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Access controller 5.x (ControllerProgram) BACnet

Air handling unit controller · BACnet points list

Systemair Access controller 5.x (ControllerProgram) BACnet BACnet points list

Updated 28 October 2026

Short answer

Systemair's Access controller, fitted to its larger air handling units, is a native BACnet device; Systemair publishes its object list as an EDE file set (objects, state texts, units) rather than a PDF table. The 1,201 objects cover run-mode commands and settings (S_ variables), actual values and I/O (A_ variables), fan and damper data from the Modbus-connected motors (CA_ variables), alarms (AL_), trend logs, schedules, a calendar and notification classes. One application covers many unit types, so most objects only matter when the matching function is configured.

This page lists 1201 BACnet objects for the Systemair Access controller 5.x (ControllerProgram) BACnet — 348 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Systemair’s own free documentation, linked below.

Manufacturer: Systemair
Model: Access controller 5.x (ControllerProgram) BACnet
Equipment: Air handling unit controller
Equipment type: Rooftop units, AHUs & DOAS
BACnet objects: 1201 (348 writable)
Transport: BACnet IP
Firmware: Access 5.5-1-01 build 411
Default device instance: 114112
Also known as: Systemair Access, Access 5.5, Access 5.5-1-01, Systemair Access controller, Access ControllerProgram, EXOL
Source document: Access 5.x Modbus variables and BACnet objects (Communication document 5.5-1-01 build 411: BACnet_Access_ControllerProgram EDE, state texts, units) · 5.5-1-01 build 411 · rev. 2026-03

Download CSV 1201 rows Download EDE B.I.G.-EU JSON Manufacturer PDF ↗ Download Easy BACnet Mobile App Google Play

BMS integration notes: Systemair Access controller 5.x (ControllerProgram) BACnet

Integration in brief

Set MV-12 AirUnitAutoMode to AUTO (3) to let the unit follow its schedule, or to Low/Normal/High speed to force it; MV-31 ExternalControl gives BMS-style extended run and stop commands. Read MV-15 UnitMode and MV-16 UnitModeControl to see what the unit is doing and why, map the supply/extract temperatures and supply setpoint, and watch BV-9..12 sum alarms with BV-8 to acknowledge all alarms. Outdoor temperature and summer/winter or changeover modes can be supplied by the BMS through the BMS_ objects.

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
MV 12	AirUnitAutoMode	Off / manual / auto / forced speed command	Write
MV 31	ExternalControl	External extended run or stop command	Write
AV 39	SupplySetpoint	Supply air temperature setpoint	Write
BV 8	AlaAcknowAll	Acknowledge all alarms	Write
MV 15	UnitMode	Actual run mode	Read
MV 16	UnitModeControl	What is driving the current run mode	Read
AI 3	AI_SupplyAirTemp	Supply air temperature	Read
AI 5	AI_ExtractAirTemp	Extract air temperature	Read
AI 1	AI_OutDoorTemp	Outdoor temperature	Read
BV 9	SumAlarm	Any alarm	Read

Enable & remote start

MV-12 AirUnitAutoMode: 1=OFF, 2=Manual (uses MV-13 AirUnitManual), 3=AUTO, 4=Low speed, 5=Normal speed, 6=High speed. MV-31 ExternalControl adds extended run low/normal/high, external stop, start free cooling and recirculation. MV-32 AirUnitServiceStop stops the unit with top priority.

Sensors & values from the BMS

AV-466 BMS_OutDoorTemp takes an outdoor temperature from BACnet/Modbus; BV-156 BMS_SummerMode and BV-157/158 BMS_ChangeOver1/2 take summer/winter and cooling/heating changeover modes. BV-51 CommunicationFaultBmsMaster is an alarm for a BMS master communication fault; the files do not state its timeout.

Network setup

The published EDE uses device instance 114112 (device name Access); the device ID must be unique on the network.
Per the Access 4.x communication manual, BACnet/IP is disabled on delivery and must be switched on in the controller's communication settings.
Entering a BBMD address (host:port, default port 47808) makes Access a BACnet/IP foreign device that ignores other broadcasts (Access 4.x manual).
Systemair supplies EDE, object-type, state-text and unit files plus a Modbus cross-reference in one zip per Access release; use the one matching the controller's software.
The Modbus cross-reference in the same package shows Modbus TCP enabled with device address 1.

Watch out for

Access is inferred: the EDE marks every object as not settable, so confirm writes on site.
Many temperature and pressure objects report BACnet units NO-UNITS even though values are °C or Pa.
S_ setting objects (PID bands, curves, limits) are configuration settings.
Multistate states start at 1 in BACnet, so 'AUTO' on MV-12 is value 3.

Systemair Access controller 5.x (ControllerProgram) 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.

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.

1201 of 1201 shown

Type

Multi-state

Access

Units

Show

Systemair Access controller 5.x (ControllerProgram) BACnet BACnet Points List
			Description			States
CAL	1	Calendar			Write
SCH	2	TC_FanSpeed			Write
SCH	3	TC_Extra1			Write
SCH	4	TC_Extra2			Write
SCH	5	TC_Extra3			Write
SCH	6	TC_Extra4			Write
MV	1	DOSelect_SeqPumpA	Run mode pump seq A		Write	1=Man off, 2=Man on, 3=Auto
MV	2	DOSelect_SeqPumpB	Run mode pump seq B		Write	1=Man off, 2=Man on, 3=Auto
MV	3	DOSelect_SeqPumpC	Run mode pump seq C		Write	1=Man off, 2=Man on, 3=Auto
MV	4	DOSelect_SeqPumpD	Run mode pump seq D		Write	1=Man off, 2=Man on, 3=Auto
MV	5	DOSelect_SeqPumpE	Run mode pump seq E		Write	1=Man off, 2=Man on, 3=Auto
MV	6	DOSelect_SeqPumpF	Run mode pump seq F		Write	1=Man off, 2=Man on, 3=Auto
MV	7	DOSelect_SeqPumpG	Run mode pump seq G		Write	1=Man off, 2=Man on, 3=Auto
MV	8	DOSelect_SeqPumpH	Run mode pump seq H		Write	1=Man off, 2=Man on, 3=Auto
MV	9	DOSelect_SeqPumpI	Run mode pump seq I		Write	1=Man off, 2=Man on, 3=Auto
MV	10	DOSelect_SeqPumpJ	Run mode pump seq J		Write	1=Man off, 2=Man on, 3=Auto
MV	11	DOSelect_RecircAirDamper	Run mode recirc. damper		Write	1=Close, 2=Open, 3=Auto
MV	72	DOSelect_OutdoorAirDamper	Run mode outdoor damper		Write	1=Close, 2=Open, 3=Auto
MV	73	DOSelect_ExhaustAirDamper	Run mode exhaust damper		Write	1=Close, 2=Open, 3=Auto
MV	74	DOSelect_HumidityStart	Run mode HumidityStart		Write	1=Close, 2=Open, 3=Auto
MV	75	DOSelect_ChangeOver1	Run mode changeover 1		Write	1=Close, 2=Open, 3=Auto
MV	76	DOSelect_ChangeOver2	Run mode changeover 2		Write	1=Close, 2=Open, 3=Auto
MVmin	12	AirUnitAutoMode	Running mode air unit		Write	1=OFF, 2=Manual, 3=AUTO, 4=Low speed, 5=Normal speed, 6=High speed
MV	13	AirUnitManual	Man. setting for Air unit in Man. mode		Write	1=Stop, 2=Starting up, 3=Low speed, 4=Normal speed, 5=High speed, 6=Support heating, 7=Support cooling, 8=CO2 mode, 9=Free cooling, 10=Cool down mode, 11=Fire mode, 12=Smoke mode, 13=Recirculation mode, 14=Defrosting mode
MV	14	VentControl	Select temp. cont. mode		Write	1=Const.supply air, 2=Outdoor comp. supply air, 3=Cascade room temp cont., 4=Extract temp cont., 5=Outdoor dep. supply or room temp, 6=Outdoor dep. supply or extract temp, 7=Cascade outdoor comp. room temp cont., 8=Cascade outdoor comp. extract temp cont., 9=Extract air dep. supply air temp.
BV	6	FilterAlarmReset	Resets the filter alarm counter		Write	0=NORMAL, 1=ACKNOWLEDGE
AV	13	AOManual_SequenceA	Seq.A contr. output if man. on mode	%	Write
AV	14	AOManual_SequenceB	Seq.B contr. output if man. on mode	%	Write
AV	15	AOManual_SequenceC	Seq.C contr. output if man. on mode	%	Write
AV	16	AOManual_SequenceD	Seq.D contr. output if man. on mode	%	Write
AV	17	AOManual_SequenceE	Seq.E contr. output if man. on mode	%	Write
AV	18	AOManual_SequenceF	Seq.F contr. output if man. on mode	%	Write
AV	19	AOManual_SequenceG	Seq.G contr. output if man. on mode	%	Write
AV	20	AOManual_SequenceH	Seq.H contr. output if man. on mode	%	Write
AV	21	AOManual_SequenceI	Seq.I contr. output if man. on mode	%	Write
AV	22	AOManual_SequenceJ	Seq.J contr. output if man. on mode	%	Write
AV	23	AOManual_Humidity	Humidification/Dehumidification cont. output if man. mode	%	Write
AV	24	AOManual_ExtraController	Manual/Auto Extra contr.	%	Write
MV	17	AOSelect_SequenceA	Seq.A contr. Mode		Write	1=Man off, 2=Man on, 3=Auto
MV	18	AOSelect_SequenceB	Seq.B contr. Mode		Write	1=Man off, 2=Man on, 3=Auto
MV	19	AOSelect_SequenceC	Seq.C contr. Mode		Write	1=Man off, 2=Man on, 3=Auto
MV	20	AOSelect_SequenceD	Seq.D contr. Mode		Write	1=Man off, 2=Man on, 3=Auto
MV	21	AOSelect_SequenceE	Seq.E contr. Mode		Write	1=Man off, 2=Man on, 3=Auto
MV	22	AOSelect_SequenceF	Seq.F contr. Mode		Write	1=Man off, 2=Man on, 3=Auto
MV	23	AOSelect_SequenceG	Seq.G contr. Mode		Write	1=Man off, 2=Man on, 3=Auto
MV	24	AOSelect_SequenceH	Seq.H contr. Mode		Write	1=Man off, 2=Man on, 3=Auto
MV	25	AOSelect_SequenceI	Seq.I contr. Mode		Write	1=Man off, 2=Man on, 3=Auto
MV	26	AOSelect_SequenceJ	Seq.J contr. Mode		Write	1=Man off, 2=Man on, 3=Auto
MV	27	AOSelect_Humidity	Running mode Humidification/Dehumidification		Write	1=Man off, 2=Man on, 3=Auto
MV	28	AOSelect_ExtraController	Manual/Auto Extra contr.		Write	1=Man off, 2=Man on, 3=Auto
MV	29	SAFAutoMode	Running mode SAF		Write	1=OFF, 2=Manual output, 3=AUTO, 4=Manual setpoint, 5=Low speed, 6=Normal speed, 7=High speed
MV	30	EAFAutoMode	Running mode EAF		Write	1=OFF, 2=Manual output, 3=AUTO, 4=Manual setpoint, 5=Low speed, 6=Normal speed, 7=High speed
AV	25	SAFManualSetpoint	Man. setp. SAF if Man. mode		Write
AV	26	EAFManualSetpoint	Man. setp. EAF if Man. mode		Write
AV	27	SAFManualOutput	Man. output SAF if Man. mode	%	Write
AV	28	EAFManualOutput	Man. output EAF if Man. mode	%	Write
MVmin	31	ExternalControl	External cont.		Write	1=No External control, 2=Extended run low speed, 3=Extended run normal speed, 4=Extended run high speed, 5=External stop, 6=External stop with support control, 7=Start Free cooling, 8=Recirculation
MV	32	AirUnitServiceStop	Stop the air unit with No 1 prio		Write	1=No, 2=Yes
AV	29	SeqPumpOutdLimitA	Pump outd. temp. limit seq A		Write
AV	30	SeqPumpOutdLimitB	Pump outd. temp. limit seq B		Write
AV	31	SeqPumpOutdLimitC	Pump outd. temp. limit seq C		Write
AV	32	SeqPumpOutdLimitD	Pump outd. temp. limit seq D		Write
AV	33	SeqPumpOutdLimitE	Pump outd. temp. limit seq E		Write
AV	34	SeqPumpOutdLimitF	Pump outd. temp. limit seq F		Write
AV	35	SeqPumpOutdLimitG	Pump outd. temp. limit seq G		Write
AV	36	SeqPumpOutdLimitH	Pump outd. temp. limit seq H		Write
AV	37	SeqPumpOutdLimitI	Pump outd. temp. limit seq I		Write
AV	38	SeqPumpOutdLimitJ	Pump outd. temp. limit seq J		Write
MV	33	FanType	Select fan cont. mode		Write	1=Freq. cont. pressure, 2=Freq. cont. air flow, 3=Freq. cont. manually, 4=Direct Freq. cont., 5=Freq. cont. with slave cont. EAF, 6=Freq. cont. with slave cont. EAF air flow dep., 7=Freq. cont. with slave cont. SAF, 8=Freq. cont. with slave cont. SAF air flow dep.
AVmin	39	SupplySetpoint	Setp. supply air temp. when constant supply air temp. func.		Write
AV	40	ExtractSetpoint	Setp. extract air temp if extract air temp cont. func.		Write
AV	41	SupplySetpointMax	Max limit of supply setp. when cascade cont.		Write
AV	44	SupplySetpointMin	Min limit of supply setp. when cascade cont.		Write
AV	42	SupplySetpOffsetLow	Temp. setp. Offset in low speed		Write
AV	43	SupplySetpOffsetHigh	Temp. setp. Offset in high speed		Write
AV	45	SummerModeSupplySetpoint	Supply temp setp. at summer time		Write
AV	46	SummerModeOutdoortemp	Outd. temp for switching bet. summer and winter		Write
AV	47	SAFLowSpeedPressure	Setp. low sp. supply air fan press.		Write
AV	48	SAFNormalSpeedPressure	Setp. normal sp. supply air fan press.		Write
AV	49	SAFHighSpeedPressure	Setp. high sp. supply air fan press.		Write
AV	50	EAFLowSpeedPressure	Setp. low sp. Extract air fan press.		Write
AV	51	EAFNormalSpeedPressure	Setp. normal sp. Extract air fan press.		Write
AV	52	EAFHighSpeedPressure	Setp. high sp. Extract air fan press.		Write
AV	53	SAFLowspeedAirFlow	Setp. low sp. SAF air flow.		Write
AV	54	SAFNormalspeedAirFlow	Setp. normal sp. SAF air flow.		Write
AV	55	SAFHighspeedAirFlow	Setp. high sp. SAF air flow.		Write
AV	56	EAFLowspeedAirFlow	Setp. low sp. EAF air flow.		Write
AV	57	EAFNormalspeedAirFlow	Setp. normal sp. EAF air flow.		Write
AV	58	EAFHighspeedAirFlow	Setp. high sp. EAF air flow.		Write
AV	59	SAFLowSpeedOutput	Output signal low speed SAF if Freq. cont. manually	%	Write
AV	60	SAFNormalSpeedOutput	Output signal normal speed SAF if Freq. cont. manually	%	Write
AV	61	SAFHighspeedOutput	Output signal high speed SAF if Freq. cont. manually	%	Write
AV	62	EAFLowSpeedOutput	Output signal low speed EAF if Freq. cont. manually	%	Write
AV	63	EAFNormalSpeedOutput	Output signal normal speed EAF if Freq. cont. manually	%	Write
AV	64	EAFHighspeedOutput	Output signal high speed EAF if Freq. cont. manually	%	Write
MV	34	SAFModeFreeCool	SAF speed in freecool mode		Write	1=Off/Auto, 2=normal setp., 3=Man. setp., 4=Man. output, 5=Low speed setp., 6=Normal speed setp., 7=High speed setp.
MV	35	SAFModeFire	SAF speed in fire mode		Write	1=Off/Auto, 2=normal setp., 3=Man. setp., 4=Man. output, 5=Low speed setp., 6=Normal speed setp., 7=High speed setp.
MV	36	SAFModeSmoke	SAF setp. in smoke mode		Write	1=Off/Auto, 2=normal setp., 3=Man. setp., 4=Man. output, 5=Low speed setp., 6=Normal speed setp., 7=High speed setp.
MV	37	SAFModeRecirculation	SAF speed in recirc. mode		Write	1=Off/Auto, 2=normal setp., 3=Man. setp., 4=Man. output, 5=Low speed setp., 6=Normal speed setp., 7=High speed setp.
MV	38	EAFModeFreeCool	EAF speed in freecool mode		Write	1=Off/Auto, 2=normal setp., 3=Man. setp., 4=Man. output, 5=Low speed setp., 6=Normal speed setp., 7=High speed setp.
MV	39	EAFModeFire	EAF speed in fire mode		Write	1=Off/Auto, 2=normal setp., 3=Man. setp., 4=Man. output, 5=Low speed setp., 6=Normal speed setp., 7=High speed setp.
MV	40	EAFModeSmoke	EAF speed in smoke mode		Write	1=Off/Auto, 2=normal setp., 3=Man. setp., 4=Man. output, 5=Low speed setp., 6=Normal speed setp., 7=High speed setp.
MV	41	EAFModeRecirculation	EAF speed in recirc. mode		Write	1=Off/Auto, 2=normal setp., 3=Man. setp., 4=Man. output, 5=Low speed setp., 6=Normal speed setp., 7=High speed setp.
AV	65	SAFManSetpFreeCool	SAF setp. in freecool mode		Write
AV	66	SAFManSetpFire	SAF setp. in fire mode		Write
AV	67	SAFManSetpSmoke	SAF man. output in smoke mode		Write
AV	68	SAFManSetpRecirculation	SAF setp. in recirc. mode		Write
AV	69	EAFManSetpFreeCool	EAF setp. in freecool mode		Write
AV	70	EAFManSetpFire	EAF setp. in fire mode		Write
AV	71	EAFManSetpSmoke	EAF setp. in smoke mode		Write
AV	72	EAFManSetpRecirculation	EAF setp. in recirc. mode		Write
AV	73	SAFManOutFreeCool	SAF man. output in freecool mode	%	Write
AV	74	SAFManOutFire	SAF man. output in fire mode	%	Write
AV	75	SAFManOutSmoke	SAF man. output in smoke mode	%	Write
AV	76	SAFManOutRecirculation	SAF man. output in recirc. mode	%	Write
AV	77	EAFManOutFreeCool	EAF man. output in freecool mode	%	Write
AV	78	EAFManOutFire	EAF man. output in fire mode	%	Write
AV	79	EAFManOutSmoke	EAF man. output in smoke mode	%	Write
AV	80	EAFManOutRecirculation	EAF man. output in recirc. mode	%	Write
AV	81	EAFFrequencyFact	Factor for controlling EAF if CAV fan cont. is configured		Write
AV	82	Curve1_X1	Outd. temp for 1st curvep. for outd. comp. setp.		Write
AV	83	Curve1_X2	Outd. temp for 2nd curvep. for outd. comp. setp.		Write
AV	84	Curve1_X3	Outd. temp for 3rd curvep. for outd. comp. setp.		Write
AV	85	Curve1_X4	Outd. temp for 4th curvep. for outd. comp. setp.		Write
AV	86	Curve1_Y1	setp. for 1st curvep. for outd. comp. setp.		Write
AV	87	Curve1_Y2	Setp. for 2nd curvep. for outd. comp. setp.		Write
AV	88	Curve1_Y3	Setp. for 3rd curvep. for outd. comp. setp.		Write
AV	89	Curve1_Y4	Setp. for 4th curvep. for outd. comp. setp.		Write
AV	90	ExtractPID_PBand	P-band Extract air cont.		Write
AV	93	SAFPID_PBand	P-band press. cont. SAF		Write
AV	91	EAFPID_PBand	P-band press. cont. EAF		Write
AV	92	FrostPID1_PBand	P-band frost mode		Write
AV	94	FrostPID2_PBand	P-band frost mode		Write
AV	97	FrostPID3_PBand	P-band frost mode		Write
AV	100	CO2PID_PBand	P-band CO2 mode	ppm	Write
AV	103	RoomPID_PBand	P-band room air cont.		Write
AV	106	DeIcePID_PBand	P-band de-icing		Write
AV	109	HumidityPID_PBand	P-band humidity cont.		Write
AV	110	ExtraPID_PBand	P-band extra pid cont.		Write
AV	111	PreHeatPID_PBand	P-band preheater		Write
AV	107	Zone1SupplyPID_PBand	P-band Zone 1 supply		Write
AV	108	Zone2SupplyPID_PBand	P-band Zone 2 supply		Write
AV	104	Zone3SupplyPID_PBand	P-band Zone 3 supply		Write
AV	105	Zone1RoomPID_PBand	P-band Zone 1 room		Write
AV	101	Zone2RoomPID_PBand	P-band Zone 2 room		Write
AV	102	Zone3RoomPID_PBand	P-band Zone 3 room		Write
AV	98	Zone1FrostPID_PBand	P-band Zone 1 frost prot.		Write
AV	99	Zone2FrostPID_PBand	P-band Zone 2 frost prot.		Write
AV	95	Zone3FrostPID_PBand	P-band Zone 3 frost prot.		Write
AV	434	FreshAirPID_PBand	P-band fresh air		Write
AV	435	EATRPID_PBand	P-band EATR		Write
AV	96	Zone1SupplyCoolPID_PBand	P-band Zone 1 cooling		Write
AV	112	Zone2SupplyCoolPID_PBand	P-band Zone 2 cooling		Write
AV	114	Zone3SupplyCoolPID_PBand	P-band Zone 3 cooling		Write
AV	115	SAFAirFlowPID_PBand	P-band flow cont. SAF		Write
AV	113	EAFAirFlowPID_PBand	P-band flow cont. EAF		Write
AV	116	DeHumidityPID_PBand	P-band de-humidity cont.		Write
AV	438	RHPID_PBand	P-band RH (same PID as CO2)		Write
AV	117	SeqAPID_PBand	P-band Seq A air cont.		Write
AV	118	SeqBPID_PBand	P-band Seq B air cont.		Write
AV	119	SeqCPID_PBand	P-band Seq C air cont.		Write
AV	120	SeqDPID_PBand	P-band Seq D air cont.		Write
AV	121	SeqEPID_PBand	P-band Seq E air cont.		Write
AV	122	SeqFPID_PBand	P-band Seq F air cont.		Write
AV	123	SeqGPID_PBand	P-band Seq G air cont.		Write
AV	124	SeqHPID_PBand	P-band Seq H air cont.		Write
AV	125	SeqIPID_PBand	P-band Seq I air cont.		Write
AV	126	SeqJPID_PBand	P-band Seq J air cont.		Write
AV	127	ExtractPID_ITime	I-time Extract air cont.	s	Write
AV	128	SAFPID_ITime	I-time press. cont. SAF	s	Write
AV	129	EAFPID_ITime	I-time press. cont. EAF	s	Write
AV	130	FrostPID1_ITime	I-time frost mode	s	Write
AV	131	FrostPID2_ITime	I-time frost mode	s	Write
AV	132	FrostPID3_ITime	I-time frost mode	s	Write
AV	133	CO2PID_ITime	I-time CO2 mode	s	Write
AV	134	RoomPID_ITime	I-time room air cont.	s	Write
AV	135	DeIcePID_ITime	I-time de-icing	s	Write
AV	136	HumidityPID_ITime	I-time humidity cont.	s	Write
AV	137	ExtraPID_ITime	I-time extra pid cont.	s	Write
AV	138	PreHeatPID_ITime	I-time preheater	s	Write
AV	139	Zone1SupplyPID_ITime	I-time Zone 1 supply	s	Write
AV	140	Zone2SupplyPID_ITime	I-time Zone 2 supply	s	Write
AV	141	Zone3SupplyPID_ITime	I-time Zone 3 supply	s	Write
AV	142	Zone1RoomPID_ITime	I-time Zone 1 room	s	Write
AV	143	Zone2RoomPID_ITime	I-time Zone 2 room	s	Write
AV	144	Zone3RoomPID_ITime	I-time Zone 3 room	s	Write
AV	145	Zone1FrostPID_ITime	I-time Zone 1 frost prot.	s	Write
AV	146	Zone2FrostPID_ITime	I-time Zone 2 frost prot.	s	Write
AV	147	Zone3FrostPID_ITime	I-time Zone 3 frost prot.	s	Write
AV	436	FreshAirPID_ITime	I-time fresh air	s	Write
AV	437	EATRPID_ITime	I-time EATR	s	Write
AV	148	Zone1SupplyCoolPID_ITime	I-time Zone 1 cooling	s	Write
AV	149	Zone2SupplyCoolPID_ITime	I-time Zone 2 cooling	s	Write
AV	150	Zone3SupplyCoolPID_ITime	I-time Zone 3 cooling	s	Write
AV	464	SAFAirFlowPID_ITime	I-time flow cont. SAF	s	Write
AV	465	EAFAirFlowPID_ITime	I-time flow cont. EAF	s	Write
AV	153	DeHumidityPID_ITime	I-time de-humidity cont.	s	Write
AV	439	RHPID_ITime	I-time RH (same PID as CO2)	s	Write
AV	154	SeqAPID_ITime	I-time Seq A air cont.	s	Write
AV	155	SeqBPID_ITime	I-time Seq B air cont.	s	Write
AV	156	SeqCPID_ITime	I-time Seq C air cont.	s	Write
AV	157	SeqDPID_ITime	I-time Seq D air cont.	s	Write
AV	158	SeqEPID_ITime	I-time Seq E air cont.	s	Write
AV	159	SeqFPID_ITime	I-time Seq F air cont.	s	Write
AV	160	SeqGPID_ITime	I-time Seq G air cont.	s	Write
AV	161	SeqHPID_ITime	I-time Seq H air cont.	s	Write
AV	162	SeqIPID_ITime	I-time Seq I air cont.	s	Write
AV	163	SeqJPID_ITime	I-time Seq J air cont.	s	Write
AV	164	FreeCoolDayLimit	If outdoor temp has been higher on the day free cool is		Write
AV	165	FreeCoolHighLimit	If outd. temp is higher at night the free cool is stopped		Write
AV	166	FreeCoolLowLimit	If outd. temp is lower at night the free cool is stopped		Write
AV	167	FreeCoolRoomLimit	If room temp is lower at night the free cool is stopped		Write
PIV	73	FreeCoolStartTime	Start time free cool function	h	Write
PIV	74	FreeCoolStopTime	Stop time free cool function	h	Write
PIV	1	FreeCoolHeatBlockTime	Time in minute to block heat output when start after free cool		Write
AV	168	CO2StartLimit	Level to activate CO2 cont. (ppm)	ppm	Write
AV	169	CO2DemandDiff	Diff. for stop of demand cont.led ventilation (ppm)	ppm	Write
AV	170	CO2Setpoint	setp. CO2 (ppm)	ppm	Write
PIV	2	CO2MinTime	Min time for CO2 cont. (min)	min	Write
AV	171	NeedHeatStart	Room temperature to start the unit if support heating is active		Write
AV	172	NeedHeatStop	Room temperature to stop the unit if support heating is active		Write
AV	173	NeedCoolStart	Room temperature to start the unit if support cooling is active		Write
AV	174	NeedCoolStop	Room temperature for stop the unit if support cooling is active		Write
PIV	3	NeedMinTime	Min run time support control	min	Write
MV	57	FireDampersAutoMode	Run. mode fire damper		Write	1=Close, 2=Open, 3=Auto
AV	175	DeIcingSetpoint	Setp. de-icing temp		Write
AV	176	DeIcingHyst	Hyst. for stop of de-icing		Write
PIV	63	DeIcingMinTime	Min time for de-icing	min	Write
AV	177	DeIcingSAFTempStop	If lower outd. temp the SAF will be stopped at de-icing		Write
AV	178	HumiditySetpoint	setp. humidity room		Write
AV	179	HumidityMaxDuct	Max limit humidity duct		Write
AV	180	HumidityHyst	Hyst. to start humidity cont. after stop max limitation		Write
AV	181	HumidityStartLimit	Start limit in % to start DO signal		Write
AV	182	HumidityStopLimit	Stop limit in % to stop DO signal		Write
AV	183	HumidityNeutralZone	Neutral zone humidity room		Write
AV	184	RoomSetP	Room setp. if room temp cont. function		Write
AV	188	FrostProtSPStop1	Setp. frost prot. if the ventilation unit is stopped		Write
AV	203	FrostProtSPStop2	Setp. frost prot. if the ventilation unit is stopped		Write
AV	204	FrostProtSPStop3	Setp. frost prot. if the ventilation unit is stopped		Write
AV	185	FrostProtSPStopZone1	Setp. frost prot. zone 1 if the ventilation unit is stopped		Write
AV	186	FrostProtSPStopZone2	Setp. frost prot. zone 2 if the ventilation unit is stopped		Write
AV	187	FrostProtSPStopZone3	Setp. frost prot. zone 3 if the ventilation unit is stopped		Write
AV	206	FrostProtSPRun1	Alarm limit frost prot.		Write
AV	207	FrostProtSPRun2	Alarm limit frost prot.		Write
AV	208	FrostProtSPRun3	Alarm limit frost prot.		Write
AV	189	FrostProtSPRunZone1	Alarm limit frost prot. zone 1		Write
AV	190	FrostProtSPRunZone2	Alarm limit frost prot. zone 2		Write
AV	191	FrostProtSPRunZone3	Alarm limit frost prot. zone 3		Write
AV	194	FrostProtPGain1	P-Gain frost prot. when run (alarm limit+PGain)		Write
AV	197	FrostProtPGain2	P-Gain frost prot. when run (alarm limit+PGain)		Write
AV	200	FrostProtPGain3	P-Gain frost prot. when run (alarm limit+PGain)		Write
AV	201	FrostProtPGainZone1	P-Gain frost prot. zone 1 when run (alarm limit+PGain)		Write
AV	202	FrostProtPGainZone2	P-Gain frost prot. zone 2 when run (alarm limit+PGain)		Write
AV	198	FrostProtPGainZone3	P-Gain frost prot. zone 3 when run (alarm limit+PGain)		Write
AV	205	ExtraControllerSetP	Setp. Extra cont.ler		Write
MV	53	ExtraControllerMode	Control mode ex. contr.		Write	1=Heating, 2=Cooling
MV	58	SumAlarm1	Sum alarm 1 config, defines which alarms that should be on the		Write	1=Off, 2=A+B+C, 3=A+B, 4=B+C, 5=A+C, 6=A, 7=B, 8=C
MV	59	SumAlarm2	Sum alarm 2 config., defines which alarms that should be on the		Write	1=Off, 2=A+B+C, 3=A+B, 4=B+C, 5=A+C, 6=A, 7=B, 8=C
PIV	62	AlarmOutput	Alarm output of configured alarm number		Write
BVmin	8	AlaAcknowAll	Command to acknowledge all alarms		Write	0=Off, 1=On
AV	211	FilterGuard1Limit_X2	Alarm limt filter guard 1 X2 (m3/h) - Calibration air flow		Write
AV	215	FilterGuard2Limit_X2	Alarm limt filter guard 2 X2 (m3/h) - Calibration air flow		Write
AV	441	FilterGuard3Limit_X2	Alarm limt filter guard 3 X2 (m3/h) - Calibration air flow		Write
AV	442	FilterGuard4Limit_X2	Alarm limt filter guard 4 X2 (m3/h) - Calibration air flow		Write
AV	443	FilterGuard5Limit_X2	Alarm limt filter guard 5 X2 (m3/h) - Calibration air flow		Write
AV	212	FilterGuard1Limit_Y2	Alarm limt filter guard 1 Y2 (Pa) - Calibration filter alarm limit		Write
AV	216	FilterGuard2Limit_Y2	Alarm limt filter guard 2 Y2 (Pa) - Calibration filter alarm limit		Write
AV	444	FilterGuard3Limit_Y2	Alarm limt filter guard 3 Y2 (Pa) - Calibration filter alarm limit		Write
AV	445	FilterGuard4Limit_Y2	Alarm limt filter guard 4 Y2 (Pa) - Calibration filter alarm limit		Write
AV	446	FilterGuard5Limit_Y2	Alarm limt filter guard 5 Y2 (Pa) - Calibration filter alarm limit		Write
AV	217	RecircSetP	Recirculation setp.		Write
AV	218	RecircSetPOffset	Offset for recirculation setp.		Write
MV	51	RecircTempControl	Enable supply air temp cont. when recirc. run		Write	1=No temp control, 2=Heating/cooling, 3=Only heating, 4=Only cooling
AV	219	RecircMaxRoomTemp	If higher room temp when recirc. run, recirc. damp. is closed and		Write
MV	52	RecircFreeCool	Enable the free cool func. when recirc. run		Write	1=Off, 2=On
AV	220	RecircSAFOffset	Setp. offset if press./flow cont.led SAF		Write
AV	221	RecircEAFOffset	Setp. offset if press./flow cont.led EAF (this is not used)		Write
PIV	4	FilterAlarmTime	Time in month between filter exchange (Service Alarm)		Write
MV	56	SupplyPIDFreeze	Freeze supply PID control		Write	1=Off, 2=On
AV	222	FanComp1X1	Breakp. 1 (must be lower than breakp. 2)		Write
AV	223	FanComp2X1	Breakp. 1 (must be lower than breakp. 2)		Write
AV	224	FanComp3X1	Breakp. 1 (must be lower than breakp. 2)		Write
AV	225	FanComp1Y1	Comp. breakp. 1		Write
AV	226	FanComp2Y1	Comp. breakp. 1		Write
AV	227	FanComp3Y1	Comp. breakp. 1		Write
AV	228	FanComp1X2	Breakp. 2 (must be higher than breakp. 1)		Write
AV	229	FanComp2X2	Breakp. 2 (must be higher than breakp. 1)		Write
AV	230	FanComp3X2	Breakp. 2 (must be higher than breakp. 1)		Write
AV	234	FanComp1Y2	Comp. breakp. 2		Write
AV	235	FanComp2Y2	Comp. breakp. 2		Write
AV	236	FanComp3Y2	Comp. breakp. 2		Write
AV	231	FanComp1X3	Breakp. 3 (must be higher than breakp. 2)		Write
AV	232	FanComp2X3	Breakp. 3 (must be higher than breakp. 2)		Write
AV	233	FanComp3X3	Breakp. 3 (must be higher than breakp. 2)		Write
AV	237	FanComp1Y3	Comp. breakp. 3		Write
AV	238	FanComp2Y3	Comp. breakp. 3		Write
AV	239	FanComp3Y3	Comp. breakp. 3		Write
AV	240	NeutralZone	Neutral zone supply air.		Write
AV	575	NeutralZoneCascade	Neutral zone cascade control		Write
AV	241	FreeCoolSAFOffset	SAF setp. offset if press./flow controlled SAF when free cool		Write
AV	242	FreeCoolEAFOffset	EAF setp. offset if press./flow controlled EAF when free cool		Write
AV	243	Zone1SetP	Setpoint zone 1 (room or supply)		Write
AV	244	Zone2SetP	Setpoint zone 2 (room or supply)		Write
AV	245	Zone3SetP	Setpoint zone 3 (room or supply)		Write
AV	246	Zone1NeutralZone	Neutral zone around supply setp. zone 1 before heat/cool		Write
AV	249	Zone2NeutralZone	Neutral zone around supply setp. zone 2 before heat/cool		Write
AV	252	Zone3NeutralZone	Neutral zone around supply setp. zone 3 before heat/cool		Write
AV	253	Zone1SetpointMax	Max limit of zone 1 supply setp. when cascade cont.		Write
AV	254	Zone2SetpointMax	Max limit of zone 2 supply setp. when cascade cont.		Write
AV	250	Zone3SetpointMax	Max limit of zone 3 supply setp. when cascade cont.		Write
AV	251	Zone1SetpointMin	Min limit of zone 1 supply setp. when cascade cont.		Write
AV	247	Zone2SetpointMin	Min limit of zone 2 supply setp. when cascade cont.		Write
AV	248	Zone3SetpointMin	Min limit of zone 3 supply setp. when cascade cont.		Write
AV	255	DelayedStartDXCool	Minsetpoint deviation to allow DX-cooling		Write
AV	256	DelayedStartDXHeat	Minsetpoint deviation to allow DX-heating		Write
MV	78	S_FrostProtFanReduction1	Enable fan reduction when freeze risk freeze protection temperature 1		Write	1=Off, 2=On
MV	79	S_FrostProtFanReduction2	Enable fan reduction when freeze risk freeze protection temperature 2		Write	1=Off, 2=On
MV	80	S_FrostProtFanReduction3	Enable fan reduction when freeze risk freeze protection temperature 3		Write	1=Off, 2=On
MV	81	S_FrostProtFanReductionZone1	Enable fan reduction when freeze risk freeze protection temperature zone 1		Write	1=Off, 2=On
MV	82	S_FrostProtFanReductionZone2	Enable fan reduction when freeze risk freeze protection temperature zone 2		Write	1=Off, 2=On
MV	83	S_FrostProtFanReductionZone3	Enable fan reduction when freeze risk freeze protection temperature zone 3		Write	1=Off, 2=On
PIV	64	FeedbackDXTimeStart	Time that Supply Pid is freezed when DX-machine is started (sec)	s	Write
PIV	65	FeedbackDXTimeDefrost	Time that Supply Pid is freezed after DX-machine has been defrosting (sec)	s	Write
PIV	66	FeedbackDXMinRunTime	Min run time DX machine, to avoid involuntary shutdown of the DX	s	Write
PIV	67	FeedbackDXMaxTime	Max time if DX machine don't give feedback (min)	min	Write
AV	540	PreheatSetp	Setpoint preheater		Write
AV	541	SupplySetpointMaxReduction	Offset max limit supply air - if active DX-heating		Write
AV	542	SupplySetpointMinReduction	Offset max limit supply air - if active DX-heating		Write
AV	543	HPMinSetPDevCool	Min setpoint deviation energy for start cooling (kw)	kW	Write
AV	544	HPMinSetPDevHeat	Min setpoint deviation energy for start heating (kw)	kW	Write
MV	88	HPPumpMode	Pump run mode (0=Reversible, 1=Only cooling, 2=Only heating)		Write	1=Reversible, 2=Only cooling, 3=Only heating
PIV	68	HPBlockingTime	Blocking time between heating and cooling (0-360min)	min	Write
AV	545	FrostLimitPrLimitDev	Pressure deviation (%) for start deicing	%	Write
AV	570	ExtDisp_SetpOffset	Actual supply setpoint offset		Write
AV	571	RHSetpoint	setp. RH (%)	%	Write
PIV	69	RHMinTime	Min time for RH cont. (min)	min	Write
PIV	70	FireDampersRunTime	Run time fire damper	s	Write
PIV	71	FireDampersInterval	Test interval fire damper		Write
PIV	72	FireDampersExerciseTime	Test hour fire damper	h	Write
AV	574	DXBlockLowOutdoorTemp	Heating mode blocked when exchanger-outdoor temperature is lower		Write
AV	576	Zone1NeutralZoneCascade	Neutral zone around cascade setp. zone 1 before heat/cool		Write
AV	577	Zone2NeutralZoneCascade	Neutral zone around cascade setp. zone 2 before heat/cool		Write
AV	578	Zone3NeutralZoneCascade	Neutral zone around cascade setp. zone 3 before heat/cool		Write
PIV	75	SummerModeSwitchDelay	Delay outdoor temp for switching between summer and winter mode (in minutes)	min	Write
BV	1	NeedHeatActive	Is set if ongoing support heating		Read	0=Inactive, 1=Active
BV	2	NeedCoolActive	Is set if ongoing support cooling		Read	0=Inactive, 1=Active
BV	3	DemandCO2Active	Is set if ongoing support CO2		Read	0=Inactive, 1=Active
BV	4	RecirculationRunActive	Is set if ongoing recycle run		Read	0=Inactive, 1=Active
BV	5	DeIcingActive	Is set if ongoing de-icing		Read	0=Inactive, 1=Active
BV	81	FrostProtFanReductionActive	Is set if ongoing fan reduction when freeze risk		Read	0=Inactive, 1=Active
AV	11	SAFRunTime	Run. Time supply air fan	h	Read
AV	12	EAFRunTime	Run. Time extract air fan	h	Read
IV	1	DeIcingTime	Number of min for ongoing de-icing	min	Read
IV	2	NeedRunTime	No of min in ongoing support heat/cool	min	Read
BV	7	SmokeDetector	Smoke detector		Read	0=Off, 1=On
AV	257	RoomTemp	Room temp. 1-4		Read
AV	258	ExchPressureSAF	Calculated pressure exchanger SAF		Read
AV	259	ExchAirFlowEAF	Calculated flow exchanger, EAF		Read
AV	427	Efficiency	Efficiency for exchanger	%	Read
MVmin	15	UnitMode	Unit run mode		Read	1=Stop, 2=Starting up, 3=Low speed run, 4=Normal speed run, 5=High speed run, 6=Heating support run, 7=Cooling support run, 8=CO2 Run, 9=Free cool run, 10=Fan stop run, 11=Fire run, 12=Smoke run, 13=Recirculation run, 14=DeIcing run, 15=Filter calibration run, 16=Gas evacuation mode
MVmin	16	UnitModeControl	Indicates what is triggering the curr. run mode		Read	1=Nothing, 2=Time schedule, 3=Manual run, 4=Digital Input, 5=Alarm, 6=External control, 7=Service stop, 8=Support run, 9=Filter calibration, 10=Heat pump exercise
MV	65	ActiveSeqType	Active seq. type		Read	1=Heating, 2=Cooling
MV	66	ActiveHeatSeqStep	Curr. heat seq. step that's active		Read	1=None, 2=1, 3=2, 4=3, 5=4, 6=5, 7=6, 8=7, 9=8, 10=9, 11=10
MV	67	ActiveCoolSeqStep	Curr. cool seq. step that's active		Read	1=None, 2=1, 3=2, 4=3, 5=4, 6=5, 7=6, 8=7, 9=8, 10=9, 11=10
MV	68	ActiveYSeq	Current sequence that's active and controlling		Read	1=None, 2=A, 3=B, 4=C, 5=D, 6=E, 7=F, 8=G, 9=H, 10=I, 11=J
IV	3	CO2RunTime	Number of min for ongoing de-icing	min	Read
AV	265	SAF	Cont. signal supply air fan	%	Read
AV	266	EAF	Cont. signal extract air fan	%	Read
MV	69	SAFSpeed	SAF speed		Read	1=Off, 2=Low speed, 3=Normal speed, 4=High speed, 5=Manual setpoint, 6=Manual output
MV	70	EAFSpeed	EAF speed		Read	1=Off, 2=Low speed, 3=Normal speed, 4=High speed, 5=Manual setpoint, 6=Manual output
MV	71	HumidityMode	Humidity control mode		Read	1=Not active, 2=Humidification, 3=Dehumidification
AV	267	CompLowSpeedSAF	Total comp. low speed SAF		Read
AV	268	CompNormalSpeedSAF	Total comp. normal speed SAF		Read
AV	269	CompHighSpeedSAF	Total comp. high speed SAF		Read
AV	270	CompLowSpeedEAF	Total comp. low speed EAF		Read
AV	271	CompNormalSpeedEAF	Total comp. normal speed EAF		Read
AV	272	CompHighSpeedEAF	Total comp. high speed EAF		Read
BVmin	9	SumAlarm	Sumalarm		Read	0=Inactive, 1=Active
BV	10	SumAlarmA	A-alarm		Read	0=Inactive, 1=Active
BV	11	SumAlarmB	B-alarm		Read	0=Inactive, 1=Active
BV	12	SumAlarmC	C-alarm		Read	0=Inactive, 1=Active
PIV	5	AlarmACount	No of A alarms		Read
PIV	6	AlarmBCount	No of B alarms		Read
PIV	7	AlarmCCount	No of C alarms		Read
PIV	8	SumAlarm1Count	No of SumAlarm1 alarms		Read
PIV	9	SumAlarm2Count	No of SumAlarm2 alarms		Read
AV	273	SupplyPID_SetP	Actual setp. supply air temp.		Read
AV	274	SAFPID_SetP	Actual setp. SAF		Read
AV	275	EAFPID_SetP	Actual setp. EAF		Read
AV	276	SupplyPID_Output		%	Read
AV	277	FrostPID1_Output	Frost prot. cont.ler output	%	Read
AV	278	FrostPID2_Output	Frost prot. cont.ler output	%	Read
AV	279	FrostPID3_Output	Frost prot. cont.ler output	%	Read
AV	280	CO2PID_Output	CO2 cont.ler output	%	Read
AV	281	DeIcePID_Output	De-icing cont.ler output	%	Read
AV	282	HumidityPID_Output	Hum. cont.ler output	%	Read
AV	283	SFP	Actual SFP		Read
AV	284	SFPDay	Day aver. SFP		Read
AV	285	SFPMonth	Month aver. (30d aver.) SFP		Read
AV	287	EnergyFanPwr	Power usage fans	kWh	Read
AV	288	EnergyHeaterPwr	Power usage heater	kWh	Read
AV	286	EnergyExchangerPwr	Power recovery exchanger	kWh	Read
AV	289	SupplyPID_SetP_Cool	Cooling setpoint supply air temperature		Read
AV	290	SupplyPID_SetP_Heat	Heating setpoint supply air temperature		Read
AV	291	DeHumidity_SetP	Dehumidification setpoint		Read
AV	292	Humidity_SetP	Humidification setpoint		Read
AV	447	FilterGuard1CalibrationInitPress	Initial pressure when doing the filter calibration		Read
AV	448	FilterGuard2CalibrationInitPress	Initial pressure when doing the filter calibration		Read
AV	449	FilterGuard3CalibrationInitPress	Initial pressure when doing the filter calibration		Read
AV	450	FilterGuard4CalibrationInitPress	Initial pressure when doing the filter calibration		Read
AV	451	FilterGuard5CalibrationInitPress	Initial pressure when doing the filter calibration		Read
AV	452	FilterGuard1Limit_Calc	Calculated alarmlimit filter guard 1		Read
AV	453	FilterGuard2Limit_Calc	Calculated alarmlimit filter guard 2		Read
AV	454	FilterGuard3Limit_Calc	Calculated alarmlimit filter guard 3		Read
AV	455	FilterGuard4Limit_Calc	Calculated alarmlimit filter guard 4		Read
AV	456	FilterGuard5Limit_Calc	Calculated alarmlimit filter guard 5		Read
AV	466	BMS_OutDoorTemp	Outdoor temp received from BACnet/Modbus		Write
AV	467	SequenceA	Sequence A output in auto and manual mode (%)	%	Read
AV	468	SequenceB	Sequence B output in auto and manual mode (%)	%	Read
AV	469	SequenceC	Sequence C output in auto and manual mode (%)	%	Read
AV	470	SequenceD	Sequence D output in auto and manual mode (%)	%	Read
AV	471	SequenceE	Sequence E output in auto and manual mode (%)	%	Read
AV	472	SequenceF	Sequence F output in auto and manual mode (%)	%	Read
AV	473	SequenceG	Sequence G output in auto and manual mode (%)	%	Read
AV	474	SequenceH	Sequence H output in auto and manual mode (%)	%	Read
AV	475	SequenceI	Sequence I output in auto and manual mode (%)	%	Read
AV	476	SequenceJ	Sequence J output in auto and manual mode (%)	%	Read
AV	537	IndoorEnthalpy	Indoor entalphy	kJ/kg	Read
AV	538	OutdoorEnthalpy	Outdoor entalphy	kJ/kg	Read
MV	77	EnthalpyDiff	Indicate if enthalpy outdoor > enthalpy indoor		Read	1=Not active, 2=Outdoor > Enthalpy indoor
AV	539	ExtractFilterGuardFlowRef	Extract air flow (calculated) filter calibration		Read
MV	84	ChangeOver1RunMode	Changeover 1 running mode (actual changeover sequence 1-10)		Read	1=None, 2=1, 3=2, 4=3, 5=4, 6=5, 7=6, 8=7, 9=8, 10=9, 11=10
MV	85	ChangeOver2RunMode	Changeover 2 running mode (actual changeover sequence 1-10)		Read	1=None, 2=1, 3=2, 4=3, 5=4, 6=5, 7=6, 8=7, 9=8, 10=9, 11=10
MV	86	FeedbackDXWaitStart	Waiting for DX-compressor to start		Read	1=Off, 2=On
MV	87	FeedbackDXWaitDefrost	Waiting for DX-machine to defrost		Read	1=Off, 2=On
MV	103	FrostLimitMode	Ongoing frost limit air flow reduction mode		Read	1=Off, 2=Reduction mode, 3=Defrosting mode
BV	93	HPHeatingModeNotStarted	Heating mode are not allowed to start		Read	0=Inactive, 1=Active
BV	94	HPCoolingModeNotStarted	Cooling mode are not allowed to start		Read	0=Inactive, 1=Active
BV	95	HPExerciseFailed	Exercise of heat pump could not be performed		Read	0=Inactive, 1=Active
BV	96	HPPIDBlocked	Supply air temperature controller is temporary locked		Read	0=Inactive, 1=Active
BV	97	HPSetPDevToSmall	Not allowed to start – Setpoint deviation to small		Read	0=Inactive, 1=Active
BV	98	HPAirflowToLow	Not allowed to start – air flow is to low		Read	0=Inactive, 1=Active
BV	99	HPFlowDiffToBig	Not allowed to start – Flow difference to big		Read	0=Inactive, 1=Active
BV	100	HPReductionMode	Heat pump running in reduction mode		Read	0=Inactive, 1=Active
BV	101	HPAlarm1	Al02 - Supercap/ Battery fault		Read	0=Inactive, 1=Active
BV	102	HPAlarm2	Al63 - Oil return fault alarm		Read	0=Inactive, 1=Active
BV	103	HPAlarm3	Al64 - Watchdog frequency converter		Read	0=Inactive, 1=Active
BV	104	HPAlarm4	Al59 - Low-pressure alarm digital input (C1-P1)		Read	0=Inactive, 1=Active
BV	105	HPAlarm5	Al27 - Low-pressure alarm pressure sensor (C1-P1)		Read	0=Inactive, 1=Active
BV	106	HPAlarm6	Al32 - High-pressure alarm digital input (C1-P2)		Read	0=Inactive, 1=Active
BV	107	HPAlarm7	Al26 - High-pressure alarm pressure sensor (C1-P2)		Read	0=Inactive, 1=Active
BV	108	HPAlarm8	Al58 - High temperature on compressor (C1-T3)		Read	0=Inactive, 1=Active
BV	109	HPAlarm9	Al03 - Low superheating (C1)		Read	0=Inactive, 1=Active
BV	110	HPAlarm10	Al65 - High superheating (C1)		Read	0=Inactive, 1=Active
BV	111	HPAlarm11	Al30 - Expansion-valve fault (C1-EEV)		Read	0=Inactive, 1=Active
BV	112	HPAlarm12	Al53 - Pressure difference “wrong direction” (C1)		Read	0=Inactive, 1=Active
BV	113	HPAlarm13	Al55 - Pressure difference “EEV no function” (C1)		Read	0=Inactive, 1=Active
BV	114	HPAlarm14	Al54 - Pressure difference “no function” (C1)		Read	0=Inactive, 1=Active
BV	115	HPAlarm15	Al25 - Low-pressure-sensor (C1-P1)		Read	0=Inactive, 1=Active
BV	116	HPAlarm16	Al21 - High-pressure-sensor (C1-P2)		Read	0=Inactive, 1=Active
BV	117	HPAlarm17	Al67 - Temperature sensor for evaporator in supply air (C1-T1)		Read	0=Inactive, 1=Active
BV	118	HPAlarm18	Al68 - Temperature sensor for evaporator in exhaust air (C1-T2)		Read	0=Inactive, 1=Active
BV	119	HPAlarm19	Al24 - Temperature sensor for compressor 1 on outlet side (C1-T3)		Read	0=Inactive, 1=Active
BV	120	HPAlarm20	Al72 - Temperature sensor for condensing temperature supply (C1-T4)		Read	0=Inactive, 1=Active
BV	121	HPAlarm21	Al73 - Temperature sensor for condensing temperature extract (C1-T5)		Read	0=Inactive, 1=Active
BV	122	HPAlarm22	Al77 - Malfunction frequency converter (VSD)		Read	0=Inactive, 1=Active
BV	123	HPAlarm23	Al61 - Temperature-sensor - supply air outlet coil (T6)		Read	0=Inactive, 1=Active
BV	124	HPAlarm24	Al80 - Compressor manual off (C1)		Read	0=Inactive, 1=Active
BV	125	HPAlarm25	Digital input for feedback peak-heater		Read	0=Inactive, 1=Active
BV	126	HPAlarm26	Phase control C2		Read	0=Inactive, 1=Active
BV	127	HPAlarm27	Compressor alarm 2 (C2)		Read	0=Inactive, 1=Active
BV	128	HPAlarm28	Low-pressure alarm digital input (C2-P1)		Read	0=Inactive, 1=Active
BV	129	HPAlarm29	Low-pressure alarm pressure sensor (C2-P1)		Read	0=Inactive, 1=Active
BV	130	HPAlarm30	High-pressure alarm digital input (C2-P2)		Read	0=Inactive, 1=Active
BV	131	HPAlarm31	High-pressure alarm pressure sensor (C2-P2)		Read	0=Inactive, 1=Active
BV	132	HPAlarm32	High temperature on compressor (C2-T3)		Read	0=Inactive, 1=Active
BV	133	HPAlarm33	Low superheating (C2)		Read	0=Inactive, 1=Active
BV	134	HPAlarm34	High superheating (C2)		Read	0=Inactive, 1=Active
BV	135	HPAlarm35	Expansion-valve fault (C2-EEV)		Read	0=Inactive, 1=Active
BV	136	HPAlarm36	Pressure difference “wrong direction” (C2)		Read	0=Inactive, 1=Active
BV	137	HPAlarm37	Pressure difference “EEV no function” (C2)		Read	0=Inactive, 1=Active
BV	138	HPAlarm38	Pressure difference “no function” (C2)		Read	0=Inactive, 1=Active
BV	139	HPAlarm39	Low-pressure-sensor (C2-P1)		Read	0=Inactive, 1=Active
BV	140	HPAlarm40	High-pressure-sensor (C2-P2)		Read	0=Inactive, 1=Active
BV	141	HPAlarm41	Temperature-sensor for evaporator in supply-air (C2-T1)		Read	0=Inactive, 1=Active
BV	142	HPAlarm42	Temperature-sensor for evaporator in exhaust-air (C2-T2)		Read	0=Inactive, 1=Active
BV	143	HPAlarm43	Temperature-sensor for compressor 2 on outlet-side (C2-T3)		Read	0=Inactive, 1=Active
BV	144	HPAlarm44	Temperature-sensor for condensing temperature supply (C2-T4)		Read	0=Inactive, 1=Active
BV	145	HPAlarm45	Temperature-sensor for condensing temperature extract (C2-T5)		Read	0=Inactive, 1=Active
AV	546	HPEnergyDemand	Actual setpoint deviation energy demand (kw) (air volume [m3/s]* temperature-difference “delta T”	kW	Read
AV	547	HPOutput	Heat pump output (0-100%)	%	Read
MV	89	HPRequest	Heat pump request (0=Off,1=Heating mode,2=Cooling mode,3=Exercise)		Read	1=Off, 2=Heating mode, 3=Cooling mode, 4=Exercise
AV	548	HPPowerConsumption	Actual electric power consumption of heatpump in W	W	Read
AV	549	HPTotalCapacity	Actual total heat pump capacity in %	%	Read
AV	550	HPC1Capacity	Actual compressor capacity C1 in %	%	Read
AV	551	HPC1SuctionTemp	Actual suction temp °C C1		Read
AV	552	HPC1HighPressure	Actual high pressure in system in bar C1	bar	Read
AV	553	HPC1CondensingTemp	Actual condensing temp °C C1		Read
AV	554	HPC1LowPressure	Actual low pressure in system in bar C1	bar	Read
AV	555	HPC1EvaporatingTemp	Actual evaporating temp °C C1		Read
AV	556	HPC1RefrigerantTemp	Actual temp of refrigerant leaving compressor in °C C1		Read
AV	557	HPC1EEVOpenDegree	Current degree of opening EEV in % and in steps C1	%	Read
AV	558	HPC1SuperheatEvaporator	Current superheating on evaporator C1	K	Read
MV	90	HPC1Status0	C1 0=Off/1=On/2=Stopped alarm		Read	1=Off, 2=On, 3=Stopped alarm
MV	91	HPActualMode	Actual mode (0=Cooling, 1=Heating)		Read	1=Cooling, 2=Heating
MV	92	HPOilBoostOn	Status oil boost function on		Read	1=Off, 2=On
MV	93	HPOilReturnOn	Status oil return function on		Read	1=Off, 2=On
MV	94	HPC1HighPressReduceMode	Status high pressure reduce mode C1		Read	1=Off, 2=On
MV	95	HPC1LowPressReduceMode	Status low pressure reduce mode C1		Read	1=Off, 2=On
MV	96	HPExercise	Status heat pump exercise		Read	1=Off, 2=On
MV	97	HPC1HighTempReduceMode	Status high temp reduce mode C1		Read	1=Off, 2=On
MV	98	HPIncreaseAirFlow	Increase airflow to avoid high pressure		Read	1=Off, 2=On
MV	99	HPOperationMode	Actual operation mode		Read	1=Stop, 2=Stopped alarm, 3=Stopped manual keyboard heat pump, 4=Startup, 5=Heating mode, 6=Cooling mode, 7=Pump down
AV	559	HPC2SuctionTemp	Actual suction temp °C C2		Read
AV	560	HPC2HighPressure	Actual high pressure in system in bar C2	bar	Read
AV	561	HPC2CondensingTemp	Actual condensing temp °C C2		Read
AV	562	HPC2LowPressure	Actual low pressure in system in bar C2	bar	Read
AV	563	HPC2EvaporatingTemp	Actual evaporating temp °C C2		Read
AV	564	HPC2RefrigerantTemp	Actual temp of refrigerant leaving compressor in °C C2		Read
AV	565	HPC2EEVOpenDegree	Current degree of opening EEV in % and in steps C2	%	Read
AV	566	HPC2SuperheatEvaporator	Current superheating on evaporator C2	K	Read
MV	100	HPC2Status	C2 0=Off/1=On/2=Stopped alarm		Read	1=Off, 2=On, 3=Stopped alarm
MV	101	HPC2StopCompressor	Status stop compressor to avoid high pressure in C2		Read	1=Off, 2=On
MV	102	HPC2LowPressStopMode	Status low pressure stop mode C2		Read	1=Off, 2=On
AV	567	HPCOP	Calculated COP value		Read
AV	568	ActualSupplySetpointMax	Actual max limit supply air (Used when Cascade)		Read
AV	569	ActualSupplySetpointMin	Actual min limit supply air (Used when Cascade)		Read
IV	4	GDFRuntime	Actual run time in gas evacuatiuon mode in seconds after gas detection	s	Read
IV	5	GDFTimeLeftService	Time left until Service (days) – Heat pump refrigerant system	days	Read
BV	153	DHFBlockedDewPoint			Read	0=Inactive, 1=Active
BV	154	DHFReducedCapacity			Read	0=Inactive, 1=Active
BV	155	DHFHumidReducedCapacity			Read	0=Inactive, 1=Active
AV	572	DHFLowestTempCalc	Calculated lowest temperature – cooling capacity		Read
AV	573	DHFDewPoint	The calculated and limited dewpoint value		Read
BV	156	BMS_SummerMode	Summer/Winter mode received from BACnet/Modbus		Write	0=Inactive, 1=Active
BV	157	BMS_ChangeOver1	Cooling/(Heating) changeover 1 mode received from BACnet/Modbus		Write	0=Inactive, 1=Active
BV	158	BMS_ChangeOver2	Cooling/(Heating) changeover 2 mode received from BACnet/Modbus		Write	0=Inactive, 1=Active
AV	579	CascadePID_SetP_Cool	Cooling setpoint cascade control		Read
AV	580	CascadePID_SetP_Heat	Heating setpoint cascade control		Read
BV	159	HeatRecoveryNotStarted	Heat recovery mode are not allowed to start		Read	0=Inactive, 1=Active
BV	160	CoolRecoveryNotStarted	Cool recovery mode are not allowed to start		Read	0=Inactive, 1=Active
BV	13	ManualControlSeqA	Manual Control Heating (Seq-A)		Read	0=Off, 1=On
BV	14	ManualControlSeqB	Manual Control Exchanger (Seq-B)		Read	0=Off, 1=On
BV	15	ManualControlSeqC	Manual Control Cooling (Seq-C)		Read	0=Off, 1=On
BV	16	ManualControlSeqD	Manual Control Recirculation 1 (Seq-D)		Read	0=Off, 1=On
BV	17	ManualControlSeqE	Manual Control Recirculation 2 (Seq-E)		Read	0=Off, 1=On
BV	18	ManualControlSeqF	Manual Control Fan Setpoint Comp (Seq-F)		Read	0=Off, 1=On
BV	19	ManualControlSeqG	Manual Control Heating 2 (Seq-G)		Read	0=Off, 1=On
BV	20	ManualControlSeqH	Manual Control Cooling 2 (Seq-H)		Read	0=Off, 1=On
BV	21	ManualControlSeqI	Manual Control Exchanger Extract (Seq-I)		Read	0=Off, 1=On
BV	22	ManualControlSeqJ	Manual Control External Heating/Cooling (Seq-J)		Read	0=Off, 1=On
BV	23	ManualOperationAirHandlingUnit	Manual Operation Air Handling Unit		Read	0=Off, 1=On
BV	24	ManualOperationSAF	Manual Operation Supply Air Fan		Read	0=Off, 1=On
BV	25	ManualOperationEAF	Manual Operation Extract Air Fan		Read	0=Off, 1=On
BV	26	ManualOperationDamperRecirculation	Manual Operation Damper Recirculation		Read	0=Off, 1=On
BV	27	ManualOperationDamperOutdoorAir	Manual Operation Damper Outdoor Air		Read	0=Off, 1=On
BV	28	ManualOperationDamperExhaustAir	Manual Operation Damper Exhaust Air		Read	0=Off, 1=On
BV	29	ManualOperationFireDamper	Manual Operation Fire Damper		Read	0=Off, 1=On
BV	30	OutputInManualOperation	Output In Manual Operation		Read	0=Off, 1=On
BV	31	InputInManualOperation	Input In Manual Operation		Read	0=Off, 1=On
BV	32	ManualOperationExtraController	Manual Operation Extra Controller		Read	0=Off, 1=On
BV	33	ManualOperationExternalFanMotor1	Manual Operation External Fan Motor 1		Read	0=Off, 1=On
BV	34	ManualOperationExternalFanMotor2	Manual Operation External Fan Motor 2		Read	0=Off, 1=On
BV	35	ManualOperationPretreatment	Manual Operation Pretreatment		Read	0=Off, 1=On
BV	36	ExternalOperationSAF	External Operation Supply Air Fan		Read	0=Off, 1=On
BV	37	ExternalOperationEAF	External Operation Extract Air Fan		Read	0=Off, 1=On
BV	38	ServiceStop	Service Stop		Read	0=Off, 1=On
BV	39	WarningFreezeProtection	Warning Freeze Protection		Read	0=Off, 1=On
BV	40	RestartBlockedAfterPowerOn	Restart Blocked After Power On		Read	0=Off, 1=On
BV	41	TestingFireDamper	Testing Fire Damper		Read	0=Off, 1=On
BV	42	ServiceAlarmSmokeDetector	Service Alarm Smoke Detector		Read	0=Off, 1=On
BV	43	SensorErrorSmokeDetector	Sensor Error Smoke Detector		Read	0=Off, 1=On
BV	44	ExtraFanMotor1Running	Extra Fan Motor 1 Running		Read	0=Off, 1=On
BV	45	ExtraFanMotor2Running	Extra Fan Motor 2 Running		Read	0=Off, 1=On
BV	46	AlarmServiceInterval	Alarm Service Interval		Read	0=Off, 1=On
AV	423	DeviationAlarmHumidityControl	Deviation Alarm Humidity Control		Read
AV	424	DeviationAlarmExtraController	Deviation Alarm Extra Controller		Read
BV	47	RotaryExchangerAlarm	Rotary Exchanger Alarm		Read	0=Off, 1=On
BV	48	InternalBatteryError	Internal Battery Error		Read	0=Off, 1=On
BV	49	CommunicationFaultDevice	Communication Fault Device		Read	0=Off, 1=On
BV	50	InternalError	Internal Error		Read	0=Off, 1=On
BV	51	CommunicationFaultBmsMaster	Communication Fault Bms Master		Read	0=Off, 1=On
BV	52	DeviceWarning	Device Warning		Read	0=Off, 1=On
BV	53	DeviceAlarm	Device Alarm		Read	0=Off, 1=On
BV	54	MalfunctionFireDamper	Malfunction Fire Damper		Read	0=Off, 1=On
AV	428	DeviationAlarmSupplyAirFan	Deviation Alarm Supply Air Fan		Read
AV	429	DeviationAlarmExtractAirFan	Deviation Alarm Extract Air Fan		Read
AV	430	DeviationAlarmSupplyTempZone1	Deviation Alarm Supply Temp Zone 1		Read
AV	431	DeviationAlarmSupplyTempZone2	Deviation Alarm Supply Temp Zone 2		Read
AV	432	DeviationAlarmSupplyTempZone3	Deviation Alarm Supply Temp Zone 3		Read
BV	62	DefrostingAlarm	Defrosting Alarm		Read	0=Off, 1=On
AV	425	DeviationAlarmSupplyAirTemperature	Deviation Alarm Supply Air Temperature		Read
AV	426	LeakageHeaterValve	Leakage Heater Valve		Read
BV	63	FireAlarm	Fire Alarm		Read	0=Off, 1=On
BV	64	SmokeAlarm	Smoke Alarm		Read	0=Off, 1=On
BV	65	MalfunctionPumpHeating	Malfunction Pump Heating (Seq-A)		Read	0=Off, 1=On
BV	66	MalfunctionPumpExchanger	Malfunction Pump Exchanger (Seq-B)		Read	0=Off, 1=On
BV	67	MalfunctionPumpCooling	Malfunction Pump Cooling (Seq-C)		Read	0=Off, 1=On
BV	68	MalfunctionPumpRecirculation1	Malfunction Pump Recirculation 1 (Seq-D)		Read	0=Off, 1=On
BV	69	MalfunctionPumpRecirculation2	Malfunction Pump Recirculation 2 (Seq-E)		Read	0=Off, 1=On
BV	70	MalfunctionPumpFanSetpointComp	Malfunction Pump Fan Setpoint Comp (Seq-F)		Read	0=Off, 1=On
BV	71	MalfunctionPumpHeating2	Malfunction Pump Heating 2 (Seq-G)		Read	0=Off, 1=On
BV	72	MalfunctionPumpCooling2	Malfunction Pump Cooling 2 (Seq-H)		Read	0=Off, 1=On
BV	73	MalfunctionPumpExchangerExtract	Malfunction Pump Exchanger Extract (Seq-I)		Read	0=Off, 1=On
BV	74	MalfunctionPumpExternalHeatingCooling	Malfunction Pump External Heating/Cooling (Seq-J)		Read	0=Off, 1=On
BV	75	MalfunctionExtraFanMotor1	Malfunction Extra Fan Motor 1		Read	0=Off, 1=On
BV	76	MalfunctionExtraFanMotor2	Malfunction Extra Fan Motor 1		Read	0=Off, 1=On
BV	77	PreHeaterFaultOverheat	Pre-Heater Fault / Overheat		Read	0=Off, 1=On
BV	78	MalfunctionPreheater	Malfunction Preheater		Read	0=Off, 1=On
BV	79	FailSafe	Fail-safe airflow/temperature		Read	0=Off, 1=On
BV	80	ExternalFrostGuard	External frost guard		Read	0=Off, 1=On
BV	82	MalfunctionSAF	Malfunction SAF		Read	0=Off, 1=On
BV	83	MalfunctionEAF	Malfunction EAF		Read	0=Off, 1=On
BV	84	MalfunctionHeatingZone1	Malfunction Heating Zone 1		Read	0=Off, 1=On
BV	85	MalfunctionHeatingZone2	Malfunction Heating Zone 2		Read	0=Off, 1=On
BV	86	MalfunctionHeatingZone3	Malfunction Heating Zone 3		Read	0=Off, 1=On
BV	87	MalfunctionCoolingZone1	Malfunction Cooling Zone 1		Read	0=Off, 1=On
BV	88	MalfunctionCoolingZone2	Malfunction Cooling Zone 2		Read	0=Off, 1=On
BV	89	MalfunctionCoolingZone3	Malfunction Cooling Zone 3		Read	0=Off, 1=On
BV	90	HPSumAlarmB	Heat pump B-alarm		Read	0=Off, 1=On
BV	91	HPSumAlarmC	Heat pump C-alarm		Read	0=Off, 1=On
BV	146	RotaryExchangerAlarm2	Rotary Exchanger Alarm 2		Read	0=Off, 1=On
BV	147	Gasdetectionalarm	Gas detection alarm		Read	0=Off, 1=On
BV	148	GasdetectionConfigError	Refrigerant and gas detection-configuration error		Read	0=Off, 1=On
BV	149	GasdetectionService	Service–Heat pump refrigerant system		Read	0=Off, 1=On
BV	151	ServiceHeatpumpSystemBlocked	Gas evacuation, service test period has expired, heat pump blocked until test		Read	0=Off, 1=On
BV	150	SafetyDamperConfigError	Safety damper module is not complete configured in communication device		Read	0=Off, 1=On
BV	152	DewPointNotReachable	Dewpoint not reachable, because of missing cooling capacity		Read	0=Off, 1=On
AV	293	MotorSpeedHzSAF1	SAF Mot sp. Hz	Hz	Read
AV	294	MotorSpeedHzSAF2	SAF Mot sp. Hz	Hz	Read
AV	295	MotorSpeedHzSAF3	SAF Mot sp. Hz	Hz	Read
AV	296	MotorSpeedHzSAF4	SAF Mot sp. Hz	Hz	Read
AV	297	MotorSpeedHzSAF5	SAF Mot sp. Hz	Hz	Read
AV	298	MotorSpeedHzSAF6	SAF Mot sp. Hz	Hz	Read
AV	299	MotorSpeedHzSAF7	SAF Mot sp. Hz	Hz	Read
AV	300	MotorSpeedHzSAF8	SAF Mot sp. Hz	Hz	Read
AV	301	MotorSpeedHzSAF9	SAF Mot sp. Hz	Hz	Read
AV	302	MotorSpeedHzSAF10	SAF Mot sp. Hz	Hz	Read
AV	303	MotorSpeedHzEAF1	EAF Mot sp. Hz	Hz	Read
AV	304	MotorSpeedHzEAF2	EAF Mot sp. Hz	Hz	Read
AV	305	MotorSpeedHzEAF3	EAF Mot sp. Hz	Hz	Read
AV	306	MotorSpeedHzEAF4	EAF Mot sp. Hz	Hz	Read
AV	307	MotorSpeedHzEAF5	EAF Mot sp. Hz	Hz	Read
AV	308	MotorSpeedHzEAF6	EAF Mot sp. Hz	Hz	Read
AV	309	MotorSpeedHzEAF7	EAF Mot sp. Hz	Hz	Read
AV	310	MotorSpeedHzEAF8	EAF Mot sp. Hz	Hz	Read
AV	311	MotorSpeedHzEAF9	EAF Mot sp. Hz	Hz	Read
AV	312	MotorSpeedHzEAF10	EAF Mot sp. Hz	Hz	Read
AV	313	MotorSpeedRpmSAF1	SAF Mot sp. RPM	rpm	Read
AV	314	MotorSpeedRpmSAF2	SAF Mot sp. RPM	rpm	Read
AV	315	MotorSpeedRpmSAF3	SAF Mot sp. RPM	rpm	Read
AV	316	MotorSpeedRpmSAF4	SAF Mot sp. RPM	rpm	Read
AV	317	MotorSpeedRpmSAF5	SAF Mot sp. RPM	rpm	Read
AV	318	MotorSpeedRpmSAF6	SAF Mot sp. RPM	rpm	Read
AV	319	MotorSpeedRpmSAF7	SAF Mot sp. RPM	rpm	Read
AV	320	MotorSpeedRpmSAF8	SAF Mot sp. RPM	rpm	Read
AV	321	MotorSpeedRpmSAF9	SAF Mot sp. RPM	rpm	Read
AV	322	MotorSpeedRpmSAF10	SAF Mot sp. RPM	rpm	Read
AV	323	MotorSpeedRpmEAF1	EAF Mot sp. RPM	rpm	Read
AV	324	MotorSpeedRpmEAF2	EAF Mot sp. RPM	rpm	Read
AV	325	MotorSpeedRpmEAF3	EAF Mot sp. RPM	rpm	Read
AV	326	MotorSpeedRpmEAF4	EAF Mot sp. RPM	rpm	Read
AV	327	MotorSpeedRpmEAF5	EAF Mot sp. RPM	rpm	Read
AV	328	MotorSpeedRpmEAF6	EAF Mot sp. RPM	rpm	Read
AV	329	MotorSpeedRpmEAF7	EAF Mot sp. RPM	rpm	Read
AV	330	MotorSpeedRpmEAF8	EAF Mot sp. RPM	rpm	Read
AV	331	MotorSpeedRpmEAF9	EAF Mot sp. RPM	rpm	Read
AV	332	MotorSpeedRpmEAF10	EAF Mot sp. RPM	rpm	Read
AV	333	MotorCurrentSAF1	SAF Motor current	A	Read
AV	334	MotorCurrentSAF2	SAF Motor current	A	Read
AV	335	MotorCurrentSAF3	SAF Motor current	A	Read
AV	336	MotorCurrentSAF4	SAF Motor current	A	Read
AV	337	MotorCurrentSAF5	SAF Motor current	A	Read
AV	338	MotorCurrentSAF6	SAF Motor current	A	Read
AV	339	MotorCurrentSAF7	SAF Motor current	A	Read
AV	340	MotorCurrentSAF8	SAF Motor current	A	Read
AV	341	MotorCurrentSAF9	SAF Motor current	A	Read
AV	342	MotorCurrentSAF10	SAF Motor current	A	Read
AV	343	MotorCurrentEAF1	EAF Motor current	A	Read
AV	344	MotorCurrentEAF2	EAF Motor current	A	Read
AV	345	MotorCurrentEAF3	EAF Motor current	A	Read
AV	346	MotorCurrentEAF4	EAF Motor current	A	Read
AV	347	MotorCurrentEAF5	EAF Motor current	A	Read
AV	348	MotorCurrentEAF6	EAF Motor current	A	Read
AV	349	MotorCurrentEAF7	EAF Motor current	A	Read
AV	350	MotorCurrentEAF8	EAF Motor current	A	Read
AV	351	MotorCurrentEAF9	EAF Motor current	A	Read
AV	352	MotorCurrentEAF10	EAF Motor current	A	Read
AV	353	MotorPowerSAF1	SAF Mot power	%	Read
AV	354	MotorPowerSAF2	SAF Mot power	%	Read
AV	355	MotorPowerSAF3	SAF Mot power	%	Read
AV	356	MotorPowerSAF4	SAF Mot power	%	Read
AV	357	MotorPowerSAF5	SAF Mot power	%	Read
AV	358	MotorPowerSAF6	SAF Mot power	%	Read
AV	359	MotorPowerSAF7	SAF Mot power	%	Read
AV	360	MotorPowerSAF8	SAF Mot power	%	Read
AV	361	MotorPowerSAF9	SAF Mot power	%	Read
AV	362	MotorPowerSAF10	SAF Mot power	%	Read
AV	363	MotorPowerEAF1	EAF Mot power	%	Read
AV	364	MotorPowerEAF2	EAF Mot power	%	Read
AV	365	MotorPowerEAF3	EAF Mot power	%	Read
AV	366	MotorPowerEAF4	EAF Mot power	%	Read
AV	367	MotorPowerEAF5	EAF Mot power	%	Read
AV	368	MotorPowerEAF6	EAF Mot power	%	Read
AV	369	MotorPowerEAF7	EAF Mot power	%	Read
AV	370	MotorPowerEAF8	EAF Mot power	%	Read
AV	371	MotorPowerEAF9	EAF Mot power	%	Read
AV	372	MotorPowerEAF10	EAF Mot power	%	Read
PIV	10	ActiveFaultSAF1	SAF fault (bit masked)		Read
PIV	11	ActiveFaultSAF2	SAF fault (bit masked)		Read
PIV	12	ActiveFaultSAF3	SAF fault (bit masked)		Read
PIV	13	ActiveFaultSAF4	SAF fault (bit masked)		Read
PIV	14	ActiveFaultSAF5	SAF fault (bit masked)		Read
PIV	15	ActiveFaultSAF6	SAF fault (bit masked)		Read
PIV	16	ActiveFaultSAF7	SAF fault (bit masked)		Read
PIV	17	ActiveFaultSAF8	SAF fault (bit masked)		Read
PIV	18	ActiveFaultSAF9	SAF fault (bit masked)		Read
PIV	19	ActiveFaultSAF10	SAF fault (bit masked)		Read
PIV	20	ActiveFaultEAF1	EAF fault (bit masked)		Read
PIV	21	ActiveFaultEAF2	EAF fault (bit masked)		Read
PIV	22	ActiveFaultEAF3	EAF fault (bit masked)		Read
PIV	23	ActiveFaultEAF4	EAF fault (bit masked)		Read
PIV	24	ActiveFaultEAF5	EAF fault (bit masked)		Read
PIV	25	ActiveFaultEAF6	EAF fault (bit masked)		Read
PIV	26	ActiveFaultEAF7	EAF fault (bit masked)		Read
PIV	27	ActiveFaultEAF8	EAF fault (bit masked)		Read
PIV	28	ActiveFaultEAF9	EAF fault (bit masked)		Read
PIV	29	ActiveFaultEAF10	EAF fault (bit masked)		Read
AV	373	ActualSpeedSAF1	SAF Act. speed		Read
AV	374	ActualSpeedSAF2	SAF Act. speed		Read
AV	375	ActualSpeedSAF3	SAF Act. speed		Read
AV	376	ActualSpeedSAF4	SAF Act. speed		Read
AV	377	ActualSpeedSAF5	SAF Act. speed		Read
AV	378	ActualSpeedSAF6	SAF Act. speed		Read
AV	379	ActualSpeedSAF7	SAF Act. speed		Read
AV	380	ActualSpeedSAF8	SAF Act. speed		Read
AV	381	ActualSpeedSAF9	SAF Act. speed		Read
AV	382	ActualSpeedSAF10	SAF Act. speed		Read
AV	383	ActualSpeedEAF1	EAF Act. speed		Read
AV	384	ActualSpeedEAF2	EAF Act. speed		Read
AV	385	ActualSpeedEAF3	EAF Act. speed		Read
AV	386	ActualSpeedEAF4	EAF Act. speed		Read
AV	387	ActualSpeedEAF5	EAF Act. speed		Read
AV	388	ActualSpeedEAF6	EAF Act. speed		Read
AV	389	ActualSpeedEAF7	EAF Act. speed		Read
AV	390	ActualSpeedEAF8	EAF Act. speed		Read
AV	391	ActualSpeedEAF9	EAF Act. speed		Read
AV	392	ActualSpeedEAF10	EAF Act. speed		Read
AV	393	AccumPowerSAF1	SAF Accum. power		Read
AV	394	AccumPowerSAF2	SAF Accum. power		Read
AV	395	AccumPowerSAF3	SAF Accum. power		Read
AV	396	AccumPowerSAF4	SAF Accum. power		Read
AV	397	AccumPowerSAF5	SAF Accum. power		Read
AV	398	AccumPowerSAF6	SAF Accum. power		Read
AV	399	AccumPowerSAF7	SAF Accum. power		Read
AV	400	AccumPowerSAF8	SAF Accum. power		Read
AV	401	AccumPowerSAF9	SAF Accum. power		Read
AV	402	AccumPowerSAF10	SAF Accum. power		Read
AV	403	AccumPowerEAF1	EAF Accum. power		Read
AV	404	AccumPowerEAF2	EAF Accum. power		Read
AV	405	AccumPowerEAF3	EAF Accum. power		Read
AV	406	AccumPowerEAF4	EAF Accum. power		Read
AV	407	AccumPowerEAF5	EAF Accum. power		Read
AV	408	AccumPowerEAF6	EAF Accum. power		Read
AV	409	AccumPowerEAF7	EAF Accum. power		Read
AV	410	AccumPowerEAF8	EAF Accum. power		Read
AV	411	AccumPowerEAF9	EAF Accum. power		Read
AV	412	AccumPowerEAF10	EAF Accum. power		Read
PIV	30	VVXFault	VVX Fault (bit masked)		Read
AV	413	DamperActPos1	Damper act. pos.	%	Read
AV	414	DamperActPos2	Damper act. pos.	%	Read
AV	415	DamperActPos3	Damper act. pos.	%	Read
AV	416	DamperActPos4	Damper act. pos.	%	Read
AV	417	DamperActPos5	Damper act. pos.	%	Read
AV	418	DamperActPos6	Damper act. pos.	%	Read
AV	419	DamperActPos7	Damper act. pos.	%	Read
AV	420	DamperActPos8	Damper act. pos.	%	Read
AV	421	DamperActPos9	Damper act. pos.	%	Read
AV	422	DamperActPos10	Damper act. pos.	%	Read
PIV	31	DamperFault1	Damper fault (bit masked)		Read
PIV	32	DamperFault2	Damper fault (bit masked)		Read
PIV	33	DamperFault3	Damper fault (bit masked)		Read
PIV	34	DamperFault4	Damper fault (bit masked)		Read
PIV	35	DamperFault5	Damper fault (bit masked)		Read
PIV	36	DamperFault6	Damper fault (bit masked)		Read
PIV	37	DamperFault7	Damper fault (bit masked)		Read
PIV	38	DamperFault8	Damper fault (bit masked)		Read
PIV	39	DamperFault9	Damper fault (bit masked)		Read
PIV	40	DamperFault10	Damper fault (bit masked)		Read
AV	477	DCVoltageSAF1	SAF1 DC link voltage	V	Read
AV	478	DCVoltageSAF2	SAF2 DC link voltage	V	Read
AV	479	DCVoltageSAF3	SAF3 DC link voltage	V	Read
AV	480	DCVoltageSAF4	SAF4 DC link voltage	V	Read
AV	481	DCVoltageSAF5	SAF5 DC link voltage	V	Read
AV	482	DCVoltageSAF6	SAF6 DC link voltage	V	Read
AV	483	DCVoltageSAF7	SAF7 DC link voltage	V	Read
AV	484	DCVoltageSAF8	SAF8 DC link voltage	V	Read
AV	485	DCVoltageSAF9	SAF9 DC link voltage	V	Read
AV	486	DCVoltageSAF10	SAF10 DC link voltage	V	Read
AV	487	DCVoltageEAF1	EAF1 DC link voltage	V	Read
AV	488	DCVoltageEAF2	EAF2 DC link voltage	V	Read
AV	489	DCVoltageEAF3	EAF3 DC link voltage	V	Read
AV	490	DCVoltageEAF4	EAF4 DC link voltage	V	Read
AV	491	DCVoltageEAF5	EAF5 DC link voltage	V	Read
AV	492	DCVoltageEAF6	EAF6 DC link voltage	V	Read
AV	493	DCVoltageEAF7	EAF7 DC link voltage	V	Read
AV	494	DCVoltageEAF8	EAF8 DC link voltage	V	Read
AV	495	DCVoltageEAF9	EAF9 DC link voltage	V	Read
AV	496	DCVoltageEAF10	EAF10 DC link voltage	V	Read
AV	497	MotorTemperatureSAF1	Motor temperature SAF1	°C	Read
AV	498	MotorTemperatureSAF2	Motor temperature SAF2	°C	Read
AV	499	MotorTemperatureSAF3	Motor temperature SAF3	°C	Read
AV	500	MotorTemperatureSAF4	Motor temperature SAF4	°C	Read
AV	501	MotorTemperatureSAF5	Motor temperature SAF5	°C	Read
AV	502	MotorTemperatureSAF6	Motor temperature SAF6	°C	Read
AV	503	MotorTemperatureSAF7	Motor temperature SAF7	°C	Read
AV	504	MotorTemperatureSAF8	Motor temperature SAF8	°C	Read
AV	505	MotorTemperatureSAF9	Motor temperature SAF9	°C	Read
AV	506	MotorTemperatureSAF10	Motor temperature SAF10	°C	Read
AV	507	MotorTemperatureEAF1	Motor temperature EAF1	°C	Read
AV	508	MotorTemperatureEAF2	Motor temperature EAF2	°C	Read
AV	509	MotorTemperatureEAF3	Motor temperature EAF3	°C	Read
AV	510	MotorTemperatureEAF4	Motor temperature EAF4	°C	Read
AV	511	MotorTemperatureEAF5	Motor temperature EAF5	°C	Read
AV	512	MotorTemperatureEAF6	Motor temperature EAF6	°C	Read
AV	513	MotorTemperatureEAF7	Motor temperature EAF7	°C	Read
AV	514	MotorTemperatureEAF8	Motor temperature EAF8	°C	Read
AV	515	MotorTemperatureEAF9	Motor temperature EAF9	°C	Read
AV	516	MotorTemperatureEAF10	Motor temperature EAF10	°C	Read
AV	517	MotorRunHourSAF1	Running time SAF1	h	Read
AV	518	MotorRunHourSAF2	Running time SAF2	h	Read
AV	519	MotorRunHourSAF3	Running time SAF3	h	Read
AV	520	MotorRunHourSAF4	Running time SAF4	h	Read
AV	521	MotorRunHourSAF5	Running time SAF5	h	Read
AV	522	MotorRunHourSAF6	Running time SAF6	h	Read
AV	523	MotorRunHourSAF7	Running time SAF7	h	Read
AV	524	MotorRunHourSAF8	Running time SAF8	h	Read
AV	525	MotorRunHourSAF9	Running time SAF9	h	Read
AV	526	MotorRunHourSAF10	Running time SAF10	h	Read
AV	527	MotorRunHourEAF1	Running time EAF1	h	Read
AV	528	MotorRunHourEAF2	Running time EAF2	h	Read
AV	529	MotorRunHourEAF3	Running time EAF3	h	Read
AV	530	MotorRunHourEAF4	Running time EAF4	h	Read
AV	531	MotorRunHourEAF5	Running time EAF5	h	Read
AV	532	MotorRunHourEAF6	Running time EAF6	h	Read
AV	533	MotorRunHourEAF7	Running time EAF7	h	Read
AV	534	MotorRunHourEAF8	Running time EAF8	h	Read
AV	535	MotorRunHourEAF9	Running time EAF9	h	Read
AV	536	MotorRunHourEAF10	Running time EAF10	h	Read
BI	1	DI_SAF	Feedback supply air fan		Read	0=Off, 1=On
BI	2	DI_EAF	Feedback extract air fan		Read	0=Off, 1=On
BI	3	DI_ExtendedRunLowSpeed	Extended operation low speed		Read	0=Off, 1=On
BI	4	DI_ExtendedRunNormalSpeed	Extended operation normal speed		Read	0=Off, 1=On
BI	5	DI_ExtendedRunHighSpeed	Extended operation high speed		Read	0=Off, 1=On
BI	6	DI_FireAlarm	Fire alarm		Read	0=Off, 1=On
BI	7	DI_SmokeAlarm	Smoke alarm		Read	0=Off, 1=On
BI	8	DI_ExternalAlarm	External alarm		Read	0=Off, 1=On
BI	9	DI_FireDamperIndication	Feedback fire damper		Read	0=Off, 1=On
BI	10	DI_SeqIndicationA	Feedback heating (SEQ-A)		Read	0=Off, 1=On
BI	11	DI_SeqIndicationB	Feedback exchanger (SEQ-B)		Read	0=Off, 1=On
BI	12	DI_SeqIndicationC	Feedback cooling (SEQ-C)		Read	0=Off, 1=On
BI	13	DI_SeqIndicationD	Feedback recirculation 1 (SEQ-D)		Read	0=Off, 1=On
BI	14	DI_SeqIndicationE	Feedback recirculation 2 (SEQ-E)		Read	0=Off, 1=On
BI	15	DI_SeqIndicationF	Feedback fan setpoint comp (SEQ-F)		Read	0=Off, 1=On
BI	16	DI_SeqIndicationG	Feedback heating 2 (SEQ-G)		Read	0=Off, 1=On
BI	17	DI_SeqIndicationH	Feedback cooling 2 (SEQ-H)		Read	0=Off, 1=On
BI	18	DI_SeqIndicationI	Feedback exchanger extract (SEQ-I)		Read	0=Off, 1=On
BI	19	DI_SeqIndicationJ	Feedback external heating/cooling (SEQ-J)		Read	0=Off, 1=On
BI	20	DI_Overheating	Overheated electric heater		Read	0=Off, 1=On
BI	21	DI_ExternalStop	External stop		Read	0=Off, 1=On
BI	22	DI_AlarmAcknowledgement	Alarm acknowledgement		Read	0=Off, 1=On
BI	23	DI_Flowswitch	Flow guard		Read	0=Off, 1=On
BI	24	DI_DeIcing	Defrosting guard exhanger		Read	0=Off, 1=On
BI	60	DI_ExchRotation	Rotary exchanger alarm		Read	0=Off, 1=On
BI	26	DI_Frostprotection	Freeze protection guard		Read	0=Off, 1=On
BI	27	DI_RecirculationRun	Start/(Stop) recirculation		Read	0=Off, 1=On
BI	28	DI_ChangeOver1	Cooling/(Heating) changeover 1		Read	0=Off, 1=On
BI	29	DI_ChangeOver2	Cooling/(Heating) changeover 2		Read	0=Off, 1=On
BI	30	DI_FilterGuard1	Filter guard 1 supply air		Read	0=Off, 1=On
BI	31	DI_FilterGuard2	Filter guard 2 extract air		Read	0=Off, 1=On
BI	32	DI_MotorControl1Start	Start/(Stop) extra fan motor 1		Read	0=Off, 1=On
BI	33	DI_MotorControl2Start	Start/(Stop) extra fan motor 2		Read	0=Off, 1=On
BI	34	DI_MotorControl1	Feedback extra fan motor 1		Read	0=Off, 1=On
BI	35	DI_MotorControl2	Feedback extra fan motor 2		Read	0=Off, 1=On
BI	36	DI_ExtraAlarm1	Extra alarm 1		Read	0=Off, 1=On
BI	37	DI_ExtraAlarm2	Extra alarm 2		Read	0=Off, 1=On
BI	38	DI_ExtraAlarm3	Extra alarm 3		Read	0=Off, 1=On
BI	39	DI_ExtraAlarm4	Extra alarm 4		Read	0=Off, 1=On
BI	40	DI_ExtraAlarm5	Extra alarm 5		Read	0=Off, 1=On
BI	41	DI_ExtraAlarm6	Extra alarm 6		Read	0=Off, 1=On
BI	42	DI_ExtraAlarm7	Extra alarm 7		Read	0=Off, 1=On
BI	43	DI_ExtraAlarm8	Extra alarm 8		Read	0=Off, 1=On
BI	44	DI_ExtraAlarm9	Extra alarm 9		Read	0=Off, 1=On
BI	45	DI_ExtraAlarm10	Extra alarm 10		Read	0=Off, 1=On
BI	46	DI_SupplyPIDFreeze	Lock PID controller supply		Read	0=Off, 1=On
BI	47	DI_SummerMode	Summer/(Winter) mode		Read	0=Off, 1=On
BI	48	DI_ExtraController	Feedback extra controller		Read	0=Off, 1=On
BI	49	DI_PreHeat	Feedback preheater		Read	0=Off, 1=On
BI	50	DI_Zone1HeatIndication	Feedback heating zone 1		Read	0=Off, 1=On
BI	51	DI_Zone2HeatIndication	Feedback heating zone 2		Read	0=Off, 1=On
BI	52	DI_Zone3HeatIndication	Feedback heating zone 3		Read	0=Off, 1=On
BI	53	DI_Zone1CoolIndication	Feedback cooling zone 1		Read	0=Off, 1=On
BI	54	DI_Zone2CoolIndication	Feedback cooling zone 2		Read	0=Off, 1=On
BI	55	DI_Zone3CoolIndication	Feedback cooling zone 3		Read	0=Off, 1=On
BI	56	DI_Zone1Overheating	Overheated electric heater zone 1		Read	0=Off, 1=On
BI	57	DI_Zone2Overheating	Overheated electric heater zone 2		Read	0=Off, 1=On
BI	58	DI_Zone3Overheating	Overheated electric heater zone 3		Read	0=Off, 1=On
BI	61	DI_FeedbackDXRunIndSeqA	DX-machine run indication Seq A		Read	0=Off, 1=On
BI	62	DI_FeedbackDXRunIndSeqB	DX-machine run indication Seq B		Read	0=Off, 1=On
BI	63	DI_FeedbackDXRunIndSeqC	DX-machine run indication Seq C		Read	0=Off, 1=On
BI	64	DI_FeedbackDXRunIndSeqD	DX-machine run indication Seq D		Read	0=Off, 1=On
BI	65	DI_FeedbackDXRunIndSeqE	DX-machine run indication Seq E		Read	0=Off, 1=On
BI	66	DI_FeedbackDXRunIndSeqF	DX-machine run indication Seq F		Read	0=Off, 1=On
BI	67	DI_FeedbackDXRunIndSeqG	DX-machine run indication Seq G		Read	0=Off, 1=On
BI	68	DI_FeedbackDXRunIndSeqH	DX-machine run indication Seq H		Read	0=Off, 1=On
BI	69	DI_FeedbackDXRunIndSeqI	DX-machine run indication Seq I		Read	0=Off, 1=On
BI	70	DI_FeedbackDXRunIndSeqJ	DX-machine run indication Seq I		Read	0=Off, 1=On
BI	71	DI_FeedbackDXDefSeqA	DX-machine defrost indication Seq A		Read	0=Off, 1=On
BI	72	DI_FeedbackDXDefSeqB	DX-machine defrost indication Seq B		Read	0=Off, 1=On
BI	73	DI_FeedbackDXDefSeqC	DX-machine defrost indication Seq C		Read	0=Off, 1=On
BI	74	DI_FeedbackDXDefSeqD	DX-machine defrost indication Seq D		Read	0=Off, 1=On
BI	75	DI_FeedbackDXDefSeqE	DX-machine defrost indication Seq E		Read	0=Off, 1=On
BI	76	DI_FeedbackDXDefSeqF	DX-machine defrost indication Seq F		Read	0=Off, 1=On
BI	77	DI_FeedbackDXDefSeqG	DX-machine defrost indication Seq G		Read	0=Off, 1=On
BI	78	DI_FeedbackDXDefSeqH	DX-machine defrost indication Seq H		Read	0=Off, 1=On
BI	79	DI_FeedbackDXDefSeqI	DX-machine defrost indication Seq I		Read	0=Off, 1=On
BI	80	DI_FeedbackDXDefSeqJ	DX-machine defrost indication Seq J		Read	0=Off, 1=On
BI	81	DI_FeedbackDXRunIndChangeOver1	DX-machine run indication change over 1		Read	0=Off, 1=On
BI	82	DI_FeedbackDXRunIndChangeOver2	DX-machine run indication change over 2		Read	0=Off, 1=On
BI	83	DI_FeedbackDXDefChangeOver1	DX-machine defrost indication change over 1		Read	0=Off, 1=On
BI	84	DI_FeedbackDXDefChangeOver2	DX-machine defrost indication change over 2		Read	0=Off, 1=On
BI	85	DI_FilterGuard3	Filter guard 3 supply air pre filter		Read	0=Off, 1=On
BI	86	DI_FilterGuard4	Filter guard 4 supply air end filter		Read	0=Off, 1=On
BI	87	DI_FilterGuard5	Filter guard 5 extract air pre filter		Read	0=Off, 1=On
BI	88	DI_ExchRotation2	Rotary exchanger alarm 2		Read	0=Off, 1=On
BI	89	DI_GasDetectionAcknowledgement	Gas detection alarm acknowledgement		Read	0=Off, 1=On
AImin	1	AI_OutDoorTemp	Outdoor temperature		Read
AI	2	AI_IntakeAirTemp	Intake air temperature		Read
AImin	3	AI_SupplyAirTemp	Supply air temperature		Read
AI	4	AI_ExhaustAirTemp	Exhaust air temp		Read
AImin	5	AI_ExtractAirTemp	Extract air temp		Read
AI	6	AI_RoomTemp1	Room temperature 1		Read
AI	7	AI_RoomTemp2	Room temperature 2		Read
AI	8	AI_RoomTemp3	Room temperature 3		Read
AI	9	AI_RoomTemp4	Room temperature 4		Read
AI	10	AI_SAFPressure	Supply air fan pressure		Read
AI	11	AI_EAFPressure	Extract air fan pressure		Read
AI	12	AI_SAFFlow	Supply air fan flow		Read
AI	13	AI_EAFFlow	Extract air fan flow		Read
AI	14	AI_ExchAirFlowSAF	Exchanger SAF pressure sensor		Read
AI	15	AI_ExchPressureEAF	Exchanger EAF pressure sensor		Read
AI	16	AI_DeIcingTemp	De-icing temp exchanger		Read
AI	17	AI_FrostprotTemp1	Frost protection temp 1		Read
AI	18	AI_FrostprotTemp2	Frost protection temp 2		Read
AI	19	AI_FrostprotTemp3	Frost protection temp 3		Read
AI	20	AI_CO2	CO2 (ppm)	ppm	Read
AI	21	AI_HumidityRoom	Humidity room		Read
AI	22	AI_HumidityDuct	Humidity duct		Read
AI	23	AI_HumidityOutDoor	Humidity outdoor		Read
AI	24	AI_ExtraControllerTemp	Extra controller temp		Read
AI	25	AI_ExtSAFControl	External SAF signal control	%	Read
AI	26	AI_ExtEAFControl	External EAF signal control	%	Read
AI	27	AI_ExtraSensor1	Extra sensor 1		Read
AI	28	AI_ExtraSensor2	Extra sensor 2		Read
AI	29	AI_ExtraSensor3	Extra sensor 3		Read
AI	30	AI_ExtraSensor4	Extra sensor 4		Read
AI	31	AI_ExtraSensor5	Extra sensor 5		Read
AI	32	AI_ExternalSupplySetP	External Setpoint		Read
AI	33	AI_ExternalFlowSetP	External Setpoint SAF airflow		Read
AI	34	AI_FilterGuard1	Supply air filter		Read
AI	35	AI_FilterGuard2	Extract air filter		Read
AI	36	AI_EfficiencyTemp	Temperature efficiency sensor		Read
AI	37	AI_PreHeatTemp	Preheater temp		Read
AI	38	AI_Zone1SupplyTemp	Zone1 supply temp		Read
AI	39	AI_Zone2SupplyTemp	Zone2 supply temp		Read
AI	40	AI_Zone3SupplyTemp	Zone3 supply temp		Read
AI	41	AI_Zone1ExtractTemp	Zone1 extract temp		Read
AI	42	AI_Zone2ExtractTemp	Zone2 sxtract temp		Read
AI	43	AI_Zone3ExtractTemp	Zone3 extract temp		Read
AI	44	AI_Zone1RoomTemp	Zone1 room temp		Read
AI	45	AI_Zone2RoomTemp	Zone2 room temp		Read
AI	46	AI_Zone3RoomTemp	Zone3 room temp		Read
AI	47	AI_Zone1FrostprotTemp	Zone1 frost protection temp		Read
AI	48	AI_Zone2FrostprotTemp	Zone2 frost protection temp		Read
AI	49	AI_Zone3FrostprotTemp	Zone3 frost protection temp		Read
AI	50	AI_FeedbackCoolerValve	Feedback cooler valve	%	Read
AI	51	AI_FeedbackOutdoorAirDamper	Feedback outdoor air damper	%	Read
AI	52	AI_FeedbackRecircAirDamper	Feedback recirculation damper	%	Read
AI	53	AI_EATRDPT	Difference pressure between SAF and EAF (Pa)		Read
AI	54	AI_FilterGuard3	Supply air pre filter		Read
AI	55	AI_FilterGuard4	Supply air end filter		Read
AI	56	AI_FilterGuard5	Extract air pre filter		Read
AI	57	AI_CoolerInletTemp	Temperature entering the cooling coil		Read
AI	58	AI_CoolerInletHumidity	Humidity entering the cooling coil		Read
AI	59	AI_ExchExtractTemp	Exchanger extract air temperature		Read
BO	1	DO_SeqStartA			Read	0=Off, 1=On
BO	2	DO_SeqStartB			Read	0=Off, 1=On
BO	3	DO_SeqStartC			Read	0=Off, 1=On
BO	4	DO_SeqStartD			Read	0=Off, 1=On
BO	5	DO_SeqStartE			Read	0=Off, 1=On
BO	6	DO_SeqStartF			Read	0=Off, 1=On
BO	7	DO_SeqStartG			Read	0=Off, 1=On
BO	8	DO_SeqStartH			Read	0=Off, 1=On
BO	9	DO_SeqStartI			Read	0=Off, 1=On
BO	10	DO_SeqStartJ			Read	0=Off, 1=On
BO	11	DO_SeqPumpA			Read	0=Off, 1=On
BO	12	DO_SeqPumpB			Read	0=Off, 1=On
BO	13	DO_SeqPumpC			Read	0=Off, 1=On
BO	14	DO_SeqPumpD			Read	0=Off, 1=On
BO	15	DO_SeqPumpE			Read	0=Off, 1=On
BO	16	DO_SeqPumpF			Read	0=Off, 1=On
BO	17	DO_SeqPumpG			Read	0=Off, 1=On
BO	18	DO_SeqPumpH			Read	0=Off, 1=On
BO	19	DO_SeqPumpI			Read	0=Off, 1=On
BO	20	DO_SeqPumpJ			Read	0=Off, 1=On
BO	21	DO_SAFStart			Read	0=Off, 1=On
BO	22	DO_EAFStart			Read	0=Off, 1=On
BO	23	DO_RecirculationAirDamper			Read	0=Off, 1=On
BO	24	DO_OutdoorAirDamper			Read	0=Off, 1=On
BO	25	DO_ExhaustAirDamper			Read	0=Off, 1=On
BO	26	DO_FireDamper			Read	0=Off, 1=On
BO	27	DO_SumAlarm1			Read	0=Off, 1=On
BO	28	DO_SumAlarm2			Read	0=Off, 1=On
BO	29	DO_AlarmOutput			Read	0=Off, 1=On
BO	30	DO_MotorControl1Start			Read	0=Off, 1=On
BO	31	DO_MotorControl2Start			Read	0=Off, 1=On
BO	32	DO_TimeChannel1			Read	0=Off, 1=On
BO	33	DO_TimeChannel2			Read	0=Off, 1=On
BO	34	DO_TimeChannel3			Read	0=Off, 1=On
BO	35	DO_TimeChannel4			Read	0=Off, 1=On
BO	36	DO_FreeCoolRun			Read	0=Off, 1=On
BO	37	DO_PreTreatment			Read	0=Off, 1=On
BO	38	DO_RunIndication			Read	0=Off, 1=On
BO	39	DO_StepController1Step1			Read	0=Off, 1=On
BO	40	DO_StepController1Step2			Read	0=Off, 1=On
BO	41	DO_StepController1Step3			Read	0=Off, 1=On
BO	42	DO_StepController1Step4			Read	0=Off, 1=On
BO	43	DO_StepController2Step1			Read	0=Off, 1=On
BO	44	DO_StepController2Step2			Read	0=Off, 1=On
BO	45	DO_StepController2Step3			Read	0=Off, 1=On
BO	46	DO_StepController2Step4			Read	0=Off, 1=On
BO	47	DO_HumidityStart			Read	0=Off, 1=On
BO	48	DO_ChangeOver1			Read	0=Off, 1=On
BO	49	DO_ChangeOver2			Read	0=Off, 1=On
BO	50	DO_ExchControl			Read	0=Off, 1=On
BO	51	DO_Deicing3Start			Read	0=Off, 1=On
BO	52	DO_ExtraControllerStart			Read	0=Off, 1=On
BO	53	DO_ExtraControllerPump			Read	0=Off, 1=On
BO	54	DO_Auxiliary1			Read	0=Off, 1=On
BO	55	DO_Auxiliary2			Read	0=Off, 1=On
BO	56	DO_Auxiliary3			Read	0=Off, 1=On
BO	57	DO_PreHeatStart			Read	0=Off, 1=On
BO	58	DO_PreHeatPump			Read	0=Off, 1=On
BO	59	DO_Zone1HeatPump			Read	0=Off, 1=On
BO	60	DO_Zone2HeatPump			Read	0=Off, 1=On
BO	61	DO_Zone3HeatPump			Read	0=Off, 1=On
BO	62	DO_Zone1CoolPump			Read	0=Off, 1=On
BO	63	DO_Zone2CoolPump			Read	0=Off, 1=On
BO	64	DO_Zone3CoolPump			Read	0=Off, 1=On
BO	65	DO_Zone1Step1			Read	0=Off, 1=On
BO	66	DO_Zone1Step2			Read	0=Off, 1=On
BO	67	DO_Zone2Step1			Read	0=Off, 1=On
BO	68	DO_Zone2Step2			Read	0=Off, 1=On
BO	69	DO_Zone3Step1			Read	0=Off, 1=On
BO	70	DO_Zone3Step2			Read	0=Off, 1=On
BO	71	DO_Zone1HeatStart			Read	0=Off, 1=On
BO	72	DO_Zone2HeatStart			Read	0=Off, 1=On
BO	73	DO_Zone3HeatStart			Read	0=Off, 1=On
BO	74	DO_Zone1CoolStart			Read	0=Off, 1=On
BO	75	DO_Zone2CoolStart			Read	0=Off, 1=On
BO	76	DO_Zone3CoolStart			Read	0=Off, 1=On
BO	77	DO_Zone4CoolStart			Read	0=Off, 1=On
BO	78	DO_GasDetectionAlarm			Read	0=Off, 1=On
AO	1	AO_SequenceA	Y1 sequence output	%	Read
AO	2	AO_SequenceB	Y2 sequence output	%	Read
AO	3	AO_SequenceC	Y3 sequence output	%	Read
AO	4	AO_SequenceD	Y4 sequence output	%	Read
AO	5	AO_SequenceE	Y5 sequence output	%	Read
AO	6	AO_SequenceF	Y6 sequence output	%	Read
AO	7	AO_SequenceG	Y7 sequence output	%	Read
AO	8	AO_SequenceH	Y8 sequence output	%	Read
AO	9	AO_SequenceI	Y9 sequence output	%	Read
AO	10	AO_SequenceJ	Y10 sequence output	%	Read
AO	11	AO_ChangeOver1	Change over 1	%	Read
AO	12	AO_ChangeOver2	Change over 2	%	Read
AO	13	AO_SAF	Control valve Supply air fan in	%	Read
AO	14	AO_EAF	Control valve Extract air fan	%	Read
AO	15	AO_Humidity	Control valve Humidity	%	Read
AO	16	AO_StepController1	Step Controller 1	%	Read
AO	17	AO_StepController2	Step Controller 2	%	Read
AO	18	AO_ExtraController	Extra Controller	%	Read
AO	19	AO_AISignalOutput	AI Signal output	%	Read
AO	20	AO_PreHeat	PreHeat output	%	Read
AO	21	AO_Zone1Heat	Zone1 Heating	%	Read
AO	22	AO_Zone2Heat	Zone2 Heating	%	Read
AO	23	AO_Zone3Heat	Zone3 Heating	%	Read
AO	24	AO_Zone1Cool	Zone1 Cooling	%	Read
AO	25	AO_Zone2Cool	Zone2 Cooling	%	Read
AO	26	AO_Zone3Cool	Zone3 Cooling	%	Read
AO	27	AO_EATRControl	EATR control function output	%	Read
TL	1	TL_IntakeAirTemp			Read
TL	2	TL_IntakeAirTemp_Avg2min			Read
TL	3	TL_SupplyAirTemp			Read
TL	4	TL_SupplyAirTemp_Avg2min			Read
TL	5	TL_ExhaustAirTemp			Read
TL	6	TL_ExhaustAirTemp_Avg2min			Read
TL	7	TL_ExtractAirTemp			Read
TL	8	TL_ExtractAirTemp_Avg2min			Read
TL	9	TL_DeIcingTemp			Read
TL	10	TL_DeIcingTemp_Avg2min			Read
TL	11	TL_FrostprotTemp1			Read
TL	12	TL_FrostprotTemp1_Avg2min			Read
TL	13	TL_CO2			Read
TL	14	TL_CO2_Avg2min			Read
TL	15	TL_HumidityRoom			Read
TL	16	TL_HumidityRoom_Avg2min			Read
TL	17	TL_EAFPressure			Read
TL	18	TL_EAFPressure_Avg2min			Read
TL	19	TL_SAFFlow			Read
TL	20	TL_SAFFlow_Avg2min			Read
TL	21	TL_EAFFlow			Read
TL	22	TL_EAFFlow_Avg2min			Read
TL	23	TL_RoomTemp1			Read
TL	24	TL_RoomTemp1_Avg2min			Read
TL	25	TL_FlowExchSA			Read
TL	26	TL_FlowExchSA_Avg2min			Read
TL	27	TL_FrostprotTemp3			Read
TL	28	TL_FrostprotTemp3_Avg2min			Read
TL	29	TL_HumiditySupplyAir			Read
TL	30	TL_HumiditySupplyAir_Avg2min			Read
TL	31	TL_EfficiencyTempExch			Read
TL	32	TL_EfficiencyTempExch_Avg2min			Read
TL	33	TLPreHeatTemp			Read
TL	34	TL_PreHeatTemp_Avg2min			Read
TL	35	TL_EATRPressure			Read
TL	36	TL_EATRPressure_Avg2min			Read
TL	37	TL_SeqPumpA			Read
TL	38	TL_SeqPumpA_Avg2min			Read
TL	39	TL_Auxiliary1			Read
TL	40	TL_Auxiliary1_Avg2min			Read
TL	41	TL_HeatingSeqA			Read
TL	42	TL_HeatingSeqA_Avg2min			Read
TL	43	TL_CoolingSeqC			Read
TL	44	TL_CoolingSeqC_Avg2min			Read
TL	45	TL_ExcSeqB			Read
TL	46	TL_ExcSeqB_Avg2min			Read
TL	47	TL_Recirculation1SeqD			Read
TL	48	TL_Recirculation1SeqD_Avg2min			Read
TL	49	TL_Recirculation2SeqE			Read
TL	50	TL_Recirculation2SeqE_Avg2min			Read
TL	51	TL_Heating2SeqG			Read
TL	52	TL_Heating2SeqG_Avg2min			Read
TL	53	TL_SeqPumpC			Read
TL	54	TL_SeqPumpC_Avg2min			Read
TL	55	TL_Cooling2SeqH			Read
TL	56	TL_Cooling2SeqH_Avg2min			Read
TL	57	TL_ExternalHCSeqJ			Read
TL	58	TL_ExternalHCSeqJ_Avg2min			Read
TL	59	TL_SAFanAO			Read
TL	60	TL_SAFanAO_Avg2min			Read
TL	61	TL_EAFanAO			Read
TL	62	TL_EAFanAO_Avg2min			Read
TL	63	TL_PreHeatAO			Read
TL	64	TL_PreHeatAO_Avg2min			Read
TL	65	TL_EATRControlAO			Read
TL	66	TL_EATRControlAO_Avg2min			Read
TL	67	TL_SAFPressure			Read
TL	68	TL_SAFPressure_Avg2min			Read
TL	71	TL_UnitModeM			Read
TL	72	TL_UnitModeM_Avg2min			Read
TL	73	TL_DefrostIndDxChangover1			Read
TL	74	TL_DefrostIndDxChangover1_Avg2min			Read
TL	75	TL_DefrostIndDxChangover2			Read
TL	76	TL_DefrostIndDxChangover2_Avg2min			Read
TL	77	TL_HumidityStartDO			Read
TL	78	TL_HumidityStartDO_Avg2min			Read
TL	79	TL_ChangeOver1DO			Read
TL	80	TL_ChangeOver1DO_Avg2min			Read
TL	81	TL_ChangeOver2DO			Read
TL	82	TL_ChangeOver2DO_Avg2min			Read
TL	83	TL_PreHeatPumpDO			Read
TL	84	TL_PreHeatPumpDO_Avg2min			Read
TL	85	TL_AEfficiency			Read
TL	86	TL_AEfficiency_Avg2min			Read
TL	87	TL_FreeCoolActiveDO			Read
TL	88	TL_FreeCoolActiveDO_Avg2min			Read
TL	89	TL_SupprtConHeatDO			Read
TL	90	TL_SupprtConHeatDO_Avg2min			Read
TL	91	TL_SupprtConCoolDO			Read
TL	92	TL_SupprtConCoolDO_Avg2min			Read
TL	93	TL_SectionDefrostActiveDO			Read
TL	94	TL_SectionDefrostActiveDO_Avg2min			Read
TL	95	TL_BMSOverride			Read
TL	96	TL_BMSOverride_Avg2min			Read
TL	97	TL_ExchExtractTemp			Read
TL	98	TL_ExchExtractTemp_Avg2min			Read
NC	1	AlarmsClassA			Read
NC	2	AlarmsClassB			Read
NC	3	AlarmsClassC			Read
NC	4	EventPoints			Read
DEV	1	Access			Read

Integration notes

The EDE settable column is 'N' for every object, so access is inferred: S_ (setting) objects and the A_BMS_ inputs are shown writable, everything else read-only.
State texts come from the EDE state-text table; multistate values are numbered from 1.
Most temperature, pressure and airflow objects carry BACnet unit NO-UNITS in the EDE, so their units are blank here (temperatures are °C).
Device instance 114112 is the one in the published EDE; set a unique value per unit.
Sequences A-J, zones 1-4, heat pump (HP) and up to 10 supply/extract fan motors are generic slots; only configured ones carry data.
The EDE does not name the data link; Systemair's Access 5 communication manual (472956) describes BACnet/IP on the B-BC profile from 5.0-1-00.

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. Easy BACnet scans a network for BACnet IP devices from an Android phone, reads every object on the Access controller 5.x (ControllerProgram) 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 Systemair Access controller 5.x (ControllerProgram) BACnet

How many BACnet points does the Systemair Access controller 5.x (ControllerProgram) BACnet have?

This list has 1201 BACnet objects: 59 analog inputs, 27 analog outputs, 545 analog values, 87 binary inputs, 78 binary outputs, 152 binary values, 1 calendar, 1 device, 4 notification classs, 5 schedules, 87 multi-state values, 96 trend logs, 5 integer values, 54 positive integer values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Systemair Access controller 5.x (ControllerProgram) BACnet BACnet points are writable?

348 of the 1201 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 Systemair Access controller 5.x (ControllerProgram) BACnet BACnet documentation?

The source is Access 5.x Modbus variables and BACnet objects (Communication document 5.5-1-01 build 411: BACnet_Access_ControllerProgram EDE, state texts, units) (5.5-1-01 build 411), revision 2026-03, published free by Systemair at https://systemair.canto.global/direct/other/tu4qsjtsu544vba9gqgd0mfv4t/p74ln_6WRy-NkSgEmII-SnQmHFY/original?content-type=application%2Fzip&name=Access+5.x+Modbus+variables+and+BACnet+objects.zip.

What are the minimum BACnet points to integrate the Systemair Access controller 5.x (ControllerProgram) BACnet?

Start with MV 12 AirUnitAutoMode (Off / manual / auto / forced speed command); MV 31 ExternalControl (External extended run or stop command); AV 39 SupplySetpoint (Supply air temperature setpoint); BV 8 AlaAcknowAll (Acknowledge all alarms); MV 15 UnitMode (Actual run mode); MV 16 UnitModeControl (What is driving the current run mode); AI 3 AI_SupplyAirTemp (Supply air temperature); AI 5 AI_ExtractAirTemp (Extract air temperature); AI 1 AI_OutDoorTemp (Outdoor temperature); BV 9 SumAlarm (Any alarm).

How do I enable BMS control of the Systemair Access controller 5.x (ControllerProgram) BACnet?

Can the BMS supply sensor values to the Systemair Access controller 5.x (ControllerProgram) BACnet?

How do I check these points on the real Access controller 5.x (ControllerProgram) 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 Systemair BACnet points lists

Source: Access 5.x Modbus variables and BACnet objects (Communication document 5.5-1-01 build 411: BACnet_Access_ControllerProgram EDE, state texts, units) · 5.5-1-01 build 411 · rev. 2026-03. Object names, instances and units are reproduced as published; descriptions are our own.

Systemair Access controller 5.x (ControllerProgram) BACnet BACnet points list

BMS integration notes: Systemair Access controller 5.x (ControllerProgram) BACnet

Minimum points to map

Enable & remote start

Sensors & values from the BMS

Network setup

Watch out for

Systemair Access controller 5.x (ControllerProgram) BACnet BACnet objects

Integration notes

Questions about the Systemair Access controller 5.x (ControllerProgram) BACnet

More Systemair BACnet points lists

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