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Versatec 700 Indoor DOAS (Aurora UPC)

Water-source DOAS controller with energy recovery · BACnet points list

WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC) BACnet points list

Updated 6 November 2026

Short answer

BACnet point list for the WaterFurnace Versatec 700 indoor DOAS. System points cover enable, emergency shutdown, occupancy, SAT targets and reset, blower and duct static control, sensor sources and BAS overrides, dehumidification and reheat, DCV and water- and air-side economizers. Each of up to four heat pump modules has its own block (unit 1 below 100, units 2-4 in the 1000s, 2000s and 3000s), and the energy recovery unit sits in the 9000s.

This page lists 748 BACnet objects for the WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC) — 252 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from WaterFurnace’s own free documentation, linked below.

Manufacturer: WaterFurnace
Model: Versatec 700 Indoor DOAS (Aurora UPC)
Equipment: Water-source DOAS controller with energy recovery
Equipment type: Rooftop units, AHUs & DOAS
BACnet objects: 748 (252 writable)
Transport: —
Firmware: Not stated
Also known as: Versatec 700, Versatec DOAS, WaterFurnace DOAS, DOAS BACnet Point List 1.00
Source document: DOAS BACnet Point List · rev. Version 1.00

Download CSV 748 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 WaterFurnace’s current documentation and the live device before use. Not official WaterFurnace information. Terms of use.

BMS integration notes: WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC)

Integration in brief

Enable the system with BV 302, pick the external schedule on BV 401 and drive occupancy with BV 400 (or MV 315 for standby and temporary occupancy). Set the cooling and heating SAT targets and reset options, and read mode, supply air temperature and the per-unit fault codes.

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 302	sys_enable_c	System enable for network and setpoint control	Write
BV 2	e_stop_c	Emergency shutdown command	Write
BV 400	occ_command_c	Occupancy command (external schedule)	Write
BV 401	sched_select_c	Must be External for BV 400 to apply	Write
AV 305	targ_clg_sat_c	Cooling supply air temperature target	Write
AV 306	targ_htg_sat_c	Heating supply air temperature target	Write
BV 8	alarm_reset_c	Alarm reset	Write
MV 11	mode_st_msv	Unit operating mode	Read
AV 500	sat_st	Supply air temperature in use	Read
AV 7	system_fault1_st	Unit 1 fault or lockout code	Read

Enable & remote start

BV 302 sys_enable_c enables the system for network and setpoint control. BV 2 e_stop_c is the emergency shutdown, BV 102 a shutdown that keeps the exhaust fan running, and BV 4 load shed. Occupancy follows the internal schedule unless BV 401 is set to External; then BV 400 or MV 315 set the occupancy mode.

Sensors & values from the BMS

Each sensed value has a source selector and a BAS override: MV 303-307 and MV 311 pick Rnet sensor, unit/ERW sensor or BAS for supply, return, space and outdoor values, written on AV 502/505/512/515/522/525/532/535. MV 309/310/312/314 pick BAS or AEC for the energy recovery inputs (AV 9024-9065). AV 551 takes a BAS DOAS control temperature, AV 343 a BAS duct static value, and AV 591/593 BAS CO2 and VOC.

Network setup

MV 301 sets the blower configuration (multizone VAV, single zone VAV, CAV) and MV 302 the SAT control type; set them at commissioning.

Watch out for

Leave the factory/internal-use rows alone.
Points for heat pump units that are not installed stay meaningless.
Return BV 8 alarm reset to Off after use.

WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC) 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.

748 of 748 shown

Type

BinaryMulti-state

Access

Units

Show

WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC) BACnet Points List
			Description			States
AV	3	mode_st	Current operating mode of the heat pump system (numeric)		Read
AV	4	filter_alarm_hrs_c	Blower run hours before the filter alarm (default 1000)	hr	Write
AV	5	filter_hours_st	Blower run hours since the last filter alarm reset	hr	Read
AV	200	valve_min_pos_c	Sets the minimum modulating valve position (Minimum variable speed pump operating speed) (default 50)	%	Write
AV	201	valve_max_pos_c	Sets the maximum modulating valve position (Maximum variable speed pump operating speed) (default 100)	%	Write
AV	202	valve_delay_c	Sets the delay for a slow opening water valve (default 60)	seconds	Write
AV	490	morn_warm_rat_c	Sets the target return air temperature for morning warm-up operation (default 65)	°F	Write
AV	491	morn_warm_time_c	Sets the maximum opertaing time for the morning warm-up mode (default 60)	min	Write
AV	492	morn_cool_rat_c	Sets the target return air temperature for morning cool-down operation (default 75)	°F	Write
AV	493	morn_cool_time_c	Sets the maximum opertaing time for the morning cool-down mode (default 60)	min	Write
AV	494	morn_samp_c	Sets the minimum morning warm-up / cool-down operating time (default 5)	min	Write
AV	550	doas_ctrl_temp_st	Current control temperture for DOAS heat pump operation	°F	Read
AV	551	dctrlt_override_c	BAS-written DOAS control temperature value (default 70)	°F	Write
AV	580	atm_pres_st	Current atmospheric pressure value being used for enthalpy calculations	psi	Read
AV	581	atm_pres_c	BAS-written current atmospheric pressure for enthalpy calculations (default 14.1)	psi	Write
AV	582	elev_feet_c	BAS-written site elevation for enthalpy calculations (default 1000)	ft	Write
BVmin	2	e_stop_c	Emergency shutdown command to the unit		Write	Inactive=Normal Operation, Active=Shutdown
BV	3	e_stop_st	Status of the emergency shutdown operation		Read	Inactive=Normal, Active=Shutdown
BV	4	load_shed_c	Enable/disable load shed		Write	Inactive=Off, Active=On
BV	5	loadshed_st	Status of the load shed operation		Read	Inactive=Normal, Active=Load Shed
BV	6	heat_cool_st	Operating mode from reversing valve position		Read	Inactive=Heat, Active=Cool
BVmin	8	alarm_reset_c	Command the alarm reset		Write	Inactive=Off, Active=On
BV	10	dirty_filter_alarm_st	Status of the dirty filter alarm logic		Read	Inactive=Off, Active=On
BV	11	filter_alm_reset_c	Dirty filter alarm to be reset		Write	Inactive=Off, Active=On
BV	300	sys_demand_c	Selects the system demand control		Write	Inactive=Discrete, Active=Setpoint
BVmin	302	sys_enable_c	Enables system for network and setpoint control		Write	Inactive=Disabled, Active=Enabled
BV	305	vav_blow_c	Enables blower operation for VAV		Write	Inactive=Inactive, Active=Active
BV	306	vav_cool_c	Enables VAV cooling operation		Write	Inactive=Inactive, Active=Active
BV	307	vav_heat_c	Enables VAV heating operation		Write	Inactive=Inactive, Active=Active
BV	308	dehum_c	Enables dehumidifcation operation		Write	Inactive=Inactive, Active=Active
BV	382	pres_select_c	Selects between atmospheric pressure and elevation for enthalpy calculations		Write	Inactive=Pressure, Active=Elevation
BV	410	valid_ct	Indicates if a valid control temperature value is selected and present		Read	Inactive=Invalid, Active=Valid
BV	411	valid_ch_st	Indicates if a valid control humidity value is selected and present		Read	Inactive=Invalid, Active=Valid
BV	412	valid_dew_st	Indicates if a valid control dew point value is selected and present		Read	Inactive=Invalid, Active=Valid
BV	490	morn_warm_en_c	Enables the morning warm-up mode		Write	Inactive=Disabled, Active=Enabled
BV	491	morn_cool_en_c	Enables the morning cool-down mode		Write	Inactive=Disabled, Active=Enabled
MVmin	11	mode_st_msv	Current operating mode of the unit		Read	1=Standby, 2=Blower Only, 3=Economizer Only, 4=Economizer with Compressor, 5=Compressor Cooling, 6=Compressor Heating, 7=Modulating Reheat - SAT Control, 8=Modulating Reheat - Dehumidification, 9=Emergency Shutdown, 10=Load Shed, 11=Test Mode, 12=Fault / Lock Out Unit 1, 13=Fault / Lockout Unit 2, 14=Fault / Lockout Unit 3, 15=Fault / Lockout Unit 4, 16=Fault / Lockout Multiple Units, 17=Fault / Lock Out All Units
MV	301	sys_config_c	Selects the system blower control configuration (default 1)		Write	1=Multizone VAV, 2=Single Zone VAV, 3=CAV
MV	302	doas_demand_c	Selects the type fo DOAS SAT control (default 1)		Write	1=Single Target SAT, 2=Discrete Demand Selection of Target SAT, 3=Setpoint Demand Selection of Target SAT
MV	317	ctrl_t_select_c	Selects the control temperature for setpoint operation (default 1)		Write	1=Space Temperature, 2=Return Air Temperature, 3=BAS Supplied Temperature, 4=Outdoor Temperature (DOAS Only)
MV	332	doas_ctrl_t_select_c	Sets the control temperture for DOAS heat pump operation (default 2)		Write	1=BAS, 2=Return Air, 3=Outdoor Air, 4=Entering Air
AV	6	abc_fault1_st	Current ABC fault code value for unit 1		Read
AVmin	7	system_fault1_st	System fault or lockout code, unit 1		Read
AV	10	mod_valve_pwm1_st	Current modulating water valve position for unit 1	%	Read
AV	11	eev1_st	Current EEV position for unit 1	%	Read
AV	12	coax_temp1_st	Coax temperature read by the FP1 sensor for unit 1	°F	Read
AV	13	air_coil_temp1_st	Air coil temperature (FP2) for unit 1	°F	Read
AV	14	lat1_st	Leaving air temperature for unit 1	°F	Read
AV	15	suct_press1_st	Suction pressure for unit 1	psi	Read
AV	16	sat_evap_temp1_st	Calculated saturated (suction) evaporator temperature for unit 1	°F	Read
AV	17	super_heat1_st	Calculated super-heat value for unit 1	°F	Read
AV	18	dischg_press1_st	Discharge pressure of the compressor for unit 1	psi	Read
AV	19	dischg_temp1_st	Compressor discharge temperature for unit 1	°F	Read
AV	20	suct_temp1_st	Suction temperature for unit 1	°F	Read
AV	21	hgt_subcooling1_st	Calculated subcooling while operating in heating for unit 1	°F	Read
AV	22	clg_subcooling1_st	Calculated subcooling while operating in cooling for unit 1	°F	Read
AV	23	liq_line_temp1_st	Liquid line temperature for unit 1	°F	Read
AV	24	lwt1_st	Leaving water temperature for unit 1	°F	Read
AV	25	ewt1_st	Entering water temperature for unit 1	°F	Read
AV	26	water_flow1_st	Calculated GPM thru the heat exchanger for unit 1	gpm	Read
AV	27	cond_temp1_st	Calculated saturated (discharge) condenser temperature for unit 1	°F	Read
AV	28	entering_air1_st	Entering air temperature (HWT) for unit 1	°F	Read
AV	30	control_voltage1_st	ABC's low voltage control value for unit 1	V	Read
AV	31	est_line_voltage1_st	Estimated line voltage to the unit for unit 1	V	Read
AV	32	line_volts1_st	Line voltage measured by the compressor drive for unit 1	V	Read
AV	33	vdc_volts1_st	Inverter DC voltage measured by the compressor drive for unit 1	V	Read
AV	34	invert_temp1_st	Measured inverter temperature for unit 1	°F	Read
AV	35	drive_temp1_st	Measured compressor drive temperature for unit 1	°F	Read
AV	36	fan_current1_st	Measured fan current for unit 1	A	Read
AV	37	aux_current1_st	Measured auxiliary heat current for unit 1	A	Read
AV	38	comp_current1_st	Measured compressor current for unit 1	A	Read
AV	40	total_current1_st	Measured total current value for unit 1	A	Read
AV	41	comp_power1_st	Compressor power consumption for unit 1	W	Read
AV	42	fan_power1_st	Calculated fan power consumption for unit 1	W	Read
AV	43	aux_power1_st	Calculated auxiliary heat power consumption for unit 1	W	Read
AV	44	total_power1_st	Total power consumption for unit 1	W	Read
AV	46	total_capacity1_st	Total BTU operating capacity for unit 1	Btu/hr	Read
AV	47	he_hr1_st	Calculated heat of extraction/rejection for unit 1	Btu/hr	Read
AV	48	co_of_perf1_st	Calculated COP value for unit 1		Read
AV	49	eer1_st	Calculated EER value for unit 1		Read
AV	50	reheat_valve_pos1_st	Current position of MHGR valve for unit 1	%	Read
AV	62	measured_line_voltage_c	Calibrate the measured line voltage for all units (default 230)	V	Write
AV	209	eev_start1_c	Sets the initial EEV position for unit 1 (default 50)		Write
BV	12	modbus_comm_alarm1_st	ABC-to-UPC Modbus communication status, unit 1		Read	Inactive=Communication Normal, Active=Communication Lost
BV	13	lockout1_st	Status of the lockout alarm output for unit 1		Read	Inactive=Normal, Active=Lockout
BV	14	lockout_hdw1_st	Status of the relay for the ABC's Lockout output for unit 1		Read	Inactive=Normal, Active=Lockout
BV	15	alm_rht_hdw1_st	Status of the ABC's alarm output for unit 1		Read	Inactive=Off, Active=On
BV	17	fp1_lim1_st	Current FP1 freeze detection set point for unit 1		Read	Inactive=15°, Active=30°
BV	18	fp2_lim1_st	Current FP2 freeze detection set point for unit 1		Read	Inactive=Not Used, Active=30°
BV	19	rhstat1_st	Status of the SW2-3 dipswitch for unit 1		Read	Inactive=Off, Active=On
BV	20	sw_2_4_1_st	Status of the SW2-4 dipswitch		Read	Inactive=Off, Active=On
BV	21	sw_2_5_1_st	Status of the SW2-5 dipswitch		Read	Inactive=Off, Active=On
BV	25	y1_hdw1_st	Status of the "Y1" input to the ABC for unit 1		Read	Inactive=Off, Active=On
BV	26	y2_hdw1_st	Status of the "Y2" input to the ABC for unit 1		Read	Inactive=Off, Active=On
BV	27	w_hdw1_st	Status of the "W" input to the ABC for unit 1		Read	Inactive=Off, Active=On
BV	28	o_hdw1_st	Status of the "O" input to the ABC for unit 1		Read	Inactive=Off, Active=On
BV	29	g_hdw1_st	Status of the "G" input to the ABC for unit 1		Read	Inactive=Off, Active=On
BV	30	dehum_hdw1_st	Status of the "DH" input to the ABC for unit 1		Read	Inactive=Off, Active=On
BV	31	es_hdw1_st	Status of the emergency shutdown hardware input for unit 1		Read	Inactive=Normal, Active=Shutdown
BV	32	low_press_hdw1_st	Status of the low pressure switch hardware input for unit 1		Read	Inactive=Open, Active=Closed
BV	33	high_press_hdw1_st	Status of the high pressure hardware input for unit 1		Read	Inactive=Off, Active=On
BV	34	load_shed_hdw1_st	Status of the load shed hardware input for unit 1		Read	Inactive=Normal, Active=Load Shed
BV	35	rev_vlv1_st	Status of the reversing valve output for unit 1		Read	Inactive=Heat, Active=Cool
BV	36	fan1_st	Current status of the fan output for unit 1		Read	Inactive=Off, Active=On
BV	38	wse_relay_1_st	Current status of the WSE output for unit 1		Read	Inactive=Inactive, Active=Active
BV	39	acc1_1_st	Status of the ACC-1 output for unit 1		Read	Inactive=Off, Active=On
AV	1006	abc_fault2_st	Current ABC fault code value for unit 2		Read
AV	1007	system_fault2_st	System fault or lockout code, unit 2		Read
AV	1010	mod_valve_pwm2_st	Current modulating water valve position for unit 2	%	Read
AV	1011	eev2_st	Current EEV position for unit 2	%	Read
AV	1012	coax_temp2_st	Coax temperature read by the FP1 sensor for unit 2	°F	Read
AV	1013	air_coil_temp2_st	Air coil temperature (FP2) for unit 2	°F	Read
AV	1014	lat2_st	Leaving air temperature for unit 2	°F	Read
AV	1015	suct_press2_st	Suction pressure for unit 2	psi	Read
AV	1016	sat_evap_temp2_st	Calculated saturated (suction) evaporator temperature for unit 2	°F	Read
AV	1017	super_heat2_st	Calculated super-heat value for unit 2	°F	Read
AV	1018	dischg_press2_st	Discharge pressure of the compressor for unit 2	psi	Read
AV	1019	dischg_temp2_st	Compressor discharge temperature for unit 2	°F	Read
AV	1020	suct_temp2_st	Suction temperature for unit 2	°F	Read
AV	1021	hgt_subcooling2_st	Calculated subcooling while operating in heating for unit 2	°F	Read
AV	1022	clg_subcooling2_st	Calculated subcooling while operating in cooling for unit 2	°F	Read
AV	1023	liq_line_temp2_st	Liquid line temperature for unit 2	°F	Read
AV	1024	lwt2_st	Leaving water temperature for unit 2	°F	Read
AV	1025	ewt2_st	Entering water temperature for unit 2	°F	Read
AV	1026	water_flow2_st	Calculated GPM thru the heat exchanger for unit 2	gpm	Read
AV	1027	cond_temp2_st	Calculated saturated (discharge) condenser temperature for unit 2	°F	Read
AV	1028	entering_air2_st	Entering air temperature (HWT) for unit 2	°F	Read
AV	1030	control_voltage2_st	ABC's low voltage control value for unit 2	V	Read
AV	1031	est_line_voltage2_st	Estimated line voltage to the unit for unit 2	V	Read
AV	1032	line_volts2_st	Line voltage measured by the compressor drive for unit 2	V	Read
AV	1033	vdc_volts2_st	Inverter DC voltage measured by the compressor drive for unit 2	V	Read
AV	1034	invert_temp2_st	Measured inverter temperature for unit 2	°F	Read
AV	1035	drive_temp2_st	Measured compressor drive temperature for unit 2	°F	Read
AV	1036	fan_current2_st	Measured fan current for unit 2	A	Read
AV	1037	aux_current2_st	Measured auxiliary heat current for unit 2	A	Read
AV	1038	comp_current2_st	Measured compressor current for unit 2	A	Read
AV	1040	total_current2_st	Measured total current value for unit 2	A	Read
AV	1041	comp_power2_st	Compressor power consumption for unit 2	W	Read
AV	1042	fan_power2_st	Calculated fan power consumption for unit 2	W	Read
AV	1043	aux_power2_st	Calculated auxiliary heat power consumption for unit 2	W	Read
AV	1044	total_power2_st	Total power consumption for unit 2	W	Read
AV	1046	total_capacity2_st	Total BTU operating capacity for unit 2	Btu/hr	Read
AV	1047	he_hr2_st	Calculated heat of extraction/rejection for unit 2	Btu/hr	Read
AV	1048	co_of_perf2_st	Calculated COP value for unit 2		Read
AV	1049	eer2_st	Calculated EER value for unit 2		Read
AV	1050	reheat_valve_pos2_st	Current position of MHGR valve for unit 2	%	Read
AV	1209	eev_start2_c	Sets the initial EEV position for unit 2 (default 50)		Write
BV	1012	modbus_comm_alarm2_st	ABC-to-UPC Modbus communication status, unit 2		Read	Inactive=Communication Normal, Active=Communication Lost
BV	1013	lockout2_st	Status of the lockout alarm output for unit 2		Read	Inactive=Normal, Active=Lockout
BV	1014	lockout_hdw2_st	Status of the relay for the ABC's Lockout output for unit 2		Read	Inactive=Normal, Active=Lockout
BV	1015	alm_rht_hdw2_st	Status of the ABC's alarm output for unit 2		Read	Inactive=Off, Active=On
BV	1017	fp1_lim2_st	Current FP1 freeze detection set point for unit 2		Read	Inactive=15°, Active=30°
BV	1018	fp2_lim2_st	Current FP2 freeze detection set point for unit 2		Read	Inactive=Not Used, Active=30°
BV	1019	rhstat2_st	Status of the SW2-3 dipswitch for unit 2		Read	Inactive=Off, Active=On
BV	1020	sw_2_4_2_st	Status of the SW2-4 dipswitch		Read	Inactive=Off, Active=On
BV	1021	sw_2_5_2_st	Status of the SW2-5 dipswitch		Read	Inactive=Off, Active=On
BV	1025	y1_hdw2_st	Status of the "Y1" input to the ABC for unit 2		Read	Inactive=Off, Active=On
BV	1026	y2_hdw2_st	Status of the "Y2" input to the ABC for unit 2		Read	Inactive=Off, Active=On
BV	1027	w_hdw2_st	Status of the "W" input to the ABC for unit 2		Read	Inactive=Off, Active=On
BV	1028	o_hdw2_st	Status of the "O" input to the ABC for unit 2		Read	Inactive=Off, Active=On
BV	1029	g_hdw2_st	Status of the "G" input to the ABC for unit 2		Read	Inactive=Off, Active=On
BV	1030	dehum_hdw2_st	Status of the "DH" input to the ABC for unit 2		Read	Inactive=Off, Active=On
BV	1031	es_hdw2_st	Status of the emergency shutdown hardware input for unit 2		Read	Inactive=Normal, Active=Shutdown
BV	1032	low_press_hdw2_st	Status of the low pressure switch hardware input for unit 2		Read	Inactive=Open, Active=Closed
BV	1033	high_press_hdw2_st	Status of the high pressure hardware input for unit 2		Read	Inactive=Off, Active=On
BV	1034	load_shed_hdw2_st	Status of the load shed hardware input for unit 2		Read	Inactive=Normal, Active=Load Shed
BV	1035	rev_vlv2_st	Status of the reversing valve output for unit 2		Read	Inactive=Heat, Active=Cool
BV	1036	fan2_st	Current status of the fan output for unit 2		Read	Inactive=Off, Active=On
BV	1038	wse_relay_2_st	Current status of the WSE output for unit 2		Read	Inactive=Inactive, Active=Active
BV	1039	acc1_2_st	Status of the ACC-1 output for unit 2		Read	Inactive=Off, Active=On
AV	2006	abc_fault3_st	Current ABC fault code value for unit 3		Read
AV	2007	system_fault3_st	System fault or lockout code, unit 3		Read
AV	2010	mod_valve_pwm3_st	Current modulating water valve position for unit 3	%	Read
AV	2011	eev3_st	Current EEV position for unit 3	%	Read
AV	2012	coax_temp3_st	Coax temperature read by the FP1 sensor for unit 3	°F	Read
AV	2013	air_coil_temp3_st	Air coil temperature (FP2) for unit 3	°F	Read
AV	2014	lat3_st	Leaving air temperature for unit 3	°F	Read
AV	2015	suct_press3_st	Suction pressure for unit 3	psi	Read
AV	2016	sat_evap_temp3_st	Calculated saturated (suction) evaporator temperature for unit 3	°F	Read
AV	2017	super_heat3_st	Calculated super-heat value for unit 3	°F	Read
AV	2018	dischg_press3_st	Discharge pressure of the compressor for unit 3	psi	Read
AV	2019	dischg_temp3_st	Compressor discharge temperature for unit 3	°F	Read
AV	2020	suct_temp3_st	Suction temperature for unit 3	°F	Read
AV	2021	hgt_subcooling3_st	Calculated subcooling while operating in heating for unit 3	°F	Read
AV	2022	clg_subcooling3_st	Calculated subcooling while operating in cooling for unit 3	°F	Read
AV	2023	liq_line_temp3_st	Liquid line temperature for unit 3	°F	Read
AV	2024	lwt3_st	Leaving water temperature for unit 3	°F	Read
AV	2025	ewt3_st	Entering water temperature for unit 3	°F	Read
AV	2026	water_flow3_st	Calculated GPM thru the heat exchanger for unit 3	gpm	Read
AV	2027	cond_temp3_st	Calculated saturated (discharge) condenser temperature for unit 3	°F	Read
AV	2028	entering_air3_st	Entering air temperature (HWT) for unit 3	°F	Read
AV	2030	control_voltage3_st	ABC's low voltage control value for unit 3	V	Read
AV	2031	est_line_voltage3_st	Estimated line voltage to the unit for unit 3	V	Read
AV	2032	line_volts3_st	Line voltage measured by the compressor drive for unit 3	V	Read
AV	2033	vdc_volts3_st	Inverter DC voltage measured by the compressor drive for unit 3	V	Read
AV	2034	invert_temp3_st	Measured inverter temperature for unit 3	°F	Read
AV	2035	drive_temp3_st	Measured compressor drive temperature for unit 3	°F	Read
AV	2036	fan_current3_st	Measured fan current for unit 3	A	Read
AV	2037	aux_current3_st	Measured auxiliary heat current for unit 3	A	Read
AV	2038	comp_current3_st	Measured compressor current for unit 3	A	Read
AV	2040	total_current3_st	Measured total current value for unit 3	A	Read
AV	2041	comp_power3_st	Compressor power consumption for unit 3	W	Read
AV	2042	fan_power3_st	Calculated fan power consumption for unit 3	W	Read
AV	2043	aux_power3_st	Calculated auxiliary heat power consumption for unit 3	W	Read
AV	2044	total_power3_st	Total power consumption for unit 3	W	Read
AV	2046	total_capacity3_st	Total BTU operating capacity for unit 3	Btu/hr	Read
AV	2047	he_hr3_st	Calculated heat of extraction/rejection for unit 3	Btu/hr	Read
AV	2048	co_of_perf3_st	Calculated COP value for unit 3		Read
AV	2049	eer3_st	Calculated EER value for unit 3		Read
AV	2050	reheat_valve_pos3_st	Current position of MHGR valve for unit 3	%	Read
AV	2209	eev_start3_c	Sets the initial EEV position for unit 3 (default 50)		Write
BV	2012	modbus_comm_alarm3_st	ABC-to-UPC Modbus communication status, unit 3		Read	Inactive=Communication Normal, Active=Communication Lost
BV	2013	lockout3_st	Status of the lockout alarm output for unit 3		Read	Inactive=Normal, Active=Lockout
BV	2014	lockout_hdw3_st	Status of the relay for the ABC's Lockout output for unit 3		Read	Inactive=Normal, Active=Lockout
BV	2015	alm_rht_hdw3_st	Status of the ABC's alarm output for unit 3		Read	Inactive=Off, Active=On
BV	2017	fp1_lim3_st	Current FP1 freeze detection set point for unit 3		Read	Inactive=15°, Active=30°
BV	2018	fp2_lim3_st	Current FP2 freeze detection set point for unit 3		Read	Inactive=Not Used, Active=30°
BV	2019	rhstat3_st	Status of the SW2-3 dipswitch for unit 3		Read	Inactive=Off, Active=On
BV	2020	sw_2_4_3_st	Status of the SW2-4 dipswitch		Read	Inactive=Off, Active=On
BV	2021	sw_2_5_3_st	Status of the SW2-5 dipswitch		Read	Inactive=Off, Active=On
BV	2025	y1_hdw3_st	Status of the "Y1" input to the ABC for unit 3		Read	Inactive=Off, Active=On
BV	2026	y2_hdw3_st	Status of the "Y2" input to the ABC for unit 3		Read	Inactive=Off, Active=On
BV	2027	w_hdw3_st	Status of the "W" input to the ABC for unit 3		Read	Inactive=Off, Active=On
BV	2028	o_hdw3_st	Status of the "O" input to the ABC for unit 3		Read	Inactive=Off, Active=On
BV	2029	g_hdw3_st	Status of the "G" input to the ABC for unit 3		Read	Inactive=Off, Active=On
BV	2030	dehum_hdw3_st	Status of the "DH" input to the ABC for unit 3		Read	Inactive=Off, Active=On
BV	2031	es_hdw3_st	Status of the emergency shutdown hardware input for unit 3		Read	Inactive=Normal, Active=Shutdown
BV	2032	low_press_hdw3_st	Status of the low pressure switch hardware input for unit 3		Read	Inactive=Open, Active=Closed
BV	2033	high_press_hdw3_st	Status of the high pressure hardware input for unit 3		Read	Inactive=Off, Active=On
BV	2034	load_shed_hdw3_st	Status of the load shed hardware input for unit 3		Read	Inactive=Normal, Active=Load Shed
BV	2035	rev_vlv3_st	Status of the reversing valve output for unit 3		Read	Inactive=Heat, Active=Cool
BV	2036	fan3_st	Current status of the fan output for unit 3		Read	Inactive=Off, Active=On
BV	2038	wse_relay_3_st	Current status of the WSE output for unit 3		Read	Inactive=Inactive, Active=Active
BV	2039	acc1_3_st	Status of the ACC-1 output for unit 3		Read	Inactive=Off, Active=On
AV	3006	abc_fault4_st	Current ABC fault code value for unit 4		Read
AV	3007	system_fault4_st	System fault or lockout code, unit 4		Read
AV	3010	mod_valve_pwm4_st	Current modulating water valve position for unit 4	%	Read
AV	3011	eev4_st	Current EEV position for unit 4	%	Read
AV	3012	coax_temp4_st	Coax temperature read by the FP1 sensor for unit 4	°F	Read
AV	3013	air_coil_temp4_st	Air coil temperature (FP2) for unit 4	°F	Read
AV	3014	lat4_st	Leaving air temperature for unit 4	°F	Read
AV	3015	suct_press4_st	Suction pressure for unit 4	psi	Read
AV	3016	sat_evap_temp4_st	Calculated saturated (suction) evaporator temperature for unit 4	°F	Read
AV	3017	super_heat4_st	Calculated super-heat value for unit 4	°F	Read
AV	3018	dischg_press4_st	Discharge pressure of the compressor for unit 4	psi	Read
AV	3019	dischg_temp4_st	Compressor discharge temperature for unit 4	°F	Read
AV	3020	suct_temp4_st	Suction temperature for unit 4	°F	Read
AV	3021	hgt_subcooling4_st	Calculated subcooling while operating in heating for unit 4	°F	Read
AV	3022	clg_subcooling4_st	Calculated subcooling while operating in cooling for unit 4	°F	Read
AV	3023	liq_line_temp4_st	Liquid line temperature for unit 4	°F	Read
AV	3024	lwt4_st	Leaving water temperature for unit 4	°F	Read
AV	3025	ewt4_st	Entering water temperature for unit 4	°F	Read
AV	3026	water_flow4_st	Calculated GPM thru the heat exchanger for unit 4	gpm	Read
AV	3027	cond_temp4_st	Calculated saturated (discharge) condenser temperature for unit 4	°F	Read
AV	3028	entering_air4_st	Entering air temperature (HWT) for unit 4	°F	Read
AV	3030	control_voltage4_st	ABC's low voltage control value for unit 4	V	Read
AV	3031	est_line_voltage4_st	Estimated line voltage to the unit for unit 4	V	Read
AV	3032	line_volts4_st	Line voltage measured by the compressor drive for unit 4	V	Read
AV	3033	vdc_volts4_st	Inverter DC voltage measured by the compressor drive for unit 4	V	Read
AV	3034	invert_temp4_st	Measured inverter temperature for unit 4	°F	Read
AV	3035	drive_temp4_st	Measured compressor drive temperature for unit 4	°F	Read
AV	3036	fan_current4_st	Measured fan current for unit 4	A	Read
AV	3037	aux_current4_st	Measured auxiliary heat current for unit 4	A	Read
AV	3038	comp_current4_st	Measured compressor current for unit 4	A	Read
AV	3040	total_current4_st	Measured total current value for unit 4	A	Read
AV	3041	comp_power4_st	Compressor power consumption for unit 4	W	Read
AV	3042	fan_power4_st	Calculated fan power consumption for unit 4	W	Read
AV	3043	aux_power4_st	Calculated auxiliary heat power consumption for unit 4	W	Read
AV	3044	total_power4_st	Total power consumption for unit 4	W	Read
AV	3046	total_capacity4_st	Total BTU operating capacity for unit 4	Btu/hr	Read
AV	3047	he_hr4_st	Calculated heat of extraction/rejection for unit 4	Btu/hr	Read
AV	3048	co_of_perf4_st	Calculated COP value for unit 4		Read
AV	3049	eer4_st	Calculated EER value for unit 4		Read
AV	3050	reheat_valve_pos4_st	Current position of MHGR valve for unit 4	%	Read
AV	3209	eev_start4_c	Sets the initial EEV position for unit 4 (default 50)		Write
BV	3012	modbus_comm_alarm4_st	ABC-to-UPC Modbus communication status, unit 4		Read	Inactive=Communication Normal, Active=Communication Lost
BV	3013	lockout4_st	Status of the lockout alarm output for unit 4		Read	Inactive=Normal, Active=Lockout
BV	3014	lockout_hdw4_st	Status of the relay for the ABC's Lockout output for unit 4		Read	Inactive=Normal, Active=Lockout
BV	3015	alm_rht_hdw4_st	Status of the ABC's alarm output for unit 4		Read	Inactive=Off, Active=On
BV	3017	fp1_lim4_st	Current FP1 freeze detection set point for unit 4		Read	Inactive=15°, Active=30°
BV	3018	fp2_lim4_st	Current FP2 freeze detection set point for unit 4		Read	Inactive=Not Used, Active=30°
BV	3019	rhstat4_st	Status of the SW2-3 dipswitch for unit 4		Read	Inactive=Off, Active=On
BV	3020	sw_2_4_4_st	Status of the SW2-4 dipswitch		Read	Inactive=Off, Active=On
BV	3021	sw_2_5_4_st	Status of the SW2-5 dipswitch		Read	Inactive=Off, Active=On
BV	3025	y1_hdw4_st	Status of the "Y1" input to the ABC for unit 4		Read	Inactive=Off, Active=On
BV	3026	y2_hdw4_st	Status of the "Y2" input to the ABC for unit 4		Read	Inactive=Off, Active=On
BV	3027	w_hdw4_st	Status of the "W" input to the ABC for unit 4		Read	Inactive=Off, Active=On
BV	3028	o_hdw4_st	Status of the "O" input to the ABC for unit 4		Read	Inactive=Off, Active=On
BV	3029	g_hdw4_st	Status of the "G" input to the ABC for unit 4		Read	Inactive=Off, Active=On
BV	3030	dehum_hdw4_st	Status of the "DH" input to the ABC for unit 4		Read	Inactive=Off, Active=On
BV	3031	es_hdw4_st	Status of the emergency shutdown hardware input for unit 4		Read	Inactive=Normal, Active=Shutdown
BV	3032	low_press_hdw4_st	Status of the low pressure switch hardware input for unit 4		Read	Inactive=Open, Active=Closed
BV	3033	high_press_hdw4_st	Status of the high pressure hardware input for unit 4		Read	Inactive=Off, Active=On
BV	3034	load_shed_hdw4_st	Status of the load shed hardware input for unit 4		Read	Inactive=Normal, Active=Load Shed
BV	3035	rev_vlv4_st	Status of the reversing valve output for unit 4		Read	Inactive=Heat, Active=Cool
BV	3036	fan4_st	Current status of the fan output for unit 4		Read	Inactive=Off, Active=On
BV	3038	wse_relay_4_st	Current status of the WSE output for unit 4		Read	Inactive=Inactive, Active=Active
BV	3039	acc1_4_st	Status of the ACC-1 output for unit 4		Read	Inactive=Off, Active=On
AV	311	min_comp_c	Sets the minimum compressor operating percentage for VAV operation (default 25)	%	Write
AV	312	max_comp_c	Sets the maximum compressor operating percentage for VAV operation (default 100)	%	Write
AV	313	comp_up_stage_c	Compressor upstaging value (default 80)	%	Write
AV	314	comp_dn_stage_c	Compressor downstaging value (default 30)	%	Write
AV	315	comp_order_1	Compressor staging selection for unit 1 (default 1)		Write
AV	316	comp_order_2	Compressor staging selection for unit 2 (default 2)		Write
AV	317	comp_order_3	Compressor staging selection for unit 3 (default 3)		Write
AV	318	comp_order_4	Compressor staging selection for unit 4 (default 4)		Write
AV	321	last_comp_c	Last compressor with runtime equalization (3+ units) (default 0)		Write
AV	322	spare_comp_c	Spare compressor, runs only when a unit is locked out (default 0)		Write
AV	323	repair_comp_c	Selects repair compressor to not be operated (default 0)		Write
AV	400	comp_targ_rpm1_st	Current target compressor RPM for unit 1	rpm	Read
AV	401	comp_targ_pct1_st	Current target compressor percentage for unit 1	%	Read
AV	402	comp_act_rpm1_st	Current actual compressor operating RPM for unit 1	rpm	Read
AV	403	comp_act_pct1_st	Current actual compressor operating percentage for unit 1	%	Read
AV	404	comp_targ_rpm2_st	Current target compressor RPM for unit 2	rpm	Read
AV	405	comp_targ_pct2_st	Current target compressor percentage for unit 2	%	Read
AV	406	comp_act_rpm2_st	Current actual compressor operating RPM for unit 2	rpm	Read
AV	407	comp_act_pct2_st	Current actual compressor operating percentage for unit 2	%	Read
AV	408	comp_targ_rpm3_st	Current target compressor RPM for unit 3	rpm	Read
AV	409	comp_targ_pct3_st	Current target compressor percentage for unit 3	%	Read
AV	410	comp_act_rpm3_st	Current actual compressor operating RPM for unit 3	rpm	Read
AV	411	comp_act_pct3_st	Current actual compressor operating percentage for unit 3	%	Read
AV	412	comp_targ_rpm4_st	Current target compressor RPM for unit 4	rpm	Read
AV	413	comp_targ_pct4_st	Current target compressor percentage for unit 4	%	Read
AV	414	comp_act_rpm4_st	Current actual compressor operating RPM for unit 4	rpm	Read
AV	415	comp_act_pct4_st	Current actual compressor operating percentage for unit 4	%	Read
AV	440	unit_hours1_st	Current compressor opertaing hours for unit 1	hr	Read
AV	441	unit_hours2_st	Current compressor opertaing hours for unit 2	hr	Read
AV	442	unit_hours3_st	Current compressor opertaing hours for unit 3	hr	Read
AV	443	unit_hours4_st	Current compressor opertaing hours for unit 4	hr	Read
BV	310	run_equal_c	Enables compressor run equalization		Write	Inactive=Disabled, Active=Enabled
AV	340	static_setpt_c	Sets the target duct static pressure for VAV operation (default 1.25)	in H2O	Write
AV	341	static_db_c	Sets the target duct static pressure deadband for VAV operation (default 0.15)	in H2O	Write
AV	342	static_pressure_st	Active duct static pressure value	in H2O	Read
AV	343	static_over_c	Network (BAS) supplied duct static pressure value (default 1)	in H2O	Write
AV	344	min_blow_pct_c	Sets the minimum blower operating percentage (default 30)	%	Write
AV	345	max_blow_pct_c	Sets the maximum blower operating percentage (default 100)	%	Write
AV	346	min_blow_cfm_c	Sets the minimum blower operating CFM (default 500)	cfm	Write
AV	347	max_blow_cfm_c	Sets the maximum blower operating CFM (default 3000)	cfm	Write
AV	350	blow_up_stage_c	Blower upstaging value (default 85)	%	Write
AV	351	blow_dn_stage_c	Blower downstaging value (default 40)	%	Write
AV	352	blow_off_c	Supply blower off delay following compressor operation (default 30)	seconds	Write
AV	360	blow_targ_pct1_st	Current target blower operating percentage for unit 1	%	Read
AV	361	blow_act_pct1_st	Current actual blower operating percentage for unit 1	%	Read
AV	362	blow1rpm_st	Current actual blower operating RPM for unit 1	rpm	Read
AV	363	blow_act_cfm1_st	Current actual blower operating CFM for unit 1	cfm	Read
AV	364	blow_targ_pct2_st	Current target blower operating percentage for unit 2	%	Read
AV	365	blow_act_pct2_st	Current actual blower operating percentage for unit 2	%	Read
AV	366	blow2rpm_st	Current actual blower operating RPM for unit 2	rpm	Read
AV	367	blow_act_cfm2_st	Current actual blower operating CFM for unit 2	cfm	Read
AV	368	blow_targ_pct3_st	Current target blower operating percentage for unit 3	%	Read
AV	369	blow_act_pct3_st	Current actual blower operating percentage for unit 3	%	Read
AV	370	blow3rpm_st	Current actual blower operating RPM for unit 3	rpm	Read
AV	371	blow_act_cfm3_st	Current actual blower operating CFM for unit 3	cfm	Read
AV	372	blow_targ_pct4_st	Current target blower operating percentage for unit 4	%	Read
AV	373	blow_act_pct4_st	Current actual blower operating percentage for unit 4	%	Read
AV	374	blow4rpm_st	Current actual blower operating RPM for unit 4	rpm	Read
AV	375	blow_act_cfm4_st	Current actual blower operating CFM for unit 4	cfm	Read
AV	384	act_system_cfm_st	Current total calculated system CFM	cfm	Read
BV	321	occ_blow_ctrl_c	Selects blower operation during the occupied mode		Write	Inactive=Cycled, Active=Continuous
BV	322	unocc_blow_ctrl_c	Selects blower operation during the unoccupied mode		Write	Inactive=Cycled, Active=Continuous
MV	308	statp_select_c	Selects the system duct static pressure source (default 2)		Write	1=BAS, 2=Unit 1 Sensor, 2=Unit 2 Sensor, 4=Unit 3 Sensor, 5=Unit 4 Sensor
AVmin	305	targ_clg_sat_c	Sets the target SAT value for cooling operation (default 55)	°F	Write
AVmin	306	targ_htg_sat_c	Sets the target SAT value for heating operation (default 90)	°F	Write
AV	307	neutral_sat_c	Sets the target SAT value for neutral air (dehumidification) operation (default 65)	°F	Write
AV	308	eff_targ_clg_sat_st	Current effective target cooling SAT value	°F	Read
AV	309	eff_targ_htg_sat_st	Current effective target heating SAT value	°F	Read
AV	310	eff_targ_sat_st	Current effective target SAT value	°F	Read
AV	325	max_clg_sat_c	Sets the maximum target cooling SAT value for SAT reset operation (default 65)	°F	Write
AV	326	ctrl_max_clg_sat_c	Control temperature for maximum cooling SAT target (reset) (default 65)	°F	Write
AV	327	ctrl_min_clg_sat_c	Control temperature for minimum cooling SAT target (reset) (default 75)	°F	Write
AV	328	clg_sar_delay_c	Cooling delay before SAT reset starts (default 5)	min	Write
AV	329	min_htg_sat_c	Sets the minimum target heating SAT value for SAT reset operation (default 85)	°F	Write
AV	330	ctrl_max_htg_sat_c	Control temperature for maximum heating SAT target (reset) (default 60)	°F	Write
AV	331	ctrl_min_htg_sat_c	Control temperature for minimum heating SAT target (reset) (default 70)	°F	Write
AV	332	htg_sar_delay_c	Heating delay before SAT reset starts (default 5)	min	Write
AV	334	eff_reset_t_st	Current effective value of the SAT reset control tempertaure	°F	Read
AV	335	min_neu_sat_c	Sets the minimum target SAT value for single target SAT reset operation (default 60)	°F	Write
AV	336	ctrl_max_neu_sat_c	Control temperature for maximum SAT, single target reset (default 70)	°F	Write
AV	337	ctrl_min_neu_sat_c	Control temperature for minimum SAT, single target reset (default 75)	°F	Write
AV	338	neu_sar_delay_c	Sets the time delay before SAT reset begins operating (default 5)	min	Write
AV	552	sat_db_c	Sets the supply air temperature deadband used for DOAS heat pump control (default 1)	°F	Write
MV	320	sat_reset_clgt_c	Selects the operation and control temperature for cooling supply air reset (default 1)		Write	1=None, 2=Return Air Temperature, 3=Space Temperature, 4=Outdoor Air Temperature
MV	321	sat_reset_htgt_c	Selects the operation and control temperature for heating supply air reset (default 1)		Write	1=None, 2=Return Air Temperature, 3=Space Temperature, 4=Outdoor Air Temperature
MV	322	sat_reset_neu_c	Single target or neutral SAT reset mode and control temperature (default 1)		Write	1=None, 2=Return Air Temperature, 3=Space Temperature, 4=Outdoor Air Temperature
AV	9000	aec_sat_target_st	Current target supply air temperature value for the ERW system	°F	Read
AV	9002	ex_blow_targ_cfm_st	Current target exhaust blower airflow	cfm	Read
AV	9003	ex_blow_targ_pct_st	Current exhaust blower target percentage	%	Read
AV	9004	ex_blow_pct1_st	Current operating percentage of exhaust blower #1	%	Read
AV	9005	ex_blow_pct2_st	Current operating percentage of exhaust blower #2	%	Read
AV	9006	ex_blow_act_cfm_st	Current calculated exhaust blower airflow	cfm	Read
AV	9007	ex_blow_power1_st	Current power consumption of exhaust blower #1	W	Read
AV	9008	ex_blow_power2_st	Current power consumption of exhaust blower #2	W	Read
AV	9009	aec_fault_code_st	Current ERW system fault code, refer to appropriate fault table for values		Read
AV	9010	aec_mode_st	A value associated with the current operating mode of the ERW	°F	Read
AV	9020	aec_oat_sensor_st	Current AEC outdoor sensor air temperature value	°F	Read
AV	9021	aec_oat_st	Current effective outdoor air temperature value	°F	Read
AV	9022	aec_ewht_sensor_st	Current AEC entering wheel sensor air temperature value	°F	Read
AV	9023	ewht_st	Current effective entering wheel air temperature value	°F	Read
AV	9024	ewht_override_c	BAS-written entering wheel air temperature (default 55)	°F	Write
AV	9025	enat_sensor_st	Current AEC system entering air sensor temperature value	°F	Read
AV	9026	enat_st	Current effective system entering air temperature value	°F	Read
AV	9027	enat_override_c	BAS-written system entering air temperature (default 75)	°F	Write
AV	9028	enah_sensor_st	Current AEC system entering air sensor humidity value	%rh	Read
AV	9029	enah_st	Current effective system entering air humidity value	%rh	Read
AV	9030	enah_override_c	BAS-written system entering air humidity (default 50)	%rh	Write
AV	9031	enae_st	Current system entering air enthalpy value	Btu/lb	Read
AV	9032	aec_rat_sensor_st	Current AEC return air sensor temperature value	°F	Read
AV	9033	aec_rat_st	Current effective return air temperature value	°F	Read
AV	9034	aec_rah_sensor_st	Current AEC return air sensor humidity value	%rh	Read
AV	9035	aec_rah_st	Current effective return air humidity value	%rh	Read
AV	9036	aec_rae_st	Current return air enthalpy value	Btu/lb	Read
AV	9038	lwht_st	Current effective leaving wheel air temperature value	°F	Read
AV	9044	exat_sensor_st	Current AEC exhaust air sensor temperature value	°F	Read
AV	9045	exat_st	Current effective exhaust air temperature value	°F	Read
AV	9046	exat_override_c	BAS-written exhaust air temperature (default 55)	°F	Write
AV	9047	exah_sensor_st	Current AEC exhaust air sensor humidity value	%rh	Read
AV	9048	exah_st	Current effective exhaust air humidity value	%rh	Read
AV	9049	exah_override_c	BAS-written exhaust air humidity (default 50)	%rh	Write
AV	9050	exae_st	Current exhaust air enthalpy value	Btu/lb	Read
AV	9060	ebdp_st	Current value of the exhaust blower differential pressure sensor	in H2O	Read
AV	9061	whdp_st	Current value of the energy wheel differential pressure sensor	in H2O	Read
AV	9062	sfdp_st	Current value of the supply filter differential pressure sensor	in H2O	Read
AV	9063	efdp_st	Current value of the exhaust filter differential pressure sensor	in H2O	Read
AV	9064	bdsp_st	Current value of the building differential pressure sensor	in H2O	Read
AV	9065	bdp_over_c	BAS-written building pressurization DP value (default 1)	in H2O	Write
AV	9070	aec_erw_speed_st	Current rotation speed of the energy wheel when equiped with rotation detection	rpm	Read
AV	9071	aec_supply_damper_targ_st	Current target Supply Bypass Damper position	%	Read
AV	9072	aec_exhaust_damper_targ_st	Current target Exhaust Bypass Damper position	%	Read
AV	9073	aec_supply_damper1_pos_st	Current actual position of Supply Bypass Damper	%	Read
AV	9075	aec_exhaust_damper1_pos_st	Current actual position of Exhaust Bypass Damper	%	Read
AV	9077	aec_return_damper_targ_st	Current target Return Air Bypass Damper position	%	Read
AV	9078	aec_return_damper_pos_st	Current actual position of Return Air Bypass Damper	%	Read
AV	9100	exhaust_cfm_c	Sets the nominal exhaust blower target CFM (default 1000)	cfm	Write
AV	9101	nom_ex_blow_pct_c	Sets the exhaust blower default or fallback operating percentage (default 50)	%	Write
AV	9110	min_oat_c	Sets the absolute minimum outdoor temperature for system operation (default 15)	°F	Write
AV	9111	min_vent_c	Minimum outdoor temperature to run without the energy wheel (default 45)	°F	Write
AV	9112	max_vent_c	Maximum outdoor temperature to run without the energy wheel (default 85)	°F	Write
AV	9113	preheat_templimit_c	Sets the outdoor temperature for activation of preheat (default 20)	°F	Write
AV	9120	enth_db_c	Sets the enthalpy deadband value (default 0.3)	Btu/lb	Write
AV	9121	diff_press_db_c	Sets the standard differential pressure deadband value (default 0.01)	in H2O	Write
AV	9122	bp_dp_c	Sets the target differential pressure for building pressurization operation (default 0.01)	in H2O	Write
AV	9123	whbase_db_c	Sets the base or clean filter DP value for dirty wheel detection (default 0.25)	in H2O	Write
AV	9124	sfbase_db_c	Clean supply filter DP baseline for dirty filter detection (default 0.1)	in H2O	Write
AV	9125	efbase_db_c	Clean exhaust filter DP baseline for dirty filter detection (default 0.1)	in H2O	Write
BV	102	stop_w_exhaust_c	Shutdown with exhaust fan operation command to the unit		Write	Inactive=Normal Operation, Active=Shutdown
BV	103	stop_w_exhaust_st	Status of shutdown with exhaust fan operation		Read	Inactive=Normal, Active=Shutdown
BV	9000	oad_command_st	Commanded state of the Outdoor Air Damper		Read	Inactive=Inactive, Active=Active
BV	9001	oad_open_st	Current status of the Outdoor Air Damper		Read	Inactive=Not Open, Active=Open
BV	9002	exblow_enabled_st	Current commanded state of the exhaust blower		Read	Inactive=Inactive, Active=Active
BV	9003	erw_enabled_st	Current commanded state of the energy recovery wheel		Read	Inactive=Inactive, Active=Active
BV	9004	preheat_st	Current state of the preheat output		Read	Inactive=Inactive, Active=Active
BV	9005	aec_acc_st	Current state of the AEC accessory relay output		Read	Inactive=Inactive, Active=Active
BV	9007	supply_dfs_st	Current state of the supply filter dirty filter switch		Read	Inactive=Inactive, Active=Active
BV	9008	exhaust_dfs_st	Current state of the exhaust filter dirty filter switch		Read	Inactive=Inactive, Active=Active
BV	9009	erw_rotation_st	Current state of the energy wheel rotation		Read	Inactive=Inactive, Active=Active
BV	9010	bpc_st	Current operational status of the building pressurization logic		Read	Inactive=Inactive, Active=Active
BV	9011	low_oat_st	Current status of a potential low OAT condition		Read	Inactive=Inactive, Active=Active
BV	9012	aec_fault_st	Current fault status of the AEC control in the ERW		Read	Inactive=Normal, Active=Fault
BV	9100	bld_pres_c	Allows building pressurization logic to be enabled or disabled		Write	Inactive=Disabled, Active=Enabled
BV	9101	sup_dfs_cfg_c	Configuration of a physical dirty supply filter switch		Write	Inactive=Norm Open, Active=Norm Closed
BV	9102	exh_dfs_cfg_c	Configuration of a physical dirty exhaust filter switch		Write	Inactive=Norm Open, Active=Norm Closed
MV	309	enas_select_c	Selects the source for the ERW entering air values (default 2)		Write	1=BAS, 2=AEC
MV	310	exas_select_c	Selects the source for the ERW exhaust air values (default 2)		Write	1=BAS, 2=AEC
MV	312	ewht_select_c	Selects the source for the ERW entering wheel temperature value (default 2)		Write	1=BAS, 2=AEC
MV	314	blddp_select_c	Selects the source for the ERW building pressure values (default 1)		Write	1=BAS, 2=AEC
MV	331	doas_cfg_c	Sets the DOAS system operation (default 1)		Write	1=Occupied Only, 2=Recirculating
MV	9000	aec_mode_actual_st	Active operating mode for the ERW		Read	1=Off, 2=Standby, 3=Heating, 4=Cooling
MV	9001	aec_mode_status_st	A value associated with the current operating mode of the ERW		Read	1=Off, 2=Energy Recovery Cooling, 3=Economizer, 4=Energy Recovery Heating, 5=Economizer with Energy Recovery, 12=Emergency Shutdown, 13=Shutdown with Exhaust, 14=Low OAT Shutdown, 15=System Fault
MV	9002	outdoor_damper_state_st	Current operation status of the Outdoor Damper		Read	1=Startup, 2=Closing, 3=Closed, 4=Opening, 5=Open
MV	9003	erw_state_st	Current operation status of the Energy Recovery Wheel		Read	1=Startup, 2=Off, 3=Starting, 4=Running, 5=Stopping
MV	9004	supply_damper_mode	Current operation status of the Supply Bypass Damper		Read	1=Closed, 2=Modulating, 3=Open
MV	9005	exhaust_damper_mode	Current operation status of the Exhaust Bypass Damper		Read	1=Closed, 2=Modulating, 3=Open
MV	9006	return_damper_mode	Current operation status of the Return Air Bypass Damper		Read	1=Closed, 2=Modulating, 3=Open
AVmin	500	sat_st	Current usable supply air temperature value	°F	Read
AV	501	sat_adjust_c	Calibration offset value for supply air temperature sensor (default 0)	°F	Write
AV	502	sat_override_c	BAS-written supply air temperature (default 0)	°F	Write
AV	503	sah_st	Current usable supply air humidity value	%rh	Read
AV	504	sah_adjust_c	Calibration offset value for supply air humidity sensor (default 0)	%rh	Write
AV	505	sah_override_c	BAS-written supply air humidity (default 0)	%rh	Write
AV	506	sae_st	Calculated supply air enthalpy value	Btu/lb	Read
AV	507	sad_st	Calculated supply air dew point value	°F	Read
AV	510	rat_st	Current usable return air temperature value	°F	Read
AV	511	rat_adjust_c	Calibration offset value for return air temperature sensor (default 0)	°F	Write
AV	512	rat_override_c	BAS-written return air temperature (default 0)	°F	Write
AV	513	rah_st	Current usable return air humidity value	%rh	Read
AV	514	rah_adjust_c	Calibration offset value for return air humidity sensor (default 0)	%rh	Write
AV	515	rah_override_c	BAS-written return air humidity (default 0)	%rh	Write
AV	516	rae_st	Calculated return air enthalpy value	Btu/lb	Read
AV	517	rad_st	Calculated return air dew point value	°F	Read
AV	520	spt_st	Current usable space air temperature value	°F	Read
AV	521	spt_adjust_c	Calibration offset value for space air temperature sensor (default 0)	°F	Write
AV	522	spt_override_c	BAS-written space air temperature (default 0)	°F	Write
AV	523	sph_st	Current usable space air humidity value	%rh	Read
AV	524	sph_adjust_c	Calibration offset value for space air humidity sensor (default 0)	%rh	Write
AV	525	sph_override_c	BAS-written space air humidity (default 0)	°F	Write
AV	526	spe_st	Calculated space air enthalpy value	Btu/lb	Read
AV	527	spd_st	Calculated space air dew point value	°F	Read
AV	530	oat_st	Current usable outdoor air temperature value	°F	Read
AV	531	oat_adjust_c	Calibration offset value for outdoor air temperature sensor (default 0)	°F	Write
AV	532	oat_override_c	BAS-written outdoor air temperature (default 55)	°F	Write
AV	533	oah_st	Current usable outdoor air humidity value	%rh	Read
AV	534	oah_adjust_c	Calibration offset value for outdoor air humidity sensor (default 0)	%rh	Write
AV	535	oah_override_c	BAS-written outdoor air humidity (default 50)	%rh	Write
AV	536	oae_st	Calculated outdoor air enthalpy value	Btu/lb	Read
AV	540	ent_hp_temp_st	Current effective heat pump entering air temperature	°F	Read
BV	375	sah_select_c	Selects the supply air humidity source		Write	Inactive=Sensor, Active=BAS
BV	376	valid_sat_st	Indicates if a valid supply air temperature value is selected and present		Read	Inactive=Fault, Active=Valid
BV	377	valid_sah_st	Indicates if a valid supply air humidity value is selected and present		Read	Inactive=Fault, Active=Valid
BV	378	valid_rat_st	Indicates if a valid return air temperature value is selected and present		Read	Inactive=Fault, Active=Valid
BV	379	valid_rah_st	Indicates if a valid return air humidity value is selected and present		Read	Inactive=Fault, Active=Valid
BV	380	valid_spt_st	Indicates if a valid space air temperature value is selected and present		Read	Inactive=Fault, Active=Valid
BV	381	valid_sph_st	Indicates if a valid supply air humidity value is selected and present		Read	Inactive=Fault, Active=Valid
BV	385	valid_oat_st	Indicates if a valid outdoor air temperature value is selected and present		Read	Inactive=Fault, Active=Valid
BV	386	valid_oah_st	Indicates if a valid outdoor air humidity value is selected and present		Read	Inactive=Fault, Active=Valid
MV	303	sat_select_c	Selects the system supply air temperature source (default 1)		Write	1=Rnet Sensor, 2=BAS, 3=Unit Sensor
MV	304	rat_select_c	Selects the system return air temperature source (default 3)		Write	1=Rnet Sensor, 2=BAS, 3=ERW
MV	305	rah_select_c	Selects the system return air humidity source (default 1)		Write	1=Rnet Sensor, 2=BAS, 3=ERW
MV	306	spt_select_c	Selects the system space temperature source (default 1)		Write	1=Rnet Sensor, 2=BAS
MV	307	sph_select_c	Selects the system space humidity source (default 1)		Write	1=Rnet Sensor, 2=BAS
MV	311	oas_select_c	Selects the system outdoor air values source (default 1)		Write	1=Rnet Sensor, 2=BAS, 3=ERW
AV	460	mrh_max_valve_pos_c	Sets the maximum modulating reheat valve position (default 100)	%	Write
AV	461	targ_sst_c	Sets the target saturated suction temperature for MHGR operation (default 35)	°F	Write
AV	462	low_sst_c	Sets the minimum saturated suction temperature for cooling operation (default 30)	°F	Write
AV	463	mrh_net_temp_c	Network supplied LAT used for MHGR operation (default 60)	°F	Write
AV	464	hpc_setpoint_c	Sets the head pressure control target saturated discharge temperature for MHGR opertaion (default 100)	°F	Write
AV	630	occ_dehum_c	Adjustment of the occupied dehumidification set point (default 53)	%rh	Write
AV	631	unocc_dehum_c	Adjustment of the unoccupied dehumidification set point (default 75)	%rh	Write
AV	632	stand_dehum_c	Adjustment of the standby dehumidification set point (default 55)	%rh	Write
AV	633	hum_db_c	Allows adjustment of the humidity control deadband for dehumidification (default 1)	%rh	Write
AV	640	occ_dew_c	Adjustment of the occupied dew point set point (default 53)	°F	Write
AV	641	unocc_dew_c	Adjustment of the unoccupied dew point set point (default 55)	°F	Write
AV	642	stand_dew_c	Adjustment of the standby dew point set point (default 54)	°F	Write
AV	643	dew_db_c	Allows adjustment of the dew point control deadband (default 0.2)	°F	Write
AV	652	ctrl_hum_st	Current control humidity value for setpoint control	%rh	Read
AV	653	ctrlh_override_c	Sets the control humidity value for setpoint operation (default 0)	%rh	Write
AV	654	ctrl_dew_st	Current control dew point value for setpoint control	°F	Read
AV	655	ctrld_override_c	Sets the control dew point value for setpoint operation (default 0)	°F	Write
BV	390	unocc_dh_c	Selects dehumidifctaion operation during unoccupied mode		Write	Inactive=Disabled, Active=Enabled
BV	465	mrh_enable_c	Enables modulating hot gas reheat operation		Write	Inactive=Disabled, Active=Enabled
BV	466	mrh_app_c	Selects application for modulating reheat operation		Write	Inactive=Dehumidifcation, Active=SAT Control
BV	467	mrht_select_c	Selects the LAT source for MHGR operation		Write	Inactive=Local, Active=BAS
BV	468	hpc_enable_c	Selects head pressure control for MHGR operation		Write	Inactive=Disabled, Active=Enabled
MV	318	ctrl_hum_c	Selects the humidity control option for the system (default 1)		Write	1=None, 2=Discrete Input, 3=Humidity, 4=Dew Point
MV	319	ctrl_hum_val_c	Selects the control humidity source for setpoint control (default 1)		Write	1=Space Humidity, 2=Return Air Humidity, 3=Supply Air Humidity, 4=BAS Supplied Humidity
AV	600	occ_clg_setpt	Occupied cooling set point	°F	Write
AV	601	occ_htg_setpt	Occupied heating set point	°F	Write
AV	602	unocc_clg_setpt	Unoccupied cooling set point	°F	Write
AV	603	unocc_htg_setpt	Unoccupied heating set point	°F	Write
AV	604	standby_cool_c	Standby cooling set point (default 76)	°F	Write
AV	605	standby_heat_c	Standby heating set point (default 68)	°F	Write
AV	606	eff_clg_setpt_st	Effective cooling set point	°F	Read
AV	607	eff_htg_setpt_st	Effective heating set point	°F	Read
AV	608	clg_adj_st	Current sensor adjustment of the cooling setpoint	°F	Write
AV	609	htg_adj_st	Current sensor adjustment of the heating setpoint	°F	Write
AV	610	min_sp_diff_c	Minimum temperature between the heating and cooling setpoints (default 2)	°F	Write
AV	611	setpt_span_c	Adjusts the space temperature set point span (default 5)	°F	Write
AV	615	temp_db_c	Sets the temperature control deadband value for setpoint operation (default 0.1)	°F	Write
AV	616	temp_over_c	Sets the temperature control overshoot value for setpoint operation (default 0.5)	°F	Write
AV	620	occ_sens_on_time_c	Sets the occupancy sensor active recognition time (default 5)	seconds	Write
AV	621	occ_sens_off_time_c	Sets the occupancy sensor inactive recognition time (default 5)	min	Write
AV	622	temp_occ_time	Amount of time left in temporary occupancy only while in Temp Occ	m/sec	Read
AV	650	ctrl_temp_st	Current control temperature value for setpoint control	°F	Read
AV	651	ctrlt_override_c	Sets the control temperature value for setpoint operation (default 0)	°F	Write
BVmin	400	occ_command_c	External occupancy command		Write	Inactive=Unoccupied, Active=Occupied
BVmin	401	sched_select_c	Select between the internal or external schedule		Write	Inactive=Internal, Active=External
BV	402	occ_sensor_c	Occupancy sensor input to be enabled		Write	Inactive=Disabled, Active=Enabled
BV	403	sensor_occ_st	Occupancy sensor status		Read	Inactive=Inactive, Active=Active
BV	404	temp_occ_dis_c	Network control to disable temporary occupancy		Write	Inactive=Disabled, Active=Enabled
BV	405	temp_occ_st	Status of the temporary occupancy input		Read	Inactive=Normal, Active=Temp Occ
MV	315	occ_selection_c	Selects the occupancy mode for external scheduling (default 1)		Write	1=Occupied, 2=Unoccupied, 3=Temp Occ, 4=Standby
MV	316	effective_occ_st	Current occupancy mode		Read	1=Occupied, 2=Unoccupied, 3=Temp Occ, 4=Standby, 5=Occupancy Sensor
AV	470	dcv_limit_c	Sets the target ppm for demand controlled ventilation operation (default 900)	ppm	Write
AV	473	dcv_max_pos_c	Sets the maximum damper position for demand controlled ventilation (default 60)	%	Write
AV	474	co2_db_c	Sets the ppm deadband value for demand controlled ventilation operation (default 20)	ppm	Write
AV	475	dcv_max_cfm_c	Sets the maximum CFM value (default 4000)	cfm	Write
AV	590	co2_st	CO2 value if the zone sensor is equipped with the sensor	ppm	Read
AV	591	co2_override_c	Sets the system CO2 value from the BAS (default 0)	ppm	Write
AV	592	voc_st	VOC value if the zone sensor is equipped with the sensor	ppm	Read
AV	593	voc_override_c	Sets the system VOC value from the BAS (default 0)	ppm	Write
BV	470	dcv_enable_c	Allows demand control ventilation to be enabled or disabled		Write	Inactive=Disabled, Active=Enabled
BV	471	dcv_var_c	Sets the control variable for DCV operation		Write	Inactive=CO2, Active=VOC
MV	327	dcv_select_c	Sets the source for DCV control variable (default 1)		Write	1=Space Sensor, 2=BAS, 3=ERW
AV	450	wse_setpt_c	Waterside Economizer EWT setpoint value (default 45)	°F	Write
AV	451	wse_ewt_st	Active water temperature for waterside economizer operation	°F	Read
AV	452	wse_override_c	Network supplied water temperature for waterside economizer operation (default 50)	°F	Write
AV	453	wse_flush_cycle_c	BAS can set the frequency of WSE flush cycles in days (default 2)	day	Write
AV	454	wse_staging_c	SAT offset from target for staging with WSE (default 2)	°F	Write
BV	350	wse_enable_c	Enable waterside economizer operation		Write	Inactive=Disabled, Active=Enabled
BV	451	wse_available_st	Current status of Water Side Economizer availability		Read	Inactive=Not Avail, Active=Available
BV	452	wse1_active_st	Current operational status of the waterside economizer for unit 1		Read	Inactive=Inactive, Active=Active
BV	453	wse2_active_st	Current operational status of the waterside economizer for unit 2		Read	Inactive=Inactive, Active=Active
BV	454	wse3_active_st	Current operational status of the waterside economizer for unit 3		Read	Inactive=Inactive, Active=Active
BV	455	wse4_active_st	Current operational status of the waterside economizer for unit 4		Read	Inactive=Inactive, Active=Active
BV	458	wse_flush_st	Current waterside economizer flush cycle status		Read	Inactive=Inactive, Active=Active
MV	325	wse_select_c	Selects the control temperature for waterside economizer operation (default 2)		Write	1=BAS, 2=Unit 1 EWT, 2=Unit 2 EWT, 4=Unit 3 EWT, 5=Unit 4 EWT
AV	1	abc_fw_rev1_st	Internal use; do not map to BAS		Read
AV	2	axb_fw_rev1_st	Internal use; do not map to BAS		Read
AV	51	axb2_fw_rev1_st	Internal use; do not map to BAS		Read
AV	159	flow_meter_c	Internal use; do not map to BAS		Write
AV	160	blower_opt_c	Internal use; do not map to BAS		Write
AV	162	energy_mon_c	Internal use; do not map to BAS		Write
AV	349	kcfm_c	Internal use; do not map to BAS		Write
AV	9001	aec_fw_rev_st	Internal use; do not map to BAS		Read
AV	9102	kecfm_c	Internal use; do not map to BAS		Write
AV	9200	aec_fault_code1_st	Internal use; do not map to BAS		Read
AV	9201	aec_fault_code2_st	Internal use; do not map to BAS		Read
AV	9202	aec_fault_code3_st	Internal use; do not map to BAS		Read
AV	9203	aec_fault_code4_st	Internal use; do not map to BAS		Read
AV	9204	aec_fault_code5_st	Internal use; do not map to BAS		Read
AV	9205	aec_fault_code6_st	Internal use; do not map to BAS		Read
AV	9900	fact_test_pwd_c	Internal use; do not map to BAS		Write
AV	9902	man_exhaust_blow_c	Internal use; do not map to BAS	cfm	Write
AV	9903	man_supply_damp_c	Internal use; do not map to BAS	%	Write
AV	9904	man_exhaust_damp_c	Internal use; do not map to BAS	%	Write
AV	9905	man_rad_pos_c	Internal use; do not map to BAS	%	Write
AV	9910	blow_man_pct_1	Internal use; do not map to BAS	%	Write
AV	9911	man_flow_1	Internal use; do not map to BAS	%	Write
AV	9912	comp_man_1	Internal use; do not map to BAS	%	Write
AV	9913	man_mrh_1	Internal use; do not map to BAS	%	Write
AV	9980	m409_cmd	Internal use; do not map to BAS		Write
AV	9981	m488_cmd	Internal use; do not map to BAS		Write
AV	9982	m417_cmd	Internal use; do not map to BAS		Write
AV	9983	m494_cmd	Internal use; do not map to BAS		Write
AV	9984	m421_cmd	Internal use; do not map to BAS		Write
AV	9985	m495_cmd	Internal use; do not map to BAS		Write
AV	9986	m425_cmd	Internal use; do not map to BAS		Write
AV	9987	m496_cmd	Internal use; do not map to BAS		Write
AV	9988	m429_cmd	Internal use; do not map to BAS		Write
AV	9989	m497_cmd	Internal use; do not map to BAS		Write
AV	9990	m433_cmd	Internal use; do not map to BAS		Write
AV	9991	m498_cmd	Internal use; do not map to BAS		Write
AV	9992	m441_cmd	Internal use; do not map to BAS		Write
AV	9993	m445_cmd	Internal use; do not map to BAS		Write
AV	9994	m500_cmd	Internal use; do not map to BAS		Write
AV	9995	m449_cmd	Internal use; do not map to BAS		Write
AV	9996	m501_cmd	Internal use; do not map to BAS		Write
AV	9997	m453_cmd	Internal use; do not map to BAS		Write
AV	10000	numunit	Internal use; do not map to BAS		Read
AV	10001	physical_in_2	Internal use; do not map to BAS		Read
AV	10002	physical_in_3	Internal use; do not map to BAS		Read
AV	10003	physical_in_4	Internal use; do not map to BAS		Read
AV	10006	hum_targ	Internal use; do not map to BAS	%rh	Read
AV	10007	elevation	Internal use; do not map to BAS	ft	Read
AV	10008	dew_targ	Internal use; do not map to BAS	°F	Read
AV	10009	mhgr_offset	Internal use; do not map to BAS	°F	Read
AV	20000	tsensor8	Internal use; do not map to BAS	°F	Read
AV	20001	tsensor9	Internal use; do not map to BAS	°F	Read
AV	20002	hsensor8	Internal use; do not map to BAS	%rh	Read
AV	20003	hsensor9	Internal use; do not map to BAS	%rh	Read
AV	30000	axb2comm_st1	Internal use; do not map to BAS		Read
AV	30001	minrpm1	Internal use; do not map to BAS	rpm	Read
AV	30002	minrpm2	Internal use; do not map to BAS	rpm	Read
AV	30003	minrpm3	Internal use; do not map to BAS	rpm	Read
AV	30004	minrpm4	Internal use; do not map to BAS	rpm	Read
AV	30007	maxrpm1	Internal use; do not map to BAS	rpm	Read
AV	30008	maxrpm2	Internal use; do not map to BAS	rpm	Read
AV	30009	maxrpm3	Internal use; do not map to BAS	rpm	Read
AV	30010	maxrpm4	Internal use; do not map to BAS	rpm	Read
AV	30013	abcfault1	Internal use; do not map to BAS		Read
AV	30014	abcfault2	Internal use; do not map to BAS		Read
AV	30015	abcfault3	Internal use; do not map to BAS		Read
AV	30016	abcfault4	Internal use; do not map to BAS		Read
AV	40000	dcv_value	Internal use; do not map to BAS	ppm	Read
AV	50000	aec_rat	Internal use; do not map to BAS		Read
AV	50001	aec_rah	Internal use; do not map to BAS		Read
AV	50002	aec_oat	Internal use; do not map to BAS		Read
AV	50003	aec_co2	Internal use; do not map to BAS		Read
AV	50004	aec_rae	Internal use; do not map to BAS	Btu/lb	Read
AI	10004	read_temp	Internal use; do not map to BAS	°F	Read
AI	10005	read_hum	Internal use; do not map to BAS	%rh	Read
BV	7	test_mode_hdw_st	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	16	condensate1_st	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	77	abc_update_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	79	za2_enable1_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	80	dp_enable1_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	81	brine_selection_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	82	axb2_enable_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	330	set_blwr_addr1_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	331	clr_blwr_addr1_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	1016	condensate2_st	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	2016	condensate3_st	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	3016	condensate4_st	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	9103	wh_rot_warn_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	9900	fact_test_ena_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	9901	man_wheel_ctrl	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	9932	eb_1_address_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	9933	eb_2_address_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	9934	clr_address_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	9940	man_wse1_ctrl	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	9941	man_acc_1	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	9950	reset_eeprom_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	9951	clear_faults_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	9960	wheel_dp_comm	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	9961	ex_blow_dp_comm1	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	9962	sup_filter_dp_comm	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	9963	ex_filter_dp_comm	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	9964	ex_blow_comm1	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	9965	ex_blow_comm2	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	9966	sup_damp_comm1	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	9967	ex_damp_comm1	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	9968	ret_damp_comm	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	9990	wse_option_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	9991	ase_option_c	Internal use; do not map to BAS		Write	Inactive=Do not map, Active=Do not map
BV	10000	inhibit_1	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10001	inhibit_2	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10002	inhibit_3	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10003	inhibit_4	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10006	compact_1	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10007	compact_2	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10008	compact_3	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10009	compact_4	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10012	noaec	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10013	factory	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10014	es_cmd	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10015	ex_shut	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10016	exs_over	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10017	preblow	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10018	manervblow	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10019	erw_dehum	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10020	comp_active	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	10021	aec	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	20000	oas_erv	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	30000	abc_sowv_1	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	30001	abc_sowv_2	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	30002	abc_sowv_3	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	30003	abc_sowv_4	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	30006	abc_shutdn	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	40000	fan_occ	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	40001	go_occ	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	50000	man_erv	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	50001	ret_damp_ok	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
BV	50002	wheel_rot_w	Internal use; do not map to BAS		Read	Inactive=Do not map, Active=Do not map
MV	2	phase_selection_c	Internal use; do not map to BAS		Write
MV	300	num_units_c	Internal use; do not map to BAS		Write
MV	330	sys_app_c	Internal use; do not map to BAS		Write
AV	471	min_dmp_pos_c	Minimum damper position for DCV or airside economizer (default 30)	%	Write
AV	472	max_dmp_pos_c	Sets the maximum damper position for airside economizer operation (default 100)	%	Write
AV	480	db_setpt_c	Dry bulb set point for Airside Economizer operation (default 63)	°F	Write
AV	481	db_limit_c	Dry bulb limit for Airside Economizer operation (default 75)	°F	Write
AV	482	db_diff_c	Dry bulb differential for Airside Economizer operation (default 2)	°F	Write
AV	483	enth_setpt_c	Enthalpy set point for Airside Economizer operation (default 24)	Btu/lb	Write
AV	484	enth_limit_c	Enthalpy limit for Airside Economizer operation (default 30)	Btu/lb	Write
AV	485	enth_diff_c	Enthalpy differential for Airside Economizer operation (default 2)	Btu/lb	Write
AV	486	min_oat_vent_c	Minimum outdoor temperature for ventilation operation (default 0)	°F	Write
AV	487	max_oat_vent_c	Maximum outdoor temperature for ventilation operation (default 85)	°F	Write
AV	488	sam_time_c	Outdoor air temperature sampling time for Airside Economizer operation (default 60)	seconds	Write
BV	480	econ_on_c	BAS flag: economizer available (slave mode)		Write	Inactive=Not Avail, Active=Available
MV	326	ase_mode_c	Selects the opertaing mode for the airside economizer (Non-ERW applications only) (default 1)		Write	1=Econ Off, 2=Fixed Temp, 3=Diff Temp, 4=Fixed Enthalpy, 5=Diff Enthalpy, 6=Slave Mode

Object ID lookup: WaterFurnace Versatec 700 DOAS point IDs by name

AV3mode_st
AV4filter_alarm_hrs_c
AV5filter_hours_st
AV200valve_min_pos_c
AV201valve_max_pos_c
AV202valve_delay_c
AV490morn_warm_rat_c
AV491morn_warm_time_c
AV492morn_cool_rat_c
AV493morn_cool_time_c
AV494morn_samp_c
AV550doas_ctrl_temp_st
AV551dctrlt_override_c
AV580atm_pres_st
AV581atm_pres_c
AV582elev_feet_c
BV2e_stop_c
BV3e_stop_st
BV4load_shed_c
BV5loadshed_st
BV6heat_cool_st
BV8alarm_reset_c
BV10dirty_filter_alarm_st
BV11filter_alm_reset_c
BV300sys_demand_c
BV302sys_enable_c
BV305vav_blow_c
BV306vav_cool_c
BV307vav_heat_c
BV308dehum_c
BV382pres_select_c
BV410valid_ct
BV411valid_ch_st
BV412valid_dew_st
BV490morn_warm_en_c
BV491morn_cool_en_c
MV11mode_st_msv
MV301sys_config_c
MV302doas_demand_c
MV317ctrl_t_select_c
MV332doas_ctrl_t_select_c
AV6abc_fault1_st
AV7system_fault1_st
AV10mod_valve_pwm1_st
AV11eev1_st
AV12coax_temp1_st
AV13air_coil_temp1_st
AV14lat1_st
AV15suct_press1_st
AV16sat_evap_temp1_st
AV17super_heat1_st
AV18dischg_press1_st
AV19dischg_temp1_st
AV20suct_temp1_st
AV21hgt_subcooling1_st
AV22clg_subcooling1_st
AV23liq_line_temp1_st
AV24lwt1_st
AV25ewt1_st
AV26water_flow1_st
AV27cond_temp1_st
AV28entering_air1_st
AV30control_voltage1_st
AV31est_line_voltage1_st
AV32line_volts1_st
AV33vdc_volts1_st
AV34invert_temp1_st
AV35drive_temp1_st
AV36fan_current1_st
AV37aux_current1_st
AV38comp_current1_st
AV40total_current1_st
AV41comp_power1_st
AV42fan_power1_st
AV43aux_power1_st
AV44total_power1_st
AV46total_capacity1_st
AV47he_hr1_st
AV48co_of_perf1_st
AV49eer1_st
AV50reheat_valve_pos1_st
AV62measured_line_voltage_c
AV209eev_start1_c
BV12modbus_comm_alarm1_st
BV13lockout1_st
BV14lockout_hdw1_st
BV15alm_rht_hdw1_st
BV17fp1_lim1_st
BV18fp2_lim1_st
BV19rhstat1_st
BV20sw_2_4_1_st
BV21sw_2_5_1_st
BV25y1_hdw1_st
BV26y2_hdw1_st
BV27w_hdw1_st
BV28o_hdw1_st
BV29g_hdw1_st
BV30dehum_hdw1_st
BV31es_hdw1_st
BV32low_press_hdw1_st
BV33high_press_hdw1_st
BV34load_shed_hdw1_st
BV35rev_vlv1_st
BV36fan1_st
BV38wse_relay_1_st
BV39acc1_1_st
AV1006abc_fault2_st
AV1007system_fault2_st
AV1010mod_valve_pwm2_st
AV1011eev2_st
AV1012coax_temp2_st
AV1013air_coil_temp2_st
AV1014lat2_st
AV1015suct_press2_st
AV1016sat_evap_temp2_st
AV1017super_heat2_st
AV1018dischg_press2_st
AV1019dischg_temp2_st
AV1020suct_temp2_st
AV1021hgt_subcooling2_st
AV1022clg_subcooling2_st
AV1023liq_line_temp2_st
AV1024lwt2_st
AV1025ewt2_st
AV1026water_flow2_st
AV1027cond_temp2_st
AV1028entering_air2_st
AV1030control_voltage2_st
AV1031est_line_voltage2_st
AV1032line_volts2_st
AV1033vdc_volts2_st
AV1034invert_temp2_st
AV1035drive_temp2_st
AV1036fan_current2_st
AV1037aux_current2_st
AV1038comp_current2_st
AV1040total_current2_st
AV1041comp_power2_st
AV1042fan_power2_st
AV1043aux_power2_st
AV1044total_power2_st
AV1046total_capacity2_st
AV1047he_hr2_st
AV1048co_of_perf2_st
AV1049eer2_st
AV1050reheat_valve_pos2_st
AV1209eev_start2_c
BV1012modbus_comm_alarm2_st
BV1013lockout2_st
BV1014lockout_hdw2_st
BV1015alm_rht_hdw2_st
BV1017fp1_lim2_st
BV1018fp2_lim2_st
BV1019rhstat2_st
BV1020sw_2_4_2_st
BV1021sw_2_5_2_st
BV1025y1_hdw2_st
BV1026y2_hdw2_st
BV1027w_hdw2_st
BV1028o_hdw2_st
BV1029g_hdw2_st
BV1030dehum_hdw2_st
BV1031es_hdw2_st
BV1032low_press_hdw2_st
BV1033high_press_hdw2_st
BV1034load_shed_hdw2_st
BV1035rev_vlv2_st
BV1036fan2_st
BV1038wse_relay_2_st
BV1039acc1_2_st
AV2006abc_fault3_st
AV2007system_fault3_st
AV2010mod_valve_pwm3_st
AV2011eev3_st
AV2012coax_temp3_st
AV2013air_coil_temp3_st
AV2014lat3_st
AV2015suct_press3_st
AV2016sat_evap_temp3_st
AV2017super_heat3_st
AV2018dischg_press3_st
AV2019dischg_temp3_st
AV2020suct_temp3_st
AV2021hgt_subcooling3_st
AV2022clg_subcooling3_st
AV2023liq_line_temp3_st
AV2024lwt3_st
AV2025ewt3_st
AV2026water_flow3_st
AV2027cond_temp3_st
AV2028entering_air3_st
AV2030control_voltage3_st
AV2031est_line_voltage3_st
AV2032line_volts3_st
AV2033vdc_volts3_st
AV2034invert_temp3_st
AV2035drive_temp3_st
AV2036fan_current3_st
AV2037aux_current3_st
AV2038comp_current3_st
AV2040total_current3_st
AV2041comp_power3_st
AV2042fan_power3_st
AV2043aux_power3_st
AV2044total_power3_st
AV2046total_capacity3_st
AV2047he_hr3_st
AV2048co_of_perf3_st
AV2049eer3_st
AV2050reheat_valve_pos3_st
AV2209eev_start3_c
BV2012modbus_comm_alarm3_st
BV2013lockout3_st
BV2014lockout_hdw3_st
BV2015alm_rht_hdw3_st
BV2017fp1_lim3_st
BV2018fp2_lim3_st
BV2019rhstat3_st
BV2020sw_2_4_3_st
BV2021sw_2_5_3_st
BV2025y1_hdw3_st
BV2026y2_hdw3_st
BV2027w_hdw3_st
BV2028o_hdw3_st
BV2029g_hdw3_st
BV2030dehum_hdw3_st
BV2031es_hdw3_st
BV2032low_press_hdw3_st
BV2033high_press_hdw3_st
BV2034load_shed_hdw3_st
BV2035rev_vlv3_st
BV2036fan3_st
BV2038wse_relay_3_st
BV2039acc1_3_st
AV3006abc_fault4_st
AV3007system_fault4_st
AV3010mod_valve_pwm4_st
AV3011eev4_st
AV3012coax_temp4_st
AV3013air_coil_temp4_st
AV3014lat4_st
AV3015suct_press4_st
AV3016sat_evap_temp4_st
AV3017super_heat4_st
AV3018dischg_press4_st
AV3019dischg_temp4_st
AV3020suct_temp4_st
AV3021hgt_subcooling4_st
AV3022clg_subcooling4_st
AV3023liq_line_temp4_st
AV3024lwt4_st
AV3025ewt4_st
AV3026water_flow4_st
AV3027cond_temp4_st
AV3028entering_air4_st
AV3030control_voltage4_st
AV3031est_line_voltage4_st
AV3032line_volts4_st
AV3033vdc_volts4_st
AV3034invert_temp4_st
AV3035drive_temp4_st
AV3036fan_current4_st
AV3037aux_current4_st
AV3038comp_current4_st
AV3040total_current4_st
AV3041comp_power4_st
AV3042fan_power4_st
AV3043aux_power4_st
AV3044total_power4_st
AV3046total_capacity4_st
AV3047he_hr4_st
AV3048co_of_perf4_st
AV3049eer4_st
AV3050reheat_valve_pos4_st
AV3209eev_start4_c
BV3012modbus_comm_alarm4_st
BV3013lockout4_st
BV3014lockout_hdw4_st
BV3015alm_rht_hdw4_st
BV3017fp1_lim4_st
BV3018fp2_lim4_st
BV3019rhstat4_st
BV3020sw_2_4_4_st
BV3021sw_2_5_4_st
BV3025y1_hdw4_st
BV3026y2_hdw4_st
BV3027w_hdw4_st
BV3028o_hdw4_st
BV3029g_hdw4_st
BV3030dehum_hdw4_st
BV3031es_hdw4_st
BV3032low_press_hdw4_st
BV3033high_press_hdw4_st
BV3034load_shed_hdw4_st
BV3035rev_vlv4_st
BV3036fan4_st
BV3038wse_relay_4_st
BV3039acc1_4_st
AV311min_comp_c
AV312max_comp_c
AV313comp_up_stage_c
AV314comp_dn_stage_c
AV315comp_order_1
AV316comp_order_2
AV317comp_order_3
AV318comp_order_4
AV321last_comp_c
AV322spare_comp_c
AV323repair_comp_c
AV400comp_targ_rpm1_st
AV401comp_targ_pct1_st
AV402comp_act_rpm1_st
AV403comp_act_pct1_st
AV404comp_targ_rpm2_st
AV405comp_targ_pct2_st
AV406comp_act_rpm2_st
AV407comp_act_pct2_st
AV408comp_targ_rpm3_st
AV409comp_targ_pct3_st
AV410comp_act_rpm3_st
AV411comp_act_pct3_st
AV412comp_targ_rpm4_st
AV413comp_targ_pct4_st
AV414comp_act_rpm4_st
AV415comp_act_pct4_st
AV440unit_hours1_st
AV441unit_hours2_st
AV442unit_hours3_st
AV443unit_hours4_st
BV310run_equal_c
AV340static_setpt_c
AV341static_db_c
AV342static_pressure_st
AV343static_over_c
AV344min_blow_pct_c
AV345max_blow_pct_c
AV346min_blow_cfm_c
AV347max_blow_cfm_c
AV350blow_up_stage_c
AV351blow_dn_stage_c
AV352blow_off_c
AV360blow_targ_pct1_st
AV361blow_act_pct1_st
AV362blow1rpm_st
AV363blow_act_cfm1_st
AV364blow_targ_pct2_st
AV365blow_act_pct2_st
AV366blow2rpm_st
AV367blow_act_cfm2_st
AV368blow_targ_pct3_st
AV369blow_act_pct3_st
AV370blow3rpm_st
AV371blow_act_cfm3_st
AV372blow_targ_pct4_st
AV373blow_act_pct4_st
AV374blow4rpm_st
AV375blow_act_cfm4_st
AV384act_system_cfm_st
BV321occ_blow_ctrl_c
BV322unocc_blow_ctrl_c
MV308statp_select_c
AV305targ_clg_sat_c
AV306targ_htg_sat_c
AV307neutral_sat_c
AV308eff_targ_clg_sat_st
AV309eff_targ_htg_sat_st
AV310eff_targ_sat_st
AV325max_clg_sat_c
AV326ctrl_max_clg_sat_c
AV327ctrl_min_clg_sat_c
AV328clg_sar_delay_c
AV329min_htg_sat_c
AV330ctrl_max_htg_sat_c
AV331ctrl_min_htg_sat_c
AV332htg_sar_delay_c
AV334eff_reset_t_st
AV335min_neu_sat_c
AV336ctrl_max_neu_sat_c
AV337ctrl_min_neu_sat_c
AV338neu_sar_delay_c
AV552sat_db_c
MV320sat_reset_clgt_c
MV321sat_reset_htgt_c
MV322sat_reset_neu_c
AV9000aec_sat_target_st
AV9002ex_blow_targ_cfm_st
AV9003ex_blow_targ_pct_st
AV9004ex_blow_pct1_st
AV9005ex_blow_pct2_st
AV9006ex_blow_act_cfm_st
AV9007ex_blow_power1_st
AV9008ex_blow_power2_st
AV9009aec_fault_code_st
AV9010aec_mode_st
AV9020aec_oat_sensor_st
AV9021aec_oat_st
AV9022aec_ewht_sensor_st
AV9023ewht_st
AV9024ewht_override_c
AV9025enat_sensor_st
AV9026enat_st
AV9027enat_override_c
AV9028enah_sensor_st
AV9029enah_st
AV9030enah_override_c
AV9031enae_st
AV9032aec_rat_sensor_st
AV9033aec_rat_st
AV9034aec_rah_sensor_st
AV9035aec_rah_st
AV9036aec_rae_st
AV9038lwht_st
AV9044exat_sensor_st
AV9045exat_st
AV9046exat_override_c
AV9047exah_sensor_st
AV9048exah_st
AV9049exah_override_c
AV9050exae_st
AV9060ebdp_st
AV9061whdp_st
AV9062sfdp_st
AV9063efdp_st
AV9064bdsp_st
AV9065bdp_over_c
AV9070aec_erw_speed_st
AV9071aec_supply_damper_targ_st
AV9072aec_exhaust_damper_targ_st
AV9073aec_supply_damper1_pos_st
AV9075aec_exhaust_damper1_pos_st
AV9077aec_return_damper_targ_st
AV9078aec_return_damper_pos_st
AV9100exhaust_cfm_c
AV9101nom_ex_blow_pct_c
AV9110min_oat_c
AV9111min_vent_c
AV9112max_vent_c
AV9113preheat_templimit_c
AV9120enth_db_c
AV9121diff_press_db_c
AV9122bp_dp_c
AV9123whbase_db_c
AV9124sfbase_db_c
AV9125efbase_db_c
BV102stop_w_exhaust_c
BV103stop_w_exhaust_st
BV9000oad_command_st
BV9001oad_open_st
BV9002exblow_enabled_st
BV9003erw_enabled_st
BV9004preheat_st
BV9005aec_acc_st
BV9007supply_dfs_st
BV9008exhaust_dfs_st
BV9009erw_rotation_st
BV9010bpc_st
BV9011low_oat_st
BV9012aec_fault_st
BV9100bld_pres_c
BV9101sup_dfs_cfg_c
BV9102exh_dfs_cfg_c
MV309enas_select_c
MV310exas_select_c
MV312ewht_select_c
MV314blddp_select_c
MV331doas_cfg_c
MV9000aec_mode_actual_st
MV9001aec_mode_status_st
MV9002outdoor_damper_state_st
MV9003erw_state_st
MV9004supply_damper_mode
MV9005exhaust_damper_mode
MV9006return_damper_mode
AV500sat_st
AV501sat_adjust_c
AV502sat_override_c
AV503sah_st
AV504sah_adjust_c
AV505sah_override_c
AV506sae_st
AV507sad_st
AV510rat_st
AV511rat_adjust_c
AV512rat_override_c
AV513rah_st
AV514rah_adjust_c
AV515rah_override_c
AV516rae_st
AV517rad_st
AV520spt_st
AV521spt_adjust_c
AV522spt_override_c
AV523sph_st
AV524sph_adjust_c
AV525sph_override_c
AV526spe_st
AV527spd_st
AV530oat_st
AV531oat_adjust_c
AV532oat_override_c
AV533oah_st
AV534oah_adjust_c
AV535oah_override_c
AV536oae_st
AV540ent_hp_temp_st
BV375sah_select_c
BV376valid_sat_st
BV377valid_sah_st
BV378valid_rat_st
BV379valid_rah_st
BV380valid_spt_st
BV381valid_sph_st
BV385valid_oat_st
BV386valid_oah_st
MV303sat_select_c
MV304rat_select_c
MV305rah_select_c
MV306spt_select_c
MV307sph_select_c
MV311oas_select_c
AV460mrh_max_valve_pos_c
AV461targ_sst_c
AV462low_sst_c
AV463mrh_net_temp_c
AV464hpc_setpoint_c
AV630occ_dehum_c
AV631unocc_dehum_c
AV632stand_dehum_c
AV633hum_db_c
AV640occ_dew_c
AV641unocc_dew_c
AV642stand_dew_c
AV643dew_db_c
AV652ctrl_hum_st
AV653ctrlh_override_c
AV654ctrl_dew_st
AV655ctrld_override_c
BV390unocc_dh_c
BV465mrh_enable_c
BV466mrh_app_c
BV467mrht_select_c
BV468hpc_enable_c
MV318ctrl_hum_c
MV319ctrl_hum_val_c
AV600occ_clg_setpt
AV601occ_htg_setpt
AV602unocc_clg_setpt
AV603unocc_htg_setpt
AV604standby_cool_c
AV605standby_heat_c
AV606eff_clg_setpt_st
AV607eff_htg_setpt_st
AV608clg_adj_st
AV609htg_adj_st
AV610min_sp_diff_c
AV611setpt_span_c
AV615temp_db_c
AV616temp_over_c
AV620occ_sens_on_time_c
AV621occ_sens_off_time_c
AV622temp_occ_time
AV650ctrl_temp_st
AV651ctrlt_override_c
BV400occ_command_c
BV401sched_select_c
BV402occ_sensor_c
BV403sensor_occ_st
BV404temp_occ_dis_c
BV405temp_occ_st
MV315occ_selection_c
MV316effective_occ_st
AV470dcv_limit_c
AV473dcv_max_pos_c
AV474co2_db_c
AV475dcv_max_cfm_c
AV590co2_st
AV591co2_override_c
AV592voc_st
AV593voc_override_c
BV470dcv_enable_c
BV471dcv_var_c
MV327dcv_select_c
AV450wse_setpt_c
AV451wse_ewt_st
AV452wse_override_c
AV453wse_flush_cycle_c
AV454wse_staging_c
BV350wse_enable_c
BV451wse_available_st
BV452wse1_active_st
BV453wse2_active_st
BV454wse3_active_st
BV455wse4_active_st
BV458wse_flush_st
MV325wse_select_c
AV1abc_fw_rev1_st
AV2axb_fw_rev1_st
AV51axb2_fw_rev1_st
AV159flow_meter_c
AV160blower_opt_c
AV162energy_mon_c
AV349kcfm_c
AV9001aec_fw_rev_st
AV9102kecfm_c
AV9200aec_fault_code1_st
AV9201aec_fault_code2_st
AV9202aec_fault_code3_st
AV9203aec_fault_code4_st
AV9204aec_fault_code5_st
AV9205aec_fault_code6_st
AV9900fact_test_pwd_c
AV9902man_exhaust_blow_c
AV9903man_supply_damp_c
AV9904man_exhaust_damp_c
AV9905man_rad_pos_c
AV9910blow_man_pct_1
AV9911man_flow_1
AV9912comp_man_1
AV9913man_mrh_1
AV9980m409_cmd
AV9981m488_cmd
AV9982m417_cmd
AV9983m494_cmd
AV9984m421_cmd
AV9985m495_cmd
AV9986m425_cmd
AV9987m496_cmd
AV9988m429_cmd
AV9989m497_cmd
AV9990m433_cmd
AV9991m498_cmd
AV9992m441_cmd
AV9993m445_cmd
AV9994m500_cmd
AV9995m449_cmd
AV9996m501_cmd
AV9997m453_cmd
AV10000numunit
AV10001physical_in_2
AV10002physical_in_3
AV10003physical_in_4
AV10006hum_targ
AV10007elevation
AV10008dew_targ
AV10009mhgr_offset
AV20000tsensor8
AV20001tsensor9
AV20002hsensor8
AV20003hsensor9
AV30000axb2comm_st1
AV30001minrpm1
AV30002minrpm2
AV30003minrpm3
AV30004minrpm4
AV30007maxrpm1
AV30008maxrpm2
AV30009maxrpm3
AV30010maxrpm4
AV30013abcfault1
AV30014abcfault2
AV30015abcfault3
AV30016abcfault4
AV40000dcv_value
AV50000aec_rat
AV50001aec_rah
AV50002aec_oat
AV50003aec_co2
AV50004aec_rae
AI10004read_temp
AI10005read_hum
BV7test_mode_hdw_st
BV16condensate1_st
BV77abc_update_c
BV79za2_enable1_c
BV80dp_enable1_c
BV81brine_selection_c
BV82axb2_enable_c
BV330set_blwr_addr1_c
BV331clr_blwr_addr1_c
BV1016condensate2_st
BV2016condensate3_st
BV3016condensate4_st
BV9103wh_rot_warn_c
BV9900fact_test_ena_c
BV9901man_wheel_ctrl
BV9932eb_1_address_c
BV9933eb_2_address_c
BV9934clr_address_c
BV9940man_wse1_ctrl
BV9941man_acc_1
BV9950reset_eeprom_c
BV9951clear_faults_c
BV9960wheel_dp_comm
BV9961ex_blow_dp_comm1
BV9962sup_filter_dp_comm
BV9963ex_filter_dp_comm
BV9964ex_blow_comm1
BV9965ex_blow_comm2
BV9966sup_damp_comm1
BV9967ex_damp_comm1
BV9968ret_damp_comm
BV9990wse_option_c
BV9991ase_option_c
BV10000inhibit_1
BV10001inhibit_2
BV10002inhibit_3
BV10003inhibit_4
BV10006compact_1
BV10007compact_2
BV10008compact_3
BV10009compact_4
BV10012noaec
BV10013factory
BV10014es_cmd
BV10015ex_shut
BV10016exs_over
BV10017preblow
BV10018manervblow
BV10019erw_dehum
BV10020comp_active
BV10021aec
BV20000oas_erv
BV30000abc_sowv_1
BV30001abc_sowv_2
BV30002abc_sowv_3
BV30003abc_sowv_4
BV30006abc_shutdn
BV40000fan_occ
BV40001go_occ
BV50000man_erv
BV50001ret_damp_ok
BV50002wheel_rot_w
MV2phase_selection_c
MV300num_units_c
MV330sys_app_c
AV471min_dmp_pos_c
AV472max_dmp_pos_c
AV480db_setpt_c
AV481db_limit_c
AV482db_diff_c
AV483enth_setpt_c
AV484enth_limit_c
AV485enth_diff_c
AV486min_oat_vent_c
AV487max_oat_vent_c
AV488sam_time_c
BV480econ_on_c
MV326ase_mode_c

Integration notes

Object names are the sheet's reference names; it also prints display names.
Heat pump blocks for units 1-4 are all printed and listed; points for absent units do not apply.
The 'Factory or Internal Use Only' group (about 140 rows) is marked do not map; listed for completeness as internal-use points.
AV 3 carries the same numbered mode list as MV 11. Fault codes in AV 6/7 (per unit) and AV 9009 (ERW) decode with the alarm tables on the workbook's second and third sheets.
MV 308 is printed with state 2 twice (Unit 1 Sensor and Unit 2 Sensor); the second is probably 3.
The sheet does not state the BACnet transport or network 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 Versatec 700 Indoor DOAS (Aurora UPC) 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 WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC)

How many BACnet points does the WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC) have?

This list has 748 BACnet objects: 2 analog inputs, 485 analog values, 224 binary values, 37 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC) BACnet points are writable?

252 of the 748 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 WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC) BACnet documentation?

The source is DOAS BACnet Point List, revision Version 1.00, published free by WaterFurnace at https://www.waterfurnace.com/literature/aurora/doas-bacnet-point-list-version-1.00.xlsx.

What are the minimum BACnet points to integrate the WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC)?

Start with BV 302 sys_enable_c (System enable for network and setpoint control); BV 2 e_stop_c (Emergency shutdown command); BV 400 occ_command_c (Occupancy command (external schedule)); BV 401 sched_select_c (Must be External for BV 400 to apply); AV 305 targ_clg_sat_c (Cooling supply air temperature target); AV 306 targ_htg_sat_c (Heating supply air temperature target); BV 8 alarm_reset_c (Alarm reset); MV 11 mode_st_msv (Unit operating mode); AV 500 sat_st (Supply air temperature in use); AV 7 system_fault1_st (Unit 1 fault or lockout code).

How do I enable BMS control of the WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC)?

Can the BMS supply sensor values to the WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC)?

How do I check these points on the real Versatec 700 Indoor DOAS (Aurora UPC)?

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 WaterFurnace BACnet points lists

Source: DOAS BACnet Point List · rev. Version 1.00. Object names, instances and units are reproduced as published; descriptions are our own.

WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC) BACnet points list

BMS integration notes: WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC)

Minimum points to map

Enable & remote start

Sensors & values from the BMS

Network setup

Watch out for

WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC) BACnet objects

Integration notes

Questions about the WaterFurnace Versatec 700 Indoor DOAS (Aurora UPC)

More WaterFurnace BACnet points lists

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