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VCCX-454 Controller

Rooftop unit / air handler controller · BACnet points list

AAON VCCX-454 Controller BACnet points list

Updated 12 November 2026

Short answer

The VCCX-454 is the unit controller AAON uses on its R-454B equipment. It has an on-board BACnet port that can be set for MS/TP or BACnet IP. The object map has about 350 read-only analog inputs (temperatures, pressures, airflow, RM454 refrigerant module data, power monitor and fan array data), 99 writable analog values (setpoints, overrides and BAS-written sensor values) and about 150 read-only binary inputs (alarms, A2L leak alarms, module and relay status).

This page lists 602 BACnet objects for the AAON VCCX-454 Controller — 99 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from AAON’s own free documentation, linked below.

Manufacturer: AAON
Model: VCCX-454 Controller
Equipment: Rooftop unit / air handler controller
Equipment type: Rooftop units, AHUs & DOAS
BACnet objects: 602 (99 writable)
Transport: BACnet MS/TP, BACnet IP
Firmware: Not stated
Also known as: VCCX-454, VCCX 454, ASM07503, SS1188, AAON VCCX-454 controller, R-454B unit controller
Source document: VCCX-454 Controller Technical Guide · ASM07503 Rev. I · rev. 2026-08

Download CSV 602 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 AAON’s current documentation and the live device before use. Not official AAON information. Terms of use.

BMS integration notes: AAON VCCX-454 Controller

Integration in brief

Connect the on-board BACnet port (MS/TP or IP) and set the MAC address, device ID and baud or IP settings on the LCD BACnet screens. The BAS schedules the unit with AV 67 Schedule Force, adjusts the occupied setpoints and supply air setpoints, and can override HVAC mode, fan VFD and OA damper. Alarms are read from the BI objects.

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
AV 67	Schedule Force	Occupancy: 0 auto, 1 occupied, 2 unoccupied	Write
AV 1	Occupied Cooling Setpoint	Cooling starts one deadband above this	Write
AV 2	Occupied Heating Setpoint	Heating starts one deadband below this	Write
AV 10	Supply Air Cooling Setpoint	Discharge air target in cooling	Write
AI 3	Control Status	Current occupancy status	Read
AI 4	HVAC Mode	Current operating mode	Read
AI 5	Control Temperature	Reading from the configured control sensor	Read
AI 9	Supply Air Temperature	Discharge air temperature	Read
AI 144	Alarm Status	Summary alarm	Read

Enable & remote start

Occupancy comes from AV 67 Schedule Force (0 = controller schedule, 1 = forced occupied, 2 = forced unoccupied) or the controller's own schedule. AV 68, AV 69, AV 70 and AV 71 override HVAC mode, fan VFD, OA damper and supply setpoint; writing Auto (0, or 65535 for the VFD overrides) hands control back. AV 98 locks out the compressors.

Sensors & values from the BMS

If the controller is configured for it, the BAS can write AV 72 Space Temperature Value, AV 73 Space Humidity Value, AV 76 Relief Pressure Value, AV 77 Carbon Dioxide Value, AV 78 Outdoor Air Temperature Value and AV 79 Outdoor Air Humidity Value. No refresh timeout is printed in the points table.

Network setup

MAC address, device ID (up to seven digits) and baud rate are set on the controller's LCD BACnet screens.
The same port is set to MS/TP or IP (BAC Type) on the LCD settings screens.

Watch out for

Writing an OA damper override between 0 and 100% locks out the compressors; 0 or 100% lets them run.
Many points only report when the matching module (RM454, MHGRV, MODGAS, preheater, fan array, power monitor) is installed.

AAON VCCX-454 Controller 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.

602 of 602 shown

Type

Binary

Access

Units

Show

AAON VCCX-454 Controller BACnet Points List
			Description			States
AI	1	Application Software Version	Current version of the software in the unit		Read
AI	2	Control Mode	Configured unit application		Read
AImin	3	Control Status	Configured Occupied or Unoccupied Status		Read
AImin	4	HVAC Mode	Current Operation Status		Read
AImin	5	Control Temperature	Current value of the Control Temperature Sensor		Read
AI	6	Mode Cooling Setpoint	Cooling Mode Enable Setpoint Mirror (adjusted by the Space		Read
AI	7	Mode Heating Setpoint	Heating Mode Enable Setpoint Mirror (adjust by the Space		Read
AI	8	Sensor Slide Adjust Effect	Amount of Current Sensor Slide adjust		Read
AImin	9	Supply Air Temperature	Current value of the Supply Air Temperature sensor		Read
AI	10	Supply Air Setpoint	Current SAT Cooling or Heating Setpoint if there		Read
AI	11	Controlling Coil Temp Setpoint	Current calculated Coil Suction Temperature target during Dehumidification Mode		Read
AI	12	Space Temperature	Current value of the Space Temperature Sensor		Read
AI	13	Space Humidity	Current value of the Space Humidity		Read
AI	14	Return Air Temperature	Current value of the Return Temperature Sensor		Read
AI	15	Return Air Humidity	Current value of the Return Air Humidity		Read
AI	16	Outdoor Air Temperature	Current value of the Outdoor Air Temperature Sensor		Read
AI	17	Outdoor Air Humidity	Current value of the Outdoor Humidity Sensor		Read
AI	18	Outdoor Air Wetbulb	Current calculated Outdoor Wetbulb Temperature		Read
AI	19	Outdoor Air Dewpoint	Current calculated Outdoor Air Dewpoint Temperature		Read
AI	20	Supply Air Setpoint Reset Voltage	Supply Air Temp Setpoint Reset Input Signal		Read
AI	21	Duct Static Pressure	Current Duct Static Pressure		Read
AI	22	Duct Static Control Signal	Current Duct Static Control Signal (Fan VFD)		Read
AI	23	Building Pressure	Current value of the Building Pressure Sensor		Read
AI	24	Building Pressure Control Signal	Current Building Pressure Control Signal		Read
AI	25	Outdoor Airflow	Current Outdoor Airflow Measurement		Read
AI	26	Supply Airflow	Current Supply Airflow Measurement		Read
AI	27	Return Airflow	Current Return Airflow Measurement		Read
AI	28	Exhaust Airflow	Current Exhaust Airflow Measurement		Read
AI	29	Carbon Dioxide	Current Indoor CO2 Level		Read
AI	30	Desired Economizer Position	Current Modulating Signal to the Economizer Damper		Read
AI	31	Economizer Feedback Position	Title 24 current position of the feedback		Read
AI	32	Return Damper Position	Current Signal to the Return Air Damper if using		Read
AI	33	Return Bypass Position	Current Signal to the Return Air Bypass Damper		Read
AI	34	Modulating Cooling Position	Current percentage of the Modulating Chilled Water Signal		Read
AI	35	Modulating Heat Position	Current percentage of the Modulating Heating signal (hot Water		Read
AI	36	Preheater Leaving Air Temp #1	Current Preheater Leaving Air Temperature #1		Read
AI	37	Preheater Leaving Air Temp #2	Current Preheater Leaving Air Temperature #2		Read
AI	38	Preheater Entering Air Temp	Current Entering Air Temp for Preheater		Read
AI	39	Preheater Setpoint Reset Voltage	Current Voltage Reset Input Value for Preheater		Read
AI	40	Preheater SCR Output Signal	Current Modulating Heat Signal for Preheater		Read
AI	41	Preheater PWM Output Signal	Current PWM Output Signal for Preheater		Read
AI	42	Mod Hot Gas Reheat Valve Position	Current position of MHGRV Modulating Hot Gas Reheat Valve		Read
AI	43	Mod Gas Heat Valve Position	Current position of MODGAS Modulating Gas Heat Valve Control		Read
AI	44	A1 Compressor Signal	Current Compressor A1 Modulating Cooling Signal		Read
AI	45	A2 Compressor Signal	Current Compressor A2 Modulating Cooling Signal		Read
AI	46	A1 Condenser Signal	Current Condenser A1 Signal		Read
AI	47	A2 Condenser Signal	Current Condenser A2 Signal		Read
AI	48	A1 Suction Pressure	Current Compressor A1 Suction Pressure		Read
AI	49	A2 Suction Pressure	Current Compressor A2 Suction Pressure		Read
AI	50	A1 Head Pressure	Current Compressor A1 Head Pressure		Read
AI	51	A2 Head Pressure	Current Compressor A2 Head Pressure		Read
AI	52	A1 Saturation Temperature	Current Compressor A1 Coil Saturation Temperature		Read
AI	53	A2 Saturation Temperature	Current Compressor A2 Coil Saturation Temperature		Read
AI	54	A1 Suction Line Temperature	Current Compressor A1 Suction Line Temperature		Read
AI	55	A2 Suction Line Temperature	Current Compressor A1 Suction Line Temperature		Read
AI	56	A1 Condenser Suction Temp (Heat Pump)	Current Compressor A1 Suction Line Temperature (Heat Pump)		Read
AI	57	A2 Condenser Suction Temp (Heat Pump)	Current Compressor A2 Suction Line Temperature (Heat Pump)		Read
AI	58	A1 Superheat Temperature	Current Compressor A1 Superheat Temperature		Read
AI	59	A2 Superheat Temperature	Current Compressor A2 Superheat Temperature		Read
AI	60	Condenser A1 Superheat (Heat Pump)	Current Compressor A1 Superheat Temperature (Heat Pump)		Read
AI	61	Condenser A2 Superheat (Heat Pump)	Current Compressor A2 Superheat Temperature (Heat Pump)		Read
AI	62	A1 Expansion Valve Position	Current position of Compressor A1 Expansion Valve		Read
AI	63	A2 Expansion Valve Position	Current position of Compressor A2 Expansion Valve		Read
AI	64	Condenser A1 Expansion Valve Position	Current position of Condenser A1 Expansion Valve		Read
AI	65	Condenser A2 Expansion Valve	Current position of Condenser A2 Expansion Valve		Read
AI	66	A1 Discharge Temperature	Current Compressor A1 Discharge Temperature		Read
AI	67	A2 Discharge Temperature	Current Compressor A2 Discharge Temperature		Read
AI	68	A1 Leaving Water Temp	Current A1 Leaving Water Temperature for WSHP		Read
AI	69	B1 Compressor Signal	Current Compressor B1 Modulating Cooling Signal		Read
AI	70	B2 Compressor Signal	Current Compressor B2 Modulating Cooling Signal		Read
AI	71	B1 Condenser Signal	Current B1 Condenser Signal		Read
AI	72	B2 Condenser Signal	Current B2 Condenser Signal or WSE Bypass Valve Signal		Read
AI	73	B1 Suction Pressure	Current Compressor B1 Suction Pressure		Read
AI	74	B2 Suction Pressure	Current Compressor B2 Suction Pressure		Read
AI	75	B1 Head Pressure	Current Compressor B1 Head Pressure		Read
AI	76	B2 Head Pressure	Current Compressor B2 Head Pressure		Read
AI	77	B1 Saturation Temperature	Current Compressor B1 Coil Saturation Temperature		Read
AI	78	B2 Saturation Temperature	Current Compressor B2 Coil Saturation Temperature		Read
AI	79	B1 Suction Line Temperature	Current Compressor B1 Suction Line Temperature		Read
AI	80	B2 Suction Line Temperature	Current Compressor B2 Suction Line Temperature		Read
AI	81	B1 Condenser Suction Temp (Heat Pump)	Current Compressor B1 Suction Line Temperature (Heat Pump)		Read
AI	82	B2 Condenser Suction Temp (Heat Pump)	Current Compressor B2 Suction Line Temperature (Heat Pump)		Read
AI	83	B1 Superheat Temperature	Current Compressor B1 Superheat Temperature (Heat Pump)		Read
AI	84	B2 Superheat Temperature	Current Compressor B2 Superheat Temperature (Heat Pump)		Read
AI	85	Condenser B1 Superheat (Heat Pump)	Current Compressor B1 Superheat Temperature (Heat Pump)		Read
AI	86	Condenser B2 Superheat (Heat Pump)	Current Compressor B2 Superheat Temperature (Heat Pump)		Read
AI	87	B1 Expansion Valve Position	Current position of Compressor B1 Expansion Valve		Read
AI	88	B2 Expansion Valve Position	Current position of Compressor B2 Expansion Valve		Read
AI	89	Condenser B1 Expansion Valve Position	Current position of Condenser B1 Expansion Valve		Read
AI	90	Condenser B2 Expansion Valve Position	Current position of Condenser B2 Expansion Valve		Read
AI	91	B1 Discharge Temperature	Current Compressor B1 Discharge Temperature		Read
AI	92	B2 Discharge Temperature	Current Compressor B2 Discharge Temperature		Read
AI	93	B1 Leaving Water Temp	Current B1 Leaving Water Temperature for WSHP		Read
AI	94	C1 Compressor Signal	Current Compressor C1 Modulating Cooling Signal		Read
AI	95	C2 Compressor Signal	Current Compressor C2 Modulating Cooling Signal		Read
AI	96	C1 Condenser Signal	Current C1 Condenser Signal		Read
AI	97	C2 Condenser Signal	Current C2 Condenser Signal or WSE Bypass Valve Signal		Read
AI	98	C1 Suction Pressure	Current Compressor C1 Suction Pressure		Read
AI	99	C2 Suction Pressure	Current Compressor C2 Suction Pressure		Read
AI	100	C1 Head Pressure	Current Compressor C1 Head Pressure		Read
AI	101	C2 Head Pressure	Current Compressor C2 Head Pressure		Read
AI	102	C1 Saturation Temperature	Current Compressor C1 Coil Saturation Temperature		Read
AI	103	C2 Saturation Temperature	Current Compressor C2 Coil Saturation Temperature		Read
AI	104	C1 Suction Line Temperature	Current Compressor C1 Suction Line Temperature		Read
AI	105	C2 Suction Line Temperature	Current Compressor C2 Suction Line Temperature		Read
AI	106	C1 Condenser Suction Temp (Heat Pump)	Current Compressor C1 Suction Line Temperature (Heat Pump)		Read
AI	107	C2 Condenser Suction Temp (Heat Pump)	Current Compressor C2 Suction Line Temperature (Heat Pump)		Read
AI	108	C1 Superheat Temperature	Current Compressor C1 Superheat Temperature		Read
AI	109	C2 Superheat Temperature	Current Compressor C2 Superheat Temperature		Read
AI	110	Condenser C1 Superheat (Heat Pump)	Current Compressor C1 Superheat Temperature (Heat pump)		Read
AI	111	Condenser C2 Superheat (Heat Pump)	Current Compressor C2 Superheat Temperature (Heat pump)		Read
AI	112	C1 Expansion Valve Position	Current position of Compressor C1 Expansion Valve		Read
AI	113	C2 Expansion Valve Position	Current position of Compressor C2 Expansion Valve		Read
AI	114	Condenser C1 Expansion Valve Position	Current position of Condenser C1 Expansion Valve		Read
AI	115	Condenser C2 Expansion Valve Position	Current position of Condenser C2 Expansion Valve		Read
AI	116	C1 Discharge Temperature	Current Compressor C1 Discharge Temperature		Read
AI	117	C2 Discharge Temperature	Current Compressor C2 Discharge Temperature		Read
AI	118	C1 Leaving Water Temp	Current C1 Leaving Water Temperature for WSHP		Read
AI	119	D1 Compressor Signal	Current Compressor D1 Modulating Cooling Signal		Read
AI	120	D2 Compressor Signal	Current Compressor D2 Modulating Cooling Signal		Read
AI	121	D1 Condenser Signal	Current D1 Condenser Signal		Read
AI	122	D2 Condenser Signal	Current D2 Condenser Signal or WSE Bypass Valve Signal		Read
AI	123	D1 Suction Pressure	Current Compressor D1 Suction Pressure		Read
AI	124	D2 Suction Pressure	Current Compressor D2 Suction Pressure		Read
AI	125	D1 Head Pressure	Current Compressor D1 Head Pressure		Read
AI	126	D2 Head Pressure	Current Compressor D2 Head Pressure		Read
AI	127	D1 Saturation Temperature	Current Compressor D1 Coil Saturation Temperature		Read
AI	128	D2 Saturation Temperature	Current Compressor D2 Coil Saturation Temperature		Read
AI	129	D1 Suction Line Temperature	Current Compressor D1 Suction Line Temperature		Read
AI	130	D2 Suction Line Temperature	Current Compressor D2 Suction Line Temperature		Read
AI	131	D1 Condenser Suction Temp (Heat Pump)	Current Compressor D1 Suction Line Temperature (Heat Pump)		Read
AI	132	D2 Condenser Suction Temp (Heat Pump)	Current Compressor D2 Suction Line Temperature (Heat Pump)		Read
AI	133	D1 Superheat Temperature	Current Compressor D1 Superheat Temperature		Read
AI	134	D2 Superheat Temperature	Current Compressor D2 Superheat Temperature		Read
AI	135	Condenser D1 Superheat (Heat Pump)	Current Compressor D1 Superheat Temperature (Heat Pump)		Read
AI	136	Condenser D2 Superheat (Heat Pump)	Current Compressor D2 Superheat Temperature (Heat Pump)		Read
AI	137	D1 Expansion Valve Position	Current position of Compressor D1 Expansion Valve		Read
AI	138	D2 Expansion Valve Position	Current position of Compressor D2 Expansion Valve		Read
AI	139	Condenser D1 Expansion Valve Position	Current position of Condenser D1 Expansion Valve		Read
AI	140	Condenser D2 Expansion Valve Position	Current position of Condenser D2 Expansion Valve		Read
AI	141	D1 Discharge Temperature	Current Compressor D1 Discharge Temperature		Read
AI	142	D2 Discharge Temperature	Current Compressor D2 Discharge Temperature		Read
AI	143	D1 Leaving Water Temp	Current D1 Leaving Water Temperature for WSHP		Read
AImin	144	Alarm Status	An alarm condition		Read
AI	145	Outdoor Enthalpy	Current outdoor Enthalpy		Read
AI	146	Plenum Pressure	Reserved		Read
AI	147	Return Fan Speed	Reserved		Read
AI	148	Plenum Calculated Setpoint	Reserved		Read
AI	149	Return Air Enthalpy Status	Current value of Return Air Enthalpy		Read
AI	150	Current Duct Static Setpoint	Status of the duct static setpoint		Read
AI	151	RM454-Z 1 Condenser Fan	Current RM454-Z 1 Condenser Fan Signal		Read
AI	152	RM454-Z 1 VDC Comp Perc	Current RMR454-Z 1 VFD Compressor Percentage		Read
AI	153	RM454-Z 1 Discharge Pressure	Current RM454-1 Discharge Pressure		Read
AI	154	RM454-Z 1 Suction Pressure	Current RM454-Z 1 Suction Pressure		Read
AI	155	RM454-Z 1 Suction Line Temp	Current RM454-Z 1 Suction Line Temperature		Read
AI	156	RM454-Z 1 Saturation Temp	Current RM454-Z 1 Saturation Temperature		Read
AI	157	RM454-Z 1 Superheat	Current RM454-Z 1 Superheat Temperature		Read
AI	158	RM454-Z 1 EEV Position	Current RM454-Z 1 EEV Valve Position		Read
AI	159	RM454-Z 1 Warnings	Current RM454-Z 1 Warnings		Read
AI	160	RM454-Z 1 Comp VFD Alarms 1	Current RM454-Z 1 Comp VFD Alarms 1		Read
AI	161	RM454-Z 1 Comp VFD Alarms 2	Current Rm 454-Z 1 Comp VFD Alarms 2		Read
AI	162	RM454-Z 1 Comp VFD Drive Status	Current RM454-Z 1 Comp VFD drive Status		Read
AI	163	RM454-Z 1 Compressor Current	Current reading in Amps that the RM454Z 1 Compressor		Read
AI	164	RM454-Z 1 Discharge Line Temp	Current RM454-Z 1 discharge line temperature		Read
AI	165	RM454-Z 1 Faults	Current RM45-Z 1 Faults		Read
AI	166	RM454-Z 1 Lockouts	Current RM454-Z 1 Lockouts		Read
AI	167	RM454-Z 2 Condenser Fan	Current RM454-Z 2 condenser fan signal		Read
AI	168	RM454-Z 2 VFD Comp Perc	Current RM454-Z 2 VFD Compressor Percentage		Read
AI	169	RM454-Z 2 Discharge Pressure	Current RM454-Z 2 discharge pressure		Read
AI	170	RM454-Z 2 Suction Pressure	Current RM454-Z 2 Suction Pressure		Read
AI	171	RM454-Z 2 Suction Line Temp	Current RM454-Z 2 Suction Line Temperature		Read
AI	172	RM454-Z 2 Saturation Temp	Current RM454-Z 2 Saturation Temperature		Read
AI	173	RM454-Z 2 Superheat	Current RM454-Z 2 Superheat temperature		Read
AI	174	RM454-Z 2 EEV Position	Current RM454-Z 2 EEV valve position		Read
AI	175	RM454-Z 2 Warnings	Current RM454-Z 2 Warnings		Read
AI	176	RM454-Z 2 Comp VFD Alarms 1	Current RM454-Z 2 Comp VFD Alarms 1		Read
AI	177	RM454-Z 2 Comp VFD Alarms 2	Current RM454-Z 2 Comp VFD Alarms 2		Read
AI	178	RM454-Z 2 Comp VFD Drive Status	Current RM454-Z 2 Comp VFD Drive Status		Read
AI	179	RM454-Z 2 Compressor Current	Current reading in Amps that the RM454Z 2 compressor		Read
AI	180	RM454-Z 2 Discharge Line Temp	Current RM454-Z 2 discharge line temperature		Read
AI	181	RM454-Z 2 Faults	Current RM454-Z 2 Faults		Read
AI	182	RM454-Z 2 Lockouts	Current RM454-Z 2 Lockouts		Read
AI	183	RM454-Z 3 Condenser Fan	Current RM454-Z 3 condenser fan signal		Read
AI	184	RM454-Z 3 Reheat Valve 1	Current RM454-Z 3 Reheat Valve 1 position		Read
AI	185	RM454-Z 3 Discharge Pressure	Current RM454-Z 3 Discharge Pressure		Read
AI	186	RM454-Z 3 Suction Pressure	Current RM454-Z 3 Suction Pressure		Read
AI	187	RM454-Z 3 Suction Line Temp	Current RM454-Z 3 Suction Line Temperature		Read
AI	188	RM454-Z 3 Saturation Temp	Current RM454-Z 3 Saturation Temperature		Read
AI	189	RM454-Z 3 Superheat	Current RM454-Z 3 Superheat temperature		Read
AI	190	RM454-Z 3 EEV Position	Current RM454-Z 3 EEV valve position		Read
AI	191	RM454-Z 3 Suction Pressure 2	Current RM454-Z 3 Suction Pressure 2		Read
AI	192	RM454-Z 3 Suction Line Temp 2	Current RM454-Z 3 Suction Line Temperature 2		Read
AI	193	RM454-Z 3 Saturation Temp 2	Current RM454-Z 3 Saturation Temperature 2		Read
AI	194	RM454-Z 3 Superheat 2	Current RM454-Z 3 Superheat Temperature 2		Read
AI	195	RM454-Z 3 EEV Position 2	Current RM454-Z 3 EEV Valve Position 2		Read
AI	196	RM454-Z 3 Warnings	Current RM454-Z 3 Warnings		Read
AI	197	RM454-Z 3 Discharge Line Temp	Current RM454-Z 3 Discharge Line Temperature		Read
AI	198	RM454-Z 3 Faults	Current RM454-Z 3 Faults		Read
AI	199	RM454-Z 3 Lockouts	Current RM454-Z 3 Lockouts		Read
AI	200	RM454-Z 4 Condenser Fan	Current RM454-Z 4 Condenser Fan Signal		Read
AI	201	RM454-Z 4 VFD Comp Perc	Current RM454-Z 4 VFD Compressor Percentage		Read
AI	202	RM454-Z 4 Discharge Pressure	Current RM454-Z 4 Discharge Pressure		Read
AI	203	RM454-Z 4 Suction Pressure	Current RM454-Z 4 Suction Pressure		Read
AI	204	RM454-Z 4 Suction Line Temp	Current RM454-Z 4 Suction Line Temperature		Read
AI	205	RM454-Z 4 Saturation Temp	Current RM454-Z 4 Saturation Temperature		Read
AI	206	RM454-Z 4 Superheat	Current RM454-Z 4 Superheat Temperature		Read
AI	207	RM454-Z 4 EEV Position	Current RM454-Z 4 EEV Valve Position		Read
AI	208	RM454-Z 4 Warnings	Current RM454-Z 4 Warnings		Read
AI	209	RM454-Z 4 Comp VFD Alarms 1	Current RM454-Z 4 Comp VFD Alarms 1		Read
AI	210	RM454-Z 4 Comp VFD Alarms 2	Current RM454-Z 4 Comp VFD Alarms 2		Read
AI	211	RM454-Z 4 Comp VFD Drive Status	Current RM454-Z 4 Comp VFD Drive Status		Read
AI	212	RM454-Z 4 Comp VFD Compressor Current	Current reading in Amps that the RM454-Z compressor		Read
AI	213	RM454-Z 4 Discharge Line Temp	Current RM454-Z 4 Discharge Line Temperature		Read
AI	214	RM454-Z 4 Faults	Current RM454-Z 4 Faults		Read
AI	215	RM454-Z 4 Lockouts	Current RM454-Z 4 Lockouts		Read
AI	216	RM454-Z 5 Condenser Fan	Current RM454-Z 5 Condenser Fan Signal		Read
AI	217	RM454-Z 5 VFD Comp Perc	Current RM454-Z 5 VFD Compressor Percentage		Read
AI	218	RM454-Z 5 Discharge Pressure	Current RM454-Z 5 Discharge Pressure		Read
AI	219	RM454-Z 5 Suction Pressure	Current RM454-Z 5 Suction Pressure		Read
AI	220	RM454-Z 5 Suction Line Temp	Current RM454-Z 5 Suction Line Temperature		Read
AI	221	RM454-Z 5 Saturation Temp	Current RM454-Z 5 Saturation Temperature		Read
AI	222	RM454-Z 5 Superheat	Current RM454-Z 5 Superheat Temperature		Read
AI	223	RM454-Z 5 EEV Position	Current RM454-Z 5 EEV Valve Position		Read
AI	224	RM454-Z 5 Warnings	Current RM454-Z 5 Warnings		Read
AI	225	RM454-Z 5 Comp VFD Alarms 1	Current RM454-Z 5 Comp VFD Alarms 1		Read
AI	226	RM454-Z 5 Comp VFD Alarms 2	Current RM454-Z 5 Comp VFD Alarms 2		Read
AI	227	RM454-Z 5 Comp VFD Drive Status	Current RM454-Z 5 Comp VFD Drive Status		Read
AI	228	RM454-Z 5 Compressor Current	Current reading in Amps that the RM454Z 5 compressor		Read
AI	229	RM454-Z 5 Discharge Line Temp	Current RM454-Z 5 Discharge Line Temperature		Read
AI	230	RM454-Z 5 Faults	Current RM454-Z 5 Faults		Read
AI	231	RM454-Z 5 Lockouts	Current RM454-Z 5 Lockouts		Read
AI	232	RM454-Z 6 Condenser Fan	Current RM454-Z 6 Condenser Fan Signal		Read
AI	233	RM454-Z 6 Reheat Valve 1	Current RM454-Z 6 Reheat Valve 1 Position		Read
AI	234	RM454-Z 6 Discharge Pressure	Current RM454-Z 6 Discharge Pressure		Read
AI	235	RM454-Z 6 Suction Pressure	Current RM454-Z 6 Suction Pressure		Read
AI	236	RM454-Z 6 Suction Line Temp	Current RM454-Z 6 Suction Line Temperature		Read
AI	237	RM454-Z 6 Saturation Temp	Current RM454-Z 6 Saturation Temperature		Read
AI	238	RM454-Z 6 Superheat	Current RM454-Z 6 Superheat Temperature		Read
AI	239	RM454-Z 6 EEV Position	Current RM454-Z 6 EEV Valve Position		Read
AI	240	RM454-Z 6 Suction Pressure 2	Current RM454-Z 6 Suction Pressure 2		Read
AI	241	RM454-Z 6 Suction Line Temp 2	Current RM454-Z 6 Suction Line Temperature 2		Read
AI	242	RM454-Z 6 Saturation Temp 2	Current RM454-Z 6 Saturation Temperature 2		Read
AI	243	RM454-Z 6 Superheat 2	Current RM454-Z 6 Superheat Temperature 2		Read
AI	244	RM454-Z 6 EEV Position 2	Current RM454-Z 6 EEV Valve Position 2		Read
AI	245	RM454-Z 6 Warnings	Current RM454-Z 6 Warnings		Read
AI	246	RM454-Z 6 Discharge Line Temp	Current RM454-Z 6 Discharge Line Temperature		Read
AI	247	RM454-Z 6 Faults	Current RM454-Z 6 Faults		Read
AI	248	RM454-Z 6 Lockouts	Current RM454-Z 6 Lockouts		Read
AI	249	Not used	Not used		Read
AI	250	Not used	Not used		Read
AI	251	Not used	Not used		Read
AI	252	Not used	Not used		Read
AI	253	SUB 1 Sub Cool 1	Current Subcooling Module 1 Sub Cool 1 Reading		Read
AI	254	SUB 1 Sub Cool 2	Current Subcooling Module 1 Sub Cool 2 Reading		Read
AI	255	SUB 1 Sub Cool 3	Current Subcooling Module 1 Sub Cool 3 Reading		Read
AI	256	SUB 1 Pressure 1	Current Subcooling Module 1 Liquid Line Pressure 1 Reading		Read
AI	257	SUB 1 Pressure 2	Current Subcooling Module 1 Liquid Line Pressure 2 Reading		Read
AI	258	SUB 1 Pressure 3	Current Subcooling Module 1 Liquid Line Pressure 3 Reading		Read
AI	259	SUB 1 Saturation 1	Subcooling Module 1 Saturation Temperature 1 Reading		Read
AI	260	SUB 1 Saturation 2	Subcooling Module 1 Saturation Temperature 2 Reading		Read
AI	261	SUB 1 Saturation 3	Subcooling Module 1 Saturation Temperature 3 Reading		Read
AI	262	SUB 1 Line Temp 1	Subcooling Module 1 Liquid Line Temperature 1 Reading		Read
AI	263	SUB 1 Line Temp 2	Subcooling Module 1 Liquid Line Temperature 2 Reading		Read
AI	264	SUB 1 Line Temp 3	Subcooling Module 1 Liquid Line Temperature 3 Reading		Read
AI	265	SUB 2 Sub Cool 1	Current Subcooling Module 2 Sub Cool 1 Reading		Read
AI	266	SUB 2 Sub Cool 2	Current Subcooling Module 2 Sub Cool 2 Reading		Read
AI	267	SUB 2 Sub Cool 3	Current Subcooling Module 2 Sub Cool 3 Reading		Read
AI	268	SUB 2 Pressure 1	Current Subcooling Module 2 Liquid Line Pressure 1 Reading		Read
AI	269	SUB 2 Pressure 2	Current Subcooling Module 2 Liquid Line Pressure 2 Reading		Read
AI	270	SUB 2 Pressure 3	Current Subcooling Module 2 Liquid Line Pressure 3 Reading		Read
AI	271	SUB 2 Saturation 1	Subcooling Module 2 Saturation Temperature 1 Reading		Read
AI	272	SUB 2 Saturation 2	Subcooling Module 2 Saturation Temperature 2 Reading		Read
AI	273	SUB 2 Saturation 3	Subcooling Module 2 Saturation Temperature 3 Reading		Read
AI	274	SUB 2 Line Temp 1	Subcooling Module 2 Liquid Line Temperature 1 Reading		Read
AI	275	SUB 2 Line Temp 2	Subcooling Module 2 Liquid Line Temperature 2 Reading		Read
AI	276	SUB 2 Line Temp 3	Subcooling Module 2 Liquid Line Temperature 3 Reading		Read
AI	277	Enter Water Pump	Status of Entering Water Temperature		Read
AI	278	Return Plenum Press. Status	Current value of the Return Plenum Pressure Sensor		Read
AI	279	Return Plenum Control Signal	Current Return Plenum Control Signal (Motorized Exhaust Damper)		Read
AI	280	Mixed Air Temp	Mixed air temperature sensor status		Read
AI	281	Actual Heat Rise	Difference between supply air temperature and mixed air temperature		Read
AI	282	Calculated Heat Rise	The heat rise limit is determined by how open		Read
AI	283	Supply Air Relative Humidity	If an EBUS Supply Air Sensor is being used		Read
AI	284	Supply Air Dew Point	If an EBUS Supply Air Sensor is being used		Read
AI	285	Space Dew Point	Current value of the calculated Space Dew Point		Read
AI	286	Return Dew Point	Current value of the calculated Return Dew Point		Read
AI	287	FAC Fan Alarm State Fan 1	Current alarm status of Fan 1 of the FAC		Read
AI	288	FAC Fan Alarm State Fan 2	Current alarm status of Fan 2 of the FAC		Read
AI	289	FAC Fan Alarm State Fan 3	Current alarm status of Fan 3 of the FAC		Read
AI	290	FAC Fan Alarm State Fan 4	Current alarm status of Fan 4 of the FAC		Read
AI	291	FAC Fan Alarm State Fan 5	Current alarm status of Fan 5 of the FAC		Read
AI	292	FAC Fan Alarm State Fan 6	Current alarm status of Fan 6 of the FAC		Read
AI	293	FAC Fan Alarm State Fan 7	Current alarm status of Fan 7 of the FAC		Read
AI	294	FAC Fan Alarm State Fan 8	Current alarm status of Fan 8 of the FAC		Read
AI	295	FAC Fan Alarm State Fan 9	Current alarm status of Fan 9 of the FAC		Read
AI	296	FAC Fan Alarm State Fan 10	Current alarm status of Fan 10 of the FAC		Read
AI	297	FAC Fan Alarm State Fan 11	Current alarm status of Fan 11 of the FAC		Read
AI	298	FAC Fan Alarm State Fan 12	Current alarm status of Fan 12 of the FAC		Read
AI	299	Line Frequency	Current Line Frequency from the Power Monitor		Read
AI	300	Line Voltage 1-2	Current Line Voltage 1-2 from the Power Monitor		Read
AI	301	Line Voltage 2-3	Current Line Voltage 2-3 from the Power Monitor		Read
AI	302	Line Voltage 3-1	Current Line Voltage 3-1 from the Power Monitor		Read
AI	303	Average Line Voltage	Current average Line Voltage from the Power Monitor		Read
AI	304	Total Phase A Current	Current Total Phase A Current from the Power Monitor		Read
AI	305	Total Phase B Current	Current Total Phase B Current from the Power Monitor		Read
AI	306	Total Phase C Current	Current Total Phase C Current from the Power Monitor		Read
AI	307	Average Phase Current	Current Average Phase Current from the Power Monitor		Read
AI	308	Phase A Power	Current Phase A Power from the		Read
AI	309	Phase B Power	Current Phase B Power from the Power Monitor		Read
AI	310	Phase C Power	Current Phase C Power from the Power Monitor		Read
AI	311	Total System Power	Current Total System Power from the Power Monitor		Read
AI	312	Phase A Reactive Power	Current Phase A Reactive Power from the Power Monitor		Read
AI	313	Phase B Reactive Power	Current Phase B Reactive Power from the Power Monitor		Read
AI	314	Phase C Reactive Power	Current Phase C Reactive C from the Power Monitor		Read
AI	315	Total Reactive Power	Current Total Reactive Power from the Power Monitor		Read
AI	316	Phase A Apparent Power	Current Phase A Apparent power from the Power Monitor		Read
AI	317	Phase B Apparent Power	Current Phase B Apparent Power from the Power Monitor		Read
AI	318	Phase C Apparent Power	Current Phase C Apparent Power from the Power Monitor		Read
AI	319	Total Apparent Power	Current Total Apparent Power from the Power Monitor		Read
AI	320	Phase A Power Factor	Current Phase A Power Factor from the Power Monitor		Read
AI	321	Phase B Power Factor	Current Phase B Power Factor from the Power Monitor		Read
AI	322	Phase C Power Factor	Current Phase C Power Factor from the Power Monitor		Read
AI	323	Total Power Factor	Current Total Power Factor from the Power Monitor		Read
AI	324	Utilized Cooling Capacity Percent	Current value of the calculated Cooling Capacity		Read
AI	325	Utilized Heating Capacity Percent	Current value of the calculated Heating Capacity		Read
AI	326	Active Cooling Stages	Current active Cooling Stages		Read
AI	327	Active Heating Stages	Current active Heating Stages		Read
AI	328	Motor Current Fan 1	Current Motor Current reading from Fan 1		Read
AI	329	Motor Current Fan 2	Current Motor Current reading from Fan 2		Read
AI	330	Motor Current Fan 3	Current Motor Current reading from Fan 3		Read
AI	331	Motor Current Fan 4	Current Motor Current reading from Fan 4		Read
AI	332	Motor Current Fan 5	Current Motor Current reading from Fan 5		Read
AI	333	Motor Current Fan 6	Current Motor Current reading from Fan 6		Read
AI	334	Motor Current Fan 7	Current Motor Current reading from Fan 7		Read
AI	335	Motor Current Fan 8	Current Motor Current reading from Fan 8		Read
AI	336	Motor Current Fan 9	Current Motor Current reading from Fan 9		Read
AI	337	Motor Current Fan 10	Current Motor Current reading from Fan 10		Read
AI	338	Motor Current Fan 11	Current Motor Current reading from Fan 11		Read
AI	339	Motor Current Fan 12	Current Motor Current reading from Fan 12		Read
AI	340	Motor Speed Percent Fan 1	Current Motor Speed Percentage of Fan 1		Read
AI	341	Motor Speed Percent Fan 2	Current Motor Speed Percentage of Fan 2		Read
AI	342	Motor Speed Percent Fan 3	Current Motor Speed Percentage of Fan 3		Read
AI	343	Motor Speed Percent Fan 4	Current Motor Speed Percentage of Fan 4		Read
AI	344	Motor Speed Percent Fan 5	Current Motor Speed Percentage of Fan 5		Read
AI	345	Motor Speed Percent Fan 6	Current Motor Speed Percentage of Fan 6		Read
AI	346	Motor Speed Percent Fan 7	Current Motor Speed Percentage of Fan 7		Read
AI	347	Motor Speed Percent Fan 8	Current Motor Speed Percentage of Fan 8		Read
AI	348	Motor Speed Percent Fan 9	Current Motor Speed Percentage of Fan 9		Read
AI	349	Motor Speed Percent Fan 10	Current Motor Speed Percentage of Fan 10		Read
AI	350	Motor Speed Percent Fan 11	Current Motor Speed Percentage of Fan 11		Read
AI	351	Motor Speed Percent Fan 12	Current Motor Speed Percentage of Fan 12		Read
AVmin	1	Occupied Cooling Setpoint	If the control temperature rises one deadband above; range 1°F to 110°F	°F	Write
AVmin	2	Occupied Heating Setpoint	If the control temperature drops one deadband below; range 1°F to 110°F	°F	Write
AV	3	Hood On Cooling Setpoint	Cooling Mode Enable Setpoint used only in Hood; range 1°F to 110°F	°F	Write
AV	4	Hood On Heating Setpoint	Heating Mode Enable Setpoint used only in Hood; range 1°F to 110°F	°F	Write
AV	5	Unoccupied Cooling Offset	During the Unoccupied Mode of Operation; range 0°F to 30°F	°F	Write
AV	6	Unoccupied Heating Offset	During the Unoccupied Mode of Operation; range 0°F to 30°F	°F	Write
AV	7	Mode Select Deadband	This value is added to and subtracted; range 0°F to 10°F	°F	Write
AV	8	Max Coil Setpoint Reset Limit	Highest that the Coil Temperature resets to during; range 35°F to 70°F	°F	Write
AV	9	Min Coil Setpoint Reset Limit	Lowest that the Coil Temperature resets to during; range 35°F to 70°F	°F	Write
AVmin	10	Supply Air Cooling Setpoint	Supply Air Cooling Setpoint; range 30°F to 80°F	°F	Write
AV	11	Supply Air Heating Setpoint	Supply Air Cooling Setpoint; range 40°F to 240°F	°F	Write
AV	12	Max SAT Cooling Setpoint Reset Limit	If Supply Air Reset is configured; range 0°F to 100°F	°F	Write
AV	13	Max SAT Heating Setpoint Reset Limit	If Supply Air Reset is configured; range 0°F to 250°F	°F	Write
AV	14	Supply Air Cooling Staging Window	In Cooling Mode; range 1°F to 30°F	°F	Write
AV	15	Supply Air Heating Staging Window	In Heating Mode; range 1°F to 50°F	°F	Write
AV	16	Warm-Up Target Temperature	Morning warm-up target (see AV 89 for cool-down); range 50°F to 90°F	°F	Write
AV	17	Warm-Up Mode Supply Air Setpoint	During Morning Warm-Up; range 40°F to 240°F	°F	Write
AV	18	Cool-Down Mode Supply Air Setpoint	During Morning Cool-Down; range 30°F to 80°F	°F	Write
AV	19	Mechanical Cooling Outdoor Air Lockout	Mechanical Cooling is locked out when the Outdoor Air; range -30°F to 100°F	°F	Write
AV	20	Mechanical Heating Outdoor Air Lockout	Mechanical Heating is locked out when the Outdoor Air; range -30°F to 150°F	°F	Write
AV	21	Low Supply Temp Cutoff Alarm	Cooling is disabled if the Supply Air Temperature falls; range 0°F to 100°F	°F	Write
AV	22	High Supply Temp Cutoff Alarm	Heating is disabled if the Supply Air Temperature rises; range 0°F to 250°F	°F	Write
AV	23	Preheater Cooling Mode Setpoint	If the Preheater is enabled; range 35°F to 90°F	°F	Write
AV	24	Preheater Venting Mode Setpoint	If the Preheater is enabled; range 35°F to 90°F	°F	Write
AV	25	Preheater Heating Mode Setpoint	If the Preheater is enabled; range 35°F to 140°F	°F	Write
AV	26	Outdoor Air Dewpoint Setpoint	On an MUA unit; range 30°F to 80°F	°F	Write
AV	27	Economizer Enable Setpoint	The economizer is enabled if the outdoor drybulb; range -30°F to 80°F	°F	Write
AV	28	Heat Wheel Defrost Enable Setpoint	The unit goes into Heat Wheel Defrost; range 0°F to 50°F	°F	Write
AV	29	Preheat Enable Setpoint	If the Supply Fan is energized; range -30°F to 105°F	°F	Write
AV	30	Sensor Slide Offset Max Effect	If the space sensor has the optional slide adjustment; range 0°F to 10°F	°F	Write
AV	31	Space Sensor Calibration Offset	If the Space Temperature Sensor is reading incorrectly; range -100°F to 100°F	°F	Write
AV	32	Supply Air Sensor Calibration Offset	If the Supply Air Temperature Sensor is reading incorrectly; range -100°F to 100°F	°F	Write
AV	33	Return Air Sensor Calibration Offset	If the Return Air Temperature Sensor is reading incorrectly; range -100°F to 100°F	°F	Write
AV	34	Outdoor Air Sensor Calibration Offset	If the Outdoor Air Temperature Sensor is reading incorrectly; range -100°F to 100°F	°F	Write
AV	35	Carbon Dioxide Sensor Calibration Offset	If the CO2 Sensor is reading incorrectly; range -500 ppm to 500 ppm	ppm	Write
AV	36	Low Ambient Protection Setpoint	The temperature at which the Low Ambient Relay activates; range -30°F to 70°F	°F	Write
AV	37	SAT Cool Setpoint Reset Source Low Limit	If doing Supply Air Setpoint Reset; range -30°F to 150°F	°F	Write
AV	38	SAT Cool Setpoint Reset Source High Limit	If doing Supply Air Setpoint Reset; range 0°F to 150°F	°F	Write
AV	39	SAT Heat Setpoint Reset Source Low Limit	If doing Supply Air Setpoint Reset; range -30°F to 150°F	°F	Write
AV	40	SAT Heat Setpoint Reset Source High Limit	If doing Supply Air Setpoint Reset; range 0°F to 150°F	°F	Write
AV	41	Control Temperature High Alarm Offset	If the temperature of the controlling sensor rises above; range 0°F to 50°F	°F	Write
AV	42	Control Temperature Low Alarm Offset	If the temperature of the controlling sensor falls below; range 0°F to 50°F	°F	Write
AV	43	Heat Pump Compressor Heat Lockout	The Compressor Heat is locked out below this setpoint; range -30°F to 100°F	°F	Write
AV	44	Maximum Main Fan VFD in SZ VAV Heating Mode	In a single-zone VAV configuration; range 0 to 100		Write
AV	45	Minimum Main Fan VFD in Cooling Mode	In a single-zone VAV configuration; range 0 to 100		Write
AV	46	Minimum Main Fan VFD in Heating Mode	In a Single Zone VAV configuration; range 0 to 100		Write
AV	47	Minimum Main Fan VFD in Vent Mode	The speed at which the VFD operates; range 0 to 100		Write
AV	48	Maximum Economizer in Heating Mode	The max position of the Economizer Damper opens; range 0 to 100		Write
AV	49	Minimum Economizer Position	The minimum position of the Outdoor Air damper; range 0 to 100		Write
AV	50	Maximum Economizer CO2 Reset Limit	The maximum value the Economizer Minimum Position can; range 0 to 100		Write
AV	51	Minimum Carbon Dioxide Setpoint	Threshold CO2 level at which the Economizer Min Damper; range 0 ppm to 2000 ppm	ppm	Write
AV	52	Maximum Carbon Dioxide Setpoint	CO2 level at which the Economizer Min Damper Position; range 0 ppm to 2000 ppm	ppm	Write
AV	53	Indoor Humidity Setpoint Low Reset Limit	On indoor controlled (non-MUA) units; range 0 to 100		Write
AV	54	Indoor Humidity Setpoint High Reset Limit	On indoor controlled (non-MUA) units; range 0 to 100		Write
AV	55	Duct Static Pressure Setpoint	Current Static Pressure Setpoint; range 0.1 to 3		Write
AV	56	Duct Static Pressure Control Deadband	Value above and below the Duct Static Pressure Setpoint; range 0.01 to 0.5		Write
AV	57	Building Pressure Control Setpoint	Building Pressure Setpoint or Exhaust Duct Static Pressure Setpoint; range -0.20 to 3.00		Write
AV	58	Building Pressure Control Deadband	Value above and below the Building Pressure Setpoint; range 0.01 to 0.50		Write
AV	59	Minimum Outdoor CFM Requirement	Minimum Outdoor Airflow CFM Setpoint; range 0.00K to 200K		Write
AV	60	Outdoor CFM Control Deadband	When the OA CFM is within the control deadband; range 10 to 1000		Write
AV	61	Single Zone VAV Fan Speed Integral	The Integral Constant for Single Zone VAV Fan Control; range 0 to 10		Write
AV	62	Relay Run-time Hours Warning Limit	If any configured relay's run time exceeds this number; range 0 to 30000		Write
AV	63	Cooling Mode Head Pressure Setpoint	Head Pressure Setpoint in the Cooling Mode; range 250 to 450		Write
AV	64	Dehum Mode Head Pressure Setpoint	Head Pressure Setpoint in the Dehumidification Mode; range 250 to 450		Write
AV	65	Superheat Setpoint	Superheat Setpoint; range 1°F to 30°F	°F	Write
AV	66	Maximum Outdoor CFM Requirement	Maximum Outdoor Airflow CFM Setpoint in High CO2; range 0.10K to 200K		Write
AVmin	67	Schedule Force	0 = Auto (uses controller's schedule) 1 = Forced; range 0 to 2		Write	0=Auto (controller schedule), 1=Forced Occupied, 2=Forced Unoccupied
AV	68	HVAC Mode Override	Overrides normal controller operation to force the unit into; range 0 to 6		Write	0=Auto, 1=Vent, 2=Cool, 3=Heat, 4=Vent Dehum, 5=Cool Dehum, 6=Heat Dehum
AV	69	Fan VFD Override	Override to force the VFD to this percentage speed; range 0% Auto=65535 to 100% Auto=65535	%	Write	65535=Auto
AV	70	Outdoor Air Damper Override	Fixed OA damper position; Auto restores normal control	%	Write
AV	71	Supply Setpoint Override	This overrides whatever setpoint the Supply Air Temperature; range 0°F to 120°F	°F	Write	0=No Override
AV	72	Space Temperature Value	If the controller is configured for this operation; range 0°F to 120°F	°F	Write
AV	73	Space Humidity Value	If the controller is configured for this operation; range 0 to 100		Write
AV	74	Indoor RH Calibration Offset	If the Space Humidity Sensor is reading incorrectly; range -1 to 1		Write
AV	75	Relief Fan VFD	Override to force the VFD to this percentage speed; range 0% Auto=65535 to 100% Auto=65535	%	Write	65535=Auto
AV	76	Relief Pressure Value	If the controller is configured for this operation; range -0.5 to 0.5		Write
AV	77	Carbon Dioxide Value	If the controller is configured for this operation; range 0 to 3000		Write
AV	78	Outdoor Air Temperature Value	If the controller is configured for this operation; range -40°F to 150°F	°F	Write
AV	79	Outdoor Air Humidity Value	If the controller is configured for this operation; range 0 to 100		Write
AV	80	Reserved 1	Reserved		Write
AV	81	Reserved 2	Reserved		Write
AV	82	Reserved 3	Reserved		Write
AV	83	Reserved 4	Reserved		Write
AV	84	Enthalpy Enable Setpoint	If configured for Comparative Enthalpy Economizer Control; range 25 BTU/lb. to 35 BTU/lb.	BTU/lb	Write
AV	85	Enthalpy Enable Deadband	The OA Enthalpy must be below the Enthalpy Enable; range 0.3 BTU/lb. to 1.5 BTU/lb.	BTU/lb	Write
AV	86	Maximum Static Setpoint Reset Limit	As the most open VAV damper rises above 80%; range 0.01 “WG to 3.00 “WG	in. w.c.	Write
AV	87	Minimum Static Setpoint Reset Limit	As the most open VAV damper drops below 80%; range 0.01 “WG to 3.00 “WG	in. w.c.	Write
AV	88	Static Setpoint Reset Interval	The Reset Interval is how often the setpoint reset; range 10 min to 60 min	min	Write
AV	89	Cool-Down Target Temperature	Morning cool-down target (see AV 16 for warm-up); range 50°F to 90°F	°F	Write
AV	90	Warm-Up Override	Commands the unit into Morning WarmUp Mode; range 0 to 1		Write	1=Command Warm-Up Mode
AV	91	Cool Down Override	Commands the unit into Morning CoolDown Mode 1=Command Cool-Down; range 0 to 1		Write	1=Command Cool-Down Mode
AV	92	Return Air High Limit Protection	For voting units or CV units only; range 60 to 100		Write
AV	93	Return Air Low Limit Protection	For voting units or CV units only; range 45 to 70		Write
AV	94	Sump Drain Override	Setting this value to 1 turns the Sump Drain; range 0 to 1		Write	0=Auto, 1=On
AV	95	Return Plenum Pressure Setpoint	Current Return Plenum Pressure Setpoint; range -0.2"WG to 0.2"WG	in. w.c.	Write
AV	96	Return Plenum Pressure Deadband	Value above and below the Return Plenum Pressure Setpoint; range 0.01"WG to 0.2"WG	in. w.c.	Write
AV	97	Dehum Lockout Setpoint	If the Outdoor Air temperature is below this setpoint; range -30°F to 60°F	°F	Write
AV	98	Emergency Compressor Lockout	This point can be used to lock out; range 0 to 1		Write
AV	99	Supply Air Dew Point Setpoint	When the VCCX-454 is configured for DXDOAS control; range 35 to 80		Write
BI	1	Cooling Enabled Status	Status that indicates Mechanical Cooling is enabled based		Read
BI	2	Heating Enabled Status	Status that indicates that Mechanical Heating is enabled based		Read
BI	3	Economizer Enabled Status	Status that indicates the Economizer is enabled based		Read
BI	4	Aux Heat Enabled Status	Heat Pump Auxiliary Heat enabled		Read
BI	5	Emergency Heat Enabled Status	Shows the Emergency Heat is enabled based		Read
BI	6	Fan Proof of Airflow Status	Proof of Airflow Binary Input Status		Read
BI	7	Exhaust Hood On/Off Status	Exhaust Hood On/Off Binary Input Status		Read
BI	8	Remote Forced Occupied Status	Remote Forced Occupied Mode Binary Input Status		Read
BI	9	A2L Airstream Leak Detect Status	Alarm active		Read
BI	10	A2L Cabinet Leak Detect Status	Alarm active		Read
BI	11	Reserved for Future Use	Not Used		Read
BI	12	Bad Supply Air Sensor	Alarm that indicates a failure of the Supply Air		Read
BI	13	Bad Return Air Sensor	Alarm that indicates a failure of the Return Air		Read
BI	14	Bad Outdoor Air Sensor	Failure of the Outdoor Air Temperature Sensor		Read
BI	15	Bad Space Temp Sensor	Failure of the Space Temperature Sensor		Read
BI	16	Bad Carbon Dioxide Sensor	Failure of the CO2 Sensor		Read
BI	17	Bad Building Pressure Sensor	Alarm indicating a missing/failed Building Pressure Sensor		Read
BI	18	Bad Outdoor Airflow Sensor	An Outdoor Airflow Sensor is configured, but not detected		Read
BI	19	Bad Exhaust Airflow Sensor	An Exhaust Airflow Sensor is configured, but not detected		Read
BI	20	Bad Supply Airflow Sensor	A Supply Airflow Sensor is configured, but not detected		Read
BI	21	Bad Return Airflow Sensor	A Return Airflow Sensor is configured, but not detected		Read
BI	22	Mechanical Cooling Alarm	Compressor Relays are enabled but the Supply Air Temperature		Read
BI	23	Mechanical Heating Alarm	Heating Mode has been initiated but the Supply Air		Read
BI	24	Fan Proving Alarm	This alarm indicates an Airflow failure from the Main		Read
BI	25	Dirty Filter Alarm	This alarm indicates that the filters are dirty		Read
BI	26	Emergency Shutdown Alarm	This alarm indicates that an Emergency Shutdown has been		Read
BI	27	Relay Runtime Warning	When any of the configured relays exceeds a configured		Read
BI	28	Economizer Missing Alarm	Title 24 operation indicates missing economizer feedback		Read
BI	29	Economizer Title 24 Failure A	Title 24 Air Temperature Sensor Failure		Read
BI	30	Economizer Title 24 Failure B	Title 24 Not Economizing when it should		Read
BI	31	Economizer Title 24 Failure C	Title 24 Economizing when it should not		Read
BI	32	Economizer Title 24 Failure D	Title 24 Damper Not Modulating		Read
BI	33	Economizer Title 24 Failure E	Title 24 Excess Outdoor Air		Read
BI	34	High Supply Temp Cutoff	The Supply Air has risen above the Hi SAT		Read
BI	35	Low Supply Temp Cutoff	The Supply Air has fallen below the Low SAT		Read
BI	36	High Control Mode Alarm	Occurs when the Controlling Sensor Temperature rises above		Read
BI	37	Low Control Mode Alarm	Occurs when the Controlling Sensor Temperature falls below		Read
BI	38	Missing Refrigerant Module #1	Refrigerant Module #1 is bad or missing		Read
BI	39	Missing Refrigerant Module #2	Refrigerant Module #2 is bad or missing		Read
BI	40	Missing Refrigerant Module #3	Refrigerant Module #3 is bad or missing		Read
BI	41	Missing Refrigerant Module #4	Refrigerant Module #4 is bad or missing		Read
BI	43	Missing Reheat Board	The MHGR board is configured but not detected		Read
BI	44	Missing Mod Gas Board	The MODGAS board is configured but not detected		Read
BI	45	Missing EM1 Board	EM1 Expansion Board is bad or missing		Read
BI	46	Missing 12 Relay Expansion Board	The 12 Relay Expansion Board is configured but not		Read
BI	47	On Board Relay 1 Main Fan	Current Status of Main Fan Relay #1 on Main		Read
BI	48	On Board Relay 2	Current Status of Configurable Relay #2 on Main Board		Read
BI	49	On Board Relay 3	Current Status of Configurable Relay #3 on Main Board		Read
BI	50	On Board Relay 4	Current Status of Configurable Relay #4 on Main Board		Read
BI	51	On Board Relay 5	Current Status of Configurable Relay #5 on Main Board		Read
BI	52	On Board Relay 6	Current Status of Configurable Relay #6 on Main Board		Read
BI	53	On Board Relay 7	Current Status of Configurable Relay #7 on Main Board		Read
BI	54	On Board Relay 8	Current Status of Configurable Relay #8 on Main Board		Read
BI	55	Expansion Board EM1 Relay 1	Current Status of Configurable Relay #1 on EM1 Board		Read
BI	56	Expansion Board EM1 Relay 2	Current Status of Configurable Relay #2 on EM1 Board		Read
BI	57	Expansion Board EM1 Relay 3	Current Status of Configurable Relay #3 on EM1 Board		Read
BI	58	Expansion Board EM1 Relay 4	Current Status of Configurable Relay #4 on EM1 Board		Read
BI	59	Expansion Board EM1 Relay 5	Current Status of Configurable Relay #5 on EM1 Board		Read
BI	60	12 Relay Expansion Board Relay 1	Current Status of Configurable Relay #1 on 12 Relay		Read
BI	61	12 Relay Expansion Board Relay 2	Current Status of Configurable Relay #2 on 12 Relay		Read
BI	62	12 Relay Expansion Board Relay 3	Current Status of Configurable Relay #3 on 12 Relay		Read
BI	63	12 Relay Expansion Board Relay 4	Current Status of Configurable Relay #4 on 12 Relay		Read
BI	64	12 Relay Expansion Board Relay 5	Current Status of Configurable Relay #5 on 12 Relay		Read
BI	65	12 Relay Expansion Board Relay 6	Current Status of Configurable Relay #6 on 12 Relay		Read
BI	66	12 Relay Expansion Board Relay 7	Current Status of Configurable Relay #7 on 12 Relay		Read
BI	67	12 Relay Expansion Board Relay 8	Current Status of Configurable Relay #8 on 12 Relay		Read
BI	68	12 Relay Expansion Board Relay 9	Current Status of Configurable Relay #9 on 12 Relay		Read
BI	69	12 Relay Expansion Board Relay 10	Current Status of Configurable Relay #10 on 12 Relay		Read
BI	70	12 Relay Expansion Board Relay 11	Current Status of Configurable Relay #11 on 12 Relay		Read
BI	71	12 Relay Expansion Board Relay 12	Current Status of Configurable Relay #12 on 12 Relay		Read
BI	72	Preheater Enable Status	Status of Preheater Enable Input		Read
BI	73	Preheater Emergency Shutdown	Status of Preheater Emergency Shutdown Input		Read
BI	74	Preheater Spare Binary Input #3	Status of Preheater Binary Input #3		Read
BI	75	MODGAS Enable Status	Status of MODGAS Controller		Read
BI	76	MHGR Enable Status	Status of MHGRV Controller		Read
BI	77	A1 Compressor Enable	Current Status of Enable Signal to Compressor A1		Read
BI	78	A2 Compressor Enable	Current Status of Enable Signal to Compressor A2		Read
BI	79	A1 Compressor Alarms	An RSM alarm is present on the A1 circuit		Read
BI	80	A2 Compressor Alarms	An RSM alarm is present on the A2 circuit		Read
BI	81	A1-2 Defrost Switch	Outside Coil A1/A2 Temp Switch for Defrost Mode		Read
BI	82	A1-2 Water Proof of Flow	A1/A2 Water Proof of Flow Switch		Read
BI	83	A1-4 Emergency Shutdown (RM454-D)	Emergency Shutdown Input on Module A		Read
BI	84	Refrigerant Module 1 Relay 1	Current Status of Compressor A1 Enable Relay		Read
BI	85	Refrigerant Module 1 Relay 2	Current Status of Compressor A2 Enable Relay		Read
BI	86	Refrigerant Module 1 Relay 3	Current Status of Condenser 1 Enable Relay		Read
BI	87	Refrigerant Module 1 Relay 4	Current Status of Relay #4		Read
BI	88	Refrigerant Module 1 Relay 5	Current Status of Relay #5		Read
BI	89	B1 Compressor Enable	Current Status of Enable Signal to Compressor B1		Read
BI	90	B2 Compressor Enable	Current Status of Enable Signal to Compressor B2		Read
BI	91	B1 Compressor Alarms	An RSM alarm is present on the B1 circuit		Read
BI	92	B2 Compressor Alarms	An RSM alarm is present on the B2 circuit		Read
BI	93	B1-2 Defrost Switch	Outside Coil B1/B2 Temp Switch for Defrost Mode		Read
BI	94	B1-2 Water Proof of Flow	B1/B2 Switch for Water Proof of Flow		Read
BI	95	B1-4 Emergency Shutdown (RM454-D)	Emergency Shutdown Input on Module B		Read
BI	96	Refrigerant Module 2 Relay 1	Current Status of Compressor 1 Enable Relay		Read
BI	97	Refrigerant Module 2 Relay 2	Current Status of Compressor 2 Enable Relay		Read
BI	98	Refrigerant Module 2 Relay 3	Current Status of Condenser 1 Enable Relay		Read
BI	99	Refrigerant Module 2 Relay 4	Current Status of Relay #4		Read
BI	100	Refrigerant Module 2 Relay 5	Current Status of Relay #5		Read
BI	101	C1 Compressor Enable	Current Status of Enable Signal to Compressor C1		Read
BI	102	C2 Compressor Enable	Current Status of Enable Signal to Compressor C2		Read
BI	103	C1 Compressor Alarms	An RSM alarm is present on the C1 circuit		Read
BI	104	C2 Compressor Alarms	An RSM alarm is present on the C2 circuit		Read
BI	105	C1-2 Defrost Switch	Outside Coil C1/C2Temp Switch for Defrost Mode		Read
BI	106	C1-2 Water Proof of Flow	C1/C2 Switch for Water Proof of Flow		Read
BI	107	C1-4 Emergency Shutdown (RM454-D)	Emergency Shutdown Input on Module C		Read
BI	108	Refrigerant Module 3 Relay 1	Current Status of Compressor 1 Enable Relay		Read
BI	109	Refrigerant Module 3 Relay 2	Current Status of Compressor 2 Enable Relay		Read
BI	110	Refrigerant Module 3 Relay 3	Current Status Condenser 1 Enable Relay		Read
BI	111	Refrigerant Module 3 Relay 4	Current Status of Relay #4		Read
BI	112	Refrigerant Module 3 Relay 5	Current Status of Relay #5		Read
BI	113	D1 Compressor Enable	Current Status of Enable Signal to Compressor D1		Read
BI	114	D2 Compressor Enable	Current Status of Enable Signal to Compressor D2		Read
BI	115	D1 Compressor Alarms	An RSM alarm is present on the D1 circuit		Read
BI	116	D2 Compressor Alarms	An RSM alarm is present on the D2 circuit		Read
BI	117	D1-2 Defrost Switch	Outside Coil D1/D2 Temp Switch for Defrost Mode		Read
BI	118	D1-2 Water Proof of Flow	D1/D2 Switch for Water Proof of Flow		Read
BI	119	D1-4 Emergency Shutdown (RM454-D)	Emergency Shutdown Input on Module D		Read
BI	120	Refrigerant Module 4 Relay 1	Current Status of Compressor 1 Enable Relay		Read
BI	121	Refrigerant Module 4 Relay 2	Current Status of Compressor 2 Enable Relay		Read
BI	122	Refrigerant Module 4 Relay 3	Current Status of Condenser 1 Enable Relay		Read
BI	123	Refrigerant Module 4 Relay 4	Current Status of Relay #4		Read
BI	124	Refrigerant Module 4 Relay 5	Current Status of Relay #5		Read
BI	125	Preheater Alarm	Preheater Alarm Indicator		Read
BI	126	Return Fan Proving Alarm	Exhaust Fan / Return Fan Proof of Flow Alarm		Read
BI	127	Compressor Running A	Current Run Status of Compressor A		Read
BI	128	Compressor Running B	Current Run Status of Compressor B		Read
BI	129	Compressor Running C	Current Run Status of Compressor C		Read
BI	130	Compressor Running C2	Current Run Status of Compressor C2		Read
BI	131	Compressor Running D	Current Run Status of Compressor D		Read
BI	132	Compressor Running E	Current Run Status of Compressor E		Read
BI	133	Compressor Running E2	Current Run Status of Compressor E2		Read
BI	134	Compressor Running F	Current Run Status of Compressor F		Read
BI	135	Compressor Running F2	Current Run Status of Compressor F2		Read
BI	136	Return Fan Proving Status	Proof of Return Fan Airflow Binary Input Status		Read
BI	137	IAQ Mode Active	IAQ Mode is active		Read
BI	138	Heat Wheel Defrost Active	Heat Wheel Defrost is active		Read
BI	139	Direct Fire Status	Signal on EM1 binary input 2 from Direct Fire		Read
BI	140	Direct Fire Alarm Status	Signal on EM1 binary input 3 that indicates there		Read
BI	141	Temp Rise Warning	The heat rise when direct fire heat is active		Read
BI	142	Temp Rise Alarm	The heat rise when direct fire heat is active		Read
BI	143	Temp Rise Lockout	Three High Temp Rise alarms occurred within a one		Read
BI	144	High CO2 Rise Warning	High return CO2 was detected when running direct fire		Read
BI	145	High CO2 Rise Alarm	High return CO2 was detected		Read
BI	146	High CO2 Rise Lockout	Three CO2 warning alarms occurred within a one hour		Read
BI	147	Ignition Lockout	An active alarm on the Direct Fire Module		Read
BI	148	Direct Fire Status Lockout	The Direct Fire Status Signal is not active within		Read
BI	149	Direct Fire Setpoint Override	The max calculated heat rise is limiting the Supply		Read
BI	150	Fan Array Failure	A Fan Array Failure		Read
BI	151	A2L Leak Detect	An A2L Leak Detected in the Airstream		Read
BI	152	A2L Cabinet Leak Detect	An A2L Leak Detected in the Cabinet		Read
BI	153	Bad Static Pressure Sensor	The static pressure is missing or otherwise malfunctioning		Read

Object ID lookup: AAON VCCX-454 Controller point IDs by name

AI1Application Software Version
AI2Control Mode
AI3Control Status
AI4HVAC Mode
AI5Control Temperature
AI6Mode Cooling Setpoint
AI7Mode Heating Setpoint
AI8Sensor Slide Adjust Effect
AI9Supply Air Temperature
AI10Supply Air Setpoint
AI11Controlling Coil Temp Setpoint
AI12Space Temperature
AI13Space Humidity
AI14Return Air Temperature
AI15Return Air Humidity
AI16Outdoor Air Temperature
AI17Outdoor Air Humidity
AI18Outdoor Air Wetbulb
AI19Outdoor Air Dewpoint
AI20Supply Air Setpoint Reset Voltage
AI21Duct Static Pressure
AI22Duct Static Control Signal
AI23Building Pressure
AI24Building Pressure Control Signal
AI25Outdoor Airflow
AI26Supply Airflow
AI27Return Airflow
AI28Exhaust Airflow
AI29Carbon Dioxide
AI30Desired Economizer Position
AI31Economizer Feedback Position
AI32Return Damper Position
AI33Return Bypass Position
AI34Modulating Cooling Position
AI35Modulating Heat Position
AI36Preheater Leaving Air Temp #1
AI37Preheater Leaving Air Temp #2
AI38Preheater Entering Air Temp
AI39Preheater Setpoint Reset Voltage
AI40Preheater SCR Output Signal
AI41Preheater PWM Output Signal
AI42Mod Hot Gas Reheat Valve Position
AI43Mod Gas Heat Valve Position
AI44A1 Compressor Signal
AI45A2 Compressor Signal
AI46A1 Condenser Signal
AI47A2 Condenser Signal
AI48A1 Suction Pressure
AI49A2 Suction Pressure
AI50A1 Head Pressure
AI51A2 Head Pressure
AI52A1 Saturation Temperature
AI53A2 Saturation Temperature
AI54A1 Suction Line Temperature
AI55A2 Suction Line Temperature
AI56A1 Condenser Suction Temp (Heat Pump)
AI57A2 Condenser Suction Temp (Heat Pump)
AI58A1 Superheat Temperature
AI59A2 Superheat Temperature
AI60Condenser A1 Superheat (Heat Pump)
AI61Condenser A2 Superheat (Heat Pump)
AI62A1 Expansion Valve Position
AI63A2 Expansion Valve Position
AI64Condenser A1 Expansion Valve Position
AI65Condenser A2 Expansion Valve
AI66A1 Discharge Temperature
AI67A2 Discharge Temperature
AI68A1 Leaving Water Temp
AI69B1 Compressor Signal
AI70B2 Compressor Signal
AI71B1 Condenser Signal
AI72B2 Condenser Signal
AI73B1 Suction Pressure
AI74B2 Suction Pressure
AI75B1 Head Pressure
AI76B2 Head Pressure
AI77B1 Saturation Temperature
AI78B2 Saturation Temperature
AI79B1 Suction Line Temperature
AI80B2 Suction Line Temperature
AI81B1 Condenser Suction Temp (Heat Pump)
AI82B2 Condenser Suction Temp (Heat Pump)
AI83B1 Superheat Temperature
AI84B2 Superheat Temperature
AI85Condenser B1 Superheat (Heat Pump)
AI86Condenser B2 Superheat (Heat Pump)
AI87B1 Expansion Valve Position
AI88B2 Expansion Valve Position
AI89Condenser B1 Expansion Valve Position
AI90Condenser B2 Expansion Valve Position
AI91B1 Discharge Temperature
AI92B2 Discharge Temperature
AI93B1 Leaving Water Temp
AI94C1 Compressor Signal
AI95C2 Compressor Signal
AI96C1 Condenser Signal
AI97C2 Condenser Signal
AI98C1 Suction Pressure
AI99C2 Suction Pressure
AI100C1 Head Pressure
AI101C2 Head Pressure
AI102C1 Saturation Temperature
AI103C2 Saturation Temperature
AI104C1 Suction Line Temperature
AI105C2 Suction Line Temperature
AI106C1 Condenser Suction Temp (Heat Pump)
AI107C2 Condenser Suction Temp (Heat Pump)
AI108C1 Superheat Temperature
AI109C2 Superheat Temperature
AI110Condenser C1 Superheat (Heat Pump)
AI111Condenser C2 Superheat (Heat Pump)
AI112C1 Expansion Valve Position
AI113C2 Expansion Valve Position
AI114Condenser C1 Expansion Valve Position
AI115Condenser C2 Expansion Valve Position
AI116C1 Discharge Temperature
AI117C2 Discharge Temperature
AI118C1 Leaving Water Temp
AI119D1 Compressor Signal
AI120D2 Compressor Signal
AI121D1 Condenser Signal
AI122D2 Condenser Signal
AI123D1 Suction Pressure
AI124D2 Suction Pressure
AI125D1 Head Pressure
AI126D2 Head Pressure
AI127D1 Saturation Temperature
AI128D2 Saturation Temperature
AI129D1 Suction Line Temperature
AI130D2 Suction Line Temperature
AI131D1 Condenser Suction Temp (Heat Pump)
AI132D2 Condenser Suction Temp (Heat Pump)
AI133D1 Superheat Temperature
AI134D2 Superheat Temperature
AI135Condenser D1 Superheat (Heat Pump)
AI136Condenser D2 Superheat (Heat Pump)
AI137D1 Expansion Valve Position
AI138D2 Expansion Valve Position
AI139Condenser D1 Expansion Valve Position
AI140Condenser D2 Expansion Valve Position
AI141D1 Discharge Temperature
AI142D2 Discharge Temperature
AI143D1 Leaving Water Temp
AI144Alarm Status
AI145Outdoor Enthalpy
AI146Plenum Pressure
AI147Return Fan Speed
AI148Plenum Calculated Setpoint
AI149Return Air Enthalpy Status
AI150Current Duct Static Setpoint
AI151RM454-Z 1 Condenser Fan
AI152RM454-Z 1 VDC Comp Perc
AI153RM454-Z 1 Discharge Pressure
AI154RM454-Z 1 Suction Pressure
AI155RM454-Z 1 Suction Line Temp
AI156RM454-Z 1 Saturation Temp
AI157RM454-Z 1 Superheat
AI158RM454-Z 1 EEV Position
AI159RM454-Z 1 Warnings
AI160RM454-Z 1 Comp VFD Alarms 1
AI161RM454-Z 1 Comp VFD Alarms 2
AI162RM454-Z 1 Comp VFD Drive Status
AI163RM454-Z 1 Compressor Current
AI164RM454-Z 1 Discharge Line Temp
AI165RM454-Z 1 Faults
AI166RM454-Z 1 Lockouts
AI167RM454-Z 2 Condenser Fan
AI168RM454-Z 2 VFD Comp Perc
AI169RM454-Z 2 Discharge Pressure
AI170RM454-Z 2 Suction Pressure
AI171RM454-Z 2 Suction Line Temp
AI172RM454-Z 2 Saturation Temp
AI173RM454-Z 2 Superheat
AI174RM454-Z 2 EEV Position
AI175RM454-Z 2 Warnings
AI176RM454-Z 2 Comp VFD Alarms 1
AI177RM454-Z 2 Comp VFD Alarms 2
AI178RM454-Z 2 Comp VFD Drive Status
AI179RM454-Z 2 Compressor Current
AI180RM454-Z 2 Discharge Line Temp
AI181RM454-Z 2 Faults
AI182RM454-Z 2 Lockouts
AI183RM454-Z 3 Condenser Fan
AI184RM454-Z 3 Reheat Valve 1
AI185RM454-Z 3 Discharge Pressure
AI186RM454-Z 3 Suction Pressure
AI187RM454-Z 3 Suction Line Temp
AI188RM454-Z 3 Saturation Temp
AI189RM454-Z 3 Superheat
AI190RM454-Z 3 EEV Position
AI191RM454-Z 3 Suction Pressure 2
AI192RM454-Z 3 Suction Line Temp 2
AI193RM454-Z 3 Saturation Temp 2
AI194RM454-Z 3 Superheat 2
AI195RM454-Z 3 EEV Position 2
AI196RM454-Z 3 Warnings
AI197RM454-Z 3 Discharge Line Temp
AI198RM454-Z 3 Faults
AI199RM454-Z 3 Lockouts
AI200RM454-Z 4 Condenser Fan
AI201RM454-Z 4 VFD Comp Perc
AI202RM454-Z 4 Discharge Pressure
AI203RM454-Z 4 Suction Pressure
AI204RM454-Z 4 Suction Line Temp
AI205RM454-Z 4 Saturation Temp
AI206RM454-Z 4 Superheat
AI207RM454-Z 4 EEV Position
AI208RM454-Z 4 Warnings
AI209RM454-Z 4 Comp VFD Alarms 1
AI210RM454-Z 4 Comp VFD Alarms 2
AI211RM454-Z 4 Comp VFD Drive Status
AI212RM454-Z 4 Comp VFD Compressor Current
AI213RM454-Z 4 Discharge Line Temp
AI214RM454-Z 4 Faults
AI215RM454-Z 4 Lockouts
AI216RM454-Z 5 Condenser Fan
AI217RM454-Z 5 VFD Comp Perc
AI218RM454-Z 5 Discharge Pressure
AI219RM454-Z 5 Suction Pressure
AI220RM454-Z 5 Suction Line Temp
AI221RM454-Z 5 Saturation Temp
AI222RM454-Z 5 Superheat
AI223RM454-Z 5 EEV Position
AI224RM454-Z 5 Warnings
AI225RM454-Z 5 Comp VFD Alarms 1
AI226RM454-Z 5 Comp VFD Alarms 2
AI227RM454-Z 5 Comp VFD Drive Status
AI228RM454-Z 5 Compressor Current
AI229RM454-Z 5 Discharge Line Temp
AI230RM454-Z 5 Faults
AI231RM454-Z 5 Lockouts
AI232RM454-Z 6 Condenser Fan
AI233RM454-Z 6 Reheat Valve 1
AI234RM454-Z 6 Discharge Pressure
AI235RM454-Z 6 Suction Pressure
AI236RM454-Z 6 Suction Line Temp
AI237RM454-Z 6 Saturation Temp
AI238RM454-Z 6 Superheat
AI239RM454-Z 6 EEV Position
AI240RM454-Z 6 Suction Pressure 2
AI241RM454-Z 6 Suction Line Temp 2
AI242RM454-Z 6 Saturation Temp 2
AI243RM454-Z 6 Superheat 2
AI244RM454-Z 6 EEV Position 2
AI245RM454-Z 6 Warnings
AI246RM454-Z 6 Discharge Line Temp
AI247RM454-Z 6 Faults
AI248RM454-Z 6 Lockouts
AI249Not used
AI250Not used
AI251Not used
AI252Not used
AI253SUB 1 Sub Cool 1
AI254SUB 1 Sub Cool 2
AI255SUB 1 Sub Cool 3
AI256SUB 1 Pressure 1
AI257SUB 1 Pressure 2
AI258SUB 1 Pressure 3
AI259SUB 1 Saturation 1
AI260SUB 1 Saturation 2
AI261SUB 1 Saturation 3
AI262SUB 1 Line Temp 1
AI263SUB 1 Line Temp 2
AI264SUB 1 Line Temp 3
AI265SUB 2 Sub Cool 1
AI266SUB 2 Sub Cool 2
AI267SUB 2 Sub Cool 3
AI268SUB 2 Pressure 1
AI269SUB 2 Pressure 2
AI270SUB 2 Pressure 3
AI271SUB 2 Saturation 1
AI272SUB 2 Saturation 2
AI273SUB 2 Saturation 3
AI274SUB 2 Line Temp 1
AI275SUB 2 Line Temp 2
AI276SUB 2 Line Temp 3
AI277Enter Water Pump
AI278Return Plenum Press. Status
AI279Return Plenum Control Signal
AI280Mixed Air Temp
AI281Actual Heat Rise
AI282Calculated Heat Rise
AI283Supply Air Relative Humidity
AI284Supply Air Dew Point
AI285Space Dew Point
AI286Return Dew Point
AI287FAC Fan Alarm State Fan 1
AI288FAC Fan Alarm State Fan 2
AI289FAC Fan Alarm State Fan 3
AI290FAC Fan Alarm State Fan 4
AI291FAC Fan Alarm State Fan 5
AI292FAC Fan Alarm State Fan 6
AI293FAC Fan Alarm State Fan 7
AI294FAC Fan Alarm State Fan 8
AI295FAC Fan Alarm State Fan 9
AI296FAC Fan Alarm State Fan 10
AI297FAC Fan Alarm State Fan 11
AI298FAC Fan Alarm State Fan 12
AI299Line Frequency
AI300Line Voltage 1-2
AI301Line Voltage 2-3
AI302Line Voltage 3-1
AI303Average Line Voltage
AI304Total Phase A Current
AI305Total Phase B Current
AI306Total Phase C Current
AI307Average Phase Current
AI308Phase A Power
AI309Phase B Power
AI310Phase C Power
AI311Total System Power
AI312Phase A Reactive Power
AI313Phase B Reactive Power
AI314Phase C Reactive Power
AI315Total Reactive Power
AI316Phase A Apparent Power
AI317Phase B Apparent Power
AI318Phase C Apparent Power
AI319Total Apparent Power
AI320Phase A Power Factor
AI321Phase B Power Factor
AI322Phase C Power Factor
AI323Total Power Factor
AI324Utilized Cooling Capacity Percent
AI325Utilized Heating Capacity Percent
AI326Active Cooling Stages
AI327Active Heating Stages
AI328Motor Current Fan 1
AI329Motor Current Fan 2
AI330Motor Current Fan 3
AI331Motor Current Fan 4
AI332Motor Current Fan 5
AI333Motor Current Fan 6
AI334Motor Current Fan 7
AI335Motor Current Fan 8
AI336Motor Current Fan 9
AI337Motor Current Fan 10
AI338Motor Current Fan 11
AI339Motor Current Fan 12
AI340Motor Speed Percent Fan 1
AI341Motor Speed Percent Fan 2
AI342Motor Speed Percent Fan 3
AI343Motor Speed Percent Fan 4
AI344Motor Speed Percent Fan 5
AI345Motor Speed Percent Fan 6
AI346Motor Speed Percent Fan 7
AI347Motor Speed Percent Fan 8
AI348Motor Speed Percent Fan 9
AI349Motor Speed Percent Fan 10
AI350Motor Speed Percent Fan 11
AI351Motor Speed Percent Fan 12
AV1Occupied Cooling Setpoint
AV2Occupied Heating Setpoint
AV3Hood On Cooling Setpoint
AV4Hood On Heating Setpoint
AV5Unoccupied Cooling Offset
AV6Unoccupied Heating Offset
AV7Mode Select Deadband
AV8Max Coil Setpoint Reset Limit
AV9Min Coil Setpoint Reset Limit
AV10Supply Air Cooling Setpoint
AV11Supply Air Heating Setpoint
AV12Max SAT Cooling Setpoint Reset Limit
AV13Max SAT Heating Setpoint Reset Limit
AV14Supply Air Cooling Staging Window
AV15Supply Air Heating Staging Window
AV16Warm-Up Target Temperature
AV17Warm-Up Mode Supply Air Setpoint
AV18Cool-Down Mode Supply Air Setpoint
AV19Mechanical Cooling Outdoor Air Lockout
AV20Mechanical Heating Outdoor Air Lockout
AV21Low Supply Temp Cutoff Alarm
AV22High Supply Temp Cutoff Alarm
AV23Preheater Cooling Mode Setpoint
AV24Preheater Venting Mode Setpoint
AV25Preheater Heating Mode Setpoint
AV26Outdoor Air Dewpoint Setpoint
AV27Economizer Enable Setpoint
AV28Heat Wheel Defrost Enable Setpoint
AV29Preheat Enable Setpoint
AV30Sensor Slide Offset Max Effect
AV31Space Sensor Calibration Offset
AV32Supply Air Sensor Calibration Offset
AV33Return Air Sensor Calibration Offset
AV34Outdoor Air Sensor Calibration Offset
AV35Carbon Dioxide Sensor Calibration Offset
AV36Low Ambient Protection Setpoint
AV37SAT Cool Setpoint Reset Source Low Limit
AV38SAT Cool Setpoint Reset Source High Limit
AV39SAT Heat Setpoint Reset Source Low Limit
AV40SAT Heat Setpoint Reset Source High Limit
AV41Control Temperature High Alarm Offset
AV42Control Temperature Low Alarm Offset
AV43Heat Pump Compressor Heat Lockout
AV44Maximum Main Fan VFD in SZ VAV Heating Mode
AV45Minimum Main Fan VFD in Cooling Mode
AV46Minimum Main Fan VFD in Heating Mode
AV47Minimum Main Fan VFD in Vent Mode
AV48Maximum Economizer in Heating Mode
AV49Minimum Economizer Position
AV50Maximum Economizer CO2 Reset Limit
AV51Minimum Carbon Dioxide Setpoint
AV52Maximum Carbon Dioxide Setpoint
AV53Indoor Humidity Setpoint Low Reset Limit
AV54Indoor Humidity Setpoint High Reset Limit
AV55Duct Static Pressure Setpoint
AV56Duct Static Pressure Control Deadband
AV57Building Pressure Control Setpoint
AV58Building Pressure Control Deadband
AV59Minimum Outdoor CFM Requirement
AV60Outdoor CFM Control Deadband
AV61Single Zone VAV Fan Speed Integral
AV62Relay Run-time Hours Warning Limit
AV63Cooling Mode Head Pressure Setpoint
AV64Dehum Mode Head Pressure Setpoint
AV65Superheat Setpoint
AV66Maximum Outdoor CFM Requirement
AV67Schedule Force
AV68HVAC Mode Override
AV69Fan VFD Override
AV70Outdoor Air Damper Override
AV71Supply Setpoint Override
AV72Space Temperature Value
AV73Space Humidity Value
AV74Indoor RH Calibration Offset
AV75Relief Fan VFD
AV76Relief Pressure Value
AV77Carbon Dioxide Value
AV78Outdoor Air Temperature Value
AV79Outdoor Air Humidity Value
AV80Reserved 1
AV81Reserved 2
AV82Reserved 3
AV83Reserved 4
AV84Enthalpy Enable Setpoint
AV85Enthalpy Enable Deadband
AV86Maximum Static Setpoint Reset Limit
AV87Minimum Static Setpoint Reset Limit
AV88Static Setpoint Reset Interval
AV89Cool-Down Target Temperature
AV90Warm-Up Override
AV91Cool Down Override
AV92Return Air High Limit Protection
AV93Return Air Low Limit Protection
AV94Sump Drain Override
AV95Return Plenum Pressure Setpoint
AV96Return Plenum Pressure Deadband
AV97Dehum Lockout Setpoint
AV98Emergency Compressor Lockout
AV99Supply Air Dew Point Setpoint
BI1Cooling Enabled Status
BI2Heating Enabled Status
BI3Economizer Enabled Status
BI4Aux Heat Enabled Status
BI5Emergency Heat Enabled Status
BI6Fan Proof of Airflow Status
BI7Exhaust Hood On/Off Status
BI8Remote Forced Occupied Status
BI9A2L Airstream Leak Detect Status
BI10A2L Cabinet Leak Detect Status
BI11Reserved for Future Use
BI12Bad Supply Air Sensor
BI13Bad Return Air Sensor
BI14Bad Outdoor Air Sensor
BI15Bad Space Temp Sensor
BI16Bad Carbon Dioxide Sensor
BI17Bad Building Pressure Sensor
BI18Bad Outdoor Airflow Sensor
BI19Bad Exhaust Airflow Sensor
BI20Bad Supply Airflow Sensor
BI21Bad Return Airflow Sensor
BI22Mechanical Cooling Alarm
BI23Mechanical Heating Alarm
BI24Fan Proving Alarm
BI25Dirty Filter Alarm
BI26Emergency Shutdown Alarm
BI27Relay Runtime Warning
BI28Economizer Missing Alarm
BI29Economizer Title 24 Failure A
BI30Economizer Title 24 Failure B
BI31Economizer Title 24 Failure C
BI32Economizer Title 24 Failure D
BI33Economizer Title 24 Failure E
BI34High Supply Temp Cutoff
BI35Low Supply Temp Cutoff
BI36High Control Mode Alarm
BI37Low Control Mode Alarm
BI38Missing Refrigerant Module #1
BI39Missing Refrigerant Module #2
BI40Missing Refrigerant Module #3
BI41Missing Refrigerant Module #4
BI43Missing Reheat Board
BI44Missing Mod Gas Board
BI45Missing EM1 Board
BI46Missing 12 Relay Expansion Board
BI47On Board Relay 1 Main Fan
BI48On Board Relay 2
BI49On Board Relay 3
BI50On Board Relay 4
BI51On Board Relay 5
BI52On Board Relay 6
BI53On Board Relay 7
BI54On Board Relay 8
BI55Expansion Board EM1 Relay 1
BI56Expansion Board EM1 Relay 2
BI57Expansion Board EM1 Relay 3
BI58Expansion Board EM1 Relay 4
BI59Expansion Board EM1 Relay 5
BI6012 Relay Expansion Board Relay 1
BI6112 Relay Expansion Board Relay 2
BI6212 Relay Expansion Board Relay 3
BI6312 Relay Expansion Board Relay 4
BI6412 Relay Expansion Board Relay 5
BI6512 Relay Expansion Board Relay 6
BI6612 Relay Expansion Board Relay 7
BI6712 Relay Expansion Board Relay 8
BI6812 Relay Expansion Board Relay 9
BI6912 Relay Expansion Board Relay 10
BI7012 Relay Expansion Board Relay 11
BI7112 Relay Expansion Board Relay 12
BI72Preheater Enable Status
BI73Preheater Emergency Shutdown
BI74Preheater Spare Binary Input #3
BI75MODGAS Enable Status
BI76MHGR Enable Status
BI77A1 Compressor Enable
BI78A2 Compressor Enable
BI79A1 Compressor Alarms
BI80A2 Compressor Alarms
BI81A1-2 Defrost Switch
BI82A1-2 Water Proof of Flow
BI83A1-4 Emergency Shutdown (RM454-D)
BI84Refrigerant Module 1 Relay 1
BI85Refrigerant Module 1 Relay 2
BI86Refrigerant Module 1 Relay 3
BI87Refrigerant Module 1 Relay 4
BI88Refrigerant Module 1 Relay 5
BI89B1 Compressor Enable
BI90B2 Compressor Enable
BI91B1 Compressor Alarms
BI92B2 Compressor Alarms
BI93B1-2 Defrost Switch
BI94B1-2 Water Proof of Flow
BI95B1-4 Emergency Shutdown (RM454-D)
BI96Refrigerant Module 2 Relay 1
BI97Refrigerant Module 2 Relay 2
BI98Refrigerant Module 2 Relay 3
BI99Refrigerant Module 2 Relay 4
BI100Refrigerant Module 2 Relay 5
BI101C1 Compressor Enable
BI102C2 Compressor Enable
BI103C1 Compressor Alarms
BI104C2 Compressor Alarms
BI105C1-2 Defrost Switch
BI106C1-2 Water Proof of Flow
BI107C1-4 Emergency Shutdown (RM454-D)
BI108Refrigerant Module 3 Relay 1
BI109Refrigerant Module 3 Relay 2
BI110Refrigerant Module 3 Relay 3
BI111Refrigerant Module 3 Relay 4
BI112Refrigerant Module 3 Relay 5
BI113D1 Compressor Enable
BI114D2 Compressor Enable
BI115D1 Compressor Alarms
BI116D2 Compressor Alarms
BI117D1-2 Defrost Switch
BI118D1-2 Water Proof of Flow
BI119D1-4 Emergency Shutdown (RM454-D)
BI120Refrigerant Module 4 Relay 1
BI121Refrigerant Module 4 Relay 2
BI122Refrigerant Module 4 Relay 3
BI123Refrigerant Module 4 Relay 4
BI124Refrigerant Module 4 Relay 5
BI125Preheater Alarm
BI126Return Fan Proving Alarm
BI127Compressor Running A
BI128Compressor Running B
BI129Compressor Running C
BI130Compressor Running C2
BI131Compressor Running D
BI132Compressor Running E
BI133Compressor Running E2
BI134Compressor Running F
BI135Compressor Running F2
BI136Return Fan Proving Status
BI137IAQ Mode Active
BI138Heat Wheel Defrost Active
BI139Direct Fire Status
BI140Direct Fire Alarm Status
BI141Temp Rise Warning
BI142Temp Rise Alarm
BI143Temp Rise Lockout
BI144High CO2 Rise Warning
BI145High CO2 Rise Alarm
BI146High CO2 Rise Lockout
BI147Ignition Lockout
BI148Direct Fire Status Lockout
BI149Direct Fire Setpoint Override
BI150Fan Array Failure
BI151A2L Leak Detect
BI152A2L Cabinet Leak Detect
BI153Bad Static Pressure Sensor

Integration notes

AI and BI objects are read-only and AV objects are read/write; of the sensor values, only AV 72, 73 and 75-79 may be written by the BAS.
The table is close to the older VCCX2 map, but refrigerant module points are renamed for RM454 modules and AI 287-351 (fan array, power monitor and capacity data) are new. BI 42 is not listed.
Points for RM454 refrigerant modules, preheater, MODGAS, MHGRV, fan array and power monitor only report data when that hardware is fitted.
AI 2-4 and the RM454-Z warning, fault and drive status points are coded values; the meanings are in the guide's lookup tables.
Analog input units are not printed; analog value units come from the printed limits. AV 70 prints °F limits in the guide although it is a damper position.
Source: Appendix C BACnet guide, guide pages 115-149.

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 VCCX-454 Controller 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 AAON VCCX-454 Controller

How many BACnet points does the AAON VCCX-454 Controller have?

This list has 602 BACnet objects: 351 analog inputs, 99 analog values, 152 binary inputs. The exact set on a given unit depends on its firmware, installed options and configuration.

Which AAON VCCX-454 Controller BACnet points are writable?

99 of the 602 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 AAON VCCX-454 Controller BACnet documentation?

The source is VCCX-454 Controller Technical Guide (ASM07503 Rev. I), revision 2026-08, published free by AAON at https://www.aaon.com/hubfs/Controls%20Literature/VCCX-454%20Technical%20Guide%20Rev.%20I.pdf.

What are the minimum BACnet points to integrate the AAON VCCX-454 Controller?

Start with AV 67 Schedule Force (Occupancy: 0 auto, 1 occupied, 2 unoccupied); AV 1 Occupied Cooling Setpoint (Cooling starts one deadband above this); AV 2 Occupied Heating Setpoint (Heating starts one deadband below this); AV 10 Supply Air Cooling Setpoint (Discharge air target in cooling); AI 3 Control Status (Current occupancy status); AI 4 HVAC Mode (Current operating mode); AI 5 Control Temperature (Reading from the configured control sensor); AI 9 Supply Air Temperature (Discharge air temperature); AI 144 Alarm Status (Summary alarm).

How do I enable BMS control of the AAON VCCX-454 Controller?

Can the BMS supply sensor values to the AAON VCCX-454 Controller?

How do I check these points on the real VCCX-454 Controller?

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 AAON BACnet points lists

Source: VCCX-454 Controller Technical Guide · ASM07503 Rev. I · rev. 2026-08. Object names, instances and units are reproduced as published; descriptions are our own.

AAON VCCX-454 Controller BACnet points list

BMS integration notes: AAON VCCX-454 Controller

Minimum points to map

Enable & remote start

Sensors & values from the BMS

Network setup

Watch out for

AAON VCCX-454 Controller BACnet objects

Integration notes

Questions about the AAON VCCX-454 Controller

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