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TC500A Commercial Thermostat

Thermostat (rooftop, heat pump and fan coil) · BACnet points list

Honeywell TC500A Commercial Thermostat BACnet points list

Updated 7 November 2026Unofficial source

Short answer

The TC500A is a commercial touchscreen thermostat that talks BACnet MS/TP on its RS-485 terminals or BACnet IP over Wi-Fi (one at a time). The guide lists objects for terminal I/O, application configuration (conventional, heat pump, fan coil, economizer), setpoints, network inputs, network outputs, alarms, display points and schedules. Network inputs let a BMS share outdoor air, space values, occupancy and emergency overrides.

This page lists 644 BACnet objects for the Honeywell TC500A Commercial Thermostat — 466 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from a copy of Honeywell’s documentation hosted by Cochrane Supply, not by Honeywell itself, so treat it as unofficial.

Manufacturer: Honeywell
Model: TC500A Commercial Thermostat
Equipment: Thermostat (rooftop, heat pump and fan coil)
Equipment type: Heat pumps
BACnet objects: 644 (466 writable)
Transport: BACnet MS/TP, BACnet IP
Firmware: Not stated
Also known as: TC500A, TC500A-N, TC500
Source document: TC500A BACnet Integration Guide · 31-00478-05 · rev. Rev. 02-23 (unofficial copy, hosted by Cochrane Supply)

Download CSV 644 rows Download EDE B.I.G.-EU JSON Source PDF (unofficial copy) ↗ Compare with your scan Download Easy BACnet Mobile App Google Play

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

BMS integration notes: Honeywell TC500A Commercial Thermostat

Integration in brief

Drive mode with MV 3 ni_ApplicationMode and occupancy with BV 158 ni_OccupancySensor, and write the occupied setpoints AV 7 / AV 4. Read effective setpoints AO 3 / AO 4, space temperature AO 18 and fan status BO 19. Outdoor and space values can be shared in through the ni_ inputs.

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 3	ni_ApplicationMode	System mode from the network	Write
BV 158	ni_OccupancySensor	Network occupancy: 1 = occupied, 0 = unoccupied	Write
AV 7	Cfg_Setpoints_OccHeatSp	Occupied heating setpoint	Write
AV 4	Cfg_Setpoints_OccCoolSp	Occupied cooling setpoint	Write
MV 583	Cfg_FanCoilManualSpeedSel	Fan coil fan speed: auto, low, medium, high, off	Write
AO 18	no_SpaceTemp	Space temperature in use	Read
AO 3	no_EffHeatSp	Effective heating setpoint	Read
AO 4	no_EffCoolSp	Effective cooling setpoint	Read
BO 19	no_FanStart	Fan start output state	Read
BO 102	no_GenericAlarm	Any alarm active	Read

Enable & remote start

The BMS steers the thermostat through ni_ network inputs: application mode (MV 3, not kept over a power cycle), occupancy (BV 158), bypass (BV 1), shutdown (BV 4) and smoke (BV 5). The schedule-state, occupancy-state, manual-override and emergency-override multistate inputs (MV 1, 4, 5, 6) clash with network outputs in the guide and are not listed.

Heartbeat & communication loss

Each shared network input has a fail-detect enable and delay (0-3600 s), for example occupancy BV 159 / AV 263, outdoor temperature BV 163 / AV 271, space temperature BV 168 / AV 282. When a bound input stops updating it falls back after the delay.

Sensors & values from the BMS

Network inputs: ni_SpaceTemp AV 104, ni_SpaceRH AV 80, ni_SpaceCO2 AV 81, ni_OutdoorTemp AV 89, ni_OutdoorHum AV 194, outdoor and return enthalpy/dew point AV 339-342. Sylk sensor values can be overridden through AV 238-251.

Network setup

BACnet MS/TP or BACnet IP over Wi-Fi, not both; switching between them restarts the thermostat.
MS/TP: Device ID is set on the thermostat; auto MAC addressing is on by default. The baud rate is auto-detected in the first 4 minutes, otherwise 76,800.
ni_DeviceLock (AV 195) can lock changes to the GUI or to the network.

Watch out for

Several objects share a type and instance in the guide (see notes); check on the device before mapping them.
ni_ApplicationMode is not kept after a power cycle; rewrite it after a restart.

Honeywell TC500A Commercial Thermostat 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.

644 of 644 shown

Type

Access

Units

Show

Honeywell TC500A Commercial Thermostat BACnet Points List
			Description			States
AI	8	ni_UI1	Universal Input shared to network.		Read
AI	9	ni_UI2	Universal Input shared to network.		Read
AI	10	ni_UIO1	Universal Input shared to network.		Read
AO	64	no_UIO1	Universal Output shared to network.		Write
AI	11	ni_UIO2	Universal Input shared to network.		Read
AO	63	no_UIO2	Universal Output shared to network.		Write
BO	74	no_DO1	Digital Output shared to network.		Write
BO	75	no_DO2	Digital Output shared to network.		Write
BO	76	no_DO3	Digital Output shared to network.		Write
BO	77	no_DO4	Digital Output shared to network.		Write
BO	78	no_DO5	Digital Output shared to network.		Write
BO	79	no_DO6	Digital Output shared to network.		Write
BO	80	no_DO7	Digital Output shared to network.		Write
BO	81	no_DO8	Digital Output shared to network.		Write
MV	24	Cfg_UI1	Function assigned to terminal UI1		Write	1=None, 2=Occupancy Sensor, 3=Dirty Filter, 4=Air Flow Status, 5=Shutdown, 6=Mixed Air Sensor, 7=Outside Air Sensor, 8=Discharge Air Sensor, 9=CO2 Sensor, 10=WtrFlwSts, 11=Space Temp Sensor, 12=FiltPres, 14=FanCurSens
AV	293	Cfg_UI1_Ext	Function code for terminal UI1, extended option list		Write	1=None, 2=Occupancy Sensor, 3=Dirty Filter, 4=Air Flow Status, 5=Shutdown, 6=Mixed Air Sensor, 7=Outside Air Sensor, 8=Discharge Air Sensor, 9=CO2 Sensor, 10=WtrFlwSts, 11=Space Temp Sensor, 17=PckEconFault, 18=WindowOpen, 19=Return Air Sensor, 20=Leak Detect/Drain Pan Sensor
MV	25	Cfg_UI2	Function assigned to terminal UI2		Write	1=None, 2=Occupancy Sensor, 3=Dirty Filter, 4=Air Flow Status, 5=Shutdown, 6=Mixed Air Sensor, 7=Outside Air Sensor, 8=Discharge Air Sensor, 9=CO2 Sensor, 10=WtrFlwSts, 11=Space Temp Sensor, 12=FiltPres, 14=FanCurSens
AV	294	Cfg_UI2_Ext	Function code for terminal UI2, extended option list		Write	1=None, 2=Occupancy Sensor, 3=Dirty Filter, 4=Air Flow Status, 5=Shutdown, 6=Mixed Air Sensor, 7=Outside Air Sensor, 8=Discharge Air Sensor, 9=CO2 Sensor, 10=WtrFlwSts, 11=Space Temp Sensor, 17=PckEconFault, 18=WindowOpen, 19=Return Air Sensor, 20=Leak Detect/Drain Pan Sensor
MV	26	Cfg_UIO1	Function assigned to terminal UIO1		Write	1=None, 2=Occupancy Sensor, 3=Dirty Filter, 4=Air Flow Status, 5=Shutdown, 6=Mixed Air Sensor, 7=Outside Air Sensor, 8=Discharge Air Sensor, 9=CO2 Sensor, 10=Fan Speed Control, 11=WtrFlwSts, 12=Space Temp Sensor
AV	295	Cfg_UIO1_Ext	Function code for terminal UIO1, extended option list		Write	1=None, 2=Occupancy Sensor, 3=Dirty Filter, 4=Air Flow Status, 5=Shutdown, 6=Mixed Air Sensor, 7=Outside Air Sensor, 8=Discharge Air Sensor, 9=CO2 Sensor, 10=Fan Speed Control, 11=WtrFlwSts, 12=Space Temp Sensor, 17=PckEconFault, 18=WindowOpen, 19=Return Air Sensor, 20=CO2Output, 21=Purge Output, 22=Cooling Control, 23=Leak Detect/Drain Pan Sensor
MV	27	Cfg_UIO2	Function assigned to terminal UIO2		Write	1=None, 2=Occupancy Sensor, 3=Dirty Filter, 4=Air Flow Status, 5=Shutdown, 6=Mixed Air Sensor, 7=Outside Air Sensor, 8=Discharge Air Sensor, 9=CO2 Sensor, 10=Heating Control, 11=WtrFlwSts, 12=Space Temp Sensor
AV	296	Cfg_UIO2_Ext	Function code for terminal UIO2, extended option list		Write	1=None, 2=Occupancy Sensor, 3=Dirty Filter, 4=Air Flow Status, 5=Shutdown, 6=Mixed Air Sensor, 7=Outside Air Sensor, 8=Discharge Air Sensor, 9=CO2 Sensor, 10=Heating Control, 11=WtrFlwSts, 12=Space Temp Sensor, 17=PckEconFault, 18=WindowOpen, 19=Return Air Sensor, 20=CO2Output, 21=Purge Output, 22=Cooling Control, 23=Leak Detect/Drain Pan Sensor
MV	28	Cfg_DO1	Function assigned to terminal DO1		Write	1=None, 2=Fan Command, 3=RTU/FCU Fan High Speed Command
MV	29	Cfg_DO2	Function assigned to terminal DO2		Write	2=Heating Stage1 Command, 3=FCU 2Pipe Single Heating On/Off Valve, 4=FCU 4Pipe Dual Heating On/Off Valve, 5=FCU Heating Floating Open Command
MV	30	Cfg_DO3	Function assigned to terminal DO3		Write	1=None, 2=Heating Stage2 Command, 3=Heat Pump Reversing Valve Command, 4=Fan Low Speed Command, 5=Occupancy Status, 6=Dehumidification Command, 7=Humidification Command, 8=FCU Heating Floating Close Command
MV	31	Cfg_DO4	Function assigned to terminal DO4		Write	1=None, 2=Heating Stage3 Command, 3=Heat Pump Reversing Valve Command, 4=Fan Low Speed Command, 5=Occupancy Status, 6=Dehumidification Command, 7=Humidification Command, 8=Purge Command, 9=Exhaust Fan1 Command, 10=Exhaust Fan2 Command, 11=FCU Fan Medium Speed Command, 12=Cooling Stage4 Command
MV	32	Cfg_DO5	Function assigned to terminal DO5		Write	1=None, 2=Cooling / Compressor Stage1 Command, 3=FCU 2Pipe Single Cooling On/Off Valve, 4=FCU 4Pipe Dual Cooling On/Off Valve, 5=FCU Cooling Floating Open Command
MV	33	Cfg_DO6	Function assigned to terminal DO6		Write	1=None, 2=Cooling / Compressor Stage2 Command, 3=Heat Pump Reversing Valve Command, 4=Fan Low Speed Command, 5=Occupancy Status, 6=Dehumidification Command, 7=Humidification Command, 8=FCU Cooling Floating Close Command
MV	34	Cfg_DO7	Function assigned to terminal DO7		Write	1=None, 2=Cooling / Compressor Stage3 Command, 3=Econ Min Damper Command, 4=Fan Low Speed Command, 5=Occupancy Status, 6=Dehumidification Command, 7=Humidification Command, 8=Purge Command, 9=Exhaust Fan1 Command, 10=Exhaust Fan2 Command, 11=FCU Fan Medium Speed Command
MV	35	Cfg_DO8	Function assigned to terminal DO8		Write	1=None, 2=Econ Min Damper Command, 3=Fan Low Speed Command, 4=Occupancy Status, 5=Dehumidification Command, 6=Humidification Command, 7=Purge Command, 8=Spare, 9=Exhaust Fan1 Command, 10=Exhaust Fan2 Command, 11=FCU Fan Medium Speed Command, 12=Cooling Stage4 Command
BV	31	Cfg_OccSensChar	Occupancy sensor input characteristics selection		Write	0=Direct, 1=Reverse
BV	32	Cfg_DirtyFilterChar	Dirty filter input characteristics selection		Write	0=Direct, 1=Reverse
BV	33	Cfg_AirFlwStsChar	Airflow status input characteristics selection		Write	0=Direct, 1=Reverse
BV	34	Cfg_ShutdownChar	Shutdown input characteristics selection		Write	0=Direct, 1=Reverse
MV	501	Cfg_MASensChar1	Temperature Sensor characteristics selection		Write	1=NTC10K type II, 2=NTC10K type III, 3=NTC20K
MV	502	Cfg_OASensChar1	Temperature Sensor characteristics selection		Write	1=NTC10K type II, 2=NTC10K type III, 3=NTC20K
MV	503	Cfg_DASensChar1	Temperature Sensor characteristics selection		Write	1=NTC10K type II, 2=NTC10K type III, 3=NTC20K
BV	180	Cfg_RASensChar	Return air Temperature Sensor characteristics selection		Write	0=NTC 20 K, 1=NTC 10 K Type II
MV	504	Cfg_RASensChar1	Temperature Sensor characteristics selection		Write	1=NTC10K type II, 2=NTC10K type III, 3=NTC20K
MV	372	CFg_SpcSensChar	Space Temperature Sensor characteristics selection		Write	1=NTC 10 K Type II, 2=NTC 10 K Type III, 3=NTC 20 K
BV	155	Cfg_FiltPresChar	Filter Pressure Characteristics selection		Write	0=0, 0=-5 InWC 1
AV	220	Cfg_CompCurSensMaxAmps	Comp Current Sensor Maximum Range		Write
AV	221	Cfg_FanCurSensMaxAmps	Fan Current Sensor Maximum Range		Write
BV	175	Cfg_WindowOpenChar	Window open characteristic		Write	0=Direct, 1=Reverse
BV	383	Cfg_WaterFlwStsChar	Proof of Water Flow Sensor characteristic		Write	0=Direct, 1=Reverse
AV	223	no_SylkAddr2Temp	Temperature from the Sylk TR40-family sensor at address 2		Read
AV	224	no_SylkAddr2Hum			Read
AV	225	no_SylkAddr2CO2			Read
AV	226	no_SylkAddr3Temp	TR40: Temperature		Read
AV	227	no_SylkAddr4Temp	TR40: Temperature		Read
AV	228	no_SylkAddr5Temp	TR40: Temperature		Read
AV	229	no_SylkAddr6Temp	TR120: Temperature and Humidity		Read
AV	230	no_SylkAddr6Hum			Read
AV	231	no_SylkAddr8Temp	C7400S Outdoor Air Sensor, Temperature and Humidity		Read
AV	232	no_SylkAddr8Hum			Read
AV	233	no_SylkAddr9Temp	C7400S Return Air Sensor, Temperature and Humidity		Read
AV	234	no_SylkAddr9Hum			Read
AV	235	no_SylkAddr10Temp	C7400S Discharge Air Sensor, Temperature and Humidity		Read
AV	236	no_SylkAddr10Hum			Read
MV	92	no_Sylk11Status	Sylk actuator fault code (1 = no error; voltage or stall faults)		Read
AV	237	no_SylkAddr11Temp	C7400S Mixed Air Sensor, Temperature		Read
AV	773	no_SylkAddr12Hum	C7400S Mixed Air Sensor, Humidity		Read
AI	16	InternalTempSens	Temperature from the built-in sensor; writing it affects local control		Read
AI	17	InternalHumSens	Humidity from the built-in sensor; writing it affects local control		Read
MV	89	Cfg_FanMode	Fan Mode of operation config by user & supervisor.		Write	1=Continuous, 2=Auto, 3=FanCirculate
AV	39	Cfg_FanRunOnCoolDelay	Fan run on time after all cooling stages and economizer stage turns off.		Write
AV	40	Cfg_FanRunOnHeatDelay	Fan run on time after all heating stages turns off.		Write
BV	10	Cfg_FanOnHeat	Fan in heat mode: external duct thermostat or thermostat output		Write	0=Disable, 1=Enable
AV	253	Cfg_FanCirculate_FanOnTimePercent	Fan run time per hour in circulate mode, percent	%	Write
MV	15	Cfg_FanSpeed_CmprCoolSingle	Fan speed selection for Compressor/ Cooling single stage mode.		Write	1=Speed1, 2=Speed2, 3=Speed3, 4=Speed4, 5=Speed5, 6=Speed6
MV	16	Cfg_FanSpeed_CmprCoolMulti	Fan speed selection for Cooling/ Compressor Multiple Stages.		Write	1=Speed1, 2=Speed2, 3=Speed3, 4=Speed4, 5=Speed5, 6=Speed6
MV	17	Cfg_FanSpeed_HeatSingle	Fan speed selection for Heating/Aux Heat Single Stage.		Write	1=Speed1, 2=Speed2, 3=Speed3, 4=Speed4, 5=Speed5, 6=Speed6
MV	90	Cfg_FanSpeed_PurgeMode	Fan speed selection for Purge mode.		Write	1=Speed1, 2=Speed2, 3=Speed3, 4=Speed4, 5=Speed5, 6=Speed6
AV	83	Cfg_FanMinSpeed_ModHeat	Not used; kept for backward compatibility	%	Write
AV	84	Cfg_FanMaxSpeed_ModHeat	Not used; kept for backward compatibility	%	Write
AV	64	Cfg_FanSpeed_Speed1	Fan speed 1	%	Write
AV	65	Cfg_FanSpeed_Speed2	Fan speed 2	%	Write
AV	66	Cfg_FanSpeed_Speed3	Fan speed 3	%	Write
AV	67	Cfg_FanSpeed_Speed4	Fan speed 4	%	Write
AV	68	Cfg_FanSpeed_Speed5	Fan speed 5	%	Write
AV	69	Cfg_FanSpeed_Speed6	Fan speed 6	%	Write
MV	367	Cfg_FanSpeed_EconomizerMode	Fan speed selection for Econ mode.		Write	1=Speed1, 2=Speed2, 3=Speed3, 4=Speed4, 5=Speed5, 6=Speed6
MV	370	Cfg_MultipleFanSpeed_ModHeat	Fan speed used for modulating heat		Write	1=Speed1, 2=Speed2, 3=Speed3, 4=Speed4, 5=Speed5, 6=Speed6
MV	371	Cfg_MultipleFanSpeed_ModCool	Fan speed used for modulating cool		Write	1=Speed1, 2=Speed2, 3=Speed3, 4=Speed4, 5=Speed5, 6=Speed6
AV	1468	Cfg_VarSpeedFan_CoolMinSpeed	Minimum Fan speed Setpoint for New Variable Speed Fan during Conventional Cooling Mode.	%	Write
AV	1469	Cfg_VarSpeedFan_CoolMaxSpeed	Minimum Fan speed Setpoint for New Variable Speed Fan during Conventional Cooling Mode.	%	Write
AV	1473	Cfg_VarSpeedFan_HeatMinSpeed	Minimum Fan speed Setpoint for New Variable Speed Fan during Conventional Heating Mode.	%	Write
AV	1474	Cfg_VarSpeedFan_HeatMaxSpeed	Maximum Fan speed Setpoint for New Variable Speed Fan during Conventional Cooling Mode.	%	Write
AV	1472	Cfg_VarSpeedFan_PurgeSpeed	Purget speed Setpoint for New Variable Speed Fan	%	Write
AV	1470	Cfg_VarSpeedFan_VentSpeed	Vent speed Setpoint for New Variable Speed Fan	%	Write
MV	373	Cfg_VarSpeedFanType	Variable Fan Speed Type characteristics selection		Write	0=1, 2=-10V 2
AV	1483	Cfg_Econ_EXH1Sp	Exhaust Fan1 Damper Pos Setpoint for Single Fan Speed	%	Write
AV	1484	Cfg_Econ_EXH2Sp	Exhaust Fan2 Damper Pos Setpoint for Single Fan Speed	%	Write
AV	1485	Cfg_Econ_EXH1SpL	Exhaust Fan1 Damper Pos Setpoint for Multiple Fan Speed Low and Two Speed Low	%	Write
AV	1486	Cfg_Econ_EXH1SpH	Exhaust Fan1 Damper Pos Setpoint for Multiple Fan Speed High and Two Speed High	%	Write
AV	1487	Cfg_Econ_EXH2SpM	Exhaust Fan1 Damper Pos Setpoint for Variable Fan Speed Medium	%	Write
AV	1488	Cfg_Econ_EXH2SpL	Exhaust Fan2 Damper Pos Setpoint for Multiple Fan Speed Low and Two Speed Low	%	Write
AV	1489	Cfg_Econ_EXH2SpH	Exhaust Fan2 Damper Pos Setpoint for Multiple Fan Speed High and Two Speed High	%	Write
AV	1490	Cfg_Econ_EXH2SpM	Exhaust Fan2 Damper Pos Setpoint for Multiple Fan Speed Medium	%	Write
MV	575	Cfg_FanCoilType	Fan coil type: 2-pipe single coil or 4-pipe dual coil		Write	2=1, 4=Pipe 2, 4=Pipe Dual 3
MV	576	Cfg_FanCoilHtgType	Fan Coil (FCU) Heating Type selection		Write	1=None, 2=OnOff, 3=Mod, 4=Floating
MV	577	Cfg_FanCoilClgType	Fan Coil (FCU) Cooling Type selection		Write	1=None, 2=OnOff, 3=Mod, 4=Floating
MV	578	Cfg_FanCoilHtgDriveType	Fan Coil (FCU) Heating Valve Drive Type for Floating Actuator 1=DirectCW 2=ReverseCCW		Write	1=Direct, 2=Reverse
MV	579	Cfg_FanCoilClgDriveType	Fan Coil (FCU) Cooling Valve Drive Type for Floating Actuator 1=DirectCW 2=ReverseCCW		Write	1=Direct, 2=Reverse
AV	1721	Cfg_FanCoilHtgDriveTime	Fan Coil (FCU) Heating Valve Drive Time for Floating Actuator		Write
AV	1722	Cfg_FanCoilClgDriveTime	Fan Coil (FCU) Cooling Valve Drive Time for Floating Actuator		Write
MV	580	Cfg_FanCoilTwoPipeSingleCoil	Fan Coil (FCU) Two Pipe Single Valve Type selection		Write	1=Heating Only, 2=Cooling Only
AV	1723	Cfg_FanCoilSupTempHtgSp	Fan Coil (FCU) SupplyTemp heating Sp	°F	Write
AV	1731	Cfg_FanCoilSupTempHtgOffsetSp	Fan Coil (FCU) SupplyTemp heating Offset Sp	°F	Write
AV	1724	Cfg_FanCoilSupTempClgSp	Fan Coil (FCU) SupplyTemp Cooling Sp	°F	Write
AV	1732	Cfg_FanCoilSupTempClgOffsetSp	Fan Coil (FCU) SupplyTemp Cooling Offset Sp	°F	Write
MV	581	Cfg_FanCoilTwoSpeedType	Fan Coil (FCU) Two Speed Type Selection (Low/High)		Write	1=Multiple outputs at a time, 2=Single output at a time
MV	582	Cfg_FanCoilThreeSpeedtype	Fan Coil (FCU) Three Speed Type Selection (Low/Med/ High)		Write	1=Serial, 2=Parallel
MVmin	583	Cfg_FanCoilManualSpeedSel	Fan Coil (FCU) Manual Speed Type Selection		Write	1=Auto, 2=Low, 3=Medium, 4=High, 5=Off
BV	454	Cfg_FanCoilDATSpEnSwitch	Fan Coil (FCU) Discharge Air Setpoint Control Enable Switch		Write	0=Off, 1=On
BV	462	Cfg_FanCoilClgFloatingSyncEn	Nightly resync of the floating cooling valve		Write	0=SyncOff, 1=SyncOn
BV	453	Cfg_FanCoilHtgFloatingSyncEn	Nightly resync of the floating heating valve		Write	0=SyncOff, 1=SyncOn
AV	1733	Cfg_FanCoilDATCtr_CoolTr	Fan Coil (FCU) SupplyTemp Cooling PID Control Proportional Band Sp	°F	Write
AV	1734	Cfg_FanCoilDATCtr_CoolIt	Fan Coil (FCU) SupplyTemp Cooling PID Control Integral Time Sp		Write
AV	1735	Cfg_FanCoilDATCtr_CoolDr	Fan Coil (FCU) SupplyTemp Cooling PID Control Derivative Time Sp		Write
AV	1736	Cfg_FanCoilDATCtr_HeatTr	Fan Coil (FCU) SupplyTemp Heating PID Control Proportional Band Sp	°F	Write
AV	1737	Cfg_FanCoilDATCtr_HeatIt	Fan Coil (FCU) SupplyTemp Heating PID Control Integral Time Sp		Write
AV	1738	Cfg_FanCoilDATCtr_HeatDr	Fan Coil (FCU) SupplyTemp Heating PID Control Derivative Time Sp		Write
MV	585	Cfg_FanCoilTwoSpeedVentMode	Fan Coil (FCU) Two Speed Type Vent Mode Selection		Write	1=Low, 2=High
MV	586	Cfg_FanCoilThreeSpeedVentMode	Fan Coil (FCU) Three Speed Type Vent Mode Selection		Write	1=Low, 2=Medium, 3=High
BV	455	Cfg_FanCoilDrainPanSrChar	FCU CHWV Leak Detector/ Drain Pan Sensor characteristics		Write	0=DIRECT, 1=REVERSE
BV	458	Cfg_FanCoilOnOffHtgVlvChar	FCU 2Pipe Single/4Pipe Dual Heating Valve characteristics		Write	0=DIRECT, 1=REVERSE
BV	459	Cfg_FanCoilOnOffClgVlvChar	FCU 2Pipe Single/4Pipe Dual Cooling Valve characteristics		Write	0=DIRECT, 1=REVERSE
MV	366	Cfg_Equip_CoolType	Conventional Cool equipment type		Write	1=1, 2=Stage 2, 3=Stages 3
AV	41	Cfg_Cool_Tr	Cooling Throttling Range	Δ°F	Write
AV	42	Cfg_Cool_It	Cooling Integral Time 0 = disable (i.e. proportional only)		Write
AV	43	Cfg_Cool_Dt	Cooling Derivative Time		Write
AV	44	Cfg_Cool_CPH	Cooling System Response		Write
AV	45	Cfg_Cool_MinOnTime	Cooling Stage Minimum on Time		Write
AV	82	Cfg_Cool_MinOffTime	Cooling Stage Minimum Off Time		Write
AV	46	Cfg_Cool_CoolLockoutSp	Outside Air Cooling Lockout Setpoint		Write
AV	47	Cfg_Cool_DischLoLimSp	Discharge Air Temperature Low Limit Setpoint		Write
AV	1461	Cfg_Cool_ModClEnMinOut	Minimum output voltage when modulating cool is enabled		Write
BV	377	Cfg_Mod_StgCl1En	Use stage 1 as cool enable when configured for modulating cool		Write	0=Disable, 1=Enable
AV	1476	Cfg_ModCoolMin_Output	Minimum voltage on cooling output (Zero)		Write
AV	1478	Cfg_ModCoolMax_Output	Maximum voltage on cooling output		Write
BV	385	Cfg_ModCoolInitialAtFullOp	Enable to initialize modulating cooling call at full output for 60 seconds		Write	0=Disable, 1=Enable
MV	374	Cfg_ModCoolFullOpCycleTime	Interval for driving modulating cooling to full output for 60 s		Write	30=None 2, 60=Min 3, 90=Min 4, 120=Min 5
BV	381	Cfg_ModCoolAction	Modulating Cool Polarity selection- Applicable only for Multiple fan Speed Selection		Write	0=Direct, 1=Reverse
MV	21	Cfg_Equip_HeatType	Conventional Heat equipment type		Write	1=None, 2=Staged, 3=Modulating
AV	54	Cfg_Heat_Tr	Heating Throttling Range.	Δ°F	Write
AV	55	Cfg_Heat_It	Heating Integral Time 0 = disable (i.e. proportional only).		Write
AV	56	Cfg_Heat_Dt	Heating Derivative Time.		Write
AV	57	Cfg_Heat_CPH	Heating System Response.		Write
AV	58	Cfg_Heat_MinOnTime	Heating Stage Minimum on Time.		Write
AV	59	Cfg_Heat_MinOffTime	Heating Stage Minimum Off Time		Write
AV	60	Cfg_Heat_HeatLockoutSp	Outside Air Heating Lockout Setpoint		Write
AV	61	Cfg_Heat_DischHiLimSp	Discharge Air Temperature High Limit Setpoint	°F	Write
AV	96	Cfg_Heat_ModHtEnMinOut	Minimum output voltage when modulating heat is enabled		Write
BV	35	Cfg_Mod_StgHt1En	Use stage 1 as heat enable when configured for modulating heat		Write	0=Disable, 1=Enable
MV	87	Cfg_Heat_FuelType	Heating fuel type; sets the default cycles per hour		Write	1=Standard Efficiency Gas, 2=High Efficiency Gas, 3=Oil, 4=Electric
AV	1475	Cfg_ModHeatMin_Output	Minimum voltage on heating output (zero)		Write
AV	1477	Cfg_ModHeatMax_Output	Maximum voltage on heating output		Write
BV	380	Cfg_ModHeatAction	Modulating Heat Polarity selection Applicable only for Multiple fan Speed Selection		Write	0=Direct, 1=Reverse
AV	48	Cfg_Dehum_SpaceRHHighLimit	Space Relative Humidity (RH) High Limit setpoint.	%RH	Write
BV	12	Cfg_Dehum_MinOnTimeOpEn	Minimum on Time Operation Enable		Write	0=Disable, 1=Enable
AV	49	Cfg_Dehum_MinOnTime	Dehumidify Extended Cooling Minimum on Time		Write
AV	98	Cfg_Dehum_MinOnDelay	Dehumidification Minimum ON time		Write
AV	62	Cfg_Hum_SpaceRHLowLimit	Space Relative Humidity (RH) Low Limit setpoint.	%RH	Write
AV	99	Cfg_Hum_MinOnDelay	Humidification Minimum ON time.		Write
BV	13	Cfg_HeatPmp_CngOvrRelayType	Heat Pump Change Over Relay - Energize on Cooling (O) - Energize on Heating (B)		Write	0=EnergOnCool, 1=EnergOnHeat
AV	50	Cfg_HeatPmp_AuxHeatLockoutSp	Auxiliary OAT High Heat Lockout	°F	Write
AV	51	Cfg_HeatPmp_CompLockoutSp	Heat Pump Compressor OAT Low Lockout	°F	Write
AV	52	Cfg_HeatPmp_AuxHeatDroop	Auxiliary Heating Droop	°F	Write
AV	53	Cfg_HeatPmp_AuxHeatRampFactor	Auxiliary Heating Recovery Ramp Factor.		Write
BV	14	Cfg_HeatPmp_ComfortMode	Decides the Auxiliary and compressor Heating operation		Write	0=Saving, 1=Comfort
AV	215	Cfg_HeatPmp_UpStgTmr	Up stage timer value.		Write
BV	179	Cfg_CO2_SensorType	External Economizer CO2 Sensor Input Voltage Range		Write	0=0, 2=-10 Vdc 1
AV	349	Cfg_CO2_SensorZero	External Economizer CO2 Sensor Zero Selection @min. sensor voltage output.	ppm	Write
AV	350	Cfg_CO2_SensorSpan	External Economizer CO2 Sensor Span	ppm	Write
BV	181	Cfg_CO2Output	External Economizer CO2 Output Type		Write	0=0, 2=-10 Vdc 1
MV	84	Cfg_Econ_FreeCoolSelect	Internal Economizer Free Cooling Criteria Selection		Write	1=Fixed Drybulb, 2=Differential Drybulb, 3=Fixed Enthalpy, 4=Differential Enthalpy
AV	196	Cfg_Econ_DrybulbSp	Dry-bulb setpoint below which free cooling is allowed	°F	Write
MV	94	Cfg_Econ_EnthCurveSel	Choice of enthalpy curve for free cooling available when using Fixed Enthalpy 3		Write
AV	320	Cfg_Econ_MinDamperPos	Minimal Damper Position of Single Fan Speed (1-Speed fan), when DCV is enabled.	%	Write
AV	321	Cfg_Econ_MinDamperPosLow	Minimal Damper Position of Fan Low Speed (2-Speed fan), when DCV is enabled.	%	Write
AV	322	Cfg_Econ_MinDamperPosMed	Minimal Damper Position of Fan Medium Speed (Multi- Speed fan), when DCV is enabled.	%	Write
MV	96	Cfg_Econ_ShutdownDamperPos	1=Close, 2=Open Damper Position in Shutdown mode		Write
MV	95	Cfg_Econ_FreezeProtDamperPos	1=Close, 2=Min Damper Position in Freeze Protection mode		Write
AV	201	Cfg_Econ_MaTempSetPt	Mixed air temperature setpoint	°F	Write
AV	204	Cfg_Econ_MaLoTempSetPt	Mixed air low limit for Freeze Protection	°F	Write
AV	327	Cfg_Econ_MechCoolingDelay	Delay from full economizer to first mechanical cooling stage		Write
AV	1466	Cfg_MaTThresholdValue	MAT Threshold Value for FDD Enhancement logic	°F	Write
AV	1467	Cfg_DmprDelayTime	Damper Time Delay to detect Mechanically Disconnect of Actuator		Write
AV	222	Cfg_Filt_HiLimit	High Limit Alarm Point.		Write
BV	36	Cfg_Stdby_OccSts	Standby occupancy status		Write	0=Unoccupied, 1=Occupied
MV	9	Cfg_Control_MainSensor	Temperature/ Humidity sensor selection.		Write	1=Local Temp/ Hum, 2=Remote Temp/ Hum, 3=Multi Temp/ Hum
AV	14	Cfg_Control_PowerupDelay	Initial delay to start control after power cycle.		Write
MV	10	Cfg_Control_SmokeMode	When Smoke Monitor state is on, the unit operates as configured through smoke mode		Write	1=No Override, 2=Shutdown, 3=Pressurize, 4=Depressurize
MV	130	Cfg_ZoneMultiSens_Control	Main control sensor configuration		Write	1=Avg, 2=Min, 3=Max, 4=Smart
AV	33	Cfg_ZoneMultiSens_Sens1_Wt	Averaging weight of the on-board temperature sensor		Write
AV	34	Cfg_ZoneMultiSens_Sens2_Wt	Averaging weight of Sylk temperature sensor at address 2		Write
AV	35	Cfg_ZoneMultiSens_Sens3_Wt	Averaging weight of Sylk temperature sensor at address 3		Write
AV	36	Cfg_ZoneMultiSens_Sens4_Wt	Averaging weight of Sylk temperature sensor at address 4		Write
AV	37	Cfg_ZoneMultiSens_Sens5_Wt	Averaging weight of Sylk temperature sensor at address 5		Write
AV	219	Cfg_ZoneMultiSens_Sens6_Wt	Averaging weight of Sylk temperature sensor at address 6		Write
MV	77	Cfg_ZoneMultiHumSens_Control	Humidity sensor configuration.		Write	1=Avg, 2=Min, 3=Max, 4=Smart
AV	181	Cfg_ZoneMultiSens_HumSens1_Wt	Averaging weight of the on-board humidity sensor (0 = excluded)		Write
AV	180	Cfg_ZoneMultiSens_HumSens2_Wt	Averaging weight of Sylk humidity sensor at address 2		Write
AV	218	Cfg_ZoneMultiSens_HumSens6_Wt	Averaging weight of Sylk humidity sensor at address 6		Write
AVmin	4	Cfg_Setpoints_OccCoolSp	Occupied Cooling Setpoint	°F	Write
AV	5	Cfg_Setpoints_StbyCoolSp	Standby Cooling Setpoint	°F	Write
AV	6	Cfg_Setpoints_UnOccCoolSp	Unoccupied Cooling Setpoint	°F	Write
AVmin	7	Cfg_Setpoints_OccHeatSp	Occupied Heating Setpoint	°F	Write
AV	8	Cfg_Setpoints_StbyHeatSp	Standby Heating Setpoint	°F	Write
AV	9	Cfg_Setpoints_UnOccHeatSp	Unoccupied Heating Setpoint	°F	Write
AV	18	Cfg_Recovery_MaxCoolRampRate	Maximum Cooling Setpoint Ramp	Δ°F	Write
AV	16	Cfg_Recovery_MinCoolRampRate	Minimum Cooling Setpoint Ramp	Δ°F	Write
AV	17	Cfg_Recovery_MaxCoolRampTemp	Outdoor air temperature at the maximum cool setpoint ramp.		Write
AV	15	Cfg_Recovery_MinCoolRampTemp	Outdoor air temperature at the minimum cool setpoint ramp.		Write
AV	22	Cfg_Recovery_MaxHeatRampRate	Maximum Cooling Setpoint Ramp	Δ°F	Write
AV	20	Cfg_Recovery_MinHeatRampRate	Minimum Cooling Setpoint Ramp	Δ°F	Write
AV	21	Cfg_Recovery_MaxHeatRampTemp	Outdoor air temperature at the maximum heat setpoint ramp.		Write
AV	19	Cfg_Recovery_MinHeatRampTemp	Outdoor air temperature at the minimum heat setpoint ramp.		Write
AV	38	Cfg_DemandLimCtl_TempDiffSp	Demand limit temperature differential Setpoint	°F	Write
BV	157	Cfg_Thermostat_SystemChangeOver	Auto changeover allowed (Auto) or not (Manual) on the system switch		Write	0=Auto, 1=Manual
MV	36	Cfg_Thermostat_SystemConfig	To limit available user configurable options		Write	1=off/heat, 2=off/cool, 3=off/cool/ heat, 4=off/Auto/ cool/heat, 5=off/Auto/ cool/heat/ Em heat
AV	10	Cfg_Thermostat_BypOverrideTime	Thermostat Bypass Override Time		Write
AV	12	Cfg_Thermostat_MinCoolSp	Minimum Cool Setpoint of Thermostat	°F	Write
AV	13	Cfg_Thermostat_MaxHeatSp	Maximum Heat Setpoint of Thermostat	°F	Write
AV	101	Cfg_Thermostat_Deadband	Temperature differential between heat and cool setpoint		Write
AV	257	Cfg_Thermostat_HtAdjStPt	Temporary heat setpoint adjustment from User or from the supervisor	Δ°F	Write
AV	256	Cfg_Thermostat_ClAdjStPt	Temporary cool setpoint adjustment from User or from the supervisor	Δ°F	Write
AV	102	Cfg_Thermostat_TempOffSpLimit	This point is used to limit the range of user adjustable setpoint	Δ°F	Write
AV	23	Cfg_LocalSensCalOffset_Temp	Local internal Temperature sensor calibration offset		Write
AV	103	Cfg_LocalSensCalOffset_Hum	Local internal humidity sensor calibration offset	%RH	Write
AV	24	Cfg_SylkCalOffset_SylkBus2Temp	Temperature calibration offset for the Sylk sensor at address 2		Write
AV	25	Cfg_SylkCalOffset_SylkBus2RH	TR40_2 Humidity calibration offset	%RH	Write
AV	100	Cfg_SylkCalOffset_SylkBus2CO2	TR40_2 CO2 calibration offset	ppm	Write
AV	26	Cfg_SylkCalOffset_SylkBus3Temp	TR40_3 Temperature calibration offset		Write
AV	27	Cfg_SylkCalOffset_SylkBus4Temp	TR40_4 Temperature calibration offset		Write
AV	28	Cfg_SylkCalOffset_SylkBus5Temp	TR40_5 Temperature calibration offset		Write
AV	216	Cfg_SylkCalOffset_SylkBus6Temp	TR120_6 Temperature calibration offset		Write
AV	217	Cfg_SylkCalOffset_SylkBus6RH	TR120_6 Humidity calibration offset	%RH	Write
AV	29	Cfg_SylkCalOffset_SylkBus8Temp	C7400S Outdoor Air Temperature calibration offset		Write
AV	30	Cfg_SylkCalOffset_SylkBus8RH	C7400S Outdoor Air Humidity calibration offset	%RH	Write
AV	137	Cfg_SylkCalOffset_SylkBus9Temp	C7400S Return Air Temperature calibration offset		Write
AV	214	Cfg_SylkCalOffset_SylkBus9RH	C7400S Return Air Humidity calibration offset	%RH	Write
AV	31	Cfg_SylkCalOffset_SylkBus10Temp	C7400S Discharge Air Temperature calibration offset		Write
AV	32	Cfg_SylkCalOffset_SylkBus10RH	C7400S Discharge Air Humidity calibration offset	%RH	Write
AV	138	Cfg_SylkCalOffset_SylkBus12Temp	C7400S Mixed Air Temperature calibration offset		Write
AV	771	Cfg_SylkCalOffset_SylkBus12RH	C7400S Mixed Air Humidity calibration offset	%RH	Write
AV	185	Cfg_UISensCalOffset_DATemp	Universal Input Discharge Air Temperature calibration offset		Write
AV	186	Cfg_UISensCalOffset_OATemp	Universal Input Outdoor Air Temperature calibration offset		Write
AV	187	Cfg_UISensCalOffset_MATemp	Universal Input Mixed Air Temperature calibration offset.		Write
AV	427	Cfg_UISensCalOffset_RATemp	Universal Input Return Air Temperature calibration offset		Write
AV	1464	Cfg_UISensCalOffset_SpcTemp	Universal Input Space Temperature calibration offset	°F	Write
AV	188	Cfg_UISensCalOffset_CO2Lvl	Universal Input CO2 calibration offset	ppm	Write
MV	85	Cfg_Sylk_SylkBus2En	Sylk Bus addr-2 device enable/ disable. Sylk Device Type: TR40THCO2		Write	1=Disable, 2=TempOnly, 3=Temp&Hum, 4=Temp, Hum & CO2, 5=Temp & CO2
MV	86	Cfg_Sylk_SylkBus6En	Sylk Bus addr-6 device enable/ disable. Device Type: TR120H/TR75E		Write	1=Disable, 2=TempOnly, 3=Temp&Hum
BV	151	Cfg_Sylk_SylkBus8En	Sylk Bus addr-8 device enable/ disable. Device Type: C7400		Write	0=Disable, 1=Enable
BV	152	Cfg_Sylk_SylkBus9En	Sylk Bus addr-9 device enable/ disable. Device Type: C7400		Write	0=Disable, 1=Enable
BV	153	Cfg_Sylk_SylkBus10En	Sylk Bus addr-10 device enable/ disable. Device Type: C7400		Write	0=Disable, 1=Enable
BV	178	Cfg_Sylk_SylkBus11En	Sylk Bus addr-11 device enable/ disable. Device Type: MS3103J Sylk Actuator		Write	0=Disable, 1=Enable
BV	154	Cfg_Sylk_SylkBus12En	Sylk Bus addr-12 device enable/ disable. Device Type: C7400		Write	0=Disable, 1=Enable
AV	301	Cfg_SylkBus11TravelTime	Sylk actuator full-stroke travel time		Write
AV	331	Cfg_SylkBus11Testmode	Sylk actuator test mode (30 s travel time)		Write
MV	135	Sylk11_EconFaultAlarm	Sylk Actuator Alarm Output		Write	1=Normal, 2=StuckOpen, 3=DamperStuckAtMin, 4=BadOrUnPlugged, 5=ActrMechDisc
BV	246	Cfg_StagedHeatEn	Delta-T check on/off for staged or auxiliary heat		Write	0=Disable, 1=Enable
AV	955	Cfg_HeatStage1Min	Heating Stage-1 Heating Min Setpoint		Write
AV	956	Cfg_HeatStage1Max	Heating Stage-1 Heating Max Setpoint		Write
AV	957	Cfg_HeatStage1Delay	Heating Stage-1 Alert Delay Setpoint		Write
AV	958	Cfg_HeatStage2Min	Heating Stage-2 Heating Min Setpoint		Write
AV	959	Cfg_HeatStage2Max	Heating Stage-2 Heating Max Setpoint		Write
AV	960	Cfg_HeatStage2Delay	Heating Stage-2 Alert Delay Setpoint		Write
AV	961	Cfg_HeatStage3Min	Heating Stage-3 Heating Min Setpoint		Write
AV	962	Cfg_HeatStage3Max	Heating Stage-3 Heating Max Setpoint		Write
AV	963	Cfg_HeatStage3Delay	Heating Stage-3 Alert Delay Setpoint		Write
BV	247	Cfg_StagedCoolEn	Delta-T check on/off for staged or compressor cooling		Write	0=Disable, 1=Enable
AV	964	Cfg_CoolStage1Min	Cooling Stage-1 Cooling Min Setpoint		Write
AV	965	Cfg_CoolStage1Max	Cooling Stage-1 Cooling Max Setpoint		Write
AV	966	Cfg_CoolStage1Delay	Cooling Stage-1 Alert Delay Setpoint		Write
AV	967	Cfg_CoolStage2Min	Cooling Stage-2 Cooling Min Setpoint		Write
AV	968	Cfg_CoolStage2Max	Cooling Stage-2 Cooling Max Setpoint		Write
AV	969	Cfg_CoolStage2Delay	Cooling Stage-2 Alert Delay Setpoint		Write
AV	970	Cfg_CoolStage3Min	Cooling Stage-3 Cooling Min Setpoint		Write
AV	971	Cfg_CoolStage3Max	Cooling Stage-3 Cooling Max Setpoint		Write
AV	972	Cfg_CoolStage3Delay	Cooling Stage-3 Alert Delay Setpoint		Write
AV	1739	Cfg_CoolStage4Min	Cooling Stage-4 Cooling Min Setpoint		Write
AV	1740	Cfg_CoolStage4Max	Cooling Stage-4 Cooling Max Setpoint		Write
AV	1741	Cfg_CoolStage4Delay	Cooling Stage-4 Alert Delay Setpoint		Write
BV	248	Cfg_ComprHeatEn	Delta-T On/OFF switch for compressor heating stage of Heat Pump.		Write	0=Disable, 1=Enable
AV	973	Cfg_ComprHeatStage1Min	Heating Stage-1 Heating/Cooling Min Setpoint		Write
AV	974	Cfg_ComprHeatStage1Max	Heating Stage-1 Heating/Cooling Max Setpoint		Write
AV	975	Cfg_ComprHeatStage1Delay	Heating/Cooling Stage-1 Alert Delay Setpoint		Write
AV	976	Cfg_ComprHeatStage2Min	Heating/Cooling Stage-2 Heating Min Setpoint		Write
AV	977	Cfg_ComprHeatStage2Max	Heating/Cooling Stage-2 Heating Max Setpoint		Write
AV	978	Cfg_ComprHeatStage2Delay	Heating/Cooling Stage-2 Alert Delay Setpoint		Write
AV	979	Cfg_ComprHeat3Min	Heating/Cooling Stage-3 Heating Min Setpoint		Write
AV	980	Cfg_ComprHeat3Max	Heating/Cooling Stage-3 Heating Max Setpoint		Write
AV	981	Cfg_ComprHeat3Delay	Heating/Cooling Stage-3 Alert Delay Setpoint		Write
BV	249	Cfg_ModHeatEn	Delta-T check on/off for modulating heat		Write	0=Disable, 1=Enable
AV	986	Cfg_ModHeatMin	Modulating Heating Min Setpoint		Write
AV	987	Cfg_ModHeatMax	Modulating Heating Max Setpoint		Write
AV	988	Cfg_ModHeatDelay	Modulating Heating Alert Delay Setpoint		Write
AV	989	Cfg_ModHeatMinOuput	Modulating Heating Min Output percentage to enable Delta T	%	Write
BV	250	Cfg_ModulatingCoolEn	Delta-T On/OFF switch for modulating cooling equipment		Write	0=Disable, 1=Enable
AV	982	Cfg_ModCoolMin	Modulating Cooling Min Setpoint	°C	Write
AV	983	Cfg_ModCoolMax	Modulating Cooling Max Setpoint	°C	Write
AV	984	Cfg_ModCoolDelay	Modulating Cooling Alert Delay Setpoint		Write
AV	985	Cfg_ModCoolMinOuput	Modulating Cooling Min Output percentage to enable Delta T	%	Write
AV	990	Cfg_StagedHeatMATempLimitMin	Staged Heating MAT Min Setpoint		Write
AV	991	Cfg_StagedHeatMATempLimitMax	Staged Heating MAT Max Setpoint		Write
BV	134	Cfg_StagedHeatMARHLimitEn	Staged Heating MA RH Enable		Write
AV	992	Cfg_StagedHeatMARHLimitMin	Staged Heating MA RH Min Setpoint	%RH	Write
AV	993	Cfg_StagedHeatMARHLimitMax	Staged Heating MA RH Max Setpoint	%RH	Write
AV	994	Cfg_StagedHeatOATempLimitMin	Staged Heating OAT Min Setpoint		Write
AV	995	Cfg_StagedHeatOATempLimitMax	Staged Heating OAT Max Setpoint		Write
AV	996	Cfg_StagedHeatOARHLimitMin	Staged Heating OA RH Min Setpoint	%RH	Write
AV	997	Cfg_StagedHeatOARHLimitMax	Staged Heating OA RH Max Setpoint	%RH	Write
AV	998	Cfg_StagedCoolMATempLimitMin	Staged Cooling MAT Min Setpoint		Write
AV	999	Cfg_StagedCoolMATempLimitMax	Staged Cooling MAT Max Setpoint		Write
AV	1000	Cfg_StagedCoolMARHLimitMin	Staged Cooling MA RH Min Setpoint	%RH	Write
AV	1001	Cfg_StagedCoolMARHLimitMax	Staged Cooling MA RH Max Setpoint	%RH	Write
AV	1002	Cfg_StagedCoolOATempLimitMin	Staged Cooling OAT Min Setpoint		Write
AV	1003	Cfg_StagedCoolOATempLimitMax	Staged Cooling OAT Max Setpoint		Write
AV	1004	Cfg_StagedCoolOARHLimitMin	Staged Cooling OA RH Min Setpoint	%RH	Write
AV	1005	Cfg_StagedCoolOARHLimitMax	Staged Cooling OA RH Max Setpoint	%RH	Write
AV	1022	Cfg_CmprHeatMATempLimitMin	CompressorHeat Heating MAT Min Setpoint		Write
AV	1023	Cfg_CmprHeatMATempLimitMax	CompressorHeat Heating MAT Max Setpoint		Write
BV	150	Cfg_CmprHeatMARHLimitEn	CompressorHeat Heating MA RH Enable		Write
AV	1024	Cfg_CmprHeatMARHLimitMin	CompressorHeat Heating MA RH Min Setpoint	%RH	Write
AV	1025	Cfg_CmprHeatMARHLimitMax	CompressorHeat Heating MA RH Max Setpoint	%RH	Write
AV	1026	Cfg_CmprHeatOATempLimitMin	CompressorHeat Heating OAT Min Setpoint		Write
AV	1027	Cfg_CmprHeatOATempLimitMax	CompressorHeat Heating OAT Max Setpoint		Write
AV	1028	Cfg_CmprHeatOARHLimitMin	CompressorHeat Heating OA RH Min Setpoint	%RH	Write
AV	1029	Cfg_CmprHeatOARHLimitMax	CompressorHeat Heating OA RH Max Setpoint	%RH	Write
MV	141	Cfg_ModHeatMATempLimitEn	Mod Heating MAT Enable		Write	1=NoLimits, 2=MinLimit_MaxNoLimit, 3=MinNoLimit_MaxLimit, 4=MinLimit,MaxLimitAll
AV	1006	Cfg_ModHeatMATempLimitMin	Mod Heating MAT Min Setpoint		Write
AV	1007	Cfg_ModHeatMATempLimitMax	Mod Heating MAT Max Setpoint		Write
BV	142	Cfg_ModHeatMARHLimitEn	Mod Heating MA RH Enable		Write
AV	1008	Cfg_ModHeatMARHLimitMin	Mod Heating MA RH Min Setpoint	%RH	Write
AV	1009	Cfg_ModHeatMARHLimitMax	Mod Heating MA RH Max Setpoint	%RH	Write
BV	143	Cfg_ModHeatOATempLimitEn	Mod Heating OAT Enable		Write
AV	1010	Cfg_ModHeatOATempLimitMin	Mod Heating OAT Min Setpoint		Write
AV	1011	Cfg_ModHeatOATempLimitMax	Mod Heating OAT Max Setpoint		Write
AV	1012	Cfg_ModHeatOARHLimitMin	Mod Heating OA RH Min Setpoint	%RH	Write
AV	1013	Cfg_ModHeatOARHLimitMax	Mod Heating OA RH Max Setpoint	%RH	Write
BV	145	Cfg_ModCoolMATempLimitEn	Mod Cooling MAT Enable		Write
AV	1014	Cfg_ModCoolMATempLimitMin	Mod Cooling MAT Min Setpoint	°C	Write
AV	1015	Cfg_ModCoolMATempLimitMax	Mod Cooling MAT Max Setpoint	°C	Write
BV	146	Cfg_ModCoolMARHLimitEn	Mod Cooling MA RH Enable		Write
AV	1016	Cfg_ModCoolMARHLimitMin	Mod Cooling MA RH Min Setpoint	%RH	Write
AV	1017	Cfg_ModCoolMARHLimitMax	Mod Cooling MA RH Max Setpoint	%RH	Write
AV	1018	Cfg_ModCoolOATempLimitMin	Mod Cooling OAT Min Setpoint	°C	Write
AV	1019	Cfg_ModCoolOATempLimitMax	Mod Cooling OAT Max Setpoint	°C	Write
AV	1020	Cfg_ModCoolOARHLimitMin	Mod Cooling OA RH Min Setpoint	%RH	Write
AV	1021	Cfg_ModCoolOARHLimitMax	Mod Cooling OA RH Max Setpoint	%RH	Write
BV	251	Cfg_RunWithHum	Delta T Run With Humidification Point		Write	0=Disable, 1=Enable
BV	252	Cfg_RunWithDehum	Delta T Run With De-Humidification Point		Write	0=Disable, 1=Enable
AV	1047	Cfg_DRHiOffset	Configuration of DR setpoint offset for Simple Event with High level		Write
AV	1465	Cfg_DRMoOffset	Configuration of DR setpoint offset for Simple Event with Moderate level		Write
AV	1048	Cfg_DRLoOffset	Configuration of DR setpoint offset for Simple Event with Low level		Write
MV	258	Cfg_DRDefaultOption	Demand response action: setpoint offset or absolute setpoints		Write	1=Delta, 2=Absolute
AV	1049	Cfg_DRDefaultOffset	Configuration of default DR setpoint offset		Write
AV	1050	Cfg_DRDefaultHtSp	Configuration of default DR Heat setpoint		Write
AV	1051	Cfg_DRDefaultClSp	Configuration of default DR Cool setpoint		Write
AV	1052	Cfg_DRMaxClSp	Configuration of Maximum Cool Setpoint allowed during active DR event		Write
AV	205	Cfg_DCV_VentMinPosHigh	Demand control ventilation OA damper minimum position for highest fan speed.	%	Write
AV	206	Cfg_DCV_VentMaxPosHigh	Demand control ventilation OA damper maximum position for highest fan speed.	%	Write
AV	504	Cfg_DCV_VentMinPosMid	Demand control ventilation OA damper minimum position for medium fan speed.	%	Write
AV	311	Cfg_DCV_VentMaxPosMid	Demand control ventilation OA damper maximum position for medium fan speed.	%	Write
AV	207	Cfg_DCV_VentMinPosLow	Demand control ventilation OA damper minimum position for lowest fan speed.	%	Write
AV	208	Cfg_DCV_VentMaxPosLow	Demand control ventilation OA damper maximum position for lowest fan speed.	%	Write
AV	209	Cfg_DCV_CO2SetPt	CO2 threshold with +200 ppm throttling range.	ppm	Write
AV	213	Cfg_DCV_CO2Deadband	CO2 dead band from the setpoint.(Display purpose only do not consider for calculation)		Write
BV	259	Cfg_Co2Output_Override	Drive the CO2 output to 10 V during a purge		Write
BV	258	Cfg_PurOutput	Purge Control Output		Write	0=0, 2=-10V 1
BV	172	Cfg_Purge_CtrlEn	Purge Function enable point		Write	0=Disable, 1=Enable
AV	334	Cfg_Purge_Pos	Purge Mode Damper Position Setpoint. Applicable to economizer version 2.7.5.4.	%	Write
MV	91	Cfg_WindowOpnSetng	Window open sensor settings.		Write	1=Switch to Unoccupied Mode, 2=Turn off HVAC System, 3=Do nothing
AV	297	Cfg_WindowOpnDelay	Window open sensor on delay.		Write
AV	291	Cfg_CO2Alarm_LvlHighLim	CO2 level above which the CO2 alarm is raised	ppm	Write
AV	192	Cfg_Alarm_SupplyFanAlarmConfig	Keep or stop heating/cooling outputs on a supply fan alarm		Write
AV	193	Cfg_Alarm_TempSensAlarmConfig	Keep or stop heating/cooling outputs on a temperature sensor alarm		Write
MO	99	Gui_Alarm_SylkActuatorFail	Sylk actuator fault code, display only		Write
MV	574	Cfg_AlarmConfig_CHWDrainPanSrAlarm	Bit flags for outputs to shut off on a leak/drain pan alarm		Write	0=False- Don’t turn off Cool Outputs when Pan Sr alarm is triggered Bit, 1=TurnOffCoolOuputs, 2=PopUpOnHomeScre en, 4=Acknowledged, 8=TurnOffHeatOutputs, 16=TurnOffFanOutputs Bit
AV	254	Cfg_SpcAlarm_TempHighLim	Space temperature high alarm limit	°F	Write
AV	332	Cfg_DaTAlarm_TempHighLim	Discharge air temperature high alarm limit	°F	Write
AV	333	Cfg_DATAlarmTempLowLim	Discharge air temperature low alarm limit	°F	Write
BV	1	ni_BypassState	Net Bypass Input to enable Bypass Timer		Write	0=Disable, 1=Enable
AV	2	ni_BypassValue	Bypass Value to enable Bypass Time		Write
BV	2	ni_DemandLimitControlEn	Demand Limit Control (DLC) input to limit the htg/ clg demand.		Write	0=Normal, 1=DLCEnable
AV	89	ni_OutdoorTemp	This point is considered for Network point sharing of Outside Temperature sensor.	°F	Write
AV	194	ni_OutdoorHum	This point is considered for Network point sharing of Outside Humidity sensor.	%RH	Write
AV	339	ni_OutdoorEnthalpy	This point is considered for Network point sharing of OA Enthalpy	BTU/lb	Write
AV	340	ni_OutdoorDewpoint	This point is considered for Network point sharing of OA Dewpoint	°F	Write
AV	341	ni_RaEnthalpy	This point is considered for Network point sharing of RA Enthalpy	BTU/lb	Write
AV	342	ni_RaDewpoint	This point is considered for Network point sharing of RA Dewpoint	°F	Write
BV	390	ni_ServiceExhaustFan1Cmd	Network input to command Exhaust Fan1-4620		Write	0=CmdOff, 1=CmdOn
BV	391	ni_ServiceExhaustFan2Cmd	Network input to command Exhaust Fan2-4621		Write	0=CmdOff, 1=CmdOn
BV	4	ni_ShutdownState	This point is considered for Network point sharing Shutdown input from Network.		Write	0=Normal, 1=Shutdown
BV	5	ni_SmokeMonitorstate	Smoke Detector Network Input		Write	0=Normal, 1=Smoke
AV	81	ni_SpaceCO2	This point is considered for Network point sharing of Space CO2 Value.	ppm	Write
AV	80	ni_SpaceRH	This point is considered for Network point sharing of Space RH Value.	%RH	Write
AV	104	ni_SpaceTemp	This point is considered for Network point sharing of Space Temperature Value.	°F	Write
BV	25	ni_WSHPEnableState	Water source heat pump enable shared from the network		Write	0=Disable, 1=Enable
AV	88	ni_WSHPEnableValue	Water source heat pump water flow value shared from the network		Write
BVmin	158	ni_OccupancySensor	This point is considered for Network point sharing of Network occupancy sensor		Write	0=Unoccupied, 1=Occupied
MVmin	3	ni_ApplicationMode	Application mode from the network; not kept over a power cycle		Write	1=Auto, 2=Heat, 3=Cool, 4=Emergency Heat, 5=Fan Only, 6=Off
BV	6	ni_ServiceModeEn	Service mode for commissioning; shuts down all equipment		Write	0=No Override, 1=Service
MV	23	ni_ServiceFan	Fan type configuration network input when service mode is enabled.		Write	1=Off, 2=On (Hi), 3=Low, 4=Medium
AV	85	ni_ServiceFanSpeed	Fan speed configuration network input when service mode is enabled.	%	Write
BV	16	ni_ServiceCompStage1	Compressor Stage 1 configuration network input when service mode is enabled.		Write	0=Cmd Off, 1=Cmd On
BV	17	ni_ServiceCompStage2	Compressor Stage 2 configuration network input when service mode is enabled.		Write	0=Cmd Off, 1=Cmd On
BV	18	ni_ServiceCompStage3	Compressor Stage 3 configuration network input when service mode is enabled.		Write	0=Cmd Off, 1=Cmd On
BV	463	Ni_ServiceCoolStage4	Conventional Cool Stage 4 configuration network input when service mode is enabled.		Write	0=Cmd Off, 1=Cmd On
BV	19	ni_ServiceHeatStage1	Heating Stage 1 configuration network input when service mode is enabled.		Write	0=Cmd Off, 1=Cmd On
BV	20	ni_ServiceHeatStage2	Heating Stage 2 configuration network input when service mode is enabled.		Write	0=Cmd Off, 1=Cmd On
BV	21	ni_ServiceHeatStage3	Heating Stage 3 configuration network input when service mode is enabled.		Write	0=Cmd Off, 1=Cmd On
AV	86	ni_ServiceHeatCtrl	Modulating Heating control configuration network input when service mode is enabled.	%	Write
AV	1152	ni_ServiceCoolCtrl	Modulating Cooling control configuration network input when service mode is enabled.	%	Write
BV	22	ni_ServiceRevVlvCmd	Reversing valve configuration network input when service mode is enabled.		Write	0=Cmd Off, 1=Cmd On
BV	23	ni_ServiceSimpleDehCmd	Dehumudification configuration network input when service mode is enabled.		Write	0=Cmd Off, 1=Cmd On
BV	24	ni_ServiceSimpleHumCmd	Humidification configuration network input when service mode is enabled.		Write	0=Cmd Off, 1=Cmd On
BV	141	ni_ServiceEconomizerCmd	Economizer command when service mode is enabled		Write	0=Cmd Off, 1=Cmd On
AV	212	ni_ServiceOaDmprCtrl	Outside air damper position when service mode is enabled.	%	Write
BV	220	ni_ServiceCO2OutputCmd	Co2 Output Command when service mode is enabled		Write	0=0, 2=-10 Vdc 1
AV	859	ni_ServicePurgeOP2-10V	Purge Enhanced 2-10V Output Command when service mode is enabled	%	Write
AV	195	ni_DeviceLock	Locks the thermostat screen against local changes		Write
AV	338	ni_SylkBus11Cmd	Outside air damper position during network shared value	%	Write
BV	174	ni_mstpClearErr	Clears the MS/TP header and data CRC error counters		Write	0=False, 1=True
AV	238	ni_SylkAddr2Temp	Network Temp override for sylk addr-2		Write
AV	239	ni_SylkAddr2Hum	Network Hum override for sylk addr-2		Write
AV	240	ni_SylkAddr2CO2	Network CO2 override for sylk addr-2		Write
AV	241	ni_SylkAddr3Temp	Network Temp override for sylk addr-3		Write
AV	242	ni_SylkAddr4Temp	Network Temp override for sylk addr-4		Write
AV	243	ni_SylkAddr5Temp	Network Temp override for sylk addr-5		Write
AV	244	ni_SylkAddr6Temp	Network Temp override for sylk addr-6		Write
AV	245	ni_SylkAddr6Hum	Network Hum override for sylk addr-6		Write
AV	248	ni_SylkAddr9Temp	Network Temp override for sylk addr-9		Write
AV	249	ni_SylkAddr9Hum	Network Hum override for sylk addr-9		Write
AV	250	ni_SylkAddr10Temp	Network Temp override for sylk addr-10		Write
AV	251	ni_SylkAddr10Hum	Network Hum override for sylk addr-10		Write
AV	246	ni_SylkAddr12Temp	Network Temp override for sylk addr-12		Write
AV	772	ni_SylkAddr12Hum	Network Hum override for sylk addr-12		Write
BV	159	Cfg_NetOccSenFailDetEn	Network Fail Detection will be enabled only if network point is considered for sharing		Write	0=Disable, 1=Enable
AV	262	Cfg_NetOccSenFailFalbck	Network Fail Detection Fall back value		Write
BV	160	Cfg_NetOccSenFailFxdVal	Applicable only if Network Fail Fall back value is configured to Fixed value (2)		Write	0=Unoccupied, 1=Occupied
AV	263	Cfg_NetOccSenFailDetDly	Network Fail Detection delay in seconds		Write
BV	163	Cfg_NetOATFailDetEn	Network Fail Detection will be enabled only if network point is considered for sharing		Write	0=Disable, 1=Enable
AV	270	Cfg_NetOATFailFalbck	Network Fail Detection Fall back value		Write
AV	272	Cfg_NetOATFailFxdVal	Applicable only if Network Fail Fall back value is configured to Fixed value (2)	°F	Write
AV	271	Cfg_NetOATFailDetDly	Network Fail Detection delay in seconds		Write
BV	162	Cfg_NetOAHumFailDetEn	Network Fail Detection will be enabled only if network point is considered for sharing		Write	0=Disable, 1=Enable
AV	267	Cfg_NetOAHumFailFalbck	Network Fail Detection Fall back value		Write
AV	269	Cfg_NetOAHumFailFxdVal	Applicable only if Network Fail Fall back value is configured to Fixed value (2)	%RH	Write
AV	268	Cfg_NetOAHumFailDetDly	Network Fail Detection delay in seconds		Write
BV	164	Cfg_NetShtdwnFailDetEn	Network Fail Detection will be enabled only if network point is considered for sharing		Write	0=Disable, 1=Enable
AV	273	Cfg_NetShtdwnFailFalbck	Network Fail Detection Fall back value		Write
BV	165	Cfg_NetShtdwnFailFxdVal	Applicable only if Network Fail Fall back value is configured to Fixed value (2)		Write	0=Normal, 1=Shutdown
AV	274	Cfg_NetShtdwnFailDetDly	Network Fail Detection delay in seconds		Write
BV	166	Cfg_NetSpceCO2FailDetEn	Network Fail Detection will be enabled only if network point is considered for sharing		Write	0=Disable, 1=Enable
AV	275	Cfg_NetSpceCO2FailFalbck	Network Fail Detection Fall back value		Write
AV	277	Cfg_NetSpceCO2FailFxdVal	Applicable only if Network Fail Fall back value is configured to Fixed value (2)	ppm	Write
AV	276	Cfg_NetSpceCO2FailDetDly	Network Fail Detection delay in seconds		Write
BV	167	Cfg_NetSpceRHFailDetEn	Network Fail Detection will be enabled only if network point is considered for sharing		Write	0=Disable, 1=Enable
AV	278	Cfg_NetSpceRHFailFalbck	Network Fail Detection Fall back value		Write
AV	280	Cfg_NetSpceRHFailFxdVal	Applicable only if Network Fail Fall back value is configured to Fixed value (2)	%RH	Write
AV	279	Cfg_NetSpceRHFailDetDly	Network Fail Detection delay in seconds		Write
BV	168	Cfg_NetSpceTmpFailDetEn	Network Fail Detection will be enabled only if network point is considered for sharing		Write	0=Disable, 1=Enable
AV	281	Cfg_NetSpceTmpFailFalbck	Network Fail Detection Fall back value		Write
AV	283	Cfg_NetSpceTmpFailFxdVal	Applicable only if Network Fail Fall back value is configured to Fixed value (2)	°F	Write
AV	282	Cfg_NetSpceTmpFailDetDly	Network Fail Detection delay in seconds		Write
BV	169	Cfg_NetWSHPEnStFailDetEn	Network Fail Detection will be enabled only if network point is considered for sharing		Write	0=Disable, 1=Enable
AV	284	Cfg_NetWSHPEnStFailFalbck	Network Fail Detection Fall back value		Write
BV	170	Cfg_NetWSHPEnStFailFxdVal	Applicable only if Network Fail Fall back value is configured to Fixed value (2)		Write	0=Disable, 1=Enable
AV	285	Cfg_NetWSHPEnStFailDetDly	Network Fail Detection delay in seconds		Write
BV	171	Cfg_NetWSHPEnValFailDetEn	Network Fail Detection will be enabled only if network point is considered for sharing		Write	0=Disable, 1=Enable
AV	286	Cfg_NetWSHPEnValFailFalbck	Network Fail Detection Fall back value		Write
AV	287	Cfg_NetWSHPEnValFailFxdVal	Applicable only if Network Fail Fall back value is configured to Fixed value (2)	%	Write
AV	288	Cfg_NetWSHPEnValFailDetDly	Network Fail Detection delay in seconds		Write
MV	2	no_EffOccSensState	Network Output to show Effective Occupancy sensor state		Read	1=Occupied, 2=Unoccupied, 3=Unused
BO	1	no_BypassState	Timed after-hours occupancy (bypass) active		Read	0=No Bypass, 1=Bypass
AO	1	no_BypassValue	Network Output to show Bypass Value output. 0=No Bypass, 100=Bypass.		Read
BO	3	no_OccupancyState	Network Output to show the System is in occupied/ unoccupied state.		Read	0=Unoccupied, 1=Occupied
BO	4	no_SystemDisable	Network Output to disable the system.		Read	0=Normal, 1=Disable
BO	5	no_ServiceMd	Network Output to enable the Service mode		Read	0=Disable, 1=Enable
AO	2	no_EffDlcShift	Network Output to show Effective Demand Limit Shift.	°F	Read
AOmin	3	no_EffHeatSp	Network Output to show Effective Heating Setpoint		Read
AOmin	4	no_EffCoolSp	Network Output to show Effective Cooling Setpoint		Read
AO	5	no_EffSp	Network Output to show Effective Setpoint		Read
AO	6	no_EffAuxHeatSetpoint	Network Output to show Effective auxiliary heat setpoint.		Read
BO	7	no_IsFanOnly	Network Output to enabled/ disabled Fan Only mode.		Read	0=Normal, 1=Fan Only
BO	8	no_DehumActive	Network Output to Active/ Inactive Dehumidification mode.		Read	0=Inactive, 1=Active
BO	9	no_HumActive	Network Output to Active/ Inactive Humidification mode.		Read	0=Inactive, 1=Active
BO	10	no_IsHeatDisable	Network Output to enable/disable the heat mode.		Read	0=Enable, 1=Disable
BO	11	no_IsAuxHeatDisable	Network Output to enable/disable the auxiliary heat mode		Read	0=Enable, 1=Disable
BO	12	no_IsCompHeatDisable	Network Output to enable/disable the compressor heat mode		Read	0=Enable, 1=Disable
AO	7	no_ActiveHeatStages	Network Output to show Active heat Stages		Read
AO	8	no_ActiveAuxHeatStages	Network Output to show Active auxiliary heat stages		Read
AO	9	no_HeatCtrlOut	Network Output to show Modulating Heat Output	%	Read
AO	10	no_ActiveCompHeatStages	Network Output to show Active compressor Stages		Read
BO	13	no_DaHilimit	Network Output to show Discharge Air High Limit output		Read	0=Normal, 1=HiLimit
BO	14	no_CompDaHilimit	Network Output to show Compressor Discharge Air High Limit output		Read	0=Normal, 1=HiLimit
BO	15	no_IsCoolDisable	Network Output to enabled/ disabled Cooling.		Read	0=Enable, 1=Disable
AO	11	no_ActiveCoolStages	Network Output to show Active cool Stages		Read
BO	16	no_ReversingVlv	Network Output to close/open Reversing Valve Output.		Read	0=Close, 1=Open
AO	131	no_CoolCtrlOut	Modulating CoolOutput	%	Read
BO	17	no_CompDaLolimit	Network Output to limit Compressor Discharge Air Low Limit output		Read	0=Normal, 1=LoLimit
BO	18	no_EconDmprMinCmd	Econ Min Command Auxiliary Output to Econ module.		Read	0=Disable, 1=Enable
BOmin	19	no_FanStart	Network Output to command Fan start		Read	0=Off, 1=On
AO	12	no_FanSpd	Network Output to control Analog Fan speed output	%	Read
BO	20	no_FanHiSpd	Network Output to command Fan high speed		Read	0=Off, 1=On
BO	21	no_FanLoSpd	Network Output to command Fan low speed		Read	0=Off, 1=On
AO	13	no_DaTemp	Discharge Air Temp	°F	Read
AO	15	no_DaHumidity	Discharge Air Humidity	%	Read
AO	14	no_MaTemp	Mixed Air Temp	°F	Read
AO	57	no_RaTemp	Return Air Temp	°F	Read
AO	16	no_OaTemp	This point is considered for Network point sharing of Outside Air Temp	°F	Read
AO	17	no_OaHumidity	This point is considered for Network point sharing of Outside Air Humidity	%	Read
AOmin	18	no_SpaceTemp	This point is considered for Network point sharing of Space Temperature	°F	Read
AO	19	no_SpaceHumidity	This point is considered for Network point sharing of Space Humidity	%	Read
AO	20	no_SpaceCO2	This point is considered for Network point sharing of Space CO2	ppm	Read
AO	66	no_VOCLevel	This point is considered for Network point sharing of Volatile Organic Compound Level		Read
BO	22	no_EconEn	Network Output to disable/enable Economizer output		Read	0=Disable, 1=Enable
AO	22	no_Fan_RunTimeAccumulate	Outputs the actual run time of Fan.		Read
AO	27	no_HeatStg1_RunTimeAccumulate	Outputs the actual run time of heating stage 1		Read
AO	28	no_HeatStg2_RunTimeAccumulate	Outputs the actual run time of heating stage 2		Read
AO	29	no_HeatStg3_RunTimeAccumulate	Outputs the actual run time of heating stage 3		Read
AO	30	no_HeatCtrl_RunTimeAccumulate	Outputs the actual run time of heating control.		Read
AO	132	no_CoolCtrl_RunTimeAccumulate	Outputs the actual run time of cooling control.		Read
AO	31	no_CompStg1_RunTimeAccumulate	Outputs the actual run time of comp stage 1		Read
AO	32	no_CompStg2_RunTimeAccumulate	Outputs the actual run time of comp stage 2		Read
AO	58	no_CompStg3_RunTimeAccumulate	Outputs the actual run time of comp stage 3		Read
AO	252	no_CoolStg4_RunTimeAccumulate	Outputs the actual run time of Conventional Cool Stage 4		Read
AO	59	no_ConvHeatTermLdOut	Conventional heating terminal load output	%	Read
AO	60	no_AuxHeatTermLdOut	Auxiliary heating terminal load output	%	Read
AO	61	no_CompTermLdOut	Compressor terminal load output	%	Read
AO	85	no_TermLdOut	Common terminal load output for heating and cooling demand level.	%	Read
AO	62	no_EffTUNCOS	Minutes until the next schedule change		Read
AO	65	no_BypassRemTime	Time left before the bypass override ends		Read
AO	67	no_CtrlSpaceTemp	Control Space Temperature output (Only for testing purpose).	°F	Read
BO	82	no_RecoveryStatus	This point gives out when the system is in recovery mode.		Read	0=Normal, 1=Recovery
BO	83	no_ModEconEn	Modulating economizer status, display only		Read	0=Enabled, 1=Disabled
AO	68	no_ModEconValue	Modulating economizer value (0 = disabled, 100 = enabled), display only		Read
BO	84	no_DCVEn	Demand control ventilation status, display only		Read	0=Enabled, 1=Disabled
AO	69	no_DCVValue	DCV Value output. 0=DCV disabled, 100= DCV enabled		Read
BO	85	no_MaLoLimActive	Status of mixed air low limit control logic		Read	0=Inactive, 1=Active
BO	86	no_IsFreeCoolAvailable	This point gives the status whether free cooling is available or not.		Read	0=Not Available, 1=Available
BO	87	no_IsEconomizing	This point gives the status whether the control loop is economizing.		Read	0=False, 1=True
AO	70	no_OaDmprPos	This point gives out the outside air damper position based on the control logic	%	Read
AO	71	no_CompCurSens	This point gives out the Comp Current Sensor value from the terminal input.		Read
AO	72	no_FanCurSens	This point gives out the Fan Current Sensor value from the terminal input.		Read
AO	73	no_CompDATemp	This point gives out the Comp DA Temperature value from the terminal input.	°F	Read
BO	94	no_OccupancySensor	This point is considered for Network point sharing of Occupancy sensor status of terminal		Read	0=Unoccupied, 1=Occupied
BO	95	no_ShutdownState	This point is considered for Network point sharing of shutdown state of terminal		Read	0=NoOvrd, 1=Shutdown
BO	96	no_WSHPEnableState	Water source heat pump enable state from water flow status		Read	0=Disable, 1=Enable
AO	97	no_WSHPEnableValue	Water source heat pump enable value from water flow status		Read
BO	98	no_PurgeState	This point gives current state of Purge Function		Read	0=Disable, 1=Enable
AO	77	no_EffLocalSch	This point is used to display the local schedule current state		Read
AO	78	no_mstpHeaderCrcError	Display mstp header crc error from firmware		Read
AO	79	no_mstpDataCrcErr	Display mstp data crc error from firmware		Read
AO	81	no_Sylk11Pos	This point gives the position feedback from actuator 0-100%	%	Read
AO	82	no_Sylk11Cycles	This point shows that how many times the actuator Is cycled from open to close.		Read
BO	117	no_Sylk11Status	Sylk actuator fault code (1 = no error; voltage or stall faults)		Read
BO	118	no_Sylk11Overriden	Sylk actuator overridden externally, display only		Read	0=False, 1=Override
AO	84	no_Sylk11PowerReport	Last commanded actuator move, display only	%	Read
MO	126	no_DeltaTConv/Aux/ModHtStg1Alarm	Display the network Point to display the Delta T Alarm Enumeration		Read	1=Green, 2=Orange, 3=Red, 4=DisablebyCtrlValue/ MinDly, 5=SensorNotAvail, 6=DisableByEqAvail/ HMIConfigServ, 7=DisableByMAOALimits
MO	127	no_DeltaTConv/Aux/ModHtStg2Alarm	Display the network Point to display the Delta T Alarm Enumeration		Read	1=Green, 2=Orange, 3=Red, 4=DisablebyCtrlValue/ MinDly, 5=SensorNotAvail, 6=DisableByEqAvail/ HMIConfigServ, 7=DisableByMAOALimits
MO	128	no_DeltaTConv/Aux/ModHtStg3Alarm	Display the network Point to display the Delta T Alarm Enumeration		Read	1=Green, 2=Orange, 3=Red, 4=DisablebyCtrlValue/ MinDly, 5=SensorNotAvail, 6=DisableByEqAvail/ HMIConfigServ, 7=DisableByMAOALimits
MO	129	no_DeltaTCompHt/Cl/ConvClStg1Alarm	Display the network Point to display the Delta T Alarm Enumeration		Read	1=Green, 2=Orange, 3=Red, 4=DisablebyCtrlValue/ MinDly, 5=SensorNotAvail, 6=DisableByEqAvail/ HMIConfigServ, 7=DisableByMAOALimits
MO	130	no_DeltaTCompHt/Cl/ConvClStg2Alarm	Display the network Point to display the Delta T Alarm Enumeration		Read	1=Green, 2=Orange, 3=Red, 4=DisablebyCtrlValue/ MinDly, 5=SensorNotAvail, 6=DisableByEqAvail/ HMIConfigServ, 7=DisableByMAOALimits
MO	131	no_DeltaTCompHt/Cl/ConvClStg3Alarm	Display the network Point to display the Delta T Alarm Enumeration		Read	1=Green, 2=Orange, 3=Red, 4=DisablebyCtrlValue/ MinDly, 5=SensorNotAvail, 6=DisableByEqAvail/ HMIConfigServ, 7=DisableByMAOALimits
MO	213	no_DeltaTCompHt/Cl/ConvClStg4Alarm	Display the network Point to display the Delta T Alarm Enumeration		Read	1=Green, 2=Orange, 3=Red, 4=DisablebyCtrlValue/ MinDly, 5=SensorNotAvail, 6=DisableByEqAvail/ HMIConfigServ, 7=DisableByMAOALimits
MO	132	no_DeltaTModClAlarm(Fut)	Display the network Point to display the Delta T Alarm Enumeration (Future)		Read	1=Green, 2=Orange, 3=Red, 4=DisablebyCtrlValue/ MinDly, 5=SensorNotAvail, 6=DisableByEqAvail/ HMIConfigServ, 7=DisableByMAOALimits
AO	130	no_DeltaTValue	The actual DeltaT value measured by real time (MAT-DAT)	°F	Read
MO	134	no_DeltaTAlarmStatus	The actual DeltaT Alarm Status shown in HMI, Supervisor, mobile app.		Read	1=Green, 2=Orange, 3=Red, 4=DisablebyCtrlValue/ MinDly, 5=SensorNotAvail, 6=DisableByEqAvail/ HMIConfigServ, 7=DisableByMAOALimits
BOmin	102	no_GenericAlarm	Any alarm active on the thermostat		Read	0=False, 1=True
MO	247	no_DRStatus	Display user a Network output indicating whether device is in Demand Response mode		Read	1=Inactive, 2=Active
MO	185	no_ModEconStatus	Display the network Point to display the internal Economizer Status.		Read	1=Inactive, 2=Active, 3=OATUnAvail, 4=OAHUnAvail, 5=RATUnAvail, 6=RAHUnAvail, 7=MATUnAvail
BO	128	no_PckEconFault	Display the network Point to display the External Economizer Point		Read	0=Ok, 1=Faulty
MO	112	no_Sylk11CalibrStatus	Display the network Point to display Sylk Actuator calibration Status		Read	1=UnCalibrated, 2=CalibrIsInProgress, 3=Calibrated
AO	87	no_Sylk11CalibrMax	Displays the Actuator MaxPosition after Calibration (0-100%)	%	Read
AO	88	no_Sylk11CalibrMin	Displays the Actuator MinPosition after Calibration (0-100%)	%	Read
BO	501	no_ExhaustFan1Status	Display the network Point to display the Exhaust Fan1 Command		Read	0=Off, 1=On
BO	502	no_ExhaustFan2Status	Display the network Point to display the Exhaust Fan2 Command		Read	0=Off, 1=On
BO	505	no_HWValveStatus	Display the network Point to display the FCU HW On/Off Valve Status		Read	0=Off, 1=On
BO	506	no_CWValveStatus	Display the network Point to display the FCU CW On/Off Valve Status		Read	0=Off, 1=On
BO	64	AlarmPriority_SupplyFan	Supply Fan Status Mismatch Alarm & Priority		Read
BO	65	AlarmPriority_SpaceFreezeProtect	Space temperature freeze protection alarm & Priority		Read
BO	66	AlarmPriority_WaterFlwPrf	Proof of water flow alarm & Priority		Read
AI	12	Alarm_UI_SpcTemp	UI Space Temperature fault detection point		Read
AI	2	Alarm_InternalHumSens	Internal Humidity Sensor input.		Read
BO	68	AlarmPriority_SpcTempHI_Lolimit	Space Air Temperature High/ low Limit Alarm		Read
BO	100	AlarmPriority_Co2lvlHighlimit	CO2 Level High limit exceed Alarm		Read
BO	63	Alarm_StPtOutOfRangeAlm	Setpoint Configurations Out of Range Alarm		Read
BI	3	Alarm_UI_OccSens	Occupancy Sensor Physical Input		Read
BO	69	AlarmPriority_OccSensFault	Occupancy Sensor Alarm Priority		Read
BI	4	Alarm_UI_DirtyFilter	Dirty Filter Physical Input		Read
BO	70	AlarmPriority_DirtyFiltFault	Dirty Filter Physical Input Alarm Priority		Read
BI	5	Alarm_UI_AirFlwSts	Air Flow Status Physical Input		Read
BO	71	AlarmPriority_AirFlwFault	Air Flow Status Physical Input Alarm Priority		Read
BI	6	Alarm_UI_Shutdown	Shutdown Physical Input		Read
BO	72	AlarmPriority_ShutdownFault	Shutdown Physical Input Alarm Priority		Read
AI	4	Alarm_UI_MATemp	MA Temperature Physical Input		Read
MO	9	AlarmPriority_MATempAlarm_Fault	MA Temperature Physical Input Alarm Priority		Read
AI	5	Alarm_UI_OATemp	OA Temperature Physical Input Alarm		Read
MO	10	AlarmPriority_OATempAlarm_Fault	OA Temperature Physical Input Alarm Priority		Read
AI	6	Alarm_UI_DATemp	Discharge Air Temperature Physical Input		Read
MO	11	AlarmPriority_DATempAlarm_Fault	Discharge Air Temperature Physical Input Alarm Priority		Read
AI	18	Alarm_UI_RATemp	Return Air Temperature Physical Input		Read
MO	110	AlarmPriority_RATempAlarm_Fault	Return Air Temperature Physical Input Alarm Priority		Read
AI	7	Alarm_UI_CO2Lvl	CO2 Level Physical Input		Read
BI	7	Alarm_UI_WtrFlwSts	Water Flow Status Physical Input		Read
BO	73	AlarmPriority_WtrFlwFault	Water Flow Status Physical Input Alarm Priority		Read
AI	14	Alarm_UI_CompDASens	Comp Discharge Air Temperature Physical Input		Read
BO	88	AlarmPriority_DirtyFilter	Dirty Filter Alarm		Read
MO	24	Alarm_SylkCommFail	Sylk communication failure; shows which sensor or many failed		Read
AI	15	Alarm_UI_HeatPumpFreq	Heat pump fault input.		Read
MO	23	AlarmPriority_HeatPumpFreqFault	HeatPumpFreq Physical Input Alarm Priority		Read
BO	91	AlarmPriority_HeatPumpFail	Heatpump failure alarm		Read
BO	92	AlarmPriority_UnknownTime	Unknown Time alarm from Firmware.		Read
BO	93	AlarmPriority_ProximitySensAlarm	Internal proximity sensor alarm from Firmware.		Read
BO	99	AlarmPriority_PckEcon_Fault	Packaged economizer fault Input alarm		Read
BO	101	AlarmPriority_WindowOpen	Alarm occurs when the window is Open		Read
BO	121	AlarmPriority_Econ_FDD_NEWIS	Alarm occurs when Economizer not economizing when it should (NEWIS)		Read
BO	123	AlarmPriority_Econ_FDD_EWISN	Alarm occurs when Economizer economizing when it should not (EWIS) (NEWIS)		Read
BO	122	AlarmPriority_Econ_FDD_DNM	Alarm occurs when Economizer damper not modulating		Read
BO	124	AlarmPriority_Econ_FDD_EOA	Alarm occurs when Economizer bring in excess outdoor air		Read
BO	125	AlarmPriority_EconomizerFailure	Old economizer failure alarm, kept for backward compatibility		Read
BO	109	AlarmPriority_Sylk11ActuatorFail	Sylk actuator failure alarm (voltage or stall)		Read
BO	126	AlarmPriority_CoilFreezeProtAlm	Mixed air below the freeze limit; outdoor damper closes or goes to minimum		Read
MO	133	AlarmPriority_DeltaTAlarmStatus	Delta-T alarm priority: 1 normal, 2 medium, 3 high		Read
MO	187	AlarmPriority_IntEconomizerFailure	Internal economizer damper fault (stuck, unplugged or disconnected)		Read
AO	75	OaTemp_Display	Outdoor temperature, local sensor or internet value, display only		Read
AO	76	OaHum_Display	Outdoor humidity, local sensor or internet value, display only		Read
CAL	3	Calendar1	Referred to Enum Schedule		Write
CAL	4	Calendar2			Write
CAL	5	Calendar3			Write
CAL	6	Calendar4			Write
CAL	7	Calendar5			Write
CAL	8	Calendar6			Write
CAL	9	Calendar7			Write
CAL	10	Calendar8			Write
CAL	11	Calendar9			Write
CAL	12	Calendar10			Write
SCH	2	EnumSchedule	Main weekly occupancy schedule		Write
SCH	3	PurgeSchedule	Purge Schedule. 0-PurgeOff, 1-PurgeOn. Default is Purge Off for all 5 days.		Write

Object ID lookup: Honeywell TC500A Commercial Thermostat point IDs by name

AI8ni_UI1
AI9ni_UI2
AI10ni_UIO1
AO64no_UIO1
AI11ni_UIO2
AO63no_UIO2
BO74no_DO1
BO75no_DO2
BO76no_DO3
BO77no_DO4
BO78no_DO5
BO79no_DO6
BO80no_DO7
BO81no_DO8
MV24Cfg_UI1
AV293Cfg_UI1_Ext
MV25Cfg_UI2
AV294Cfg_UI2_Ext
MV26Cfg_UIO1
AV295Cfg_UIO1_Ext
MV27Cfg_UIO2
AV296Cfg_UIO2_Ext
MV28Cfg_DO1
MV29Cfg_DO2
MV30Cfg_DO3
MV31Cfg_DO4
MV32Cfg_DO5
MV33Cfg_DO6
MV34Cfg_DO7
MV35Cfg_DO8
BV31Cfg_OccSensChar
BV32Cfg_DirtyFilterChar
BV33Cfg_AirFlwStsChar
BV34Cfg_ShutdownChar
MV501Cfg_MASensChar1
MV502Cfg_OASensChar1
MV503Cfg_DASensChar1
BV180Cfg_RASensChar
MV504Cfg_RASensChar1
MV372CFg_SpcSensChar
BV155Cfg_FiltPresChar
AV220Cfg_CompCurSensMaxAmps
AV221Cfg_FanCurSensMaxAmps
BV175Cfg_WindowOpenChar
BV383Cfg_WaterFlwStsChar
AV223no_SylkAddr2Temp
AV224no_SylkAddr2Hum
AV225no_SylkAddr2CO2
AV226no_SylkAddr3Temp
AV227no_SylkAddr4Temp
AV228no_SylkAddr5Temp
AV229no_SylkAddr6Temp
AV230no_SylkAddr6Hum
AV231no_SylkAddr8Temp
AV232no_SylkAddr8Hum
AV233no_SylkAddr9Temp
AV234no_SylkAddr9Hum
AV235no_SylkAddr10Temp
AV236no_SylkAddr10Hum
MV92no_Sylk11Status
AV237no_SylkAddr11Temp
AV773no_SylkAddr12Hum
AI16InternalTempSens
AI17InternalHumSens
MV89Cfg_FanMode
AV39Cfg_FanRunOnCoolDelay
AV40Cfg_FanRunOnHeatDelay
BV10Cfg_FanOnHeat
AV253Cfg_FanCirculate_FanOnTimePercent
MV15Cfg_FanSpeed_CmprCoolSingle
MV16Cfg_FanSpeed_CmprCoolMulti
MV17Cfg_FanSpeed_HeatSingle
MV90Cfg_FanSpeed_PurgeMode
AV83Cfg_FanMinSpeed_ModHeat
AV84Cfg_FanMaxSpeed_ModHeat
AV64Cfg_FanSpeed_Speed1
AV65Cfg_FanSpeed_Speed2
AV66Cfg_FanSpeed_Speed3
AV67Cfg_FanSpeed_Speed4
AV68Cfg_FanSpeed_Speed5
AV69Cfg_FanSpeed_Speed6
MV367Cfg_FanSpeed_EconomizerMode
MV370Cfg_MultipleFanSpeed_ModHeat
MV371Cfg_MultipleFanSpeed_ModCool
AV1468Cfg_VarSpeedFan_CoolMinSpeed
AV1469Cfg_VarSpeedFan_CoolMaxSpeed
AV1473Cfg_VarSpeedFan_HeatMinSpeed
AV1474Cfg_VarSpeedFan_HeatMaxSpeed
AV1472Cfg_VarSpeedFan_PurgeSpeed
AV1470Cfg_VarSpeedFan_VentSpeed
MV373Cfg_VarSpeedFanType
AV1483Cfg_Econ_EXH1Sp
AV1484Cfg_Econ_EXH2Sp
AV1485Cfg_Econ_EXH1SpL
AV1486Cfg_Econ_EXH1SpH
AV1487Cfg_Econ_EXH2SpM
AV1488Cfg_Econ_EXH2SpL
AV1489Cfg_Econ_EXH2SpH
AV1490Cfg_Econ_EXH2SpM
MV575Cfg_FanCoilType
MV576Cfg_FanCoilHtgType
MV577Cfg_FanCoilClgType
MV578Cfg_FanCoilHtgDriveType
MV579Cfg_FanCoilClgDriveType
AV1721Cfg_FanCoilHtgDriveTime
AV1722Cfg_FanCoilClgDriveTime
MV580Cfg_FanCoilTwoPipeSingleCoil
AV1723Cfg_FanCoilSupTempHtgSp
AV1731Cfg_FanCoilSupTempHtgOffsetSp
AV1724Cfg_FanCoilSupTempClgSp
AV1732Cfg_FanCoilSupTempClgOffsetSp
MV581Cfg_FanCoilTwoSpeedType
MV582Cfg_FanCoilThreeSpeedtype
MV583Cfg_FanCoilManualSpeedSel
BV454Cfg_FanCoilDATSpEnSwitch
BV462Cfg_FanCoilClgFloatingSyncEn
BV453Cfg_FanCoilHtgFloatingSyncEn
AV1733Cfg_FanCoilDATCtr_CoolTr
AV1734Cfg_FanCoilDATCtr_CoolIt
AV1735Cfg_FanCoilDATCtr_CoolDr
AV1736Cfg_FanCoilDATCtr_HeatTr
AV1737Cfg_FanCoilDATCtr_HeatIt
AV1738Cfg_FanCoilDATCtr_HeatDr
MV585Cfg_FanCoilTwoSpeedVentMode
MV586Cfg_FanCoilThreeSpeedVentMode
BV455Cfg_FanCoilDrainPanSrChar
BV458Cfg_FanCoilOnOffHtgVlvChar
BV459Cfg_FanCoilOnOffClgVlvChar
MV366Cfg_Equip_CoolType
AV41Cfg_Cool_Tr
AV42Cfg_Cool_It
AV43Cfg_Cool_Dt
AV44Cfg_Cool_CPH
AV45Cfg_Cool_MinOnTime
AV82Cfg_Cool_MinOffTime
AV46Cfg_Cool_CoolLockoutSp
AV47Cfg_Cool_DischLoLimSp
AV1461Cfg_Cool_ModClEnMinOut
BV377Cfg_Mod_StgCl1En
AV1476Cfg_ModCoolMin_Output
AV1478Cfg_ModCoolMax_Output
BV385Cfg_ModCoolInitialAtFullOp
MV374Cfg_ModCoolFullOpCycleTime
BV381Cfg_ModCoolAction
MV21Cfg_Equip_HeatType
AV54Cfg_Heat_Tr
AV55Cfg_Heat_It
AV56Cfg_Heat_Dt
AV57Cfg_Heat_CPH
AV58Cfg_Heat_MinOnTime
AV59Cfg_Heat_MinOffTime
AV60Cfg_Heat_HeatLockoutSp
AV61Cfg_Heat_DischHiLimSp
AV96Cfg_Heat_ModHtEnMinOut
BV35Cfg_Mod_StgHt1En
MV87Cfg_Heat_FuelType
AV1475Cfg_ModHeatMin_Output
AV1477Cfg_ModHeatMax_Output
BV380Cfg_ModHeatAction
AV48Cfg_Dehum_SpaceRHHighLimit
BV12Cfg_Dehum_MinOnTimeOpEn
AV49Cfg_Dehum_MinOnTime
AV98Cfg_Dehum_MinOnDelay
AV62Cfg_Hum_SpaceRHLowLimit
AV99Cfg_Hum_MinOnDelay
BV13Cfg_HeatPmp_CngOvrRelayType
AV50Cfg_HeatPmp_AuxHeatLockoutSp
AV51Cfg_HeatPmp_CompLockoutSp
AV52Cfg_HeatPmp_AuxHeatDroop
AV53Cfg_HeatPmp_AuxHeatRampFactor
BV14Cfg_HeatPmp_ComfortMode
AV215Cfg_HeatPmp_UpStgTmr
BV179Cfg_CO2_SensorType
AV349Cfg_CO2_SensorZero
AV350Cfg_CO2_SensorSpan
BV181Cfg_CO2Output
MV84Cfg_Econ_FreeCoolSelect
AV196Cfg_Econ_DrybulbSp
MV94Cfg_Econ_EnthCurveSel
AV320Cfg_Econ_MinDamperPos
AV321Cfg_Econ_MinDamperPosLow
AV322Cfg_Econ_MinDamperPosMed
MV96Cfg_Econ_ShutdownDamperPos
MV95Cfg_Econ_FreezeProtDamperPos
AV201Cfg_Econ_MaTempSetPt
AV204Cfg_Econ_MaLoTempSetPt
AV327Cfg_Econ_MechCoolingDelay
AV1466Cfg_MaTThresholdValue
AV1467Cfg_DmprDelayTime
AV222Cfg_Filt_HiLimit
BV36Cfg_Stdby_OccSts
MV9Cfg_Control_MainSensor
AV14Cfg_Control_PowerupDelay
MV10Cfg_Control_SmokeMode
MV130Cfg_ZoneMultiSens_Control
AV33Cfg_ZoneMultiSens_Sens1_Wt
AV34Cfg_ZoneMultiSens_Sens2_Wt
AV35Cfg_ZoneMultiSens_Sens3_Wt
AV36Cfg_ZoneMultiSens_Sens4_Wt
AV37Cfg_ZoneMultiSens_Sens5_Wt
AV219Cfg_ZoneMultiSens_Sens6_Wt
MV77Cfg_ZoneMultiHumSens_Control
AV181Cfg_ZoneMultiSens_HumSens1_Wt
AV180Cfg_ZoneMultiSens_HumSens2_Wt
AV218Cfg_ZoneMultiSens_HumSens6_Wt
AV4Cfg_Setpoints_OccCoolSp
AV5Cfg_Setpoints_StbyCoolSp
AV6Cfg_Setpoints_UnOccCoolSp
AV7Cfg_Setpoints_OccHeatSp
AV8Cfg_Setpoints_StbyHeatSp
AV9Cfg_Setpoints_UnOccHeatSp
AV18Cfg_Recovery_MaxCoolRampRate
AV16Cfg_Recovery_MinCoolRampRate
AV17Cfg_Recovery_MaxCoolRampTemp
AV15Cfg_Recovery_MinCoolRampTemp
AV22Cfg_Recovery_MaxHeatRampRate
AV20Cfg_Recovery_MinHeatRampRate
AV21Cfg_Recovery_MaxHeatRampTemp
AV19Cfg_Recovery_MinHeatRampTemp
AV38Cfg_DemandLimCtl_TempDiffSp
BV157Cfg_Thermostat_SystemChangeOver
MV36Cfg_Thermostat_SystemConfig
AV10Cfg_Thermostat_BypOverrideTime
AV12Cfg_Thermostat_MinCoolSp
AV13Cfg_Thermostat_MaxHeatSp
AV101Cfg_Thermostat_Deadband
AV257Cfg_Thermostat_HtAdjStPt
AV256Cfg_Thermostat_ClAdjStPt
AV102Cfg_Thermostat_TempOffSpLimit
AV23Cfg_LocalSensCalOffset_Temp
AV103Cfg_LocalSensCalOffset_Hum
AV24Cfg_SylkCalOffset_SylkBus2Temp
AV25Cfg_SylkCalOffset_SylkBus2RH
AV100Cfg_SylkCalOffset_SylkBus2CO2
AV26Cfg_SylkCalOffset_SylkBus3Temp
AV27Cfg_SylkCalOffset_SylkBus4Temp
AV28Cfg_SylkCalOffset_SylkBus5Temp
AV216Cfg_SylkCalOffset_SylkBus6Temp
AV217Cfg_SylkCalOffset_SylkBus6RH
AV29Cfg_SylkCalOffset_SylkBus8Temp
AV30Cfg_SylkCalOffset_SylkBus8RH
AV137Cfg_SylkCalOffset_SylkBus9Temp
AV214Cfg_SylkCalOffset_SylkBus9RH
AV31Cfg_SylkCalOffset_SylkBus10Temp
AV32Cfg_SylkCalOffset_SylkBus10RH
AV138Cfg_SylkCalOffset_SylkBus12Temp
AV771Cfg_SylkCalOffset_SylkBus12RH
AV185Cfg_UISensCalOffset_DATemp
AV186Cfg_UISensCalOffset_OATemp
AV187Cfg_UISensCalOffset_MATemp
AV427Cfg_UISensCalOffset_RATemp
AV1464Cfg_UISensCalOffset_SpcTemp
AV188Cfg_UISensCalOffset_CO2Lvl
MV85Cfg_Sylk_SylkBus2En
MV86Cfg_Sylk_SylkBus6En
BV151Cfg_Sylk_SylkBus8En
BV152Cfg_Sylk_SylkBus9En
BV153Cfg_Sylk_SylkBus10En
BV178Cfg_Sylk_SylkBus11En
BV154Cfg_Sylk_SylkBus12En
AV301Cfg_SylkBus11TravelTime
AV331Cfg_SylkBus11Testmode
MV135Sylk11_EconFaultAlarm
BV246Cfg_StagedHeatEn
AV955Cfg_HeatStage1Min
AV956Cfg_HeatStage1Max
AV957Cfg_HeatStage1Delay
AV958Cfg_HeatStage2Min
AV959Cfg_HeatStage2Max
AV960Cfg_HeatStage2Delay
AV961Cfg_HeatStage3Min
AV962Cfg_HeatStage3Max
AV963Cfg_HeatStage3Delay
BV247Cfg_StagedCoolEn
AV964Cfg_CoolStage1Min
AV965Cfg_CoolStage1Max
AV966Cfg_CoolStage1Delay
AV967Cfg_CoolStage2Min
AV968Cfg_CoolStage2Max
AV969Cfg_CoolStage2Delay
AV970Cfg_CoolStage3Min
AV971Cfg_CoolStage3Max
AV972Cfg_CoolStage3Delay
AV1739Cfg_CoolStage4Min
AV1740Cfg_CoolStage4Max
AV1741Cfg_CoolStage4Delay
BV248Cfg_ComprHeatEn
AV973Cfg_ComprHeatStage1Min
AV974Cfg_ComprHeatStage1Max
AV975Cfg_ComprHeatStage1Delay
AV976Cfg_ComprHeatStage2Min
AV977Cfg_ComprHeatStage2Max
AV978Cfg_ComprHeatStage2Delay
AV979Cfg_ComprHeat3Min
AV980Cfg_ComprHeat3Max
AV981Cfg_ComprHeat3Delay
BV249Cfg_ModHeatEn
AV986Cfg_ModHeatMin
AV987Cfg_ModHeatMax
AV988Cfg_ModHeatDelay
AV989Cfg_ModHeatMinOuput
BV250Cfg_ModulatingCoolEn
AV982Cfg_ModCoolMin
AV983Cfg_ModCoolMax
AV984Cfg_ModCoolDelay
AV985Cfg_ModCoolMinOuput
AV990Cfg_StagedHeatMATempLimitMin
AV991Cfg_StagedHeatMATempLimitMax
BV134Cfg_StagedHeatMARHLimitEn
AV992Cfg_StagedHeatMARHLimitMin
AV993Cfg_StagedHeatMARHLimitMax
AV994Cfg_StagedHeatOATempLimitMin
AV995Cfg_StagedHeatOATempLimitMax
AV996Cfg_StagedHeatOARHLimitMin
AV997Cfg_StagedHeatOARHLimitMax
AV998Cfg_StagedCoolMATempLimitMin
AV999Cfg_StagedCoolMATempLimitMax
AV1000Cfg_StagedCoolMARHLimitMin
AV1001Cfg_StagedCoolMARHLimitMax
AV1002Cfg_StagedCoolOATempLimitMin
AV1003Cfg_StagedCoolOATempLimitMax
AV1004Cfg_StagedCoolOARHLimitMin
AV1005Cfg_StagedCoolOARHLimitMax
AV1022Cfg_CmprHeatMATempLimitMin
AV1023Cfg_CmprHeatMATempLimitMax
BV150Cfg_CmprHeatMARHLimitEn
AV1024Cfg_CmprHeatMARHLimitMin
AV1025Cfg_CmprHeatMARHLimitMax
AV1026Cfg_CmprHeatOATempLimitMin
AV1027Cfg_CmprHeatOATempLimitMax
AV1028Cfg_CmprHeatOARHLimitMin
AV1029Cfg_CmprHeatOARHLimitMax
MV141Cfg_ModHeatMATempLimitEn
AV1006Cfg_ModHeatMATempLimitMin
AV1007Cfg_ModHeatMATempLimitMax
BV142Cfg_ModHeatMARHLimitEn
AV1008Cfg_ModHeatMARHLimitMin
AV1009Cfg_ModHeatMARHLimitMax
BV143Cfg_ModHeatOATempLimitEn
AV1010Cfg_ModHeatOATempLimitMin
AV1011Cfg_ModHeatOATempLimitMax
AV1012Cfg_ModHeatOARHLimitMin
AV1013Cfg_ModHeatOARHLimitMax
BV145Cfg_ModCoolMATempLimitEn
AV1014Cfg_ModCoolMATempLimitMin
AV1015Cfg_ModCoolMATempLimitMax
BV146Cfg_ModCoolMARHLimitEn
AV1016Cfg_ModCoolMARHLimitMin
AV1017Cfg_ModCoolMARHLimitMax
AV1018Cfg_ModCoolOATempLimitMin
AV1019Cfg_ModCoolOATempLimitMax
AV1020Cfg_ModCoolOARHLimitMin
AV1021Cfg_ModCoolOARHLimitMax
BV251Cfg_RunWithHum
BV252Cfg_RunWithDehum
AV1047Cfg_DRHiOffset
AV1465Cfg_DRMoOffset
AV1048Cfg_DRLoOffset
MV258Cfg_DRDefaultOption
AV1049Cfg_DRDefaultOffset
AV1050Cfg_DRDefaultHtSp
AV1051Cfg_DRDefaultClSp
AV1052Cfg_DRMaxClSp
AV205Cfg_DCV_VentMinPosHigh
AV206Cfg_DCV_VentMaxPosHigh
AV504Cfg_DCV_VentMinPosMid
AV311Cfg_DCV_VentMaxPosMid
AV207Cfg_DCV_VentMinPosLow
AV208Cfg_DCV_VentMaxPosLow
AV209Cfg_DCV_CO2SetPt
AV213Cfg_DCV_CO2Deadband
BV259Cfg_Co2Output_Override
BV258Cfg_PurOutput
BV172Cfg_Purge_CtrlEn
AV334Cfg_Purge_Pos
MV91Cfg_WindowOpnSetng
AV297Cfg_WindowOpnDelay
AV291Cfg_CO2Alarm_LvlHighLim
AV192Cfg_Alarm_SupplyFanAlarmConfig
AV193Cfg_Alarm_TempSensAlarmConfig
MO99Gui_Alarm_SylkActuatorFail
MV574Cfg_AlarmConfig_CHWDrainPanSrAlarm
AV254Cfg_SpcAlarm_TempHighLim
AV332Cfg_DaTAlarm_TempHighLim
AV333Cfg_DATAlarmTempLowLim
BV1ni_BypassState
AV2ni_BypassValue
BV2ni_DemandLimitControlEn
AV89ni_OutdoorTemp
AV194ni_OutdoorHum
AV339ni_OutdoorEnthalpy
AV340ni_OutdoorDewpoint
AV341ni_RaEnthalpy
AV342ni_RaDewpoint
BV390ni_ServiceExhaustFan1Cmd
BV391ni_ServiceExhaustFan2Cmd
BV4ni_ShutdownState
BV5ni_SmokeMonitorstate
AV81ni_SpaceCO2
AV80ni_SpaceRH
AV104ni_SpaceTemp
BV25ni_WSHPEnableState
AV88ni_WSHPEnableValue
BV158ni_OccupancySensor
MV3ni_ApplicationMode
BV6ni_ServiceModeEn
MV23ni_ServiceFan
AV85ni_ServiceFanSpeed
BV16ni_ServiceCompStage1
BV17ni_ServiceCompStage2
BV18ni_ServiceCompStage3
BV463Ni_ServiceCoolStage4
BV19ni_ServiceHeatStage1
BV20ni_ServiceHeatStage2
BV21ni_ServiceHeatStage3
AV86ni_ServiceHeatCtrl
AV1152ni_ServiceCoolCtrl
BV22ni_ServiceRevVlvCmd
BV23ni_ServiceSimpleDehCmd
BV24ni_ServiceSimpleHumCmd
BV141ni_ServiceEconomizerCmd
AV212ni_ServiceOaDmprCtrl
BV220ni_ServiceCO2OutputCmd
AV859ni_ServicePurgeOP2-10V
AV195ni_DeviceLock
AV338ni_SylkBus11Cmd
BV174ni_mstpClearErr
AV238ni_SylkAddr2Temp
AV239ni_SylkAddr2Hum
AV240ni_SylkAddr2CO2
AV241ni_SylkAddr3Temp
AV242ni_SylkAddr4Temp
AV243ni_SylkAddr5Temp
AV244ni_SylkAddr6Temp
AV245ni_SylkAddr6Hum
AV248ni_SylkAddr9Temp
AV249ni_SylkAddr9Hum
AV250ni_SylkAddr10Temp
AV251ni_SylkAddr10Hum
AV246ni_SylkAddr12Temp
AV772ni_SylkAddr12Hum
BV159Cfg_NetOccSenFailDetEn
AV262Cfg_NetOccSenFailFalbck
BV160Cfg_NetOccSenFailFxdVal
AV263Cfg_NetOccSenFailDetDly
BV163Cfg_NetOATFailDetEn
AV270Cfg_NetOATFailFalbck
AV272Cfg_NetOATFailFxdVal
AV271Cfg_NetOATFailDetDly
BV162Cfg_NetOAHumFailDetEn
AV267Cfg_NetOAHumFailFalbck
AV269Cfg_NetOAHumFailFxdVal
AV268Cfg_NetOAHumFailDetDly
BV164Cfg_NetShtdwnFailDetEn
AV273Cfg_NetShtdwnFailFalbck
BV165Cfg_NetShtdwnFailFxdVal
AV274Cfg_NetShtdwnFailDetDly
BV166Cfg_NetSpceCO2FailDetEn
AV275Cfg_NetSpceCO2FailFalbck
AV277Cfg_NetSpceCO2FailFxdVal
AV276Cfg_NetSpceCO2FailDetDly
BV167Cfg_NetSpceRHFailDetEn
AV278Cfg_NetSpceRHFailFalbck
AV280Cfg_NetSpceRHFailFxdVal
AV279Cfg_NetSpceRHFailDetDly
BV168Cfg_NetSpceTmpFailDetEn
AV281Cfg_NetSpceTmpFailFalbck
AV283Cfg_NetSpceTmpFailFxdVal
AV282Cfg_NetSpceTmpFailDetDly
BV169Cfg_NetWSHPEnStFailDetEn
AV284Cfg_NetWSHPEnStFailFalbck
BV170Cfg_NetWSHPEnStFailFxdVal
AV285Cfg_NetWSHPEnStFailDetDly
BV171Cfg_NetWSHPEnValFailDetEn
AV286Cfg_NetWSHPEnValFailFalbck
AV287Cfg_NetWSHPEnValFailFxdVal
AV288Cfg_NetWSHPEnValFailDetDly
MV2no_EffOccSensState
BO1no_BypassState
AO1no_BypassValue
BO3no_OccupancyState
BO4no_SystemDisable
BO5no_ServiceMd
AO2no_EffDlcShift
AO3no_EffHeatSp
AO4no_EffCoolSp
AO5no_EffSp
AO6no_EffAuxHeatSetpoint
BO7no_IsFanOnly
BO8no_DehumActive
BO9no_HumActive
BO10no_IsHeatDisable
BO11no_IsAuxHeatDisable
BO12no_IsCompHeatDisable
AO7no_ActiveHeatStages
AO8no_ActiveAuxHeatStages
AO9no_HeatCtrlOut
AO10no_ActiveCompHeatStages
BO13no_DaHilimit
BO14no_CompDaHilimit
BO15no_IsCoolDisable
AO11no_ActiveCoolStages
BO16no_ReversingVlv
AO131no_CoolCtrlOut
BO17no_CompDaLolimit
BO18no_EconDmprMinCmd
BO19no_FanStart
AO12no_FanSpd
BO20no_FanHiSpd
BO21no_FanLoSpd
AO13no_DaTemp
AO15no_DaHumidity
AO14no_MaTemp
AO57no_RaTemp
AO16no_OaTemp
AO17no_OaHumidity
AO18no_SpaceTemp
AO19no_SpaceHumidity
AO20no_SpaceCO2
AO66no_VOCLevel
BO22no_EconEn
AO22no_Fan_RunTimeAccumulate
AO27no_HeatStg1_RunTimeAccumulate
AO28no_HeatStg2_RunTimeAccumulate
AO29no_HeatStg3_RunTimeAccumulate
AO30no_HeatCtrl_RunTimeAccumulate
AO132no_CoolCtrl_RunTimeAccumulate
AO31no_CompStg1_RunTimeAccumulate
AO32no_CompStg2_RunTimeAccumulate
AO58no_CompStg3_RunTimeAccumulate
AO252no_CoolStg4_RunTimeAccumulate
AO59no_ConvHeatTermLdOut
AO60no_AuxHeatTermLdOut
AO61no_CompTermLdOut
AO85no_TermLdOut
AO62no_EffTUNCOS
AO65no_BypassRemTime
AO67no_CtrlSpaceTemp
BO82no_RecoveryStatus
BO83no_ModEconEn
AO68no_ModEconValue
BO84no_DCVEn
AO69no_DCVValue
BO85no_MaLoLimActive
BO86no_IsFreeCoolAvailable
BO87no_IsEconomizing
AO70no_OaDmprPos
AO71no_CompCurSens
AO72no_FanCurSens
AO73no_CompDATemp
BO94no_OccupancySensor
BO95no_ShutdownState
BO96no_WSHPEnableState
AO97no_WSHPEnableValue
BO98no_PurgeState
AO77no_EffLocalSch
AO78no_mstpHeaderCrcError
AO79no_mstpDataCrcErr
AO81no_Sylk11Pos
AO82no_Sylk11Cycles
BO117no_Sylk11Status
BO118no_Sylk11Overriden
AO84no_Sylk11PowerReport
MO126no_DeltaTConv/Aux/ModHtStg1Alarm
MO127no_DeltaTConv/Aux/ModHtStg2Alarm
MO128no_DeltaTConv/Aux/ModHtStg3Alarm
MO129no_DeltaTCompHt/Cl/ConvClStg1Alarm
MO130no_DeltaTCompHt/Cl/ConvClStg2Alarm
MO131no_DeltaTCompHt/Cl/ConvClStg3Alarm
MO213no_DeltaTCompHt/Cl/ConvClStg4Alarm
MO132no_DeltaTModClAlarm(Fut)
AO130no_DeltaTValue
MO134no_DeltaTAlarmStatus
BO102no_GenericAlarm
MO247no_DRStatus
MO185no_ModEconStatus
BO128no_PckEconFault
MO112no_Sylk11CalibrStatus
AO87no_Sylk11CalibrMax
AO88no_Sylk11CalibrMin
BO501no_ExhaustFan1Status
BO502no_ExhaustFan2Status
BO505no_HWValveStatus
BO506no_CWValveStatus
BO64AlarmPriority_SupplyFan
BO65AlarmPriority_SpaceFreezeProtect
BO66AlarmPriority_WaterFlwPrf
AI12Alarm_UI_SpcTemp
AI2Alarm_InternalHumSens
BO68AlarmPriority_SpcTempHI_Lolimit
BO100AlarmPriority_Co2lvlHighlimit
BO63Alarm_StPtOutOfRangeAlm
BI3Alarm_UI_OccSens
BO69AlarmPriority_OccSensFault
BI4Alarm_UI_DirtyFilter
BO70AlarmPriority_DirtyFiltFault
BI5Alarm_UI_AirFlwSts
BO71AlarmPriority_AirFlwFault
BI6Alarm_UI_Shutdown
BO72AlarmPriority_ShutdownFault
AI4Alarm_UI_MATemp
MO9AlarmPriority_MATempAlarm_Fault
AI5Alarm_UI_OATemp
MO10AlarmPriority_OATempAlarm_Fault
AI6Alarm_UI_DATemp
MO11AlarmPriority_DATempAlarm_Fault
AI18Alarm_UI_RATemp
MO110AlarmPriority_RATempAlarm_Fault
AI7Alarm_UI_CO2Lvl
BI7Alarm_UI_WtrFlwSts
BO73AlarmPriority_WtrFlwFault
AI14Alarm_UI_CompDASens
BO88AlarmPriority_DirtyFilter
MO24Alarm_SylkCommFail
AI15Alarm_UI_HeatPumpFreq
MO23AlarmPriority_HeatPumpFreqFault
BO91AlarmPriority_HeatPumpFail
BO92AlarmPriority_UnknownTime
BO93AlarmPriority_ProximitySensAlarm
BO99AlarmPriority_PckEcon_Fault
BO101AlarmPriority_WindowOpen
BO121AlarmPriority_Econ_FDD_NEWIS
BO123AlarmPriority_Econ_FDD_EWISN
BO122AlarmPriority_Econ_FDD_DNM
BO124AlarmPriority_Econ_FDD_EOA
BO125AlarmPriority_EconomizerFailure
BO109AlarmPriority_Sylk11ActuatorFail
BO126AlarmPriority_CoilFreezeProtAlm
MO133AlarmPriority_DeltaTAlarmStatus
MO187AlarmPriority_IntEconomizerFailure
AO75OaTemp_Display
AO76OaHum_Display
CAL3Calendar1
CAL4Calendar2
CAL5Calendar3
CAL6Calendar4
CAL7Calendar5
CAL8Calendar6
CAL9Calendar7
CAL10Calendar8
CAL11Calendar9
CAL12Calendar10
SCH2EnumSchedule
SCH3PurgeSchedule

Integration notes

Access comes from the Access column or the table notes ("All points are writable" / "read-only").
The guide gives the same type and instance to two different objects in 28 places (for example MV 20 is both Cfg_Heat_HeatType and no_EffOccState, MV 8 both Cfg_Thermostat_SysSwitch and no_ApplicationCommandMode). Both objects of each clashing pair are left out until a device confirms which is right.
The short 'basic setup' table at the front of the guide has its type and instance columns shifted against the names; the detailed chapter tables are used instead.
Cfg_Econ_MinDamperPos (AV 320) and the Low/Med variants (AV 321/322) are described per fan-speed count in the guide; each is listed once.
'Boolean Value' in the guide is listed as BV. Objects shown on several pages are listed once.

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 TC500A Commercial Thermostat 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 Honeywell TC500A Commercial Thermostat

How many BACnet points does the Honeywell TC500A Commercial Thermostat have?

This list has 644 BACnet objects: 15 analog inputs, 60 analog outputs, 318 analog values, 5 binary inputs, 70 binary outputs, 82 binary values, 10 calendars, 21 multi-state outputs, 2 schedules, 61 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Honeywell TC500A Commercial Thermostat BACnet points are writable?

466 of the 644 objects accept a write. Points marked Command have a priority array: a write holds until it is released, so release it back to automatic when you are done.

Where is the official Honeywell TC500A Commercial Thermostat BACnet documentation?

Honeywell does not publish it on its own website. This list comes from TC500A BACnet Integration Guide (31-00478-05), revision Rev. 02-23, a copy hosted by Cochrane Supply at https://www.cochranesupply.com/media/assets/product/documents/Honeywell/TC500A-N%20BACnet%20Intergration.pdf. Ask Honeywell or its representative for the current revision.

What are the minimum BACnet points to integrate the Honeywell TC500A Commercial Thermostat?

Start with MV 3 ni_ApplicationMode (System mode from the network); BV 158 ni_OccupancySensor (Network occupancy: 1 = occupied, 0 = unoccupied); AV 7 Cfg_Setpoints_OccHeatSp (Occupied heating setpoint); AV 4 Cfg_Setpoints_OccCoolSp (Occupied cooling setpoint); MV 583 Cfg_FanCoilManualSpeedSel (Fan coil fan speed: auto, low, medium, high, off); AO 18 no_SpaceTemp (Space temperature in use); AO 3 no_EffHeatSp (Effective heating setpoint); AO 4 no_EffCoolSp (Effective cooling setpoint); BO 19 no_FanStart (Fan start output state); BO 102 no_GenericAlarm (Any alarm active).

How do I enable BMS control of the Honeywell TC500A Commercial Thermostat?

Does the Honeywell TC500A Commercial Thermostat need a BACnet heartbeat or have a communication timeout?

Can the BMS supply sensor values to the Honeywell TC500A Commercial Thermostat?

How do I check these points on the real TC500A Commercial Thermostat?

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 Honeywell BACnet points lists

Thermostat (fan coil, conventional and heat pump)
Honeywell TC300 Commercial Thermostats (TC300B-G / TC300C-G / TC320B-G / TC320C-G)
Honeywell TC300 and Wi-Fi TC320 commercial touchscreen thermostats for fan coils, conventional units and heat pumps.
531 objects · 378 writable · 31-00646-05 · unofficial source
Also known as: TC300, TC320, TC300B-G, TC300C-G, TC320B-G, TC320C-G, T300 Series

Source: TC500A BACnet Integration Guide · 31-00478-05 · rev. Rev. 02-23. Object names, instances and units are reproduced as published; descriptions are our own.