	Read
AI	16	Programmer.Run.ProgramCyclesLeft	Program Cycles Remaining (if feature enabled)		Read
AI	17	Programmer.Run.CurrentProgramNumber	Current Program Number (if feature enabled)		Read
AI	18	Programmer.Run.SegmentNumber	Current Segment Number (if feature enabled)		Read
AI	19	Math.1.Out	Math 1 Output (if feature enabled)		Read
AI	20	Math.2.Out	Math 2 Output (if feature enabled)		Read
AI	21	Math.3.Out	Math 3 Output (if feature enabled)		Read
AI	22	Math.4.Out	Math 4 Output (if feature enabled)		Read
AI	23	Math.5.Out	Math 5 Output (if feature enabled)		Read
AI	24	Math.6.Out	Math 6 Output (if feature enabled)		Read
AI	25	Math.7.Out	Math 7 Output (if feature enabled)		Read
AI	26	Math.8.Out	Math 8 Output (if feature enabled)		Read
AV	1	Alarm.1.Threshold	Alarm 1 Threshold		Write
AV	2	Alarm.1.Hysteresis	Alarm 1 Hysteresis		Write
AV	3	Alarm.1.Deviation	Alarm 1 Deviation		Write
AV	4	Alarm.1.Reference	Alarm 1 Reference		Write
AV	5	Alarm.1.Inhibit	Alarm 1 Inhibit		Write
AV	6	Alarm.1.Ack	Alarm 1 Ack		Write
AV	7	Alarm.2.Threshold	Alarm 2 Threshold		Write
AV	8	Alarm.2.Hysteresis	Alarm 2 Hysteresis		Write
AV	9	Alarm.2.Deviation	Alarm 2 Deviation		Write
AV	10	Alarm.2.Reference	Alarm 2 Reference		Write
AV	11	Alarm.2.Inhibit	Alarm 2 Inhibit		Write
AV	12	Alarm.2.Ack	Alarm 2 Ack		Write
AV	13	Alarm.3.Threshold	Alarm 3 Threshold		Write
AV	14	Alarm.3.Hysteresis	Alarm 3 Hysteresis		Write
AV	15	Alarm.3.Deviation	Alarm 3 Deviation		Write
AV	16	Alarm.3.Reference	Alarm 3 Reference		Write
AV	17	Alarm.4.Inhibit	Alarm 4 Inhibit		Write
AV	18	Alarm.3.Ack	Alarm 3 Ack		Write
AV	19	Alarm.4.Threshold	Alarm 4 Threshold		Write
AV	20	Alarm.4.Hysteresis	Alarm 4 Hysteresis		Write
AV	21	Alarm.4.Deviation	Alarm 4 Deviation		Write
AV	22	Alarm.4.Reference	Alarm 4 Reference		Write
AV	23	Alarm.4.Inhibit	Alarm 4 Inhibit		Write
AV	24	Alarm.4.Ack	Alarm 4 Ack		Write
AV	25	Alarm.5.Threshold	Alarm 5 Threshold		Write
AV	26	Alarm.5.Hysteresis	Alarm 5 Hysteresis		Write
AV	27	Alarm.5.Deviation	Alarm 5 Deviation		Write
AV	28	Alarm.5.Reference	Alarm 5 Reference		Write
AV	29	Alarm.5.Inhibit	Alarm 5 Inhibit		Write
AV	30	Alarm.5.Ack	Alarm 5 Ack		Write
AV	31	Alarm.6.Threshold	Alarm 6 Threshold		Write
AV	32	Alarm.6.Hysteresis	Alarm 6 Hysteresis		Write
AV	33	Alarm.6.Deviation	Alarm 6 Deviation		Write
AV	34	Alarm.6.Reference	Alarm 6 Reference		Write
AV	35	Alarm.6.Inhibit	Alarm 6 Inhibit		Write
AV	36	Alarm.6.Ack	Alarm 6 Ack		Write
AV	37	Loop.Main.PV	Loop PV		Write
AVmin	38	Loop.Main.TargetSP	Loop Target Setpoint		Write
AVmin	39	Loop.Main.AutoMan	Loop Auto/Manual		Write
AVmin	40	Loop.OP.ManualOP	Loop Manual Output		Write
AV	41	Loop.PID.Ch1PropBand	Loop Channel 1 Prop Band		Write
AV	42	Loop.PID.Ch2PropBand	Loop Channel 2 Prop Band		Write
AV	43	Loop.PID.IntegralTime	Loop Integral Time		Write
AV	44	Loop.PID.DerivativeTime	Loop Derivative Time		Write
AV	45	IO.IO1.PV	IO IO1 PV (needs hardware fitted)		Write
AV	46	IO.IO2.PV	IO IO2 PV (needs hardware fitted)		Write
AV	47	IO.OP3.PV	IO OP3 PV		Write
AV	48	IO.IO4.PV	IO IO4 PV (not on EPC3016; needs hardware fitted)		Write
AV	49	OptionDIO.D1.PV	OptionDIO D1 PV (not on EPC3016)		Write
AV	50	OptionDIO.D2.PV	OptionDIO D2 PV (not on EPC3016)		Write
AV	51	OptionDIO.D3.PV	OptionDIO D3 PV (not on EPC3016)		Write
AV	52	OptionDIO.D4.PV	OptionDIO D4 PV (not on EPC3016)		Write
AV	53	RemoteInput.Input	RemoteInput Input		Write
AV	54	UserParameter.1.Address	User Parameter 1 Address		Write
AV	55	UserParameter.1.Value	User Parameter 1 Value		Write
AV	56	UserParameter.2.Address	User Parameter 2 Address		Write
AV	57	UserParameter.2.Value	User Parameter 2 Value		Write
AV	58	UserParameter.3.Address	User Parameter 3 Address		Write
AV	59	UserParameter.3.Value	User Parameter 3 Value		Write
AV	60	UserParameter.4.Address	User Parameter 4 Address		Write
AV	61	UserParameter.4.Value	User Parameter 4 Value		Write
AV	62	UserParameter.5.Address	User Parameter 5 Address		Write
AV	63	UserParameter.5.Value	User Parameter 5 Value		Write
AV	64	UserParameter.6.Address	User Parameter 6 Address		Write
AV	65	UserParameter.6.Value	User Parameter 6 Value		Write
AV	66	UserParameter.7.Address	User Parameter 7 Address		Write
AV	67	UserParameter.7.Value	User parameter 7 Value		Write
AV	68	UserParameter.8.Address	User parameter 8 Address		Write
AV	69	UserParameter.8.Value	User parameter 8 Value		Write
AV	70	UserParameter.9.Address	User parameter 9 Address		Write
AV	71	UserParameter.9.Value	User parameter 9 Value		Write
AV	72	UserParameter.10.Address	User parameter 10 Address		Write
AV	73	UserParameter.10.Value	User parameter 10 Value		Write
AV	74	UserParameter.11.Address	User parameter 11 Address		Write
AV	75	UserParameter.11.Value	User parameter 11 Value		Write
AV	76	UserParameter.12.Address	User parameter 12 Address		Write
AV	77	UserParameter.12.Value	User parameter 12 Value		Write
AV	78	UserParameter.13.Address	User parameter 13 Address		Write
AV	79	UserParameter.13.Value	User parameter 13 Value		Write
AV	80	UserParameter.14.Address	User parameter 14 Address		Write
AV	81	UserParameter.14.Value	User parameter 14 Value		Write
AV	82	UserParameter.15.Address	User parameter 15 Address		Write
AV	83	UserParameter.15.Value	User parameter 15 Value		Write
AV	84	UserParameter.16Address	User parameter 16 Address		Write
AV	85	UserParameter.16.Value	User Parameter 16 Value		Write
AV	86	UserParameter.17.Address	User Parameter 17 Address		Write
AV	87	UserParameter.17.Value	User Parameter 17 Value		Write
AV	88	UserParameter.18.Address	User Parameter 18 Address		Write
AV	89	UserParameter.18.Value	User Parameter 18 Value		Write
AV	90	UserParameter.19.Address	User Parameter 19 Address		Write
AV	91	UserParameter.19.Value	User Parameter 19 Value		Write
AV	92	UserParameter.20.Address	User Parameter 20 Address		Write
AV	93	UserParameter.20.Value	User Parameter 20 Value		Write
AV	94	UserParameter.21.Address	User Parameter 21 Address		Write
AV	95	UserParameter.21.Value	User Parameter 21 Value		Write
AV	96	UserParameter.22.Address	User Parameter 22 Address		Write
AV	97	UserParameter.22.Value	User Parameter 22 Value		Write
AV	98	UserParameter.23.Address	User Parameter 23 Address		Write
AV	99	UserParameter.23.Value	User Parameter 23 Value		Write
AV	100	UserParameter.24.Address	User Parameter 24 Address		Write
AV	101	UserParameter.24.Value	User Parameter 24 Value		Write
AV	102	UserParameter.25.Address	User Parameter 25 Address		Write
AV	103	UserParameter.25.Value	User Parameter 25 Value		Write
AV	104	UserParameter.26.Address	User Parameter 26 Address		Write
AV	105	UserParameter.26.Value	User Parameter 26 Value		Write
AV	106	UserParameter.27.Address	User Parameter 27 Address		Write
AV	107	UserParameter.27.Value	User Parameter 27 Value		Write
AV	108	UserParameter.28.Address	User Parameter 28 Address		Write
AV	109	UserParameter.28.Value	User Parameter 28 Value		Write
AV	110	UserParameter.29.Address	User Parameter 29 Address		Write
AV	111	UserParameter.29.Value	User Parameter 29 Value		Write
AV	112	UserParameter.30.Address	User Parameter 30 Address		Write
AV	113	UserParameter.30.Value	User Parameter 30 Value		Write
AV	114	Programmer.Run.ProgramNumber	Program Number (if feature enabled)		Write
AV	115	Programmer.Run.ProgramMode	Program Mode (if feature enabled)		Write
AV	116	Programmer.Run.ProgramAdvance	Program Advance (if feature enabled)		Write
MImin	1	AI.1.PVStatus	AI 1 Status		Read
MI	2	AI.2.PVStatus	AI 2 Status (not on EPC3016; needs hardware fitted; if feature enabled)		Read
MI	3	Alarm.1.Status	Alarm 1 Status		Read
MI	4	Alarm.2.Status	Alarm 2 Status		Read
MI	5	Alarm.3.Status	Alarm 3 Status		Read
MI	6	Alarm.4.Status	Alarm 4 Status		Read
MI	7	Alarm.5.Status	Alarm 5 Status		Read
MI	8	Alarm.6.Status	Alarm 6 Status		Read

Object ID lookup: Eurotherm (Schneider Electric) EPC3000 programmable controller point IDs by name

BI1IO.IO1.Output
BI2IO.IO2.Output
BI3IO.OP3.Output
BI4IO.IO4.Output
BI5OptionDIO.D1.Out
BI6OptionDIO.D2.Out
BI7OptionDIO.D3.Out
BI8OptionDIO.D4.Out
BI9Alarm.1.Output
BI10Alarm.2.Output
BI11Alarm.3.Output
BI12Alarm.4.Output
BI13Alarm.5.Output
BI14Alarm.6.Output
BI15Programmer.Run.Event1
BI16Programmer.Run.Event2
BI17Programmer.Run.Event3
BI18Programmer.Run.Event4
BI19Programmer.Run.Event5
BI20Programmer.Run.Event6
BI21Programmer.Run.Event7
BI22Programmer.Run.Event8
AI1AI.1.Main.PV
AI2AI.2.Main.PV
AI3Alarm.1.Input
AI4Alarm.2.Input
AI5Alarm.3.Input
AI6Alarm.4.Input
AI7Alarm.5.Input
AI8Alarm.6.Input
AI9Loop.Main.WorkingSP
AI10Loop.Main.WorkingOutput
AI11IO.LA.PV
AI12IO.LB.PV
AI13Programmer.Run.PSP
AI14Programmer.Run.ProgramTimeLeft
AI15Programmer.Run.SegmentTimeLeft
AI16Programmer.Run.ProgramCyclesLeft
AI17Programmer.Run.CurrentProgramNumber
AI18Programmer.Run.SegmentNumber
AI19Math.1.Out
AI20Math.2.Out
AI21Math.3.Out
AI22Math.4.Out
AI23Math.5.Out
AI24Math.6.Out
AI25Math.7.Out
AI26Math.8.Out
AV1Alarm.1.Threshold
AV2Alarm.1.Hysteresis
AV3Alarm.1.Deviation
AV4Alarm.1.Reference
AV5Alarm.1.Inhibit
AV6Alarm.1.Ack
AV7Alarm.2.Threshold
AV8Alarm.2.Hysteresis
AV9Alarm.2.Deviation
AV10Alarm.2.Reference
AV11Alarm.2.Inhibit
AV12Alarm.2.Ack
AV13Alarm.3.Threshold
AV14Alarm.3.Hysteresis
AV15Alarm.3.Deviation
AV16Alarm.3.Reference
AV17Alarm.4.Inhibit
AV18Alarm.3.Ack
AV19Alarm.4.Threshold
AV20Alarm.4.Hysteresis
AV21Alarm.4.Deviation
AV22Alarm.4.Reference
AV23Alarm.4.Inhibit
AV24Alarm.4.Ack
AV25Alarm.5.Threshold
AV26Alarm.5.Hysteresis
AV27Alarm.5.Deviation
AV28Alarm.5.Reference
AV29Alarm.5.Inhibit
AV30Alarm.5.Ack
AV31Alarm.6.Threshold
AV32Alarm.6.Hysteresis
AV33Alarm.6.Deviation
AV34Alarm.6.Reference
AV35Alarm.6.Inhibit
AV36Alarm.6.Ack
AV37Loop.Main.PV
AV38Loop.Main.TargetSP
AV39Loop.Main.AutoMan
AV40Loop.OP.ManualOP
AV41Loop.PID.Ch1PropBand
AV42Loop.PID.Ch2PropBand
AV43Loop.PID.IntegralTime
AV44Loop.PID.DerivativeTime
AV45IO.IO1.PV
AV46IO.IO2.PV
AV47IO.OP3.PV
AV48IO.IO4.PV
AV49OptionDIO.D1.PV
AV50OptionDIO.D2.PV
AV51OptionDIO.D3.PV
AV52OptionDIO.D4.PV
AV53RemoteInput.Input
AV54UserParameter.1.Address
AV55UserParameter.1.Value
AV56UserParameter.2.Address
AV57UserParameter.2.Value
AV58UserParameter.3.Address
AV59UserParameter.3.Value
AV60UserParameter.4.Address
AV61UserParameter.4.Value
AV62UserParameter.5.Address
AV63UserParameter.5.Value
AV64UserParameter.6.Address
AV65UserParameter.6.Value
AV66UserParameter.7.Address
AV67UserParameter.7.Value
AV68UserParameter.8.Address
AV69UserParameter.8.Value
AV70UserParameter.9.Address
AV71UserParameter.9.Value
AV72UserParameter.10.Address
AV73UserParameter.10.Value
AV74UserParameter.11.Address
AV75UserParameter.11.Value
AV76UserParameter.12.Address
AV77UserParameter.12.Value
AV78UserParameter.13.Address
AV79UserParameter.13.Value
AV80UserParameter.14.Address
AV81UserParameter.14.Value
AV82UserParameter.15.Address
AV83UserParameter.15.Value
AV84UserParameter.16Address
AV85UserParameter.16.Value
AV86UserParameter.17.Address
AV87UserParameter.17.Value
AV88UserParameter.18.Address
AV89UserParameter.18.Value
AV90UserParameter.19.Address
AV91UserParameter.19.Value
AV92UserParameter.20.Address
AV93UserParameter.20.Value
AV94UserParameter.21.Address
AV95UserParameter.21.Value
AV96UserParameter.22.Address
AV97UserParameter.22.Value
AV98UserParameter.23.Address
AV99UserParameter.23.Value
AV100UserParameter.24.Address
AV101UserParameter.24.Value
AV102UserParameter.25.Address
AV103UserParameter.25.Value
AV104UserParameter.26.Address
AV105UserParameter.26.Value
AV106UserParameter.27.Address
AV107UserParameter.27.Value
AV108UserParameter.28.Address
AV109UserParameter.28.Value
AV110UserParameter.29.Address
AV111UserParameter.29.Value
AV112UserParameter.30.Address
AV113UserParameter.30.Value
AV114Programmer.Run.ProgramNumber
AV115Programmer.Run.ProgramMode
AV116Programmer.Run.ProgramAdvance
MI1AI.1.PVStatus
MI2AI.2.PVStatus
MI3Alarm.1.Status
MI4Alarm.2.Status
MI5Alarm.3.Status
MI6Alarm.4.Status
MI7Alarm.5.Status
MI8Alarm.6.Status

Integration notes

The Notes column marks objects that are not in service on the EPC3016, need hardware fitted, need configuring or need a feature enabled; this is added to the descriptions.
Units are printed only for AI 10 (%) and the programmer times AI 14-15 (ms).
AV 54-113 are 30 UserParameter Address/Value pairs for indirect access to other operator parameters by Modbus address (no configuration parameters, no 32-bit integers).
AV 17 is printed as Alarm.4.Inhibit although its position belongs to alarm 3; Alarm.4.Inhibit appears again as AV 23. Names are given as printed.
The device Object_Name is built from the controller's Type and CustomerID parameters and can only be changed through iTools or the HMI.
The PICS does not name the data link; vendor ID 10 (Schneider Electric), protocol revision 14, B-ASC.

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 EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016) 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 Eurotherm (Schneider Electric) EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016)

How many BACnet points does the Eurotherm (Schneider Electric) EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016) have?

This list has 172 BACnet objects: 26 analog inputs, 116 analog values, 22 binary inputs, 8 multi-state inputs. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Eurotherm (Schneider Electric) EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016) BACnet points are writable?

116 of the 172 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.

Where is the official Eurotherm (Schneider Electric) EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016) BACnet documentation?

Eurotherm (Schneider Electric) does not publish it on its own website. This list comes from EPC3000 Programmable Controller Protocol Implementation Conformance Statement (HA033299 Issue 2), revision 2018-10-09, a copy hosted by BACnet International product catalog at https://www.bacnetinternational.net/catalog/manu/eurotherm%20by%20schneider%20electric/epc3000_controller_pic_issue_2.pdf. Ask Eurotherm (Schneider Electric) or its representative for the current revision.

What are the minimum BACnet points to integrate the Eurotherm (Schneider Electric) EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016)?

Start with AV 38 Loop.Main.TargetSP (Loop target setpoint); AV 39 Loop.Main.AutoMan (Loop auto / manual select); AV 40 Loop.OP.ManualOP (Loop output in manual); AI 1 AI.1.Main.PV (Input 1 process value); AI 9 Loop.Main.WorkingSP (Loop working setpoint); AI 10 Loop.Main.WorkingOutput (Loop working output, %); MI 1 AI.1.PVStatus (Input 1 status); BI 9 Alarm.1.Output (Alarm 1 active).

Can the BMS supply sensor values to the Eurotherm (Schneider Electric) EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016)?

AV 53 RemoteInput.Input accepts a value written over BACnet; how the controller uses it depends on its configuration.

How do I check these points on the real EPC3000 programmable controller (EPC3004 / EPC3008 / EPC3016)?

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 Eurotherm (Schneider Electric) BACnet points lists

Other equipment (process recorder / PID controller)
Eurotherm (Schneider Electric) nanodac recorder / controller
Eurotherm nanodac graphical recorders and two-loop PID controllers with BACnet enabled.
210 objects · 112 writable · HA033110 Issue 1 · unofficial source
Also known as: nanodac, Eurotherm nanodac, nanodac recorder, HA033110

Source: EPC3000 Programmable Controller Protocol Implementation Conformance Statement · HA033299 Issue 2 · rev. 2018-10-09. Object names, instances and units are reproduced as published; descriptions are our own.