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BCI2-I (IntelliPak)

Rooftop unit communication interface (IntelliPak) · BACnet points list

Trane BCI2-I (IntelliPak) BACnet points list

Updated 4 November 2026

Short answer

The BCI2-I is a non-programmable BACnet MS/TP card for IntelliPak rooftops and Commercial Self-Contained units. It scans the unit at first power-up and creates only the objects that match the installed options, so the full table is a superset. The BAS writes AO/BO/MO output objects (commands, setpoints, BAS sensor values) and reads AI/BI/MI status and diagnostics. This is the older IntelliPak interface, not the Symbio 800 IntelliPak controller.

This page lists 331 BACnet objects for the Trane BCI2-I (IntelliPak) — 54 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Trane’s own free documentation, linked below.

Manufacturer: Trane
Model: BCI2-I (IntelliPak)
Equipment: Rooftop unit communication interface (IntelliPak)
Equipment type: Rooftop units, AHUs & DOAS
BACnet objects: 331 (54 writable)
Transport: BACnet MS/TP
Firmware: Not stated
Also known as: BCI2-I, BCI2I, IntelliPak BACnet interface, BACnet Communication Interface for IntelliPak, BAS-SVP054, IntelliPak I, IntelliPak II, Commercial Self-Contained, Signature Series
Source document: Integration Guide: BACnet Communication Interface (BCI2-I) for IntelliPak and Commercial Self-Contained · BAS-SVP054B-EN · rev. September 2023

Download CSV 331 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 Trane’s current documentation and the live device before use. Not official Trane information. Terms of use.

BMS integration notes: Trane BCI2-I (IntelliPak)

Integration in brief

Set Unit Control to BAS/NETWORK at the unit's Human Interface, then set BO 1 System Control Command to Active (BAS Control). Put each output object the BMS will drive in service (Out_Of_Service = FALSE). Schedule with MO 7 Occupancy Request, set the mode with MO 8 and the space setpoint with AO 2 (or the discharge air setpoints on VAV units). Keep rewriting BAS sensor values.

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
BO 1	System Control Command	Active = BAS control; Inactive = standalone, monitor only	Command
MO 7	Occupancy Request	Occupancy command (1 = Occupied, 2 = Unoccupied)	Command
MO 8	Heat Cool Mode Request BAS	Heat/cool mode command (1 = Auto)	Command
AO 2	Space Temperature Setpoint BAS	Space setpoint; occupied/standby offsets apply to it	Command
AO 6	Discharge Air Cooling Setpoint BAS	Supply air cooling setpoint on VAV units	Command
BI 1	System Control Status	Confirms the unit is under BAS control	Read
MI 20	Occupancy Status	Confirms the occupancy the unit is running in	Read
MI 41	Supply Fan Status	Supply fan on/off (2 = On)	Read
AI 15	Space Temperature Active	Space temperature the unit is controlling to	Read
BI 165	Alarm Relay Output Status	Unit alarm relay; Active = energized	Read

Enable & remote start

At the unit Human Interface, BAS Communication Module must read Installed and Setup > Unit Control must be BAS/NETWORK. Then BO 1 System Control Command must be Active (BAS Control); while Inactive the unit runs on local sensors and setpoints and ignores BAS values. Output objects ship with Out_Of_Service = TRUE, so the unit uses its local value until the BMS sets Out_Of_Service to FALSE on each output it will write.

Heartbeat & communication loss

BAS-supplied sensor objects with a 900 s refresh rate (AO 10-15, AO 17, AO 18, AO 25) must be rewritten within that time. If not, the BCI2-I puts the object in fault and the unit reverts to its own sensor. At power-up these objects stay in fault until the first write. Setpoints and commands have no refresh limit (AO 22 is printed with a 5 s refresh rate).

Sensors & values from the BMS

Write BMS sensor values to the '... BAS' AOs (AO 11 Space Temperature BAS, AO 12 Discharge Air Temperature BAS, AO 13 Duct Static Pressure BAS, AO 14 Outdoor Air Temperature BAS, AO 15 Outdoor Air Humidity BAS, AO 17 Outdoor Air Flow BAS, AO 18 Space CO2 Concentration BAS, AO 25 Space Humidity BAS, AO 10 Space Static Pressure BAS) with the object in service, and keep refreshing them. The matching '... Active' AIs show the value in use.

Network setup

BACnet MS/TP at 9600, 19200, 38400 or 76800 bps; default 76,800.
There are no rotary dials on the BCI2-I: the factory address is on a label on the board. Change it in the embedded BCI2 Service Tool (USB cable, browser at 198.80.18.1, Tools > Installation and Communication > Protocol Configuration) or with Tracer TU 11.6 or later.
The Device ID defaults to the MS/TP address; tick 'Use Software Device ID' to set a different one.
Units default to SI. To switch to IP, clear the controller first, then change Device Units; mixed units are not supported.
The clock resets to 12:00 Jan 1 1970 after a power loss; send TimeSynchronization from the BMS periodically.
Older IntelliPak/CSC units need the correct HI and module software; units that show COMM 5 instead of BACnet on the revision screen need upgrades (see the guide).

Watch out for

Writing an output object has no effect while it is Out of Service (the factory default); the unit keeps using its local value.
The object list is built at first power-up from the unit configuration. Clear the controller so it rescans after adding options.
BO 13 Filter Timer Reset and BO 14 Reset Diagnostic go back to Inactive on their own after the reset.
BI 86, 88, 89 and 90 mean different diagnostics on rooftops and on CSC units; check the unit type before naming them in the BMS.
Diagnostic BIs send BACnet event notifications when they change.

Trane BCI2-I (IntelliPak) 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.

331 of 331 shown

Type

Access

Units

Show

Trane BCI2-I (IntelliPak) BACnet Points List
			Description			States
AO	1	Economizer Minimum Position Setpoint BAS	BAS economizer position minimum setpoint value [With Economizer installed]	%	Command
AOmin	2	Space Temperature Setpoint BAS	Base value to calculate setpoints in occupied and standby modes	°F	Command
AO	4	Morning Warmup Setpoint BAS	BAS temperature setpoint used in morning warm-up mode [With any heat installed]	°F	Command
AO	5	Daytime Warmup Terminate Temperature Setpoint BAS	BAS daytime warm-up terminate temperature setpoint [With any heat installed]	°F	Command
AOmin	6	Discharge Air Cooling Setpoint BAS	BAS discharge air temperature cooling setpoint value [Variable Air Volume]	°F	Command
AO	7	Discharge Air Heating Setpoint BAS	BAS discharge air temperature heating setpoint value [Variable Air Volume]	°F	Command
AO	8	Duct Static Pressure Setpoint BAS	BAS duct static air pressure setpoint value [Variable Air Volume]	in. w.c.	Command
AO	9	Space Static Pressure Setpoint BAS	BAS space static air pressure setpoint value [With StatiTrac]	in. w.c.	Command
AO	10	Space Static Pressure BAS	BAS space static air pressure sensor value [With StatiTrac]	in. w.c.	Command
AO	11	Space Temperature BAS	BAS space air temperature sensor value	°F	Command
AO	12	Discharge Air Temperature BAS	BAS discharge air temperature sensor value	°F	Command
AO	13	Duct Static Pressure BAS	BAS duct static air pressure sensor value [Variable Air Volume]	in. w.c.	Command
AO	14	Outdoor Air Temperature BAS	BAS outdoor air temperature sensor value	°F	Command
AO	15	Outdoor Air Humidity BAS	BAS outdoor air humidity sensor value	%	Command
AO	16	Outdoor Air Minimum Flow Setpoint BAS	BAS minimum outdoor airflow setpoint [Fresh Air Management installed]	cfm	Command
AO	17	Outdoor Air Flow BAS	BAS outdoor airflow sensor value [Fresh Air Management installed]	cfm	Command
AO	18	Space CO2 Concentration BAS	BAS space CO2 sensor value	ppm	Command
AO	19	Cool Capacity Enable Setpoint BAS	BAS cooling demand limit capacity setpoint value [With all cooling types]	%	Command
AO	20	Heat Capacity Enable Setpoint BAS	BAS heating demand limit capacity setpoint value [With any heat installed]	%	Command
AO	21	Space Dehumidification Setpoint BAS	BAS space dehumidification setpoint value [Dehumidification Configuration]	%	Command
AO	22	Discharge Air Dewpoint Setpoint BAS	BAS discharge air dewpoint setpoint value	°F	Command
AO	23	Discharge Air Reheat Setpoint BAS	BAS discharge air reheat setpoint value [Dehumidification Configuration]	°F	Command
AO	25	Space Humidity BAS	BAS space humidity sensor value [Dehumidification or Humidification Configuration]	%	Command
AO	26	Space Humidification Setpoint BAS	BAS space humidification setpoint value [Roof Top Unit with Humidification Configured]	%	Command
AO	29	Occupied Offset	Offset used to calculate setpoints in occupied mode	°F	Command
AO	30	Standby Offset	Offset value used to calculate setpoints in standby mode	°F	Command
AO	31	Unoccupied Cooling Setpoint	Cooling temperature setpoint used for control in unoccupied mode	°F	Command
AO	32	Unoccupied Heating Setpoint	Heating temperature setpoint used for control in unoccupied mode	°F	Command
AO	33	Chemical Purge Water Treatment Duration	Set BAS time duration (minutes) for Chemical Purge Water Treatment event (CSC	min	Command
AO	39	Supply Fan Speed Command Setpoint BAS	BAS Supply Fan Speed Setpoint [Variable Air Volume]	%	Command
AO	40	Exhaust Fan Speed Setpoint BAS	BAS Exhaust Fan Speed Setpoint [Variable Air Volume]	%	Command
AO	43	Daytime Warm-up Initiate Temperature Setpoint BAS	BAS initiate temperature setpoint used in morning warm-up mode [With any heat installed]	°F	Command
AO	1001	Digital Scroll Compressor Signal	Supplied voltage to the Digital Scroll Compressor [Digital Scroll Compressor present]	V	Command
AI	1	Cooling Capacity Status	Unit cooling capacity being utilized	%	Read
AI	2	Heat Primary Capacity Status	Unit primary heating capacity being utilized	%	Read
AI	3	Heat Secondary Capacity Status	Unit secondary heating capacity being utilized [Roof Top Unit]	%	Read
AI	5	Reheat Capacity Status	Unit reheat heating capacity being utilized [Dehumidification]	%	Read
AI	6	Filter Runtime Hours	Number of hours air has flowed through the filter	h	Read
AI	7	Supply Fan Speed Command	Unit commanded supply fan speed	%	Read
AI	8	Exhaust Fan Speed Command	Unit commanded exhaust fan speed [With 100% exhaust capabilities]	%	Read
AI	9	Exhaust Damper Position Status	Unit exhaust damper position [With 100% exhaust capabilities or Return Fan]	%	Read
AI	10	Return Fan Speed Command	Unit commanded return fan speed	%	Read
AI	11	Outdoor Air Damper Position Status	Unit outdoor air damper position [With Economizer installed]	%	Read
AI	12	Waterside Economizer Valve Position Status	Unit waterside economizer valve position [Commercial Self Contained with Waterside Economizer]	%	Read
AI	13	Frost Avoidance Temperature Setpoint	Frost coil avoidance temperature setpoint	°F	Read
AI	14	Condenser Capacity Status	Unit condenser capacity being utilized	%	Read
AImin	15	Space Temperature Active	Space temperature currently used for unit control	°F	Read
AI	16	Space Humidity Active	Space humidity value from a unit-mounted control [With Dehumidification or with Economizing and Comparative Enthalpy Module]	%RH	Read
AI	17	Space Enthalpy	Space enthalpy value from a unit-mounted control [With Dehumidification or with Economizing and Comparative Enthalpy Module]	Btu/lb	Read
AI	18	Outdoor Air Temperature Active	Outdoor air temperature currently used for unit control	°F	Read
AI	19	Outdoor Air Temperature Local	Outdoor air temperature value from a unit-mounted sensor	°F	Read
AI	20	Outdoor Air Humidity Active	Outdoor air humidity value used for unit control [With Economizing and Comparative Enthalpy Module]	%RH	Read
AI	21	Outdoor Air Humidity Local	Outdoor air humidity value from a unit-mounted sensor [With Economizing and Comparative Enthalpy Module]	%RH	Read
AI	22	Outdoor Air Dewpoint	Outdoor air dewpoint value being utilized by the unit	°F	Read
AI	23	Outdoor Air Enthalpy	Outdoor air enthalpy value being utilized by the unit [With Economizing and Comparative Enthalpy Module]	Btu/lb	Read
AI	24	Discharge Air Temperature Active	Discharge air temperature currently used for unit control	°F	Read
AI	25	Mixed Air Temperature	Mixed air temperature value from a unit-mounted sensor	°F	Read
AI	26	Return Air Temperature	Return air temperature value from a unit-mounted sensor [With Economizing and Comparative Enthalpy Module]	°F	Read
AI	28	Duct Static Pressure Active	Duct static air pressure value currently being used for unit control [Variable Air Volume]	in. w.c.	Read
AI	29	Duct Static Pressure Local	Duct static air pressure value measured by a unit-mounted sensor [Variable Air Volume]	in. w.c.	Read
AI	30	Return Fan Air Pressure	Return fan air pressure value measured by a unit-mounted sensor [Return fan with StatiTrac]	in. w.c.	Read
AI	31	Space Static Air Pressure Active	Space static air pressure value being used for unit control [With StatiTrac installed]	in. w.c.	Read
AI	32	Space CO2 Concentration Active	Space CO2 concentration being used for unit control [With DCV option]	ppm	Read
AI	33	Discharge Air Dewpoint	Discharge air temperature dewpoint being used by the unit [Dehumidification]	°F	Read
AI	34	Outdoor Air Flow Active	Outdoor airflow utilized by the unit [With Ventilation Control Module]	cfm	Read
AI	35	Condenser Water Entering Temperature	Temperature of the water entering the condenser	°F	Read
AI	36	Evaporator Entering Temperature Circuit 1	Entering evaporator temperature for circuit 1 [DX Roof Top Unit]	°F	Read
AI	37	Evaporator Entering Temperature Circuit 2	Entering evaporator temperature for circuit 2 [DX Roof Top Unit]	°F	Read
AI	38	Evaporator Leaving Temperature Circuit 1	Leaving evaporator temperature for circuit 1 [Commercial Self Contained or DX Roof Top Unit]	°F	Read
AI	39	Evaporator Leaving Temperature Circuit 2	Leaving evaporator temperature for circuit 2 [Commercial Self Contained or DX Roof Top Unit]	°F	Read
AI	40	Evaporator Leaving Temperature Circuit 3	Leaving evaporator temperature for circuit 3	°F	Read
AI	41	Evaporator Leaving Temperature Circuit 4	Leaving evaporator temperature for circuit 4	°F	Read
AI	42	Condensing Saturated Temperature Circuit 1	Saturated condenser temperature for circuit 1 [DX]	°F	Read
AI	43	Condensing Saturated Temperature Circuit 2	Saturated condenser temperature for circuit 2 [For 2 or more refrigerant circuits]	°F	Read
AI	44	Condensing Saturated Temperature Circuit 3	Saturated condenser temperature for circuit 3 [For 3 or more refrigerant circuits]	°F	Read
AI	45	Condensing Saturated Temperature Circuit 4	Saturated condenser temperature for circuit 4 [For 4 refrigerant circuits]	°F	Read
AI	46	Condenser Water Leaving Temperature Active	Condenser water leaving temperature value used for unit control	°F	Read
AI	47	Condenser Water Temperature Local	Condenser water leaving temperature from a unit mounted sensor	°F	Read
AI	48	Duct Static Pressure Setpoint Active	Duct static pressure setpoint value being used for unit control [Variable Air Volume]	in. w.c.	Read
AI	50	Space Temperature Setpoint Active	Space temperature setpoint value being used for unit control	°F	Read
AI	52	Discharge Air Temperature Setpoint Active	Discharge air temperature setpoint value being used for unit control [Variable Air Volume]	°F	Read
AI	54	Morning Warmup Temperature Setpoint Active	Air temperature setpoint used during morning warm-up mode [With any heat installed]	°F	Read
AI	55	Daytime Warmup Air Temperature Terminate Setpoint Active	Air temperature setpoint used to end daytime warm-up mode [Variable Air Volume with any heat installed]	°F	Read
AI	56	Economizer Minimum Position Setpoint Active	Minimum position value the economizer damper will utilize [With Economizer installed]	%	Read
AI	57	Outdoor Air Minimum Flow Setpoint Active	Minimum outdoor airflow setpoint being utilized by the unit	cfm	Read
AI	58	Dehumidification High Limit Setpoint	Humidity setpoint value that starts dehumidification control [Roof Top Unit with Dehumidification]	%	Read
AI	60	Discharge Air Dewpoint Temperature Setpoint	Humidity setpoint value used during dehumidification control [With Dehumidification]	°F	Read
AI	61	Discharge Air Reheat Setpoint Active	Active supply air reheat temperature setpoint [Roof Top Unit with Dehumidification]	°F	Read
AI	62	Space Humidification Setpoint Active	Setpoint used during space humidification control [Roof Top Unit]	%	Read
AI	64	Energy Recovery Exhaust Air Bypass Damper Position	Energy recovery exhaust air bypass damper position [Roof Top Unit with Energy Recovery]	%	Read
AI	65	Energy Recovery Leaving Exhaust Temperature	Energy recovery leaving exhaust air temperature [Roof Top Unit with Energy Recovery]	°F	Read
AI	66	Energy Recovery Outdoor Air Bypass Damper Position	Energy recovery outdoor air bypass damper position [Roof Top Unit with Energy Recovery]	%	Read
AI	67	Daytime Warmup Initiate Temperature Setpoint Local	Local daytime warm-up initiate temperature setpoint [Variable Air Volume with any heat installed]	°F	Read
AI	68	Daytime Warmup Terminate Temperature Setpoint Local	Temperature setpoint that will exit daytime warm-up mode [Variable Air Volume with any heat installed]	°F	Read
AI	69	Economizing Temperature Enable Setpoint	Temperature setpoint below which economizing can be used [With Economizer installed]	°F	Read
AI	70	Economizing Enthalpy Enable Setpoint	Enthalpy setpoint below which economizing can be used [With Economizer installed]	Btu/lb	Read
AI	71	Exhaust Enable Position Setpoint Status	Exhaust air damper minimum position to enable exhaust sequence [With Economizer installed]	%	Read
AI	74	Space Temperature Cooling Setpoint Input	Cooling temperature setpoint from space sensor module	°F	Read
AI	75	Space Temperature Heating Setpoint Input	Heating temperature setpoint from space sensor module	°F	Read
AI	76	Humidification Capacity Status	Unit humidification capacity being utilized [With Humidification]	%	Read
AI	78	Space Temperature Setpoint Local	Local space temperature setpoint	°F	Read
AI	79	Dehumidification Capacity Status	Unit dehumidification capacity being utilized [Roof Top Unit with Dehumidification]	%	Read
AI	80	Cabinet Style	Cabinet style of the unit		Read	8 = Modular, 24 = Signature, 4 = Air Handler
AI	81	Cool Type	Cooling type installed in the unit		Read	1 = None, 2 = Modulating Cold Water, 6 = Modulating DX, 33 = 2-Stage Air-Cooled DX 1 Circuit 2 Compressor Relays, 34 = 2-Stage Air-Cooled DX 2 Circuit 2 Compressor Relays, 35 = 3-Stage Air-Cooled DX 2 Circuit 1 Compressor Relays, 36 = 3-Stage Air-Cooled DX 2 Circuit 2 Compr Relays, 37 = 2-Stage Water-Cooled DX 1 Circuit 2 Compressor Relays, 38 = 2-Stage Water-Cooled DX 2 Circuit 2 Compressor Relays, 39 = 3-Stage Water-Cooled DX 1 Circuit 2 Compressor Relays, 40 = 3-Stage Water-Cooled DX 2 Circuit 2 Compressor Relays, 41 = 3-Stage Air-Cooled DX 2 Circuit 3 Compressor Relays, 42 = 4-Stage Air-Cooled DX 2 Circuit 3 Compressor Relays, 43 = 3-Stage Water-Cooled DX 2 Circuit 3 Compressor Relays, 44 = 4-Stage Water-Cooled DX 2 Circuit 3 Compressor Relays, 45 = 3-Stage Water-Cooled DX 3 Circuit 3 Compressor Relays, 46 = 4-Stage Water-Cooled DX 3 Circuit 3 Compressor Relays, 47 = 4-Stage Air-Cooled DX 2 Circuit 4 Compressor Relays, 48 = 4-Stage Water-Cooled DX 2 Circuit 4 Compressor Relays, 49 = 4-Stage Water-Cooled DX 4 Circuit 4 Compressor Relays
AI	82	Preheat Type	Heating type installed in the unit		Read	129 = None, 130 = Modulating Hot Water, 134 = Modulating Electric, 135 = 1-Stage Electric, 136 = 2-Stage Electric, 137 = 3-Stage Electric, 138 = 4-Stage Electric, 158 = 5-Stage Electric, 160 = 7-Stage Electric, 141 = 2-Stage Gas, 162 = 4-Stage Gas, 142 = Modulating Gas, 163 = External Heat
AI	83	Reheat Type	Reheat type installed in the unit		Read	1 = None, 17 = Hot Gas
AI	84	Space CO2 High Limit Setpoint	High limit space CO2 setpoint for ventilation	ppm	Read
AI	85	Space CO2 Low Limit	Low limit space CO2 setpoint for ventilation [With DCV option]	ppm	Read
AI	86	Economizer Minimum Position Setpoint Local	Local economizer minimum position setpoint [With Economizer installed]	%	Read
AI	87	Space Temperature Local	Space air temperature measured by a unit-mounted sensor	°F	Read
AI	88	Unit Energy Demand	Current heat/cool energy demand of the unit	%	Read
AI	89	Supply Fan Type	Supply fan type installed in the unit		Read	1 = None, 2 = 1-Speed, 6 = Variable Speed
AI	90	Exhaust or Return Fan Type	Exhaust or return fan type installed in the unit		Read	1 = None, 2 = 1-Speed Exhaust Fan, 7 = 1-Speed Exhaust Fan with Modulating Exhaust Damper, 22 = 1-Speed Return Fan with Modulating Exhaust Damper, 26 = Variable Speed Fan with Modulating Exhaust Damper
AI	110	Daytime Warmup Air Temperature Initiate Setpoint Active	Active daytime warmup initiate setpoint [Variable Air Volume with any Heat Installed]	°F	Read
AI	1001	Resistance Compressor Minimum Capacity	Created when Digital Scroll Compressor is present [Digital Scroll Compressor present]	ohm	Read
AV	1	Filter Runtime Hours Setpoint	Setpoint value used by the filter run hours calculation	h	Command
AV	1001	Digital Scroll Compressor Cooling P Gain	Created when Digital Scroll Compressor is present		Command
AV	1002	Digital Scroll Compressor Cooling Capacity Status	Created when Digital Scroll Compressor is present	%	Command
MO	1	Economizer Airside Enable BAS	Commands the state of the airside economizer system [With Economizer installed]		Command	1 = Disabled, 2 = Enabled, 3 = Auto
MO	2	Emergency Override Command	Commands the unit into an emergency mode of operation		Command	1 = Normal, 2 = Pressurize, 3 = De-pressurize, 4 = Purge, 5 = Shutdown, 6 = Fire
MO	3	Economizer Waterside Enable BAS	Commands the state of the waterside economizer system [Commercial Self Contained with Water Side Economizer]		Command	1 = Disabled, 2 = Enabled, 3 = Auto
MO	6	Language Selection Command	Commands the unit to provide diagnostics in foreign languages		Command	1 = English, 2 = French, 3 = German, 4 = Spanish, 5 = Portuguese, 6 = Dutch, 7 = Italian
MOmin	7	Occupancy Request	Commands the unit into an occupancy mode		Command	1 = Occupied, 2 = Unoccupied, 3 = Occupied Bypass, 4 = Occupied Standby
MOmin	8	Heat Cool Mode Request BAS	Commands the unit to a specific application mode		Command	1 = Auto, 2 = Heat, 3 = Morning Warm-up, 4 = Cool, 5 = Night Purge, 6 = Pre-cool, 7 = Off, 8 = Test, 9 = Emergency Heat, 10 = Fan Only, 11 = Free Cool, 12 = Ice Making, 13 = Max Heat, 14 = Economy Mode, 15 = Dehumidifying, 16 = Calibrate
MO	10	Condenser Water Flow BAS	Commands the unit to utilize a remote water flow indication		Command	1 = Flow, 2 = No Flow, 3 = Auto
MI	2	Trane Unit Type	General description of the equipment-type classification		Read	1 = 1 Heat/1 Cool, 2 = Heat Pump, 3 = Blower Coil, 4 = Unit Ventilator, 5 = Fan Coil, 6 = Rooftop, 7 = Air Handler, 8 = Vertical Self Contained, 9 = Unitary, 10 = VAV Box, 11 = Fan Coil
MI	9	Economizer Type	General description of the equipment economizer system		Read	1 = None, 2 = 2 Position Ventilation, 3 = Modulation Economizer, 4 = 2 Position Ventilation/Waterside Economizer, 5 = Waterside Economizer, 6 = Airside/Waterside Economizer, 7 = TRAQ Damper, 8 = Airside Economizer and TRAQ Damper/Sensor, 9 = Waterside Economizer and TRAQ Damper/Sensor, 10 = Airside/Waterside Economizer and TRAQ Damper/Sensor
MI	10	Condenser Type	General description of the equipment condenser system		Read	1 = None, 2 = Air Cooled, 3 = Water Cooled, 4 = Evaporative
MI	13	Ventilation Override Status	Whether the unit is in a ventilation override mode of operation [Configured with Ventilation Override Module]		Read	1 = Inactive, 2 = Mode A Active, 3 = Mode B Active, 4 = Mode C Active, 5 = Mode D Active, 6 = Mode E Active
MI	15	Economizer Decision Method	Unit method to determine when the economizer system is enabled [Configured with Economizer]		Read	1 = Absolute Temperature, 2 = Relative Temperature, 3 = Absolute Enthalpy, 4 = Comparative Enthalpy
MI	17	Cooling Reset Type Status	Type of cooling reset [Variable Air Volume]		Read	1 = None, 2 = Outdoor Air, 3 = Zone
MI	18	Heating Reset Type Status	Type of heating reset [Variable Air Volume]		Read	1 = None, 2 = Outdoor Air, 3 = Zone
MI	19	Application Mode Status	Current application mode of the equipment		Read	1 = Auto, 2 = Heat, 3 = Morning Warm-up, 4 = Cool, 5 = Night Purge, 6 = Pre-cool, 7 = Off, 8 = Test, 9 = Emergency Heat, 10 = Fan Only, 11 = Free Cool, 12 = Ice-Making, 13 = Max Heat, 14 = Economy Mode, 15 = Dehumidifying, 16 = Calibrate
MImin	20	Occupancy Status	Current occupancy mode of the unit		Read	1 = Occupied, 2 = Unoccupied, 3 = Occupied Bypass, 4 = Occupied Standby
MI	21	Unit Stop Source	Source of the stop command that turned off the equipment		Read	1 = None, 2 = Emergency Stop, 3 = External Auto/Stop, 4 = Local HI, 5 = Remote HI
MI	22	Cooling Setpoint Source	Source of the space cooling setpoint		Read	1 = RTM Zone Sensor, 2 = Night Setback Panel, 3 = Human Interface, 4 = GBAS 0-5V, 5 = BAS/Network, 6 = GBAS 0-10V
MI	23	Heating Setpoint Source	Source of the space heating setpoint		Read	1 = RTM Zone Sensor, 2 = Night Setback Panel, 3 = Human Interface, 4 = GBAS 0-5V, 5 = BAS/Network, 6 = GBAS 0-10V
MI	24	Timed Override Status	Timed override request or cancel from zone sensor		Read	1 = Idle, 2 = On, 3 = Cancel
MI	25	Cool Output 1	Commanded state of cooling output 1 [DX]		Read	1 = Off, 2 = On, 3 = Not Present
MI	26	Cool Output 2	Commanded state of cooling output 2 [With 2 or more refrigerant circuits]		Read	1 = Off, 2 = On, 3 = Not Present
MI	27	Cool Output 3	Commanded state of cooling output 3 [With 3 or more refrigerant circuits]		Read	1 = Off, 2 = On, 3 = Not Present
MI	28	Cool Output 4	Commanded state of cooling output 4		Read	1 = Off, 2 = On, 3 = Not Present
MI	29	Heat Output 1	Commanded state of heating output 1 [Configured with any heat]		Read	1 = Off, 2 = On, 3 = Not Present
MI	30	Heat Output 2	Commanded state of heating output 2 [Configured with 2 or more stages of heat]		Read	1 = Off, 2 = On, 3 = Not Present
MI	31	Heat Output 3	Commanded state of heating output 3		Read	1 = Off, 2 = On, 3 = Not Present
MI	32	Heat Output 4	Commanded state of heating output 4		Read	1 = Off, 2 = On, 3 = Not Present
MI	33	Heat Output 5	Commanded state of heating output 5		Read	1 = Off, 2 = On, 3 = Not Present
MI	34	Prefilter Status	Pre-filter media state [Roof Top Unit Configured with Energy Recovery]		Read	1 = Clean, 2 = Dirty, 3 = Not Present
MI	35	Primary Filter Status	Primary filter media state		Read	1 = Clean, 2 = Dirty, 3 = Not Present
MI	36	Final Filter Status	Final filter media state [Configured with Final Filter]		Read	1 = Clean, 2 = Dirty, 3 = Not Present
MI	37	Supply Fan Proving Status	Current state of the supply fan		Read	1 = Off, 2 = On, 3 = Not Present
MI	38	Exhaust Fan Status	Commanded state of the exhaust fan [Configured with 100% or 50/100% Powered Exhaust]		Read	1 = Off, 2 = On, 3 = Not Present
MI	39	Exhaust Fan Proving Status	Whether the unit exhaust fan is off or on [Configured with 100% or 50/100% Powered Exhaust]		Read	1 = Off, 2 = On, 3 = Not Present
MI	40	Return Fan Proving Status	Current state of the return fan [Configured with return fan]		Read	1 = Off, 2 = On, 3 = Not Present
MImin	41	Supply Fan Status	State of the supply fan		Read	1 = Off, 2 = On, 3 = Not Present
MI	42	Return Fan Status	State of the return fan		Read	1 = Off, 2 = On, 3 = Not Present
MI	43	Outdoor Damper Status	Operating state of the outdoor damper [With Economizer installed]		Read	1 = At or Below Minimum Position, 2 = Above Minimum Position, 3 = Not Present
MI	44	Economizer System Status	Operating state of the waterside economizer system [With Economizer installed]		Read	1 = Disabled, 2 = Enabled, 3 = Not Present
MI	46	Cool Output 5	Commanded state of cooling output 5 [With 5 or more cooling outputs]		Read	1 = Off, 2 = On, 3 = Not Present
BOmin	1	System Control Command	Commands the unit to standalone-or BAS-controlled operation		Command	Inactive = Standalone Control, Active = BAS Control
BO	5	Heat Lockout Command	Commands the unit to prevent heating operation		Command	Inactive = Allow Heating, Active = Heating Locked Out
BO	6	Cool Lockout Command	Commands the unit to prevent cooling operation		Command	Inactive = Allow Cooling, Active = Cooling Locked Out
BO	7	Remote Minimum Position Enabled Command	Commands the unit to the minimum position operation		Command	Inactive = Disabled, Active = Enabled
BO	8	Supply Fan Configuration Command	Commands the unit supply fan to cycling or continuous operation		Command	Inactive = Auto, Active = On
BO	12	Primary Heat Reheat Enable Command	Enable the heating or reheating system during dehumidification mode		Command	Inactive = Disabled, Active = Enabled
BO	13	Filter Timer Reset	Commands the unit to reset the accumulated filter run hours		Command	Inactive = Accumulating, Active = Reset
BO	14	Reset Diagnostic	Commands the unit to reset and clear diagnostics		Command	Inactive = Normal, Active = Reset
BO	15	Dehumidification Enable Command	Commands the operating state of the dehumidification system [Roof Top Unit with Dehumidification]		Command	Inactive = Disabled, Active = Enabled Out of Service = Auto
BO	16	Humidification Command	Commands the operating state of the humidification system [Configured with Humidification]		Command	Inactive = Disabled, Active = Enabled Out of Service = Auto
BO	17	Chemical Purge Water Treatment Request	Commands the unit into a Chemical Purge Water Treatment event through BAS		Command	Inactive = Not Requested, Active = Requested
BImin	1	System Control Status	Control system currently in command of the unit		Read	Inactive = Standalone control, Active = BAS control
BI	2	Compressor Lockout Status	One or more compressors are locked out with no diagnostic		Read	Inactive = Normal, Active = Locked Out
BI	3	Unit On Off Status	Current state of the unit		Read	Inactive = Off, Active = On
BI	9	VAV Box Command	Whether VAV boxes should be in control or wide open [Variable Air Volume]		Read	Inactive = Auto, Active = Open
BI	10	Demand Limit Status	Whether the unit is in an energy-demand limit mode		Read	Inactive = Inactive, Active = Active
BI	11	Service Test Mode Status	Whether the unit is in service test mode		Read	Inactive = Inactive, Active = Active
BI	15	Supply Fan Configuration Status	Supply fan configuration [Constant Volume]		Read	Inactive = Cycling, Active = Continuous
BI	22	Economizer Airside Enable Status	Status of the airside economizer system [With Economizer installed]		Read	Inactive = Disabled, Active = Enabled
BI	23	Waterside Economizer Enable Status	Status of the waterside economizer system [Configured with Water Side Economizer]		Read	Inactive = Disabled, Active = Enabled
BI	24	Condenser Water Pump Status	Status of the condenser water system pump [Water Cooled Commercial Self Contained or Roof Top Unit]		Read	Inactive = Inactive, Active = Active
BI	25	Condenser Water Flow Status	Flow status of water in the condenser system		Read	Inactive = No Flow, Active = Flow
BI	26	Energy Recovery Frost Avoidance Status	Status of the energy recovery system frost protection function [With Energy Recovery]		Read	Inactive = Inactive, Active = Active
BI	27	Energy Recovery Status	Status of the energy recover system [With Energy Recovery]		Read	Inactive = Inactive, Active = Active
BI	28	Energy Recovery Preheat Status	Status of the energy recovery preheat function [With Energy Recovery]		Read	Inactive = Inactive, Active = Active
BI	161	Evaporator Frost Protection Circuit 1 Status	Status of evaporator frost protection function for circuit 1 [DX]		Read	Inactive = Inactive, Active = Active
BI	162	Evaporator Frost Protection Circuit 2 Status	Status of evaporator frost protection function for circuit 2 [For 2 or more refrigerant circuits]		Read	Inactive = Inactive, Active = Active
BI	163	Evaporator Frost Protection Circuit 3 Status	Status of evaporator frost protection function for circuit 3 [For 3 or more refrigerant circuits]		Read	Inactive = Inactive, Active = Active
BI	164	Evaporator Frost Protection Circuit 4 Status	Status of evaporator frost protection function for circuit 4 [For 4 or more refrigerant circuits]		Read	Inactive = Inactive, Active = Active
BImin	165	Alarm Relay Output Status	State of the alarm relay on the unit		Read	Inactive = De-energized, Active = Energized
BI	166	Diagnostic Stop Status	Whether the unit diagnostic has caused the unit to shutdown		Read	Inactive = Inactive, Active = Active
BI	243	Condenser Water Drain Status	Status of the condenser water drain [Roof Top Unit]		Read	Inactive = Closed, Active = Open
BI	244	Chemical Purge Water Treatment Status	Active status of the Chemical Purge Water Treatment event (CSC units only)		Read	Inactive = Inactive, Active = Active
BI	245	Rapid Restart Status	Active status of the Rapid Restart event [Roof Top Unit]		Read	Inactive = Inactive, Active = Active
BI	246	Supply Air Tempering Status	Current status of the Supply Air Tempering event [Roof Top Unit and Commercial Self Contained]		Read	Inactive = Inactive, Active = Active
BI	311	Supply Air Low Limit Active	Active status of the Supply Air Low Limit event		Read	Inactive = Inactive, Active = Active
BI	1001	Digital Scroll Compressor Status	Created when Digital Scroll Compressor is present [Digital Scroll Compressor present]		Read
BI	29	Diagnostic: RTM Zone Temp Sensor Failure	Unit diagnostic		Read	Inactive, Active
BI	30	Diagnostic: Supply Air Temp Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	31	Diagnostic: RTM Aux Temp Sensor Failure	Unit diagnostic; ID used on RTor CSC units		Read	Inactive, Active
BI	32	Diagnostic: OA Temperature Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	33	Diagnostic: Mode Input Failure	Unit diagnostic		Read	Inactive, Active
BI	34	Diagnostic: Occ Zone Cool Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	35	Diagnostic: Occ Zone Heat Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	36	Diagnostic: Supply Air Press Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	37	Diagnostic: OA Humidity Sensor Failure	Unit diagnostic		Read	Inactive, Active
BI	38	Diagnostic: Emergency Stop (man)	Unit diagnostic		Read	Inactive, Active
BI	39	Diagnostic: Supply Fan Failure (man)	Unit diagnostic		Read	Inactive, Active
BI	40	Diagnostic: Exhaust/Return Fan Failure (man)	Unit diagnostic		Read	Inactive, Active
BI	41	Diagnostic: Lvg Evap Temp Sensor Fail - Ckt1	Unit diagnostic		Read	Inactive, Active
BI	42	Diagnostic: Lvg Evap Temp Sensor Fail - Ckt2	Unit diagnostic		Read	Inactive, Active
BI	43	Diagnostic: Low Pressure Ctl Open - Ckt1 (man)	Unit diagnostic		Read	Inactive, Active
BI	44	Diagnostic: Low Pressure Ctl Open - Ckt2 (man)	Unit diagnostic		Read	Inactive, Active
BI	45	Diagnostic: Cond Temp Sensor Fail - Ckt1	Unit diagnostic		Read	Inactive, Active
BI	46	Diagnostic: Cond Temp Sensor Fail - Ckt2	Unit diagnostic		Read	Inactive, Active
BI	47	Diagnostic: Compressor Trip - Ckt1 (man)	Unit diagnostic		Read	Inactive, Active
BI	48	Diagnostic: Compressor Trip - Ckt2 (man)	Unit diagnostic		Read	Inactive, Active
BI	49	Diagnostic: HEAT Aux Temp Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	50	Diagnostic: Low Air Temp Limit Trip (man)	Unit diagnostic		Read	Inactive, Active
BI	51	Diagnostic: Heat Failure	Unit diagnostic		Read	Inactive, Active
BI	52	Diagnostic: Unocc Zone Cool Stpnt Fail	Unit diagnostic		Read	Inactive, Active
BI	53	Diagnostic: Unocc Zone Heat Stpnt Fail	Unit diagnostic		Read	Inactive, Active
BI	54	Diagnostic: SA Duct Press Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	55	Diagnostic: Space Pressure Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	56	Diagnostic: Space Pressure Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	57	Diagnostic: Return Air Temp Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	58	Diagnostic: Return Air RH Sensor Failure	Unit diagnostic; ID used on RTor CSC units		Read	Inactive, Active
BI	59	Diagnostic: SA High Press Limit	Unit diagnostic		Read	Inactive, Active
BI	60	Diagnostic: Man - SA High Press Limit	Unit diagnostic		Read	Inactive, Active
BI	61	Diagnostic: SCM Communications Failure	Unit diagnostic		Read	Inactive, Active
BI	62	Diagnostic: MCM Communications Failure	Unit diagnostic		Read	Inactive, Active
BI	63	Diagnostic: HEAT Communications Failure	Unit diagnostic		Read	Inactive, Active
BI	64	Diagnostic: ECEM Communications Failure	Unit diagnostic		Read	Inactive, Active
BI	65	Diagnostic: GBAS 0-5 VDC Comm Failure	Unit diagnostic		Read	Inactive, Active
BI	66	Diagnostic: BACnet Module Comm Fail	Unit diagnostic		Read	Inactive, Active
BI	67	Diagnostic: BAS/Network Comm Fail	Unit diagnostic		Read	Inactive, Active
BI	68	Diagnostic: NSB Panel Communication Fail	Unit diagnostic		Read	Inactive, Active
BI	69	Diagnostic: RTM EEPROM Failure	Unit diagnostic		Read	Inactive, Active
BI	70	Diagnostic: Unit HI Communications Fail	Unit diagnostic		Read	Inactive, Active
BI	71	Diagnostic: VOM Communications Failure	Unit diagnostic		Read	Inactive, Active
BI	72	Diagnostic: Compressor Contact Fail-Ckt1 (man)	Unit diagnostic		Read	Inactive, Active
BI	73	Diagnostic: Compressor Contact Fail-Ckt2 (man)	Unit diagnostic		Read	Inactive, Active
BI	74	Diagnostic: SA Temp Cool Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	75	Diagnostic: SA Temp Heat Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	76	Diagnostic: Dirty Filter	Unit diagnostic		Read	Inactive, Active
BI	77	Diagnostic: NSB Zone Temp Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	78	Diagnostic: VOM Mode A Active	Unit diagnostic		Read	Inactive, Active
BI	79	Diagnostic: VOM Mode B Active	Unit diagnostic		Read	Inactive, Active
BI	80	Diagnostic: VOM Mode C Active	Unit diagnostic		Read	Inactive, Active
BI	81	Diagnostic: VOM Mode D Active	Unit diagnostic		Read	Inactive, Active
BI	82	Diagnostic: VOM Mode E Active	Unit diagnostic		Read	Inactive, Active
BI	83	Diagnostic: CO2 Sensor Failure	Unit diagnostic		Read	Inactive, Active
BI	84	Diagnostic: VCM Aux Temp Sensor Failure	Unit diagnostic		Read	Inactive, Active
BI	85	Diagnostic: Blocked Air Return (man)	Unit diagnostic		Read	Inactive, Active
BI	86	Diagnostic: Velocity Press Sensor Fail	Unit diagnostic; other meaning on some unit types (see notes)		Read	Inactive, Active
BI	87	Diagnostic: VCM Communications Failure	Unit diagnostic		Read	Inactive, Active
BI	88	Diagnostic: Low Space Pressure Warning	Unit diagnostic; other meaning on some unit types (see notes)		Read	Inactive, Active
BI	89	Diagnostic: Low Space Pressure Trip - Auto	Unit diagnostic; other meaning on some unit types (see notes)		Read	Inactive, Active
BI	90	Diagnostic: Low Space Pressure Trip - Manual	Unit diagnostic; other meaning on some unit types (see notes)		Read	Inactive, Active
BI	91	Diagnostic: Exh Fan VFD Bypass Enabled	Unit diagnostic		Read	Inactive, Active
BI	92	Diagnostic: Cond Temp Sensor Fail - Ckt3	Unit diagnostic		Read	Inactive, Active
BI	93	Diagnostic: Cond Temp Sensor Fail - Ckt4	Unit diagnostic		Read	Inactive, Active
BI	94	Diagnostic: Ent Cond Wtr Tmp Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	95	Diagnostic: WSM MA Temp Sensor Failure	Unit diagnostic		Read	Inactive, Active
BI	96	Diagnostic: Enter Water Temp Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	97	Diagnostic: Water Flow Failure	Unit diagnostic		Read	Inactive, Active
BI	98	Diagnostic: Supply Fan VFD Bypass Enable	Unit diagnostic		Read	Inactive, Active
BI	99	Diagnostic: High CO2 Level	Unit diagnostic		Read	Inactive, Active
BI	100	Diagnostic: Low Pressure Ctl Open - Ckt4	Unit diagnostic		Read	Inactive, Active
BI	101	Diagnostic: Low Pressure Ctl Open - Ckt3	Unit diagnostic		Read	Inactive, Active
BI	102	Diagnostic: Compressor Contact Fail-Ckt4	Unit diagnostic		Read	Inactive, Active
BI	103	Diagnostic: Compressor Contact Fail-Ckt3	Unit diagnostic		Read	Inactive, Active
BI	104	Diagnostic: Evap Temp Sensor Fail - Ckt4	Unit diagnostic		Read	Inactive, Active
BI	105	Diagnostic: Evap Temp Sensor Fail - Ckt3	Unit diagnostic		Read	Inactive, Active
BI	106	Diagnostic: RTM Zone Humidity Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	107	Diagnostic: Ent Evap Temp Sensor Fail-Ckt 1	Unit diagnostic		Read	Inactive, Active
BI	108	Diagnostic: Ent Evap Temp Sensor Fail-Ckt 2	Unit diagnostic		Read	Inactive, Active
BI	111	Diagnostic: Recovery Dirty Prefilter	Unit diagnostic		Read	Inactive, Active
BI	112	Diagnostic: Recovery Lvg Exh Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	113	Diagnostic: Energy Recovery Wheel Fail (man)	Unit diagnostic		Read	Inactive, Active
BI	114	Diagnostic: Cond Sump Max Level Fail	Unit diagnostic		Read	Inactive, Active
BI	115	Diagnostic: Cond Sump Min Level or Drain	Unit diagnostic		Read	Inactive, Active
BI	116	Diagnostic: Cond Sump Pump Fail (man)	Unit diagnostic		Read	Inactive, Active
BI	117	Diagnostic: Cond Sump Pump Fail	Unit diagnostic		Read	Inactive, Active
BI	118	Diagnostic: Cond Water Temp Sensor Fail	Unit diagnostic		Read	Inactive, Active
BI	119	Diagnostic: Cond Sump Heater Fail (man)	Unit diagnostic		Read	Inactive, Active
BI	120	Diagnostic: GBAS 0-10 VDC Comm Failure	Unit diagnostic		Read	Inactive, Active
BI	121	Diagnostic: Reheat Head Press High	Unit diagnostic; ID used on RT units		Read	Inactive, Active
BI	122	Diagnostic: Improper Airflow for Dehumid (man)	Unit diagnostic		Read	Inactive, Active
BI	123	Diagnostic: SA Reheat Setpoint Failure	Unit diagnostic		Read	Inactive, Active
BI	124	Diagnostic: Unocc Dehumid Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	125	Diagnostic: Occ Dehumid Setpoint Failure	Unit diagnostic		Read	Inactive, Active
BI	126	Diagnostic: Unocc Humid Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	127	Diagnostic: Occ Humid Setpoint Failure	Unit diagnostic		Read	Inactive, Active
BI	128	Diagnostic: MDM Communications Failure	Unit diagnostic		Read	Inactive, Active
BI	129	Diagnostic: Dirty Final Filter	Unit diagnostic		Read	Inactive, Active
BI	130	Diagnostic: Vel Press Sensor (Front) Fail	Unit diagnostic		Read	Inactive, Active
BI	131	Diagnostic: High Superheat - Ckt 1	Unit diagnostic		Read	Inactive, Active
BI	132	Diagnostic: Low Refrigerant Charge - Ckt 1	Unit diagnostic		Read	Inactive, Active
BI	133	Diagnostic: High Superheat - Ckt 2	Unit diagnostic		Read	Inactive, Active
BI	134	Diagnostic: Low Refrigerant Charge - Ckt 2	Unit diagnostic		Read	Inactive, Active
BI	139	Diagnostic: MPM Communications Failure	Unit diagnostic		Read	Inactive, Active
BI	140	Diagnostic: TPM Communications Failure	Unit diagnostic		Read	Inactive, Active
BI	141	Diagnostic: Return Plenum Press Sensor	Unit diagnostic		Read	Inactive, Active
BI	142	Diagnostic: Return Press High Limit (Man)	Unit diagnostic		Read	Inactive, Active
BI	143	Diagnostic: Return Press High Limit (Auto)	Unit diagnostic		Read	Inactive, Active
BI	146	Diagnostic: Invalid Unit Configuration	Unit diagnostic		Read	Inactive, Active
BI	147	Diagnostic: Maintenance Required	Unit diagnostic		Read	Inactive, Active
BI	148	Diagnostic: Unit Communications Failure	Unit diagnostic		Read	Inactive, Active
BI	149	Diagnostic: Unit Stopped at Local HI	Unit diagnostic		Read	Inactive, Active
BI	150	Diagnostic: Unit Stopped at Remote HI	Unit diagnostic		Read	Inactive, Active
BI	151	Diagnostic: RTM External Stop	Unit diagnostic		Read	Inactive, Active
BI	153	Diagnostic: Ckt2 High Compressor Pressure Differential (Man)	Unit diagnostic		Read	Inactive, Active
BI	154	Diagnostic: VSM Communications Failure	Unit diagnostic		Read	Inactive, Active
BI	155	Diagnostic: Ckt1 High Compressor Pressure Differential (Man)	Unit diagnostic		Read	Inactive, Active
BI	233	Diagnostic: Sump Min Level Cycling (man)	Unit diagnostic		Read	Inactive, Active
BI	235	Diagnostic: Cond Press Sensor Fail – Ckt2	Unit diagnostic		Read	Inactive, Active
BI	236	Diagnostic: Cond Press Sensor Fail – Ckt1	Unit diagnostic		Read	Inactive, Active
BI	237	Diagnostic: Ent Evap Temp Sensor Fail-Ckt 3	Unit diagnostic		Read	Inactive, Active
BI	238	Diagnostic: Ent Evap Temp Sensor Fail-Ckt 4	Unit diagnostic		Read	Inactive, Active
BI	239	Diagnostic: Morning Warmup Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	240	Diagnostic: Min Position Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	241	Diagnostic: Econ Drybulb Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	242	Diagnostic: Min OA Flow Setpoint Fail	Unit diagnostic		Read	Inactive, Active
BI	247	Diagnostic: Single Zone VAV Hardware Configuration Failure	Unit diagnostic		Read	Inactive, Active
BI	248	Diagnostic: Rapid Restart Hardware Configuration Failure	Unit diagnostic		Read	Inactive, Active
BI	305	Diagnostic: Unit Economizing When It Should Not	Unit diagnostic [With Economizer installed]		Read	Inactive, Active
BI	306	Diagnostic: Unit Not Economizing When It Should	Unit diagnostic [With Economizer installed]		Read	Inactive, Active
BI	307	Diagnostic: Excessive Outdoor Air	Unit diagnostic		Read	Inactive, Active
BI	308	Diagnostic: Outdoor Air Damper Not Modulating	Unit diagnostic		Read	Inactive, Active
BI	312	Morning Warmup Enabled	Whether Morning Warmup is Enabled		Read
BI	313	Daytime Warmup Enabled	Whether Daytime Warmup is Enabled		Read

Object ID lookup: Trane BCI2-I point IDs by name

AO1Economizer Minimum Position Setpoint BAS
AO2Space Temperature Setpoint BAS
AO4Morning Warmup Setpoint BAS
AO5Daytime Warmup Terminate Temperature Setpoint BAS
AO6Discharge Air Cooling Setpoint BAS
AO7Discharge Air Heating Setpoint BAS
AO8Duct Static Pressure Setpoint BAS
AO9Space Static Pressure Setpoint BAS
AO10Space Static Pressure BAS
AO11Space Temperature BAS
AO12Discharge Air Temperature BAS
AO13Duct Static Pressure BAS
AO14Outdoor Air Temperature BAS
AO15Outdoor Air Humidity BAS
AO16Outdoor Air Minimum Flow Setpoint BAS
AO17Outdoor Air Flow BAS
AO18Space CO2 Concentration BAS
AO19Cool Capacity Enable Setpoint BAS
AO20Heat Capacity Enable Setpoint BAS
AO21Space Dehumidification Setpoint BAS
AO22Discharge Air Dewpoint Setpoint BAS
AO23Discharge Air Reheat Setpoint BAS
AO25Space Humidity BAS
AO26Space Humidification Setpoint BAS
AO29Occupied Offset
AO30Standby Offset
AO31Unoccupied Cooling Setpoint
AO32Unoccupied Heating Setpoint
AO33Chemical Purge Water Treatment Duration
AO39Supply Fan Speed Command Setpoint BAS
AO40Exhaust Fan Speed Setpoint BAS
AO43Daytime Warm-up Initiate Temperature Setpoint BAS
AO1001Digital Scroll Compressor Signal
AI1Cooling Capacity Status
AI2Heat Primary Capacity Status
AI3Heat Secondary Capacity Status
AI5Reheat Capacity Status
AI6Filter Runtime Hours
AI7Supply Fan Speed Command
AI8Exhaust Fan Speed Command
AI9Exhaust Damper Position Status
AI10Return Fan Speed Command
AI11Outdoor Air Damper Position Status
AI12Waterside Economizer Valve Position Status
AI13Frost Avoidance Temperature Setpoint
AI14Condenser Capacity Status
AI15Space Temperature Active
AI16Space Humidity Active
AI17Space Enthalpy
AI18Outdoor Air Temperature Active
AI19Outdoor Air Temperature Local
AI20Outdoor Air Humidity Active
AI21Outdoor Air Humidity Local
AI22Outdoor Air Dewpoint
AI23Outdoor Air Enthalpy
AI24Discharge Air Temperature Active
AI25Mixed Air Temperature
AI26Return Air Temperature
AI28Duct Static Pressure Active
AI29Duct Static Pressure Local
AI30Return Fan Air Pressure
AI31Space Static Air Pressure Active
AI32Space CO2 Concentration Active
AI33Discharge Air Dewpoint
AI34Outdoor Air Flow Active
AI35Condenser Water Entering Temperature
AI36Evaporator Entering Temperature Circuit 1
AI37Evaporator Entering Temperature Circuit 2
AI38Evaporator Leaving Temperature Circuit 1
AI39Evaporator Leaving Temperature Circuit 2
AI40Evaporator Leaving Temperature Circuit 3
AI41Evaporator Leaving Temperature Circuit 4
AI42Condensing Saturated Temperature Circuit 1
AI43Condensing Saturated Temperature Circuit 2
AI44Condensing Saturated Temperature Circuit 3
AI45Condensing Saturated Temperature Circuit 4
AI46Condenser Water Leaving Temperature Active
AI47Condenser Water Temperature Local
AI48Duct Static Pressure Setpoint Active
AI50Space Temperature Setpoint Active
AI52Discharge Air Temperature Setpoint Active
AI54Morning Warmup Temperature Setpoint Active
AI55Daytime Warmup Air Temperature Terminate Setpoint Active
AI56Economizer Minimum Position Setpoint Active
AI57Outdoor Air Minimum Flow Setpoint Active
AI58Dehumidification High Limit Setpoint
AI60Discharge Air Dewpoint Temperature Setpoint
AI61Discharge Air Reheat Setpoint Active
AI62Space Humidification Setpoint Active
AI64Energy Recovery Exhaust Air Bypass Damper Position
AI65Energy Recovery Leaving Exhaust Temperature
AI66Energy Recovery Outdoor Air Bypass Damper Position
AI67Daytime Warmup Initiate Temperature Setpoint Local
AI68Daytime Warmup Terminate Temperature Setpoint Local
AI69Economizing Temperature Enable Setpoint
AI70Economizing Enthalpy Enable Setpoint
AI71Exhaust Enable Position Setpoint Status
AI74Space Temperature Cooling Setpoint Input
AI75Space Temperature Heating Setpoint Input
AI76Humidification Capacity Status
AI78Space Temperature Setpoint Local
AI79Dehumidification Capacity Status
AI80Cabinet Style
AI81Cool Type
AI82Preheat Type
AI83Reheat Type
AI84Space CO2 High Limit Setpoint
AI85Space CO2 Low Limit
AI86Economizer Minimum Position Setpoint Local
AI87Space Temperature Local
AI88Unit Energy Demand
AI89Supply Fan Type
AI90Exhaust or Return Fan Type
AI110Daytime Warmup Air Temperature Initiate Setpoint Active
AI1001Resistance Compressor Minimum Capacity
AV1Filter Runtime Hours Setpoint
AV1001Digital Scroll Compressor Cooling P Gain
AV1002Digital Scroll Compressor Cooling Capacity Status
MO1Economizer Airside Enable BAS
MO2Emergency Override Command
MO3Economizer Waterside Enable BAS
MO6Language Selection Command
MO7Occupancy Request
MO8Heat Cool Mode Request BAS
MO10Condenser Water Flow BAS
MI2Trane Unit Type
MI9Economizer Type
MI10Condenser Type
MI13Ventilation Override Status
MI15Economizer Decision Method
MI17Cooling Reset Type Status
MI18Heating Reset Type Status
MI19Application Mode Status
MI20Occupancy Status
MI21Unit Stop Source
MI22Cooling Setpoint Source
MI23Heating Setpoint Source
MI24Timed Override Status
MI25Cool Output 1
MI26Cool Output 2
MI27Cool Output 3
MI28Cool Output 4
MI29Heat Output 1
MI30Heat Output 2
MI31Heat Output 3
MI32Heat Output 4
MI33Heat Output 5
MI34Prefilter Status
MI35Primary Filter Status
MI36Final Filter Status
MI37Supply Fan Proving Status
MI38Exhaust Fan Status
MI39Exhaust Fan Proving Status
MI40Return Fan Proving Status
MI41Supply Fan Status
MI42Return Fan Status
MI43Outdoor Damper Status
MI44Economizer System Status
MI46Cool Output 5
BO1System Control Command
BO5Heat Lockout Command
BO6Cool Lockout Command
BO7Remote Minimum Position Enabled Command
BO8Supply Fan Configuration Command
BO12Primary Heat Reheat Enable Command
BO13Filter Timer Reset
BO14Reset Diagnostic
BO15Dehumidification Enable Command
BO16Humidification Command
BO17Chemical Purge Water Treatment Request
BI1System Control Status
BI2Compressor Lockout Status
BI3Unit On Off Status
BI9VAV Box Command
BI10Demand Limit Status
BI11Service Test Mode Status
BI15Supply Fan Configuration Status
BI22Economizer Airside Enable Status
BI23Waterside Economizer Enable Status
BI24Condenser Water Pump Status
BI25Condenser Water Flow Status
BI26Energy Recovery Frost Avoidance Status
BI27Energy Recovery Status
BI28Energy Recovery Preheat Status
BI161Evaporator Frost Protection Circuit 1 Status
BI162Evaporator Frost Protection Circuit 2 Status
BI163Evaporator Frost Protection Circuit 3 Status
BI164Evaporator Frost Protection Circuit 4 Status
BI165Alarm Relay Output Status
BI166Diagnostic Stop Status
BI243Condenser Water Drain Status
BI244Chemical Purge Water Treatment Status
BI245Rapid Restart Status
BI246Supply Air Tempering Status
BI311Supply Air Low Limit Active
BI1001Digital Scroll Compressor Status
BI29Diagnostic: RTM Zone Temp Sensor Failure
BI30Diagnostic: Supply Air Temp Sensor Fail
BI31Diagnostic: RTM Aux Temp Sensor Failure
BI32Diagnostic: OA Temperature Sensor Fail
BI33Diagnostic: Mode Input Failure
BI34Diagnostic: Occ Zone Cool Setpoint Fail
BI35Diagnostic: Occ Zone Heat Setpoint Fail
BI36Diagnostic: Supply Air Press Sensor Fail
BI37Diagnostic: OA Humidity Sensor Failure
BI38Diagnostic: Emergency Stop (man)
BI39Diagnostic: Supply Fan Failure (man)
BI40Diagnostic: Exhaust/Return Fan Failure (man)
BI41Diagnostic: Lvg Evap Temp Sensor Fail - Ckt1
BI42Diagnostic: Lvg Evap Temp Sensor Fail - Ckt2
BI43Diagnostic: Low Pressure Ctl Open - Ckt1 (man)
BI44Diagnostic: Low Pressure Ctl Open - Ckt2 (man)
BI45Diagnostic: Cond Temp Sensor Fail - Ckt1
BI46Diagnostic: Cond Temp Sensor Fail - Ckt2
BI47Diagnostic: Compressor Trip - Ckt1 (man)
BI48Diagnostic: Compressor Trip - Ckt2 (man)
BI49Diagnostic: HEAT Aux Temp Sensor Fail
BI50Diagnostic: Low Air Temp Limit Trip (man)
BI51Diagnostic: Heat Failure
BI52Diagnostic: Unocc Zone Cool Stpnt Fail
BI53Diagnostic: Unocc Zone Heat Stpnt Fail
BI54Diagnostic: SA Duct Press Setpoint Fail
BI55Diagnostic: Space Pressure Setpoint Fail
BI56Diagnostic: Space Pressure Sensor Fail
BI57Diagnostic: Return Air Temp Sensor Fail
BI58Diagnostic: Return Air RH Sensor Failure
BI59Diagnostic: SA High Press Limit
BI60Diagnostic: Man - SA High Press Limit
BI61Diagnostic: SCM Communications Failure
BI62Diagnostic: MCM Communications Failure
BI63Diagnostic: HEAT Communications Failure
BI64Diagnostic: ECEM Communications Failure
BI65Diagnostic: GBAS 0-5 VDC Comm Failure
BI66Diagnostic: BACnet Module Comm Fail
BI67Diagnostic: BAS/Network Comm Fail
BI68Diagnostic: NSB Panel Communication Fail
BI69Diagnostic: RTM EEPROM Failure
BI70Diagnostic: Unit HI Communications Fail
BI71Diagnostic: VOM Communications Failure
BI72Diagnostic: Compressor Contact Fail-Ckt1 (man)
BI73Diagnostic: Compressor Contact Fail-Ckt2 (man)
BI74Diagnostic: SA Temp Cool Setpoint Fail
BI75Diagnostic: SA Temp Heat Setpoint Fail
BI76Diagnostic: Dirty Filter
BI77Diagnostic: NSB Zone Temp Sensor Fail
BI78Diagnostic: VOM Mode A Active
BI79Diagnostic: VOM Mode B Active
BI80Diagnostic: VOM Mode C Active
BI81Diagnostic: VOM Mode D Active
BI82Diagnostic: VOM Mode E Active
BI83Diagnostic: CO2 Sensor Failure
BI84Diagnostic: VCM Aux Temp Sensor Failure
BI85Diagnostic: Blocked Air Return (man)
BI86Diagnostic: Velocity Press Sensor Fail
BI87Diagnostic: VCM Communications Failure
BI88Diagnostic: Low Space Pressure Warning
BI89Diagnostic: Low Space Pressure Trip - Auto
BI90Diagnostic: Low Space Pressure Trip - Manual
BI91Diagnostic: Exh Fan VFD Bypass Enabled
BI92Diagnostic: Cond Temp Sensor Fail - Ckt3
BI93Diagnostic: Cond Temp Sensor Fail - Ckt4
BI94Diagnostic: Ent Cond Wtr Tmp Sensor Fail
BI95Diagnostic: WSM MA Temp Sensor Failure
BI96Diagnostic: Enter Water Temp Sensor Fail
BI97Diagnostic: Water Flow Failure
BI98Diagnostic: Supply Fan VFD Bypass Enable
BI99Diagnostic: High CO2 Level
BI100Diagnostic: Low Pressure Ctl Open - Ckt4
BI101Diagnostic: Low Pressure Ctl Open - Ckt3
BI102Diagnostic: Compressor Contact Fail-Ckt4
BI103Diagnostic: Compressor Contact Fail-Ckt3
BI104Diagnostic: Evap Temp Sensor Fail - Ckt4
BI105Diagnostic: Evap Temp Sensor Fail - Ckt3
BI106Diagnostic: RTM Zone Humidity Sensor Fail
BI107Diagnostic: Ent Evap Temp Sensor Fail-Ckt 1
BI108Diagnostic: Ent Evap Temp Sensor Fail-Ckt 2
BI111Diagnostic: Recovery Dirty Prefilter
BI112Diagnostic: Recovery Lvg Exh Sensor Fail
BI113Diagnostic: Energy Recovery Wheel Fail (man)
BI114Diagnostic: Cond Sump Max Level Fail
BI115Diagnostic: Cond Sump Min Level or Drain
BI116Diagnostic: Cond Sump Pump Fail (man)
BI117Diagnostic: Cond Sump Pump Fail
BI118Diagnostic: Cond Water Temp Sensor Fail
BI119Diagnostic: Cond Sump Heater Fail (man)
BI120Diagnostic: GBAS 0-10 VDC Comm Failure
BI121Diagnostic: Reheat Head Press High
BI122Diagnostic: Improper Airflow for Dehumid (man)
BI123Diagnostic: SA Reheat Setpoint Failure
BI124Diagnostic: Unocc Dehumid Setpoint Fail
BI125Diagnostic: Occ Dehumid Setpoint Failure
BI126Diagnostic: Unocc Humid Setpoint Fail
BI127Diagnostic: Occ Humid Setpoint Failure
BI128Diagnostic: MDM Communications Failure
BI129Diagnostic: Dirty Final Filter
BI130Diagnostic: Vel Press Sensor (Front) Fail
BI131Diagnostic: High Superheat - Ckt 1
BI132Diagnostic: Low Refrigerant Charge - Ckt 1
BI133Diagnostic: High Superheat - Ckt 2
BI134Diagnostic: Low Refrigerant Charge - Ckt 2
BI139Diagnostic: MPM Communications Failure
BI140Diagnostic: TPM Communications Failure
BI141Diagnostic: Return Plenum Press Sensor
BI142Diagnostic: Return Press High Limit (Man)
BI143Diagnostic: Return Press High Limit (Auto)
BI146Diagnostic: Invalid Unit Configuration
BI147Diagnostic: Maintenance Required
BI148Diagnostic: Unit Communications Failure
BI149Diagnostic: Unit Stopped at Local HI
BI150Diagnostic: Unit Stopped at Remote HI
BI151Diagnostic: RTM External Stop
BI153Diagnostic: Ckt2 High Compressor Pressure Differential (Man)
BI154Diagnostic: VSM Communications Failure
BI155Diagnostic: Ckt1 High Compressor Pressure Differential (Man)
BI233Diagnostic: Sump Min Level Cycling (man)
BI235Diagnostic: Cond Press Sensor Fail – Ckt2
BI236Diagnostic: Cond Press Sensor Fail – Ckt1
BI237Diagnostic: Ent Evap Temp Sensor Fail-Ckt 3
BI238Diagnostic: Ent Evap Temp Sensor Fail-Ckt 4
BI239Diagnostic: Morning Warmup Setpoint Fail
BI240Diagnostic: Min Position Setpoint Fail
BI241Diagnostic: Econ Drybulb Setpoint Fail
BI242Diagnostic: Min OA Flow Setpoint Fail
BI247Diagnostic: Single Zone VAV Hardware Configuration Failure
BI248Diagnostic: Rapid Restart Hardware Configuration Failure
BI305Diagnostic: Unit Economizing When It Should Not
BI306Diagnostic: Unit Not Economizing When It Should
BI307Diagnostic: Excessive Outdoor Air
BI308Diagnostic: Outdoor Air Damper Not Modulating
BI312Morning Warmup Enabled
BI313Daytime Warmup Enabled

Integration notes

The tables have no read/write column. The guide says output objects carry BAS commands, setpoints and sensor values and input objects are status; its object-type tables give AO, AV, BO and MO a priority array, so those are marked commandable.
'When exists' conditions from the guide are shown in brackets where they fit. Objects marked 'Never' in the guide (Chemical Purge, CSC only) are kept as printed.
BI 86, 88, 89 and 90 are printed twice with different meanings by unit type. Listed here: BI 86 Velocity Press Sensor Fail (CSC, IntelliPak I, rooftop) and the rooftop meanings of BI 88-90. The other printed meanings are BI 86 'Diagnostic: Vel Press Sensor (Rear)' (rooftop, IntelliPak II), BI 88 'Diagnostic: WSM Communications Failure', BI 89 'Diagnostic: Compressor Trip - Ckt 3' and BI 90 'Diagnostic: Compressor Trip - Ckt 4' (Commercial Self-Contained).
The diagnostics table repeats BI 161-166, 243-246 and 311. BI 161-164 are named 'Evaporator Frost Protection Circuit n Status' in the binary input table and 'Circuit n Coil Frost Protection Status' in the diagnostics table; BI 166 is 'Diagnostic Stop Status' vs 'Diagnostic: Stop Status'. The binary input table names are used here.
Units are the IP defaults printed in the guide; the card ships set to SI and only switches to IP after a clear and units change.
Objects in the 1001 range (AI, AO, AV, BI 1001...) are only created when a digital scroll compressor is present.

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 BCI2-I (IntelliPak) 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 Trane BCI2-I (IntelliPak)

How many BACnet points does the Trane BCI2-I (IntelliPak) have?

This list has 331 BACnet objects: 82 analog inputs, 33 analog outputs, 3 analog values, 161 binary inputs, 11 binary outputs, 34 multi-state inputs, 7 multi-state outputs. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Trane BCI2-I (IntelliPak) BACnet points are writable?

54 of the 331 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 Trane BCI2-I (IntelliPak) BACnet documentation?

The source is Integration Guide: BACnet Communication Interface (BCI2-I) for IntelliPak and Commercial Self-Contained (BAS-SVP054B-EN), revision September 2023, published free by Trane at https://elibrary.tranetechnologies.com/public/commercial-hvac/Literature/Integration/BAS-SVP054B-EN_09222023.pdf.

What are the minimum BACnet points to integrate the Trane BCI2-I (IntelliPak)?

Start with BO 1 System Control Command (Active = BAS control; Inactive = standalone, monitor only); MO 7 Occupancy Request (Occupancy command (1 = Occupied, 2 = Unoccupied)); MO 8 Heat Cool Mode Request BAS (Heat/cool mode command (1 = Auto)); AO 2 Space Temperature Setpoint BAS (Space setpoint; occupied/standby offsets apply to it); AO 6 Discharge Air Cooling Setpoint BAS (Supply air cooling setpoint on VAV units); BI 1 System Control Status (Confirms the unit is under BAS control); MI 20 Occupancy Status (Confirms the occupancy the unit is running in); MI 41 Supply Fan Status (Supply fan on/off (2 = On)); AI 15 Space Temperature Active (Space temperature the unit is controlling to); BI 165 Alarm Relay Output Status (Unit alarm relay; Active = energized).

How do I enable BMS control of the Trane BCI2-I (IntelliPak)?

Does the Trane BCI2-I (IntelliPak) need a BACnet heartbeat or have a communication timeout?

Can the BMS supply sensor values to the Trane BCI2-I (IntelliPak)?

How do I check these points on the real BCI2-I (IntelliPak)?

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 Trane BACnet points lists

Source: Integration Guide: BACnet Communication Interface (BCI2-I) for IntelliPak and Commercial Self-Contained · BAS-SVP054B-EN · rev. September 2023. Object names, instances and units are reproduced as published; descriptions are our own.

Trane BCI2-I (IntelliPak) BACnet points list

BMS integration notes: Trane BCI2-I (IntelliPak)

Minimum points to map

Enable & remote start

Heartbeat & communication loss

Sensors & values from the BMS

Network setup

Watch out for

Trane BCI2-I (IntelliPak) BACnet objects

Integration notes

Questions about the Trane BCI2-I (IntelliPak)

More Trane BACnet points lists

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Trane Symbio 800 RTAC (CH530)

Trane Symbio 800 RTAC (UC800)

Trane Symbio 800 RTHD (CH530)

Trane Symbio 800 RTHD (UC800)

Trane Symbio 800 RTWD (CH530)

Trane Symbio 800 Series R RTHD

Trane Symbio 800 Series R RTWD

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