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VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0

VAV box controller · BACnet points list

ProLon VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0 BACnet points list

Updated 12 November 2026

Short answer

ProLon's VAV controller exposes its whole configuration (setpoints, PI tuning, damper and airflow settings, five configurable outputs, math functions) and its live network variables (zone temperature, setpoints, airflow, demand, outputs, occupancy) as Analog, Multi-state and Binary Values. The five outputs can each be assigned a function, so what Out1-Out5 do depends on the configuration.

This page lists 172 BACnet objects for the ProLon VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0 — 155 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from ProLon’s own free documentation, linked below.

Manufacturer: ProLon
Model: VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0
Equipment: VAV box controller
Equipment type: VAV boxes & fan coils
BACnet objects: 172 (155 writable)
Transport: —
Firmware: 7.6.0
Also known as: VC2000, C1050-VAV, C1050, Prolon VAV, PL-NTWRK-VAVMBPRF, VC1000, C1000
Source document: VAV Controller Network Profile - BACnet Ver 7.6.0 · PL-NTWRK-VAVMBPRF-C/F-EN-V76

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

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

BMS integration notes: ProLon VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0

Integration in brief

Use BV 1 for occupancy and the occupied setpoints (AV 23/AV 24, or Center SP AV 109) for the zone, then read zone temperature, airflow, demand and damper state. Check what each output is assigned to (MV 2-6) before mapping Out1-Out5.

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
BV 1	Occup	Occupied/unoccupied	Write
AV 23	DefHeatSP	Occupied heating setpoint	Write
AV 24	DefCoolSP	Occupied cooling setpoint	Write
AV 1	ZoneTmp	Active zone temperature	Write
AV 6	AirFlow	Air flow, CFM	Write
AV 8	Demand	Zone demand, %	Read
AV 9	DampPos	Damper position, %	Read
BV 32	FanStatus	Fan status input	Write
MV 1	DampStat	Damper OK / stalled	Read

Sensors & values from the BMS

Zone temperature (AV 1), outside temperature (AV 7), CO2 (AV 104), supply and slab temperature are writable network variables; AV 116 still shows the local sensor.

Network setup

Net port and RJ45 port baud (MV 13/14, default 57600), parity and stop bits are set by objects.
BV 29 selects °C or °F for BACnet temperatures.

Watch out for

Output functions (MV 2-6) decide what AV 10-14 mean.
Output override values (AV 62-66) only act when the matching enable BV 15-19 is on.

ProLon VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0 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.

172 of 172 shown

Type

AnalogBinaryMulti-state

Access

Units

Show

ProLon VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0 BACnet Points List
			Description			States
AVmin	1	ZoneTmp	Active zone temperature	°C	Write
AV	2	HeatSP	Active heat setpoint	°C	Write
AV	3	CoolSP	Active cool setpoint	°C	Write
AV	4	SupplyTmp	Supply temperature	°C	Write
AV	5	SlabTemp	Slab temperature	°C	Write
AVmin	6	AirFlow	Air flow	CFM	Write
AV	7	OutTemp	Outside temperature input	°C	Write
AVmin	8	Demand	Zone demand	%	Read
AVmin	9	DampPos	Damper position (111 % during reinitialisation)	%	Read
AV	10	Out1	Output 1	%	Read
AV	11	Out2	Output 2	%	Read
AV	12	Out3	Output 3	%	Read
AV	13	Out4	Output 4	%	Read
AV	14	Out5	Output 5	%	Read
AV	15	Math1	Math function 1	%	Read
AV	16	Math2	Math function 2	%	Read
AV	17	Math3	Math function 3	%	Read
AV	18	Math4	Math function 4	%	Read
AV	19	Math5	Math function 5	%	Read
AV	20	PropB	Proportional; default 3, range 0 to 50	°C	Write
AV	21	HeatInteg	Heat Integral; default 30, range 0 to 120	min	Write
AV	22	CoolInteg	Cool Integral; default 30, range 0 to 120	min	Write
AVmin	23	DefHeatSP	Default Occupied Heat SP; default 21.5, range -30 to 40	°C	Write
AVmin	24	DefCoolSP	Default Occupied Cool SP; default 22.5, range -29.5 to 55	°C	Write
AV	25	UnocHeatSP	Unoccupied Heat Setpoint; default 15, range -30 to 40	°C	Write
AV	26	UnocCoolSP	Unoccupied Cool Setpoint; default 30, range -29.5 to 55	°C	Write
AV	27	HeatSPLim	MinHeatSPLimit; default 19, range -30 to 40	°C	Write
AV	28	CoolSPLim	MaxCoolSPLimit; default 26, range -29.5 to 55	°C	Write
AV	29	LoScaleLim	Low Scale Limit; default 15, range -30 to 40	°C	Write
AV	30	HiScaleLim	High Scale Limit; default 30, range -30 to 40	°C	Write
AV	31	DampOpDel	Damper Opening Delay; default 95, range 15 to 300	s	Write
AV	32	VentDbOvr	Ventilation DB - Over; default 0.5, range -15 to 15	°C	Write
AV	33	DampPB	Damper Proportional Band; default 100, range 0 to 100	%	Write
AV	34	MinDampOpV	Min Damper Opening (Vent); default 10, range 0 to 100	%	Write
AV	35	MinDampOpH	Min Damper Opening (Heat); default 30, range 0 to 100	%	Write
AV	36	DampDifDem	Damper Differential (Demand); default 10, range 1 to 100	%	Write
AV	37	MinVentSP	Min Ventilation Setpoint; default 90, range 0 to 7500	CFM	Write
AV	38	MaxVentSP	Max Ventilation Setpoint; default 225, range 0 to 7500	CFM	Write
AV	39	DampDifFlow	Damper Differential (Flow); default 40, range 0 to 1000	CFM	Write
AV	40	DuctDiam	Duct Diameter; default 8, range 0 to 26	in	Write
AV	41	Kfact	K Factor; default 2.39, range 1 to 300		Write
AV	42	MinVentHeatSP	Min Ventilation Heat Setpoint; default 120, range 0 to 7500	CFM	Write
AV	43	ZonTempCal	Zone Temperature Offset; default 0, range -15 to 15	°C	Write
AV	44	SupTempCal	Supply Temperature Offset; default 0, range -15 to 15	°C	Write
AV	45	FlowCal	Airflow Offset; default 0, range -1000 to 1000	CFM	Write
AV	46	CorFact	Correction Factor; default 1, range 0 to 10		Write
AV	47	OutSP1	Output 1 Setpoint (If using diff, invalid between -5 and 5); default 50	%	Write
AV	48	OutSP2	Output 2 Setpoint (If using diff, invalid between -5 and 5); default 50	%	Write
AV	49	OutSP3	Output 3 Setpoint (If using diff, invalid between -5 and 5); default 50	%	Write
AV	50	OutSP4	Output 4 Setpoint (If using diff, invalid between -5 and 5); default 50	%	Write
AV	51	OutSP5	Output 5 Setpoint (If using diff, invalid between -5 and 5); default 25	%	Write
AV	52	OutPB1	Output 1 Proportional Band; default 0, range 0 to 99	%	Write
AV	53	OutPB2	Output 2 Proportional Band; default 0, range 0 to 99	%	Write
AV	54	OutPB3	Output 3 Proportional Band; default 0, range 0 to 99	%	Write
AV	55	OutPB4	Output 4 Proportional Band; default 0, range 0 to 99	%	Write
AV	56	OutPB5	Output 5 Proportional Band; default 75, range 0 to 99	%	Write
AV	57	OutDiff1	Output 1 Differential Band (Set PropBand to 0 to use differential); default 40	%	Write
AV	58	OutDiff2	Output 2 Differential Band (Set PropBand to 0 to use differential); default 40	%	Write
AV	59	OutDiff3	Output 3 Differential Band (Set PropBand to 0 to use differential); default 40	%	Write
AV	60	OutDiff4	Output 4 Differential Band (Set PropBand to 0 to use differential); default 40	%	Write
AV	61	OutDiff5	Output 5 Differential Band (Set PropBand to 0 to use differential); default 8	%	Write
AV	62	OutOvVal1	Output 1 Override Value; default 0, range 0 to 100	%	Write
AV	63	OutOvVal2	Output 2 Override Value; default 0, range 0 to 100	%	Write
AV	64	OutOvVal3	Output 3 Override Value; default 0, range 0 to 100	%	Write
AV	65	OutOvVal4	Output 4 Override Value; default 0, range 0 to 100	%	Write
AV	66	OutOvVal5	Output 5 Override Value; default 0, range 0 to 100	%	Write
AV	67	GrpCode1	Group Code 1; default 0, range 0 to 250		Write
AV	68	GrpCode2	Group Code 2; default 0, range 0 to 250		Write
AV	69	GrpCode3	Group Code 3; default 0, range 0 to 250		Write
AV	70	GrpWght1	Group Weight 1; default 0, range 0 to 15		Write
AV	71	GrpWght1	Group Weight 2; default 0, range 0 to 15		Write
AV	72	GrpWght1	Group Weight 3; default 0, range 0 to 15		Write
AV	73	GlobWght	Global Weight; default 1, range 0 to 60		Write
AV	74	MathGrp1	Math Group 1 (Group 0 = global); default 0		Write
AV	75	MathGrp2	Math Group 2 (Group 0 = global); default 0		Write
AV	76	MathGrp3	Math Group 3 (Group 0 = global); default 0		Write
AV	77	MathGrp4	Math Group 4 (Group 0 = global); default 0		Write
AV	78	MathGrp5	Math Group 5 (Group 0 = global); default 0		Write
AV	79	OvrdTime	Override Time IO; default 120, range 0 to 720	min	Write
AV	80	MWUpTime	Morning Warm Up Time; default 0, range 0 to 300	min	Write
AV	81	DampOvrdVal	Damper Override Value; default 0, range 0 to 100	%	Write
AV	82	MathRate	Math Refresh Rate; default 3, range 1 to 250	s	Write
AV	83	ListRate	List Refresh Rate; default 30, range 0 to 250	min	Write
AV	84	MinCoolSP	MinCoolSPLim; default 20, range -29.5 to 54	°C	Write
AV	85	MaxHeatSP	MaxHeatSPLim; default 25, range -30 to 54.5	°C	Write
AV	86	UnocHeatSB	Unoc Heat Offset; default 3, range -20 to 20	°C	Write
AV	87	UnocCoolSU	Unoc Cool Offset; default 5, range -20 to 20	°C	Write
AV	88	DuctHeatSP	Duct Heater SP (Min damper/flow heat SPs act once duct heater reaches this); default 25	%	Write
AV	89	DampMaxPos	Damper Max Position; default 100, range 0 to 100	%	Write
AV	90	MinSlabTmp	MinSlabTemp; default 21, range 5 to 30	°C	Write
AV	91	MaxSlabTmp	MaxSlabTemp; default 27, range 5 to 30	°C	Write
AV	92	UnocSlabTmp	MinSlabTempUnoc; default 19, range 5 to 30	°C	Write
AV	93	OutCutoff	Outside Cutoff Temp; default 15, range 5 to 30	°C	Write
AV	94	RadProp	Radiant Proportionnal; default 1, range 0 to 10	°C	Write
AV	95	RadInteg	Radiant Integral; default 60, range 0 to 1000	min	Write
AV	96	CalibSlab	Calib Slab Temp; default 0, range -15 to 15	°C	Write
AV	97	RadCycle	Radiant Floor Cycle Time; default 10, range 1 to 255	min	Write
AV	98	LockedAddr	Locked Address; default 0, range 0 to 127		Write
AV	99	MinDampOpS	Min Damper Pos - Standby (Min damper position in standby mode); default 50	%	Write
AV	100	VentDbUnd	Ventilation DB - Under; default 0.5, range -15 to 15	°C	Write
AV	101	DischTemp	Discharge temperature	°C	Read
AV	102	SP_Offset	Setpoint Offset (Offset on default heat SP or potentiometer SP); default 0	°C	Write
AV	103	FlowSP	Flow setpoint	CFM	Read
AV	104	CO2Val	CO2 reading	ppm	Write
AV	105	CO2HiLim	CO2 High Limit; default 1000, range 0 to 5000	ppm	Write
AV	106	CO2MinPos	CO2 Min Damper Pos; default 30, range 0 to 100	%	Write
AV	107	CO2MinFlow	CO2 Min Flow; default 150, range 0 to 5000	CFM	Write
AV	108	CO2Calib	CO2 Calibration; default 0, range -3000 to 3000	ppm	Write
AV	109	CenterSP	Center SP (Heat and cool SPs centred on this value (with AV 110)); default 22	°C	Write
AV	110	CenterDB	Center Deadband (Heat/cool SP separation around Center SP); default 1	°C	Write
AV	111	VentModeTarg	Ventilation Mode Target; default 100, range 0 to 100	%	Write
AV	112	VentModeDly	Ventilation Mode Delay; default 5, range 0 to 100	min	Write
AV	113	AiDampTarg	Analog Input Damper Target; default 100, range 0 to 100	%	Write
AV	114	SupInterlk	Duct Heater Supply Interlock; default 50, range 20 to 54	°C	Write
AV	115	MultiRest	Multizone Reset Position; default 50, range 0 to 100	%	Write
AV	116	ZoneTmpSens	Local zone sensor reading (PL-T200/T500/T1000/RS)	°C	Read
MVmin	1	DampStat	Damper state		Read	1=OK, 2=STALLED, 3=REINITIALIZING
MV	2	OutCtrl1	Output 1 Control function (default 10)		Write	1=Damper, 2=Demand, 3=Occ, 4=OccNightHeat, 5-9=Math1-5, 10=OFF, 11=OccNightHeatCool, 12=FanStatus
MV	3	OutCtrl2	Output 2 Control function (default 10)		Write	1=Damper, 2=Demand, 3=Occ, 4=OccNightHeat, 5-9=Math1-5, 10=OFF, 11=OccNightHeatCool, 12=FanStatus
MV	4	OutCtrl3	Output 3 Control function (default 10)		Write	1=Damper, 2=Demand, 3=Occ, 4=OccNightHeat, 5-9=Math1-5, 10=OFF, 11=OccNightHeatCool, 12=FanStatus
MV	5	OutCtrl4	Output 4 Control function (default 2)		Write	1=Damper, 2=Demand, 3=Occ, 4=OccNightHeat, 5-9=Math1-5, 10=OFF, 11=OccNightHeatCool, 12=FanStatus
MV	6	OutCtrl5	Output 5 Control function (default 2)		Write	1=Damper, 2=Demand, 3=Occ, 4=OccNightHeat, 5-9=Math1-5, 10=OFF, 11=OccNightHeatCool, 12=FanStatus
MV	7	DuctHeatID	Duct heater output (default 1)		Write	1=No Duct Heater Output, 2-6=Output1-Output5
MV	8	MathSrc1	Math Source 1 (default 1)		Write	1=WeightedAverage, 2=MaxHeating, 3=MaxCooling, 4=WeightedAverage (HeatOnly), 5=WeightedAverage(CoolOnly), 6=MathOccupancy, 7=MathOverride, 8=RadiantReq, Else=OFF
MV	9	MathSrc2	Math Source 2 (default 1)		Write	1=WeightedAverage, 2=MaxHeating, 3=MaxCooling, 4=WeightedAverage (HeatOnly), 5=WeightedAverage(CoolOnly), 6=MathOccupancy, 7=MathOverride, 8=RadiantReq, Else=OFF
MV	10	MathSrc3	Math Source 3 (default 1)		Write	1=WeightedAverage, 2=MaxHeating, 3=MaxCooling, 4=WeightedAverage (HeatOnly), 5=WeightedAverage(CoolOnly), 6=MathOccupancy, 7=MathOverride, 8=RadiantReq, Else=OFF
MV	11	MathSrc4	Math Source 4 (default 1)		Write	1=WeightedAverage, 2=MaxHeating, 3=MaxCooling, 4=WeightedAverage (HeatOnly), 5=WeightedAverage(CoolOnly), 6=MathOccupancy, 7=MathOverride, 8=RadiantReq, Else=OFF
MV	12	MathSrc5	Math Source 5 (default 1)		Write	1=WeightedAverage, 2=MaxHeating, 3=MaxCooling, 4=WeightedAverage (HeatOnly), 5=WeightedAverage(CoolOnly), 6=MathOccupancy, 7=MathOverride, 8=RadiantReq, Else=OFF
MV	13	Baud1	Net port baud rate (default 4 = 57600)		Write	1=9600, 2=19200, 3=38400, 4=57600, 5=76800, 6=115200
MV	14	Baud2	RJ45 port baud rate (default 4 = 57600)		Write	1=9600, 2=19200, 3=38400, 4=57600, 5=76800, 6=115200
MV	15	Parity1	Net port parity (default NONE)		Write	1=NONE, 2=ODD, 3=EVEN
MV	16	Parity2	RJ45 port parity (default NONE)		Write	1=NONE, 2=ODD, 3=EVEN
MV	17	Out5Range	Output 5 signal range (default 0-10V)		Write	1=0-10V, 2=2-10V, 3=0-5V
MV	18	DampSpeed	Damper speed chasing flow SP (pressure independent; default 3)		Write	1=fastest ... 5=slowest
MV	19	RadFloorID	Radiant floor output (default 1)		Write	1=No Radiant Output, 2-6=Output1-Output5
MV	20	DampUnocMode	Damper in unoccupied mode (default 1)		Write	1=Open, 2=Demand, 3=Closed, 4=Normal
MV	21	AnInputMode	Analog input mode (VC2000) / input profile (C1050, bit-coded)		Write	VC2000: 1=Supply or Radiant Temp, 2=Zone Temp, 3=Occupancy, 4=Discharge Temp, 5=Conference Occup, 6=CO2, 7=Damper Override
MV	22	FPBoutID	Fan powered box output (default 1)		Write	1=No Fan Powered Box, 2-6=Output1-5
MV	23	FPBmode	Fan powered box mode (default 1)		Write	1=Parallel, 2=Series, 3=Series with fan protection
MV	24	IntegDropOff	Integral drop-off rate (default 4)		Write	1=Slow Dropoff Rate ... 5=Fast Dropoff Rate
BVmin	1	Occup	Occupancy status		Write	0=Unoccupied, 1=Occupied (AUTO)
BV	2	UnoccOvr	Unoccupied override status		Write	0=AUTO, 1=Activate override from unoccupied mode
BV	3	Out3EnMWUp	Disables output 3 until cleared or warm-up ends		Write
BV	4	Out4EnMWUp	Disables output 4 until cleared or warm-up ends		Write
BV	5	Out5EnMWUp	Disables output 5 until cleared or warm-up ends		Write
BV	6	DampCtrl	Damper control mode (default 1)		Write	0=Pressure, 1=Demand or Multizone
BV	7	DampOpenDir	Damper opening direction (default 0)		Write	0=CCW, 1=CW
BV	8	FlowSensType	Flow sensor type (default 0)		Write	0=LowVelocity, 1=HighVelocity
BV	9	Out5RevAct	Output 5 reverse acting (default 0)		Write	0=Normal, 1=ReverseActing
BV	10	StopBits1	Net port stop bits (default 0)		Write	0=1 Stop Bit, 1=2 Stop Bits
BV	11	StopBits2	RJ45 port stop bits (default 0)		Write	0=1 Stop Bit, 1=2 Stop Bits
BV	12	MathEn	Math enable (default 0)		Write
BV	13	Out5Pulsed	Output 5 pulsed (default 0)		Write	0=Modulating, 1=Pulsed
BV	14	UseHalomo	Damper outputs driven by Halomo choices (default 1)		Write
BV	15	OutOvrdEn1	Output 1 override enable (default 0)		Write	0=No Override, 1=Use override
BV	16	OutOvrdEn2	Output 2 override enable (default 0)		Write	0=No Override, 1=Use override
BV	17	OutOvrdEn3	Output 3 override enable (default 0)		Write	0=No Override, 1=Use override
BV	18	OutOvrdEn4	Output 4 override enable (default 0)		Write	0=No Override, 1=Use override
BV	19	OutOvrdEn5	Output 5 override enable (default 0)		Write	0=No Override, 1=Use override
BV	20	DampOvrdEn	Damper override enable (default 0)		Write	0=No Override, 1=Use override
BV	21	SchdOvrdEn	Schedule override enable (default 0)		Write	0=No Override, 1=Use override
BV	22	SchdOvrdVal	Schedule override value (default 1)		Write	0=Unoccupied, 1=Occupied
BV	23	MathUnocMode	Math functions in unoccupied mode (default 0)		Write	0=Averaging replaced with Max Demand, 1=No change
BV	24	Out1RevAct	Output 1 reverse acting (default 0)		Write	0=Normal, 1=ReverseActing
BV	25	Out2RevAct	Output 2 reverse acting (default 0)		Write	0=Normal, 1=ReverseActing
BV	26	Out3RevAct	Output 3 reverse acting (default 0)		Write	0=Normal, 1=ReverseActing
BV	27	Out4RevAct	Output 4 reverse acting (default 0)		Write	0=Normal, 1=ReverseActing
BV	28	StandbyMode	Standby mode active (standby min position, no demand)		Read
BV	29	BACnetUnits	BACnet temperature units (default 0)		Write	0=Celsius, 1=Fahrenheit
BV	30	UseExtVent	Ventilation mode (default 0)		Write	0=Normal, 1=Extended
BV	31	UseMultizone	Multizone damper control (default 0)		Write	0=Use Standard Damper Control (see BV6), 1=Use Multizone Control
BVmin	32	FanStatus	Fan status input		Write	0=Fan is stopped, 1=Fan is running

Object ID lookup: ProLon VAV controller, BACnet profile v7.6.0 point IDs by name

AV1ZoneTmp
AV2HeatSP
AV3CoolSP
AV4SupplyTmp
AV5SlabTemp
AV6AirFlow
AV7OutTemp
AV8Demand
AV9DampPos
AV10Out1
AV11Out2
AV12Out3
AV13Out4
AV14Out5
AV15Math1
AV16Math2
AV17Math3
AV18Math4
AV19Math5
AV20PropB
AV21HeatInteg
AV22CoolInteg
AV23DefHeatSP
AV24DefCoolSP
AV25UnocHeatSP
AV26UnocCoolSP
AV27HeatSPLim
AV28CoolSPLim
AV29LoScaleLim
AV30HiScaleLim
AV31DampOpDel
AV32VentDbOvr
AV33DampPB
AV34MinDampOpV
AV35MinDampOpH
AV36DampDifDem
AV37MinVentSP
AV38MaxVentSP
AV39DampDifFlow
AV40DuctDiam
AV41Kfact
AV42MinVentHeatSP
AV43ZonTempCal
AV44SupTempCal
AV45FlowCal
AV46CorFact
AV47OutSP1
AV48OutSP2
AV49OutSP3
AV50OutSP4
AV51OutSP5
AV52OutPB1
AV53OutPB2
AV54OutPB3
AV55OutPB4
AV56OutPB5
AV57OutDiff1
AV58OutDiff2
AV59OutDiff3
AV60OutDiff4
AV61OutDiff5
AV62OutOvVal1
AV63OutOvVal2
AV64OutOvVal3
AV65OutOvVal4
AV66OutOvVal5
AV67GrpCode1
AV68GrpCode2
AV69GrpCode3
AV70GrpWght1
AV71GrpWght1
AV72GrpWght1
AV73GlobWght
AV74MathGrp1
AV75MathGrp2
AV76MathGrp3
AV77MathGrp4
AV78MathGrp5
AV79OvrdTime
AV80MWUpTime
AV81DampOvrdVal
AV82MathRate
AV83ListRate
AV84MinCoolSP
AV85MaxHeatSP
AV86UnocHeatSB
AV87UnocCoolSU
AV88DuctHeatSP
AV89DampMaxPos
AV90MinSlabTmp
AV91MaxSlabTmp
AV92UnocSlabTmp
AV93OutCutoff
AV94RadProp
AV95RadInteg
AV96CalibSlab
AV97RadCycle
AV98LockedAddr
AV99MinDampOpS
AV100VentDbUnd
AV101DischTemp
AV102SP_Offset
AV103FlowSP
AV104CO2Val
AV105CO2HiLim
AV106CO2MinPos
AV107CO2MinFlow
AV108CO2Calib
AV109CenterSP
AV110CenterDB
AV111VentModeTarg
AV112VentModeDly
AV113AiDampTarg
AV114SupInterlk
AV115MultiRest
AV116ZoneTmpSens
MV1DampStat
MV2OutCtrl1
MV3OutCtrl2
MV4OutCtrl3
MV5OutCtrl4
MV6OutCtrl5
MV7DuctHeatID
MV8MathSrc1
MV9MathSrc2
MV10MathSrc3
MV11MathSrc4
MV12MathSrc5
MV13Baud1
MV14Baud2
MV15Parity1
MV16Parity2
MV17Out5Range
MV18DampSpeed
MV19RadFloorID
MV20DampUnocMode
MV21AnInputMode
MV22FPBoutID
MV23FPBmode
MV24IntegDropOff
BV1Occup
BV2UnoccOvr
BV3Out3EnMWUp
BV4Out4EnMWUp
BV5Out5EnMWUp
BV6DampCtrl
BV7DampOpenDir
BV8FlowSensType
BV9Out5RevAct
BV10StopBits1
BV11StopBits2
BV12MathEn
BV13Out5Pulsed
BV14UseHalomo
BV15OutOvrdEn1
BV16OutOvrdEn2
BV17OutOvrdEn3
BV18OutOvrdEn4
BV19OutOvrdEn5
BV20DampOvrdEn
BV21SchdOvrdEn
BV22SchdOvrdVal
BV23MathUnocMode
BV24Out1RevAct
BV25Out2RevAct
BV26Out3RevAct
BV27Out4RevAct
BV28StandbyMode
BV29BACnetUnits
BV30UseExtVent
BV31UseMultizone
BV32FanStatus

Integration notes

Configuration objects (AV 20-115, MV 2-24, BV 6-31) carry no writable column in the profile; they are listed as writable configuration with the printed default and min/max. Network variables use the printed BACnet Writable column.
Temperatures are printed in °C (units 62); BV 29 switches BACnet temperature units to °F.
MV 21 has two printed rows: VC2000 analog input mode (1-7) and a bit-coded C1050 input profile (1-256).
AV 71 and AV 72 (Group Weight 2/3) are printed with the object name GrpWght1, same as AV 70.
Instances skip AV 101/103/104 in the configuration block (they are network variables) and BV 28/32 are network variables too.
The profile does not say which BACnet data link (BACnet IP or BACnet MS/TP) the controller uses; it only lists Net port and RJ45 port serial settings.

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 VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0 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 ProLon VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0

How many BACnet points does the ProLon VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0 have?

This list has 172 BACnet objects: 116 analog values, 32 binary values, 24 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which ProLon VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0 BACnet points are writable?

155 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. The source has no read/write column, so this is inferred from object type.

Where is the official ProLon VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0 BACnet documentation?

The source is VAV Controller Network Profile - BACnet Ver 7.6.0 (PL-NTWRK-VAVMBPRF-C/F-EN-V76), published free by ProLon at https://cms.proloncontrols.com/craft-assets/download-resources/EN/Software/Modbus/Vav-Controller-BACnet-Profile-V.7.6.0.pdf.

What are the minimum BACnet points to integrate the ProLon VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0?

Start with BV 1 Occup (Occupied/unoccupied); AV 23 DefHeatSP (Occupied heating setpoint); AV 24 DefCoolSP (Occupied cooling setpoint); AV 1 ZoneTmp (Active zone temperature); AV 6 AirFlow (Air flow, CFM); AV 8 Demand (Zone demand, %); AV 9 DampPos (Damper position, %); BV 32 FanStatus (Fan status input); MV 1 DampStat (Damper OK / stalled).

Can the BMS supply sensor values to the ProLon VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0?

Zone temperature (AV 1), outside temperature (AV 7), CO2 (AV 104), supply and slab temperature are writable network variables; AV 116 still shows the local sensor.

How do I check these points on the real VAV controller (VC2000 / C1050-VAV), BACnet profile v7.6.0?

Scan the network with a BACnet IP browser such as Easy BACnet, open the device and compare its object list with this table. Anything missing is usually an option that isn't installed or a point that is disabled in the controller's configuration.

Source: VAV Controller Network Profile - BACnet Ver 7.6.0 · PL-NTWRK-VAVMBPRF-C/F-EN-V76. Object names, instances and units are reproduced as published; descriptions are our own.