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XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list)

Energy recovery ventilation unit controller · BACnet points list

Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list) BACnet points list

Updated 12 November 2026

Short answer

The FAC controller in Nuaire XBOXER XBC units (EcoSmart Connect CO) is a BACnet MS/TP device; a BACnet IP router (ESCO-IPN) is offered for IP networks. The manual's list by instance number has 166 objects in the 10005-18258 range: temperatures and room module values (AI), fan and heating outputs, relay states, setpoints and fan settings (AV), enables, modes and alarms (MSV), six schedules and a calendar. Nuaire's BPS and Boxer BPS manuals (671828, 671873) use mostly the same instances.

This page lists 166 BACnet objects for the Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list) — 88 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Nuaire’s own free documentation, linked below.

Manufacturer: Nuaire
Model: XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list)
Equipment: Energy recovery ventilation unit controller
Equipment type: Rooftop units, AHUs & DOAS
BACnet objects: 166 (88 writable)
Transport: BACnet MS/TP
Firmware: Strategy SW-FAC2612-2-12A (per object 17340)
Also known as: Nuaire XBOXER, XBC, XBC10, XBC65, EcoSmart Connect FAC, Nuaire BPS ESC, Boxer BPS EcoSmart Connect, BPS H-CO, Nuaire 671748
Source document: XBOXER XBC unit sizes 10-65 with EcoSmart Connect (CO) control - Installation and Maintenance, 12.1 BACnet Object List (By Instance Number) · 671748 · rev. 2020-11-25

Download CSV 166 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 Nuaire’s current documentation and the live device before use. Not official Nuaire information. Terms of use.

BMS integration notes: Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list)

Integration in brief

Set MV 10218 Enable to On (2) to run the unit, then write AV 17761 Fan Speed Demand (0 % = trickle) and AV 10309 Software Setpoint. Read the supply, fresh and extract air temperatures, BO 10191 Fan Enabled Cmd and the alarm MSVs; BV 10332 resets latched alarms. Variables are normally written at priority 16.

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 10218	Enable	Software enable (1 = Off, 2 = On)	Write
AV 17761	Fan Speed Demand	Fan speed demand, % (0 % = trickle)	Write
AV 10309	Software Setpoint	Temperature setpoint, °C	Write
BV 10332	Reset Alarms	Reset latched alarms	Write
BO 10191	Fan Enabled Cmd	Fan enable relay state	Read
AI 10005	Supply Air Temp (B)	Supply air temperature	Read
AI 10008	Fresh Air Temp (H)	Fresh (outdoor) air temperature	Read
AI 10011	Extract Air Temp (C)	Extract air temperature	Read
BO 10188	Fault Relay Cmd	Fault relay (0 = Alarm, 1 = Normal)	Read
MV 15309	Critical Alarm	Latched critical alarm (2 = Alarm)	Read

Enable & remote start

The unit runs from the software Enable MSV, the switched-live enable input (IN8), the schedule, night cooling, purge, or room module PIR and fan override inputs. MV 10214 SetPoint Op decides whether the software setpoint or the last changed setpoint is used.

Sensors & values from the BMS

AV 17773 BMS 0-10v Input is a virtual 0-10 V input for ESClassic BMS mode (MV 17608 OUT4 Mode). AV 17971 sets how long a changed setpoint holds before reverting when 'last changed with timeout' is selected.

Network setup

BACnet MS/TP on the FC bus; the MAC address is set on the FAC controller's DIP switch.
An ESCO-IPN BACnet IP to MS/TP router is available for IP networks.

Watch out for

AV, BV and MSV values are written at priority 16 and stay; outputs (AO, BO) are driven by the strategy at 16, so manual overrides use priority 8 and must be relinquished.
AI and BI objects are read-only.
Test (...) MSVs are factory-use only.

Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list) BACnet objects

Type: AI, AO, AV, BI, BO, BV, MI/MO/MV (multi-state) · Access: Read read-only, Write writable, Command writable with a priority array.

Note: the source document has no read/write column, so access here is inferred from the object type (inputs read-only, values writable). Confirm on the live controller before writing.

166 of 166 shown

Type

Multi-state

Access

Units

Show

Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list) BACnet Points List
			Description			States
AImin	10005	Supply Air Temp (B)	The supply air temperature	°C	Read
AImin	10008	Fresh Air Temp (H)	The fresh air temperature	°C	Read
AImin	10011	Extract Air Temp (C)	The extract air temperature	°C	Read
AI	10017	RM199 Humidity	The Humidity at RM address 199	%RH	Read
AI	10029	RM199 Temp	The temperature at RM address 199	°C	Read
AI	10032	IN4	The 0-10 voltage at input 4	V	Read
AI	10035	IN5	The 0-10 voltage at input 5	V	Read
AI	10050	RM200 Temp	The temperature at RM address 200	°C	Read
AI	10053	RM200 Humidity	The Humidity at RM address 200	%RH	Read
AI	10065	RM201 Temp	The temperature at RM address 201	°C	Read
AI	10068	RM202 Temp	The temperature at RM address 202	°C	Read
AI	10071	RM203 Temp	The temperature at RM address 203	°C	Read
AI	10077	RM201 Humidity	The Humidity at RM address 201	%RH	Read
AI	10092	RM202 Humidity	The Humidity at RM address 202	%RH	Read
AI	10107	RM203 Humidity	The Humidity at RM address 203	%RH	Read
AI	10137	RM212 CO2	The CO2 at RM address 212	ppm	Read
AI	10140	RM213 CO2	The CO2 at RM address 213	ppm	Read
AI	10143	RM214 CO2	The CO2 at RM address 214	ppm	Read
AI	10146	RM215 CO2	The CO2 at RM address 215	ppm	Read
AO	10173	Output 4	Configurable output 4 (OUT4)	%	Read
AO	10176	Extract Fan Output	The 0-10v signal to the extract fan	V	Read
AO	10179	Heating Output	The 0-10v signal to the heating output	%	Read
AO	10182	Supply Fan Output	The 0-10v signal to the supply fan	V	Read
AV	10023	RM199 Setpoint	The setpoint at RM address 199	°C	Read
AV	10074	RM200 Setpoint	The setpoint at RM address 200	°C	Read
AV	10083	RM201 Setpoint	The setpoint at RM address 201	°C	Read
AV	10098	RM202 Setpoint	The setpoint at RM address 202	°C	Read
AV	10113	RM203 Setpoint	The setpoint at RM address 203	°C	Read
AV	10262	Alarm Delay	Alarm hold off period; default 10	s	Write
AV	10263	Auto-Run on Max-Time	Maximum Run-on Max Time; default 900	s	Write
AV	10264	Auto-run-on Scale Factor	Scale Factor for automatic run-on time; default 2		Write
AV	10265	CO2 Target	Target CO2 Value; default 650	ppm	Write
AV	10266	Deadband	Dead band for temp control; default 3	°C	Write
AV	10267	Run-on (Enable)	Run-on timer value; default 0	s	Write
AV	10268	Extract Fan Max	Individual fan maximum speed setting; default 100	%	Write
AV	10270	Extract Fan Min	Individual fan minimum speed setting; default 20	%	Write
AV	10272	Run-on (Boost)	Boost run-on time; default 0	s	Write
AV	10273	Supply Fan Boost Speed	Supply Fan boost speed; default 100	%	Write
AV	10274	Frost Prot. Fan Off	Minimum time the supply fan will stop in a frost protection state; default 300	s	Write
AV	10275	Frost Prot. Temp	Supply temperature at which frost protection becomes active; default 4	°C	Write
AV	10276	Heat Boost Setpoint	Heater Boost Setpoint; default 35	°C	Write
AV	10277	High Temp Alarm	Supply temp which will trip the high supply alarm; default 50	°C	Write
AV	10278	Humidity Target	Relative Humidity Target; default 50	%RH	Write
AV	10279	IO Damper Delay	Delay between starting the fan relay and the fan output.; default 0	s	Write
AV	10280	Low Temp Alarm	Supply temp which will trip the low supply alarm; default 8	°C	Write
AV	10281	Night C Fan Speed	The night cool fan speed; default 60	%	Write
AV	10302	Nigh C Min Temp	The minimum temperature that will stop night cooling; default 12	°C	Write
AV	10303	Pressure Target	Target pressure value; default 400	Pa	Write
AV	10304	Purge Fan Speed	default 60	%	Write
AV	10305	Purge Min Temp	The minimum temperature that will stop night cooling; default 12	°C	Write
AV	10306	RTC Boost Band	The Return Temperature Control Boost Band; default 15	°C	Write
AV	10307	RTC Max Supply Temp	Maximum supply temp when in RTC mode; default 35	°C	Write
AV	10308	RTC Min Supply Temp	Minimum supply temp when in RTC mode; default 12	°C	Write
AVmin	10309	Software Setpoint	default 22	°C	Write
AV	10310	STC H/C Pref	STC Heat/Cool Pref; default 50		Write
AV	10311	STC HX Efficiency	default 0.8		Write
AV	10312	Supply Fan Max	Individual fan maximum speed setting; default 100	%	Write
AV	10314	Supply Fan Min	Individual fan minimum speed setting; default 20	%	Write
AV	10316	Trickle Deadband	Setpoint deadband used when trickling with no enable signal.; default 5	°C	Write
AV	11296	Room Air Temp	The room air temperature	°C	Read
AV	13980	CO2 Level	The CO2 Level	ppm	Read
AV	14297	Humidity	The Humidity Level	% RH	Read
AV	14534	Active Setpoint	The setpoint currently used	°C	Read
AV	17273	EF Max Volt	The upper voltage for the extract fan; default 10	V	Write
AV	17274	EF Start Volt	The voltage required to start the extract fan; default 1	V	Write
AV	17275	SF Max Volt	The upper voltage for the supply fan; default 10	V	Write
AV	17276	SF Start Volt	The voltage required to start the extract fan; default 1	V	Write
AV	17419	Extract Boost Speed	The extract fan boost speed; default 100	%	Write
AVmin	17761	Fan Speed Demand	A user entered fan speed demand. 0% = trickle speed; default 0	%	Write
AV	17773	BMS 0-10v Input	A virtual BMS voltage input using an ESClassic BMS table; default 0	V	Write
AV	17830	Fan Speed Schedule	Current state of the Fan Speed Demand Schedule object.; default 0	%	Write
AV	17971	Setpoint Timeout	Time before reverting to software setpoint.; default 3600	s	Write
AV	17977	Fan Override Timeout	Time before reverting to auto fan speed.; default 3600	s	Write
AV	18215	Setpoint Schedule	Current state of the Setpoint Schedule object.; default 22	°C	Write
AV	18258	Extract Setback Speed	The extract fan speed when Extract Setback is enabled.; default 30	%	Write
BI	10161	SL Enable	The state of the enable input (IN8)		Read	0=Off, 1=On
BI	10164	SL2 Input	The state of the configurable input (IN9)		Read	0=Off, 1=On
BI	10167	Alarm Circuit 1	The state of Alarm Circuit 1		Read	0=Alarm, 1=Normal
BI	10170	Alarm Circuit 2	The state of Alarm Circuit 2		Read	0=Alarm, 1=Normal
BO	10185	Bypass Damper Cmd	The controller’s signal to the HX bypass. (Active = Bypass, Inactive = Heat Exchange)		Read	0=Inactive, 1=Active
BOmin	10188	Fault Relay Cmd	The state of the fault relay. (Fault = De-energised)		Read	0=Alarm, 1=Normal
BOmin	10191	Fan Enabled Cmd	The state of the fan enabled relay.		Read	0=Off, 1=On
BO	10194	Cooling Demand Cmd	The state of the cooling demand relay.		Read	0=Off, 1=On
BO	10197	Heating Demand Cmd	The state of the heating demand relay.		Read	0=Off, 1=On
BV	10020	RM199 Occupancy Status	The occupancy status at RM address 199		Read	0=Occupied, 1=Unoccupied
BV	10056	RM200 Occupancy Status	The occupancy status at RM address 200		Read	0=Occupied, 1=Unoccupied
BV	10080	RM201 Occupancy Status	The occupancy status at RM address 201		Read	0=Occupied, 1=Unoccupied
BV	10095	RM202 Occupancy Status	The occupancy status at RM address 202		Read	0=Occupied, 1=Unoccupied
BV	10110	RM203 Occupancy Status	The occupancy status at RM address 203		Read	0=Occupied, 1=Unoccupied
BVmin	10332	Reset Alarms	Changing this value will reset any latched alarms; default FALSE		Write	0=False, 1=True
BV	12880	Tuning Reset	Resets the PID auto tuning loops; default FALSE		Write	0=False, 1=True
CAL	10496	Local Calendar			Write
SCH	10496	Time Schedule	Local Time Schedule		Write
SCH	10499	Purge Time Schedule			Write
SCH	15875	Night C Sample	Daytime schedule for winter or summer decision making		Write
SCH	16014	Night C Schedule	Night Cooling Schedule		Write
SCH	17798	Fan Speed Schedule	A schedule for fan speed demand (0% = Trickle speed)		Write
SCH	18215	Setpoint Schedule	A schedule for setpoint adjustment.		Write
MV	10014	RM199 Fan Speed	Fan Speed Override Status of RM199		Read	1=Auto, 2=Off, 3=Low, 4=Medium, 5=High
MV	10044	RM199 Occ Display	Occupancy Display at RM address 199		Read	1=Occupied, 2=Unoccupied, 3=Bypass, 4=Standby
MV	10062	RM200 Occ Display	Occupancy Display at RM address 200		Read	1=Occupied, 2=Unoccupied, 3=Bypass, 4=Standby
MV	10089	RM201 Occ Display	Occupancy Display at RM address 201		Read	1=Occupied, 2=Unoccupied, 3=Bypass, 4=Standby
MV	10104	RM202 Occ Display	Occupancy Display at RM address 202		Read	1=Occupied, 2=Unoccupied, 3=Bypass, 4=Standby
MV	10119	RM203 Occ Display	Occupancy Display at RM address 203		Read	1=Occupied, 2=Unoccupied, 3=Bypass, 4=Standby
MV	10200	0-10 v CO2 Range	CO2 sensor output range		Write	1=0-2,000ppm, 2=0- 4,000ppm, 3=0-5,000ppm, 4=0-10,000ppm, 5=0- 20,000ppm
MV	10201	CO2 Sensor Op	CO2 sensor operation		Write	1=Average CO2, 2=Max CO2, 3=Ignore CO2
MV	10202	SL2 Mode	Set the function of switched live 2; default Fan Boost		Write	1=None, 2=Fan Boost, 3=Heater Boost, 4=Extract Setback
MV	10203	Cooling Type	Set the type of cooling fitted.; default None		Write	1=None, 2=Chilled Water, 3=3rd-Party
MV	10204	Damper Override	Override bypass damper position; default Auto		Write	1=Auto, 1=Heat Exchange, 2=Bypass
MV	10205	Heat Boost	Software enabled Heater boost; default Off		Write	1=Off, 2=On
MV	10206	Heating Type	Set the type of heating fitted.; default As per Build		Write	1=None, 2=LPHW, 3=Electric, 4=3rd-Party
MV	10207	H Sensor Op	Humidity Sensor Operation; default Average RH%		Write	1=Average RH%, 2=Max RH%, 3=Ignore RH%
MV	10208	Ignore PIR Sensors	Ignore all MSTP network PIR sensors; default No		Write	1=No, 2=Yes
MV	10209	IN4 Function	Function of the UI4 input; default None		Write	1=None, 2=N/A, 3=N/A, 4=0-10V CO2 Sensor, 5=0- 10V Temperature Sensor, 6=0-10V Humidity Sensor, 7=0-10V Pressure Sensor
MV	10210	IN5 Function	Function of the UI5 input; default None		Write	1=None, 2=Fan Speed Control, 3=0-10v BMS, 4=0-10V CO2 Sensor, 5=0- 10V Temperature Sensor, 6=0-10V Humidity Sensor, 7=0-10V Pressure Sensor
MV	10211	Low Temp Action	Action taken when the low supply alarm is engaged.; default Alarm Only		Write	1=Alarm only, 2=Alarm and stop fans
MV	10212	0-10v Press. Range	Pressure sensor range; default 0 to 1000Pa		Write	1=0-25Pa, 2=0-50Pa, 3=0-100Pa, 4=0-300Pa, 5=0-500Pa, 6=0-1000Pa, 7=0-1600Pa, 8=0-2500Pa, 9=0-3000Pa
MV	10213	P sens. Op	Pressure sensor operation; default Average Value		Write	1=Average, 2=Max, 3=Ignore
MV	10214	SetPoint Op	Setpoint operation; default Last Value Changed		Write	1=Last Changed, 2=Software Only, 3=Last Changed with Timeout
MV	10215	T Sens. Op	Temperature sensor operation; default NS Average		Write	1=NS Average, 2=Return Air Only, 3=NS & Return Average
MV	10216	0-10v Temp Range	Temperature sensor range; default 0 to 50°C		Write	1=0 to 50°C, 2=0 to 40°C, 3=0 to 100°C, 4=0 to 80°C, 5=0 to 90°C
MV	10217	Auto Run-on	Auto-run on mode; default Off		Write	1=Off, 2=On
MVmin	10218	Enable	Software enable switch; default Off		Write	1=Off, 2=On
MV	10219	Enable via Schedule	Enabled via Schedule		Read	1=Off, 2=On
MV	10240	Fan Boost	Software enabled Fan boost; default Off		Write	1=Off, 2=On
MV	10241	Hibernate Mode	Unit is ready for hibernation; default Off		Write	1=Off, 2=On
MV	10242	Night C Mode	This input will enable night cool mode.; default Off		Write	1=Off, 2=On
MV	10243	Purge Active	This input will enable purge mode; default Off		Write	1=Off, 2=On
MV	10244	Tacho PCB Fitted	Is a “Taco Bell” PCB fitted.; default As per Build		Write	1=No, 2=Yes
MV	10245	Temp Control Mode	Temperature control mode; default Supply Temp		Write	1=Supply Temp, 2=Room Temp
MV	10246	Test (Fan)	Fan Test (Factory Use Only)		Write	1=Off, 2=On
MV	10247	Test (Heater)	Heater Test (Factory Use Only)		Write	1=Off, 2=On
MV	10248	Test (Override Fan)	Overtemp Test (Factory Use Only)		Write	1=Off, 2=On
MV	10249	Test (Wiring)	Wiring Test (Factory Use Only)		Write	1=Off, 2=On
MV	10250	Trickle Mode	Enable trickle mode; default Off		Write	1=Off, 2=On
MV	10512	Purge Time Schedule	State of the Purge Time Schedule		Read	1=Off, 2=On
MV	14703	RM199 Fan Display	Fan Speed Override Display at RM address 199		Read	1=No Status, 2=Off, 3=Low, 4=Medium, 5=High, 6=Auto-Off, 7=Auto-Low, 8=Auto-Medium, 9=Auto-High
MVmin	15309	Critical Alarm	Unit is latched in critical alarm		Read	1=Normal, 2=Alarm
MV	15310	Maint. Alarm	Maintenance Alarm		Read	1=Normal, 2=Alarm
MV	16008	Night C Sample	Night Cooling Sample Schedule		Read	1=Off, 2=On
MV	16014	Night C Schedule	Night Cooling Running Schedule		Read	1=Off, 2=On
MV	17009	XBC Sensor Alarm	XBC Sensor Out of Range		Read	1=Normal, 2=Alarm
MV	17011	Low SA-T Alarm	Low Supply Air Alarm		Read	1=Normal, 2=Alarm
MV	17012	High SA-T Alarm	High Supply Air Alarm		Read	1=Normal, 2=Alarm
MV	17013	Frost Alarm			Read	1=Normal, 2=Alarm
MV	17281	Ala (A Cir 1)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17282	Norm (A Cir 1)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17285	Ala (Low Supply Temp)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17286	Norm (Low Supply Temp)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17289	Norm (High Supply Temp)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17290	Ala (High Supply Temp)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17293	Ala (A Cir 2)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17294	Norm (A Cir 2)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17316	Ala (Frost)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17317	Norm (Frost)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17320	Ala (XBC Sensor Fault)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17321	Norm (XBC Sensor Fault)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17340	SW-FAC2612-2-12A	Strategy Version; default Off		Read	1=Off, 2=On
MV	17365	Fire Alarm	Engage Fire Alarm Mode		Write	1=Normal, 2=Alarm
MV	17409	Ala (Fire Alarm)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17411	Norm (Fire Alarm)	For LCD Event Signal Only		Read	1=Normal, 2=Alarm
MV	17608	OUT4 Mode	Chooses the mode of Analogue Output 4; default Cooling Demand		Write	1=Cooling Demand, 2=ESClassic BMS Mode
MV	17610	ESC BMS Thermic Output	Chooses whether to demand thermal output in 0-10v ESClassic BMS mode; default Auto		Write	1=Auto, 2=None, 3=Heating, 4=Cooling
MV	17669	IO Damper Fitted	Selects whether IO dampers are fitted on alarm circuit 2; default No		Write	1=No, 2=Yes
MV	17769	Extract Setback	Puts the extract fan to setback speed; default Off		Write	1=Off, 2=On
MV	17975	Fan Override Operation	Chooses the operation of the 3-speed fan override.; default Override Has Priority		Write	1=Overide Has Priority, 2=Revert to Auto after Timeout

Object ID lookup: Nuaire XBOXER XBC with EcoSmart Connect control, FAC controller point IDs by name

AI10005Supply Air Temp (B)
AI10008Fresh Air Temp (H)
AI10011Extract Air Temp (C)
AI10017RM199 Humidity
AI10029RM199 Temp
AI10032IN4
AI10035IN5
AI10050RM200 Temp
AI10053RM200 Humidity
AI10065RM201 Temp
AI10068RM202 Temp
AI10071RM203 Temp
AI10077RM201 Humidity
AI10092RM202 Humidity
AI10107RM203 Humidity
AI10137RM212 CO2
AI10140RM213 CO2
AI10143RM214 CO2
AI10146RM215 CO2
AO10173Output 4
AO10176Extract Fan Output
AO10179Heating Output
AO10182Supply Fan Output
AV10023RM199 Setpoint
AV10074RM200 Setpoint
AV10083RM201 Setpoint
AV10098RM202 Setpoint
AV10113RM203 Setpoint
AV10262Alarm Delay
AV10263Auto-Run on Max-Time
AV10264Auto-run-on Scale Factor
AV10265CO2 Target
AV10266Deadband
AV10267Run-on (Enable)
AV10268Extract Fan Max
AV10270Extract Fan Min
AV10272Run-on (Boost)
AV10273Supply Fan Boost Speed
AV10274Frost Prot. Fan Off
AV10275Frost Prot. Temp
AV10276Heat Boost Setpoint
AV10277High Temp Alarm
AV10278Humidity Target
AV10279IO Damper Delay
AV10280Low Temp Alarm
AV10281Night C Fan Speed
AV10302Nigh C Min Temp
AV10303Pressure Target
AV10304Purge Fan Speed
AV10305Purge Min Temp
AV10306RTC Boost Band
AV10307RTC Max Supply Temp
AV10308RTC Min Supply Temp
AV10309Software Setpoint
AV10310STC H/C Pref
AV10311STC HX Efficiency
AV10312Supply Fan Max
AV10314Supply Fan Min
AV10316Trickle Deadband
AV11296Room Air Temp
AV13980CO2 Level
AV14297Humidity
AV14534Active Setpoint
AV17273EF Max Volt
AV17274EF Start Volt
AV17275SF Max Volt
AV17276SF Start Volt
AV17419Extract Boost Speed
AV17761Fan Speed Demand
AV17773BMS 0-10v Input
AV17830Fan Speed Schedule
AV17971Setpoint Timeout
AV17977Fan Override Timeout
AV18215Setpoint Schedule
AV18258Extract Setback Speed
BI10161SL Enable
BI10164SL2 Input
BI10167Alarm Circuit 1
BI10170Alarm Circuit 2
BO10185Bypass Damper Cmd
BO10188Fault Relay Cmd
BO10191Fan Enabled Cmd
BO10194Cooling Demand Cmd
BO10197Heating Demand Cmd
BV10020RM199 Occupancy Status
BV10056RM200 Occupancy Status
BV10080RM201 Occupancy Status
BV10095RM202 Occupancy Status
BV10110RM203 Occupancy Status
BV10332Reset Alarms
BV12880Tuning Reset
CAL10496Local Calendar
SCH10496Time Schedule
SCH10499Purge Time Schedule
SCH15875Night C Sample
SCH16014Night C Schedule
SCH17798Fan Speed Schedule
SCH18215Setpoint Schedule
MV10014RM199 Fan Speed
MV10044RM199 Occ Display
MV10062RM200 Occ Display
MV10089RM201 Occ Display
MV10104RM202 Occ Display
MV10119RM203 Occ Display
MV102000-10 v CO2 Range
MV10201CO2 Sensor Op
MV10202SL2 Mode
MV10203Cooling Type
MV10204Damper Override
MV10205Heat Boost
MV10206Heating Type
MV10207H Sensor Op
MV10208Ignore PIR Sensors
MV10209IN4 Function
MV10210IN5 Function
MV10211Low Temp Action
MV102120-10v Press. Range
MV10213P sens. Op
MV10214SetPoint Op
MV10215T Sens. Op
MV102160-10v Temp Range
MV10217Auto Run-on
MV10218Enable
MV10219Enable via Schedule
MV10240Fan Boost
MV10241Hibernate Mode
MV10242Night C Mode
MV10243Purge Active
MV10244Tacho PCB Fitted
MV10245Temp Control Mode
MV10246Test (Fan)
MV10247Test (Heater)
MV10248Test (Override Fan)
MV10249Test (Wiring)
MV10250Trickle Mode
MV10512Purge Time Schedule
MV14703RM199 Fan Display
MV15309Critical Alarm
MV15310Maint. Alarm
MV16008Night C Sample
MV16014Night C Schedule
MV17009XBC Sensor Alarm
MV17011Low SA-T Alarm
MV17012High SA-T Alarm
MV17013Frost Alarm
MV17281Ala (A Cir 1)
MV17282Norm (A Cir 1)
MV17285Ala (Low Supply Temp)
MV17286Norm (Low Supply Temp)
MV17289Norm (High Supply Temp)
MV17290Ala (High Supply Temp)
MV17293Ala (A Cir 2)
MV17294Norm (A Cir 2)
MV17316Ala (Frost)
MV17317Norm (Frost)
MV17320Ala (XBC Sensor Fault)
MV17321Norm (XBC Sensor Fault)
MV17340SW-FAC2612-2-12A
MV17365Fire Alarm
MV17409Ala (Fire Alarm)
MV17411Norm (Fire Alarm)
MV17608OUT4 Mode
MV17610ESC BMS Thermic Output
MV17669IO Damper Fitted
MV17769Extract Setback
MV17975Fan Override Operation

Integration notes

The list has no read/write column. Access here is inferred: inputs and outputs are R, objects with a default value are W, and status, room module and alarm values are R.
Many 'Ala (...)' and 'Norm (...)' MSVs exist only to raise LCD events; use the main alarm MSVs (Critical Alarm, Maint. Alarm, Frost Alarm, supply temperature alarms) instead.
RM199-RM203 and RM212-RM215 are room modules on the controller's sensor bus; their objects carry values only when that module is fitted.
CAL 10496 Local Calendar and SCH 10496 Time Schedule share instance 10496 (different object types). The Setpoint Schedule AV is printed as 18215- and listed as 18215.
The same manual also has a by-category list. Nuaire's BPS H-CO (671828) and Boxer BPS (671873) manuals use mostly the same 10xxx instances, but some names differ and 671828 lacks the RM occupancy and test objects; check the unit's own manual. Nuaire's later EcoSmart Connect manuals (672040, 672059) use a 28xxx range.

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 XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list) 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 Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list)

How many BACnet points does the Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list) have?

This list has 166 BACnet objects: 19 analog inputs, 4 analog outputs, 52 analog values, 4 binary inputs, 5 binary outputs, 7 binary values, 1 calendar, 6 schedules, 68 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list) BACnet points are writable?

88 of the 166 objects accept a write. Points marked Command have a priority array: a write holds until it is released, so release it back to automatic when you are done. The source has no read/write column, so this is inferred from object type.

Where is the official Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list) BACnet documentation?

The source is XBOXER XBC unit sizes 10-65 with EcoSmart Connect (CO) control - Installation and Maintenance, 12.1 BACnet Object List (By Instance Number) (671748), revision 2020-11-25, published free by Nuaire at https://info.nuaire.co.uk/IandM/671748.pdf.

What are the minimum BACnet points to integrate the Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list)?

Start with MV 10218 Enable (Software enable (1 = Off, 2 = On)); AV 17761 Fan Speed Demand (Fan speed demand, % (0 % = trickle)); AV 10309 Software Setpoint (Temperature setpoint, °C); BV 10332 Reset Alarms (Reset latched alarms); BO 10191 Fan Enabled Cmd (Fan enable relay state); AI 10005 Supply Air Temp (B) (Supply air temperature); AI 10008 Fresh Air Temp (H) (Fresh (outdoor) air temperature); AI 10011 Extract Air Temp (C) (Extract air temperature); BO 10188 Fault Relay Cmd (Fault relay (0 = Alarm, 1 = Normal)); MV 15309 Critical Alarm (Latched critical alarm (2 = Alarm)).

How do I enable BMS control of the Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list)?

Can the BMS supply sensor values to the Nuaire XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list)?

How do I check these points on the real XBOXER XBC with EcoSmart Connect (CO) control, FAC controller (10xxx object list)?

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 Nuaire BACnet points lists

Source: XBOXER XBC unit sizes 10-65 with EcoSmart Connect (CO) control - Installation and Maintenance, 12.1 BACnet Object List (By Instance Number) · 671748 · rev. 2020-11-25. Object names, instances and units are reproduced as published; descriptions are our own.