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ODO (On-Demand Options) outdoor air unit controls

Outdoor air unit (DOAS) controller · BACnet points list

Addison ODO (On-Demand Options) outdoor air unit controls BACnet points list

Updated 5 November 2026

Short answer

Addison's ODO program runs on a factory OEMCtrl LS-1628u controller and exposes about 420 analog, binary and multistate value objects over BACnet IP. The list covers unit enable and occupancy, BMS-written sensor values, zone and discharge setpoints for cooling, heating and dehumidification, supply and exhaust fan and outdoor air flow control, compressor circuit data and a long set of alarm flags. Addison publishes it as a preliminary beta release.

This page lists 416 BACnet objects for the Addison ODO (On-Demand Options) outdoor air unit controls — 137 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Addison’s own free documentation, linked below.

Manufacturer: Addison
Model: ODO (On-Demand Options) outdoor air unit controls
Equipment: Outdoor air unit (DOAS) controller
Equipment type: Rooftop units, AHUs & DOAS
BACnet objects: 416 (137 writable)
Transport: BACnet IP
Firmware: Not stated
Also known as: Addison ODO, On-Demand Options, ODO_BACnet_Beta-2, OEMCtrl LS-1628u, LS-1628u
Source document: Addison ODO BACnet Points List, Beta (Preliminary) · rev. 2026-01-02

Download CSV 416 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 Addison’s current documentation and the live device before use. Not official Addison information. Terms of use.

BMS integration notes: Addison ODO (On-Demand Options) outdoor air unit controls

Integration in brief

Leave Unit Enable (BV 1) on and use BAS Manual Occ Control (BV 4) for occupancy, after checking which occupancy source MV 3 selects on the unit. Adjust the discharge cooling and heating supply air setpoints (AV 113, AV 413) if needed and feed outdoor or zone values from the BMS only if the unit is set to use them. Monitor State (MV 1), Mode (MV 2), Occupancy Status (BV 8), supply air temperature (AV 29) and Alarm Status (BV 27).

Minimum points to map

The short list most integrators start with — enough to run the unit from a BMS. Map more as the job needs.

Object	Name	Why	Access
BV 1	Unit Enable	Software unit enable from the BMS	Write
BV 4	BAS Manual Occ Control	Occupancy control from the BMS	Write
AV 113	Discharge Cooling SAT SP	Supply air setpoint in discharge cooling, °F	Write
AV 413	Discharge Heating SAT SP	Supply air setpoint in discharge heating, °F	Write
BV 26	Alarm Reset	Resets latched alarms	Write
MV 1	State	Unit operating state	Read
MV 2	Mode	Active operating mode	Read
BV 8	Occupancy Status	Confirms the unit is occupied	Read
AV 29	SAT Status	Supply air temperature	Read
BV 27	Alarm Status	Any active alarm	Read

Enable & remote start

Per Addison's ODO startup guide, the unit is enabled when the internal software enable (BV 1 Unit Enable, default on) is on or the hardwired unit enable input is closed, with no shutdown condition; BV 3 shows the result. It is occupied when the internal occupancy control or the occupancy input calls for it. The occupancy source is chosen with Occupancy Control Options (MV 3) and a backup source with MV 4; the list prints no state texts for them.

Heartbeat & communication loss

The list has a BAS LOST alarm (BV 28) and a Communication Monitoring Status (BV 11), but gives no timeout or fallback behaviour.

Sensors & values from the BMS

Writable BMS inputs: OAT from BAS (AV 20, default 60 °F), OARH from BAS (AV 19), ZAT From BAS (AV 34), Z-RH From BAS (AV 32) and CO2 From BAS (AV 723). The list does not say which setting makes the unit use them instead of its own sensors.

Network setup

The ODO startup guide sets the BACnet IP port and device parameters on the LS-1628u Service Page (Device, Ports and BACnet tabs); the BACnet UDP port shown is 47808.
The startup guide's Device tab shows the device instance set to Autogenerated, with an Assigned option; the points list gives no default.

Watch out for

Beta release: object IDs may change in later versions of the list.
BV 1 Unit Enable does not stop the unit if the hardwired unit enable input is closed.
Several objects share a display name; map by object ID and check the reference name.

Addison ODO (On-Demand Options) outdoor air unit controls 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.

416 of 416 shown

Type

AnalogBinaryMulti-state

Access

Units

Show

Addison ODO (On-Demand Options) outdoor air unit controls BACnet Points List
			Description
AV	1	Active SAT SP	Supply air temperature setpoint in use; ref active_sat_sp	°F	Read
AV	2	CO2 Occupancy Set Point	ref co2_occ_sp; default 450	ppm	Write
AV	3	Dischage Control Enable	ref dc_enable_sp; default 40	%	Write
AV	4	SAT High Limit SP	ref sat_high_limit_sp; default 120	°F	Write
AV	5	SAT Low Limit SP	ref sat_low_limit_sp; default 40	°F	Write
AV	6	EC-RH Status	Entering coil air humidity; ref ecrh_stat	%rh	Read
AV	7	ECAT Status	Entering coil air temperature; ref ecat_stat	°F	Read
AV	8	Entering Coil Air Dew Point	ref eca_dewpoint	°F	Read
AV	9	Entering coil Air Enthalpy	ref ec_enthalpy	Btu/lb	Read
AV	10	Ex-RH Status	Exhaust air humidity; ref exrh_stat	%rh	Read
AV	11	ExAT Status	Exhaust air temperature; ref exat_stat	°F	Read
AV	12	Exhaust Air Dew Point	ref exa_dewpoint	°F	Read
AV	13	Exhaust Air Enthalpy	ref exa_enthalpy	Btu/lb	Read
AV	14	MA-RH Status	Mixed air humidity; ref marh_stat	%rh	Read
AV	15	MAT Status	Mixed air temperature; ref mat_stat	°F	Read
AV	16	Mixed Air Dew Point	ref ma_dewpoint	°F	Read
AV	17	Mixed Air Enthalpy	ref ma_enthalpy	Btu/lb	Read
AV	18	OA-RH Status	Outdoor air humidity; ref oarh_stat	%rh	Read
AV	19	OARH from BAS	Outdoor air humidity written by the BMS; ref bas_oarh; default 50		Write
AV	20	OAT from BAS	Outdoor air temperature written by the BMS; ref bas_oat; default 60	°F	Write
AV	21	OAT Status	Outdoor air temperature; ref oat_stat	°F	Read
AV	22	Outside Air Dew Point	ref oa_dewpoint	°F	Read
AV	23	Outside Air Enthalpy	ref oa_enthalpy	Btu/lb	Read
AV	24	RA-RH Status	Return air humidity; ref rarh_stat	%rh	Read
AV	25	RAT Status	Return air temperature; ref rat_stat	°F	Read
AV	26	Return Air Dew Point	ref ra_dewpoint	°F	Read
AV	27	Return Air Enthalpy	ref ra_enthalpy	Btu/lb	Read
AV	28	SA-RH Status	Supply air humidity; ref sarh_stat	%rh	Read
AVmin	29	SAT Status	Supply air temperature; ref sat_stat	°F	Read
AV	30	Supply Air Dew Point	ref sa_dewpoint	°F	Read
AV	31	Supply Air Enthalpy	ref sa_enthalpy	Btu/lb	Read
AV	32	Z-RH From BAS	Zone humidity written by the BMS; ref zrh_bas; default 1	%rh	Write
AV	33	Z-RH Status	Zone humidity; ref zrh_stat	%rh	Read
AV	34	ZAT From BAS	Zone air temperature written by the BMS; ref zat_bas; default 0	°F	Write
AV	35	ZAT Status	Zone air temperature; ref zat_stat	°F	Read
AV	36	Zone Air Dew Point	ref za_dewpoint	°F	Read
AV	37	Zone Air Enthalpy	ref za_enthalpy	Btu/lb	Read
AV	38	ZN DPT LDB	ref zn_dpt_ldb; default 0.01	in H2O	Write
AV	39	ZN DPT SP	Zone differential pressure setpoint; ref zn_dpt_sp; default 0.02	in H2O	Write
AV	40	ZN DPT UDB	ref zn_dpt_udb; default 0.01	in H2O	Write
AV	41	ZN-DPT	Zone differential pressure; ref zn_dpt	in H2O	Read
AV	50	PF DPT Status	ref pf_dpt_stat	in H2O	Read
AV	101	Cooling Mode Low Limit	ref clg_llim; default 55	°F	Write
AV	102	Unoccupied Zone Cooling Set Points	Occupied zone cooling setpoint (name as printed); ref clg_zat_sp_o	°F	Write
AV	103	Unoccupied Zone Cooling Set Points	Unoccupied zone cooling setpoint; ref clg_zat_sp_u	°F	Write
AV	104	Active ZAT Cooling Setpoint	Zone cooling setpoint in use; ref act_zat_clg_sp	°F	Read
AV	105	Zone Cooling Enable LDB	ref clg1_zat_ldb; default 2	°F	Write
AV	106	Zone Cooling Enable UDB	ref clg1_zat_udb; default 0.5	°F	Write
AV	107	Zone Cooling Stage 2 LDB	ref clg2_zat_ldb; default 1	°F	Write
AV	108	Zone Cooling Stage 2 UDB	ref clg2_zat_udb; default 2	°F	Write
AV	109	Discharge Cooling Enable SP	Discharge cooling enable setpoint; ref disc_clg_en_sp; default 75	°F	Write
AV	110	Active Discharge Cooling Enabling Setpoint	ref active_disc_clg_en_sp	°F	Read
AV	111	Discharge Cooling Enable LDB	ref disc_clg_ldb; default 1	°F	Write
AV	112	Discharge Cooling Enable UDB	ref disc_clg_udb; default 0	°F	Write
AVmin	113	Discharge Cooling SAT SP	Discharge cooling supply air setpoint; ref disc_clg_sat_sp; default 68	°F	Write
AV	114	Minimum Zone Cooling SAT SP	ref min_zone_clg_sat_sp; default 65	°F	Write
AV	115	Maximum SAT SP	ref max_clg_sat_sp; default 50	°F	Write
AV	116	Cooling Supply Air LDB	ref clg_sat_ldb; default 2	°F	Write
AV	117	Cooling Supply Air UDB	ref clg_sat_udb; default 1	°F	Write
AV	118	COOLING OAT/SAT HIGH	ref clg_os_oat_high; default 85	°F	Write
AV	119	COOLING OAT/SAT LOW	ref clg_os_oat_low; default 55	°F	Write
AV	301	DH Mode Low Limit	ref dh_llim; default 55	°F	Write
AV	302	Zone DH SP Occ	Occupied zone dehumidification setpoint; ref zn_dh_sp_o; default 55	°F	Write
AV	303	Zone DH SP Unocc	Unoccupied zone dehumidification setpoint; ref zn_dh_sp_u; default 55	%rh	Write
AV	304	Active Discharge Dehum Enabling Setpoint	ref active_disc_dh_en_sp	°F	Read
AV	305	Zone Dehum LDB	ref zone_dh_ldb; default 1	%rh	Write
AV	306	Zone Dehum UDB	ref zone_dh_udb; default 2	%rh	Write
AV	307	Avg Zone Setpoint	ref avg_zn_sp	°F	Read
AV	308	Zn Dehum Base SP	ref calc_base_sp	°F	Read
AV	309	High ZN Reset	ref zn_hum_reset_high	°F	Read
AV	310	Low ZN Reset	ref zn_hum_reset_low	°F	Read
AV	311	Disc Dehum Dewpoint SP	Discharge dehumidification dew point setpoint; ref disc_dh_dp_sp; default 55	°F	Write
AV	312	Disc Dehum RH Enable SP	Discharge dehumidification RH enable setpoint; ref disc_dh_rh_sp; default 55	%rh	Write
AV	313	Disc DH EN Snsr	ref disc_dh_en_snsr	°F	Read
AV	314	Disc Dehum Enable UDB	ref disc_dh_udb; default 1	%rh	Write
AV	315	Disc Dehum Disable LDB	Discharge dehumidification disable deadband; ref disc_dh_ldb; default 3	%rh	Write
AV	316	Disc DH DxLAT SP	ref disc_dh_dxlat_sp; default 53	°F	Write
AV	317	DH Mod Setpoint	ref dh_mod_spt	°F	Read
AV	318	Active DH Mod Sensor Status	ref act_dh_mod_stat	°F	Read
AV	319	DH SAT SP	Dehumidification supply air setpoint; ref dh_sat_sp; default 70	°F	Write
AV	320	Dehum Staging UDB	ref dh_stg_udb; default 1	°F	Write
AV	321	Dehum Staging LDB	ref dh_stg_ldb; default 1	°F	Write
AV	322	Dynamic Deadband DH LSP	ref dyn_db_dh_lsp	°F	Read
AV	323	Reheat SAT LDB	ref rh_sat_ldb; default 1	°F	Write
AV	324	Reheat SAT UDB	ref rh_sat_udb; default 2	°F	Write
AV	325	SC LDB	ref sc_ldb; default 4	°F	Write
AV	326	Disc Dehum Disable LDB	Discharge dehumidification disable deadband (second object); ref disc_dh_ldb_lo; default 6	%rh	Write
AV	401	Htg Mode High Limit Setpoint	ref htg_hlim; default 70	°F	Write
AV	402	Unoccupied Zone Cooling Set Points	Occupied zone heating setpoint (name as printed); ref htg_zat_sp_o	°F	Write
AV	403	Unoccupied Zone Cooling Set Points	Unoccupied zone heating setpoint (name as printed); ref htg_zat_sp_u	°F	Write
AV	404	Active ZAT Heating Setpoint	Zone heating setpoint in use; ref active_zat_htg_sp	°F	Read
AV	405	Zone Heating Enable LDB	ref htg_zat_ldb; default 1	°F	Write
AV	406	Zone Heating Enable UDB	ref htg_zat_udb; default 1	°F	Write
AV	407	Zone Heating Stage 2 LDB	ref htg2_zat_ldb; default 1	°F	Write
AV	408	Zone Heating Stage 2 UDB	ref htg2_zat_udb; default 1	°F	Write
AV	409	Disc Htg Enable SP	Discharge heating enable setpoint; ref disc_htg_en_sp; default 55	°F	Write
AV	410	Active Discharge Heatling Enabling Setpoint	ref active_disc_htg_en_sp	°F	Read
AV	411	Discharge Heating Enable LDB	ref disc_htg_ldb; default 1	°F	Write
AV	412	Discharge Heating Disable UDB	ref disc_htg_udb; default 1	°F	Write
AVmin	413	Discharge Heating SAT SP	Discharge heating supply air setpoint; ref disc_htg_sat_sp; default 72	°F	Write
AV	414	Minimum Zone Heating SAT SP	ref min_zn_htg_sat_sp; default 80	°F	Write
AV	415	Maximum Heating SAT SP	ref max_htg_sat_sp; default 95	°F	Write
AV	416	Heating SAT LDB	ref htg_sat_ldb; default 2	°F	Write
AV	417	Heating SAT UDB	ref htg_sat_udb; default 2	°F	Write
AV	418	Heat Modulation	Heating output; ref htg_mod	%	Read
AV	419	Heating OAT/SAT OAT HIGH	ref htg_os_oa_high; default 55	°F	Write
AV	420	Heating OAT/SAT OAT LOW	ref htg_os_oat_low; default 35	°F	Write
AV	421	SAT Heat Fail LDB	ref sat_heat_fail_sp; default 20	°F	Write
AV	501	Active SF Minimum Output	ref active_sf_min_out	%	Read
AV	502	Active SF Minimum Output CFM	ref active_sf_min_out_cfm	cfm	Read
AV	503	Active SF-AMS Setpoint	ref active_sf_ams_sp	cfm	Read
AV	504	SF Maximum Output	ref sf_max_out; default 100	%	Write
AV	505	SF Maximum Output CFM	ref sf_max_out_cfm	cfm	Read
AV	506	SF AMS SP	Occupied supply airflow setpoint; ref sf_ams_sp; default 2675	cfm	Write
AV	507	SF AMS SP UNOCC	Unoccupied supply airflow setpoint; ref sf_ams_sp_unocc; default 0	cfm	Write
AV	508	SF AMS Status	Supply airflow; ref sf_ams_stat	cfm	Read
AV	509	SF Design CFM	ref sf_design_cfm_stat	cfm	Read
AV	510	SF DPT SP	ref sf_dpt_sp; default 1	in H2O	Write
AV	511	SF DPT Status	ref sf_dpt_stat	in H2O	Read
AV	512	SF Min. Output	ref sf_min_out; default 50	%	Write
AV	513	SF Cooling Minimum Output	ref sf_clg_min_out_cfm	cfm	Read
AV	514	SF Heating Minimum Output	ref sf_htg_min_out_cfm	cfm	Read
AV	515	SF Minimum Output	ref sf_min_out_cfm	cfm	Read
AV	516	SF Mod. CLG Min. Output	ref sf_clg_min_out; default 50	%	Write
AV	517	SF Mod. HTG Min. Output	ref sf_htg_min_out; default 50	%	Write
AV	518	SF Modulation	Supply fan speed output; ref sfmod_pct	%	Read
AV	519	SF Speed Setpoint	Occupied supply fan speed setpoint; ref sf_spd_sp; default 100	%	Write
AV	520	SF UNOCC SPEED SP	Unoccupied supply fan speed setpoint; ref sf_spd_sp_unocc; default 0	%	Write
AV	521	High Supply DPT SP	ref high_sfdpt_sp; default 5	in H2O	Write
AV	522	SF % Input	ref sf_cmd_stat	cfm	Read
AV	601	EF Min Out	ref ef_min_cfm; default 30	%	Write
AV	602	EF Minimum CFM	ref ef_min_out_cfm	cfm	Read
AV	603	Active EF AMS Setpoint	ref active_ef_ams_sp	cfm	Read
AV	604	EF Max Out	ref ef_max_out; default 100	%	Write
AV	605	EF Maximum CFM	ref ef_max_out_cfm	cfm	Read
AV	606	EF AMS SP	Occupied exhaust airflow setpoint; ref ef_ams_sp; default 200	cfm	Write
AV	607	EF AMS SP UNOCC	Unoccupied exhaust airflow setpoint; ref ef_ams_sp_unocc; default 0	cfm	Write
AV	608	EF AMS Status	Exhaust airflow; ref ef_ams_stat	cfm	Read
AV	609	EF Design CFM	ref ef_design_cfm_stat	cfm	Read
AV	610	EF DPT SP	ref ef_dpt_sp; default 1	in H2O	Write
AV	611	EF-DPT	ref ef_dpt_stat	in H2O	Read
AV	612	EF Modulation	Exhaust fan speed output; ref efmod_pct	%	Read
AV	613	EF Speed Setting	Occupied exhaust fan speed setpoint; ref ef_spd_sp; default 15	%	Write
AV	614	EF Unocc Speed Setting	Unoccupied exhaust fan speed setpoint; ref ef_spd_sp_unocc; default 0	%	Write
AV	615	EF Enable OA %	ref oa_en_ef; default 15	%	Write
AV	616	EF Enable OA % Lower DB	ref oa_en_ef_ldb; default 2	%	Write
AV	617	OA/EA Max Tracking	ref oa_ea_max	%	Read
AV	618	OA/EA Min Tracking	ref oa_ea_min	%	Read
AV	619	Custom OA Tracking Maximum	ref oa_max_trck; default -1	%	Write
AV	620	Custom OA Tracking Minimum	ref oa_min_trck; default -1	%	Write
AV	622	EAF DPT Status	ref eaf_dpt_stat	in H2O	Read
AV	701	Active OA % CMD	Outdoor air damper command in use; ref active_oa_cmd	%	Read
AV	702	Active OA Minimum	ref act_oaflow_min	%	Read
AV	703	Active OA Minimum CFM	ref act_oaflow_min_cfm	%	Read
AV	704	DCV CO2 Minimum	Occupied DCV CO2 minimum; ref dcv_co2_min; default 450	ppm	Write
AV	705	DCV CO2 Minimum	Unoccupied DCV CO2 minimum; ref dcv_co2_min_unocc; default 0	ppm	Write
AV	706	DCV CO2 Maximum	DCV CO2 maximum; ref dcv_co2_max; default 1200	ppm	Write
AV	707	DCV maximum OA CFM	ref oa_dcv_max_cfm	cfm	Read
AV	708	DCV OA MAX	ref oa_dcv_max; default 0	%	Write
AV	710	Manual OA % Of Design	Occupied manual outdoor air %; ref manual_oa; default 50	%	Write
AV	711	Manual OA % Of Design	Unoccupied manual outdoor air %; ref manual_oa_unocc; default 0	%	Write
AV	712	Minimum OA Flow Percentage	Occupied minimum outdoor air; ref occ_oaflow_min; default 30	%	Write
AV	713	Minimum OA Flow CFM	ref occ_oaflow_min_cfm	cfm	Read
AV	714	Maximum OA Flow %	ref oaflow_max_per	%	Read
AV	715	Maximum OA Flow	ref oaflow_max_stat	cfm	Read
AV	716	OA AMS SP	Occupied outdoor airflow setpoint; ref oa_ams_sp; default 8000	cfm	Write
AV	717	OA AMS SP UNOCC	Unoccupied outdoor airflow setpoint; ref oa_ams_sp_unocc; default 0	cfm	Write
AV	718	OA AMS Status	Outdoor airflow; ref oa_ams_stat	cfm	Read
AV	719	OADA Position	Outdoor air damper position; ref oada_pos	%	Read
AV	720	OA Damper FB Status	ref oadmpr_fb_stat	%	Read
AV	721	RADA Position	Return air damper position; ref rada_pos	%Open	Read
AV	722	RA Damper FB Status	ref ra_dmpr_fb_stat	%	Read
AV	723	CO2 From BAS	CO2 written by the BMS; ref co2_bas; default 0	ppm	Write
AV	724	CO2 Status	CO2 level; ref co2_stat	ppm	Read
AV	725	Unocc Minimum OA Flow Percentage	Unoccupied minimum outdoor air; ref unocc_oaflow_min; default -1	%	Write
AV	726	Unocc Minimum OA Flow CFM	ref unocc_oaflow_min_cfm	cfm	Read
AV	727	OA % Input	ref oa_cmd_stat	%	Read
AV	728	OAF DPT Status	ref oaf_dpt_stat	in H2O	Read
AV	902	ECW DB LDB	ref ecw_db_ldb; default 3	°F	Write
AV	903	ECW DB UDB	ref ecw_db_udb; default 3	°F	Write
AV	904	ECW Dew Point LDB	ref ecw_dp_ldb; default 3	°F	Write
AV	905	ECW Dew Point UDB	ref ecw_dp_udb; default 3	°F	Write
AV	906	ECW ENTH LDB	ref ecw_enth_ldb; default 1	Btu/lb	Write
AV	907	ECW ENTH UDB	ref ecw_enth_udb; default 1	Btu/lb	Write
AV	908	ECW Defrost LSP	ref ecw_def_lsp; default 25	°F	Write
AV	909	BP Damper FB Status	ref bp_dmpr_fb_stat	%	Read
AV	910	BPDA Position	Bypass damper position; ref bpda_pos	%	Read
AV	911	ECW Cooling UDB	ref ecw_clg_udb; default 0	°F	Write
AV	912	ECW Cooling LDB	ref ecw_clg_ldb; default 0	°F	Write
AV	913	ECW Dehum UDB	ref ecw_dehum_udb; default 0	°F	Write
AV	914	ECW Dehum LDB	ref ecw_dehum_ldb; default 0	°F	Write
AV	915	ECW Heating LDB	ref ecw_htg_ldb; default 0	°F	Write
AV	916	ECW Heating UDB	ref ecw_htg_udb; default 0	°F	Write
AV	1001	Compressor #1 Percent	Compressor 1 output; ref c1_pct	%	Read
AV	1002	Cir#1 Disch Ctrl Mod	ref cf1_pct	%	Read
AV	1003	Frost Shield/HGBP Modulation 1	ref hgbp1_mod	%	Read
AV	1004	DLP #1 Status	ref dlp1_stat	psi	Read
AV	1005	D1 Sat. Temp.	ref d1_sat_temp	°F	Read
AV	1006	DLT #1 Status	ref dlt_stat	°F	Read
AV	1007	Disharge #1 Supeheat	ref dsh1	°F	Read
AV	1008	EEV #1 CLG Modulation	ref eev1_clg_pct	%	Read
AV	1009	EEV #1 HTG Modulation	ref eev1_htg_pct	%	Read
AV	1010	LLP #1 Status	ref llp1_stat	psi	Read
AV	1011	Liquid Sat. Temp #1	ref ll1_sat_temp	°F	Read
AV	1012	LLT #1 Status	ref llt_stat	°F	Read
AV	1013	Circuit #1 Subcooling	ref subcool1	°F	Read
AV	1014	SLP #1 Status	ref slp1_stat	psi	Read
AV	1015	SLP1 Sat. Temp.	ref slp1_sat_temp	°F	Read
AV	1016	SLT #1 Status	ref slt_stat	°F	Read
AV	1017	Supeheat #1	ref superheat1	°F	Read
AV	1018	Estimated Evaporator Coil #1 Temp	ref eect1	°F	Read
AV	1019	SCT #1 Status	ref sct1_stat	°F	Read
AV	1020	Compressor #2 Percent	Compressor 2 output; ref c2_pct	%	Read
AV	1021	Cir#2 Disch Ctrl Mod	ref cf2_pct	%	Read
AV	1022	Frost Shield/HGBP PID 2	ref hgbp2_mod	%	Read
AV	1023	DLP #2 Status	ref dlp2_stat	psi	Read
AV	1024	D2 Sat. Temp.	ref d2_sat_temp	°F	Read
AV	1025	DLT #2 Status	ref dlt2_stat	°F	Read
AV	1026	Disharge #2 Supeheat	ref dsh2	°F	Read
AV	1029	LLP #2 Status	ref llp2_stat	psi	Read
AV	1030	Liquid Sat. Temp #2	ref ll2_sat_temp	°F	Read
AV	1031	LLT #2 Status	ref llt2_stat	°F	Read
AV	1032	Circuit #2 Subcooling	ref subcool2	°F	Read
AV	1033	SLP #2 Status	ref slp2_stat	psi	Read
AV	1034	SLP2 Sat. Temp.	ref slp2_sat_temp	°F	Read
AV	1035	SLT #2 Status	ref slt2_stat	°F	Read
AV	1036	Supeheat #2	ref superheat2	°F	Read
AV	1037	Estimated Evap Coil #2 Temp	ref eect2	°F	Read
AV	1038	SCT #2 Status	ref sct2_stat	°F	Read
AV	1039	Low Ambient Valve Enable	ref la_vlv_en; default 35	°F	Write
AV	1040	HGRH Modulation	Hot gas reheat valve output; ref hgrh_mod	%	Read
AV	1041	Compressor Disable SP	Compressor outdoor temperature lockout; ref comp_dis_sp; default 15	°F	Write
AV	1042	Comp Disable High Humidity	Compressor disable high humidity limit; ref hp_dis_high_hum_sp; default 80	%rh	Write
AV	1043	Comp Disable High Humidity	Compressor disable high humidity outdoor temperature; ref hp_dis_hi_hum_oat_sp; default 35	°F	Write
AV	1044	DX LAT Status	DX leaving air temperature, coil 1; ref dx_lat_stat	°F	Read
AV	1045	DX LAT #2 Status	DX leaving air temperature, coil 2; ref dx_lat2_stat	°F	Read
AV	1046	DX LAT AVE Status	DX leaving air temperature average; ref dx_lat_avg_stat	°F	Read
BVmin	1	Unit Enable	Software unit enable from the BMS; ref unit_enable; default Active (1)		Write
BV	2	Unit Enble Input Status	Hardwired unit enable input state; ref unit_en_in_stat		Read
BV	3	Unit Enable Status	Unit enabled (software or hardwired input); ref unit_enable_stat		Read
BVmin	4	BAS Manual Occ Control	BMS manual occupancy control; ref occ_en; default Inactive (0)		Write
BV	5	Occ Input Status	Hardwired occupancy input state; ref occ_input_stat		Read
BV	6	CO2 Occupancy Status	ref co2_occ_stat		Read
BV	7	ZS Occupancy Status	ref zs_occ_stat		Read
BVmin	8	Occupancy Status	Unit is occupied; ref occ_status		Read
BV	9	Unoccupancy Status	Unit is unoccupied; ref unocc_status		Read
BV	10	Allow Zone Set Point Adjust	Enables zone setpoint adjustment; ref zat_sp_adj_en; default Active (1)		Write
BV	11	Communication Monitoring Status	BMS communication monitoring state; ref comm_mon_stat		Read
BV	12	Disable Discharge Ctrl	Disables discharge control; ref da_dc_ctrl; default Inactive (0)		Write
BV	13	Emerg. Shutdown Enable	Enables emergency shutdown; ref emsd_en; default Inactive (0)		Write
BV	14	Enable BAS Monitor Schedule	Enables BMS monitor schedule; ref en_bas_mon; default Inactive (0)		Write
BV	15	Enable FDD Alarms	Enables fault detection alarms; ref fdd_alarm_en; default Inactive (0)		Write
BV	16	Fans Request Input(G) Status	ref fans_req_in_stat		Read
BV	17	Pushbutton Override Enabled	Enables pushbutton override; ref pb_ovrd_en; default Active (1)		Write
BV	18	Quick Recovrey	Quick recovery enable; ref quick_recovery; default Inactive (0)		Write
BV	19	Resettable Alarm Status	Resettable alarm active; ref reset_alarm_status		Read
BV	20	EMR Status	ref emr_stat		Read
BV	21	EMSD Status	Emergency shutdown input state; ref emsd_stat		Read
BV	22	SD Status	Shutdown input state; ref sd_stat		Read
BV	23	CFI Status	Clogged filter input state; ref cfi_stat		Read
BV	24	Condensate Overflow Switch	Condensate overflow switch state; ref cos_stat		Read
BV	25	Unit Stop	Unit stopped; ref unit_stop		Read
BVmin	26	Alarm Reset	Resets latched alarms; ref alarm_reset; default Inactive (0)		Write
BVmin	27	Alarm Status	Any alarm active; ref alarm_status		Read
BV	28	BAS LOST	BMS communication lost alarm; ref bas_comm_lost_alarm		Read
BV	29	CFI ALARM	Clogged filter alarm; ref cfi_alarm		Read
BV	30	COS ALARM	Condensate overflow alarm; ref cos_alarm		Read
BV	31	ECAT FAIL	Sensor failure alarm; ref ecat_failure		Read
BV	32	ECRH FAIL	Sensor failure alarm; ref ecrh_failure		Read
BV	33	EM SHTDN	Emergency shutdown alarm; ref em_shtdn_alarm		Read
BV	34	ExAT FAIL	Sensor failure alarm; ref exat_failure		Read
BV	35	ExRH FAIL	Sensor failure alarm; ref exrh_failure		Read
BV	36	HSAT ALARM	High supply air temperature alarm; ref hsat_alarm		Read
BV	37	LSAT ALARM	Low supply air temperature alarm; ref low_sat_alarm		Read
BV	38	MARH FAIL	Sensor failure alarm; ref marh_failure		Read
BV	39	MAT FAIL	Sensor failure alarm; ref mat_failure		Read
BV	40	OARH FAIL	Sensor failure alarm; ref oarh_failure		Read
BV	41	OAT FAIL	Sensor failure alarm; ref oat_failure		Read
BV	42	RARH FAIL	Sensor failure alarm; ref rarh_failure		Read
BV	43	RAT FAIL	Sensor failure alarm; ref rat_failure		Read
BV	44	SA-RH FAIL	Sensor failure alarm; ref sarh_failure		Read
BV	45	SAT FAIL	Sensor failure alarm; ref sat_failure		Read
BV	46	SD ALARM	Shutdown alarm; ref sd_alarm		Read
BV	47	ZAT FAIL	Sensor failure alarm; ref zat_failure		Read
BV	48	ZRH FAIL	Sensor failure alarm; ref zrh_failure		Read
BV	101	Reheat used in Discharge Cooling	Allows reheat in discharge cooling; ref rh_clg_mode; default Active (1)		Write
BV	102	Zone Cooling #1 Request Input(Y1) Status	ref zclg1_req_in_stat		Read
BV	103	Zone Cooling #2 Request Input(Y2) Status	ref zclg2_req_in_stat		Read
BV	301	Dynamic Deadband Enable	Enables dynamic deadband; ref dyn_db_en; default Active (1)		Write
BV	302	RH CMD	Reheat command; ref rh_cmd		Read
BV	303	Sub-Cooling Command	Sub-cooling command; ref sc_cmd		Read
BV	304	Zone Dehum Request Input(DEH) Status	ref zdh_req_in_stat		Read
BV	401	Aux. Htg. Enable	ref ahtg_en		Read
BV	402	Enable Manual Heating %	Enables manual heating %; ref htg_manual_en; default Inactive (0)		Write
BV	403	Heating For Reheat is	ref htg_for_rh		Read
BV	404	HT FAIL	Heating failure alarm; ref heat_failure		Read
BV	405	W1 Command	Heat stage 1 command; ref w1_cmd		Read
BV	406	W2 Command	Heat stage 2 command; ref w2_cmd		Read
BV	407	Zone Heating #1 Request Input(W1) Status	ref zhtg1_req_in_stat		Read
BV	408	Zone Heating #2 Request Input(W2) Status	ref zhtg2_req_in_stat		Read
BV	501	Manual Supply Fan Control Enable	Enables manual supply fan control; ref mnl_sf_cntrl_en; default Inactive (0)		Write
BV	502	Occupied Supply Fan Operation	Supply fan runs when occupied; ref occ_sf_oper; default Active (1)		Write
BV	503	Unoccupied Supply Fan Operation	Supply fan runs when unoccupied; ref unocc_sf_oper; default Active (1)		Write
BV	504	SF Command	Supply fan command; ref sf_cmd		Read
BV	505	SF-APS Status	Supply fan airflow switch; ref sf_aps_stat		Read
BV	506	SF HAND	ref sf_hand_alarm		Read
BV	507	SF ALARM	Supply fan alarm; ref sf_alarm		Read
BV	508	HSDP ALARM	ref hsdp_alarm		Read
BV	509	HSDP STOP	ref hsdp_stop_alarm		Read
BV	601	Manual Exhaust Fan Control Enable	Enables manual exhaust fan control; ref mnl_ef_cntrl_en; default Inactive (0)		Write
BV	602	UNOCC EF OPER	Exhaust fan operation when unoccupied; ref unocc_ef_oper; default Inactive (0)		Write
BV	603	EF ALARM	Exhaust fan alarm; ref ef_alarm		Read
BV	604	EF CMD	Exhaust fan command; ref ef_cmd		Read
BV	605	EF HAND	ref ef_hand_alarm		Read
BV	606	EF-APS Status	Exhaust fan airflow switch; ref ef_aps_stat		Read
BV	610	EAD Command	ref ead_cmd		Read
BV	611	EADA Status	ref eada_stat		Read
BV	612	EADA ALARM	ref eada_alarm		Read
BV	613	EADA HAND	ref eada_hand_alarm		Read
BV	625	EA CF ALARM	ref ea_cf_alarm		Read
BV	701	Manual OA Control	Enables manual outdoor air control; ref manual_oa_control; default Inactive (0)		Write
BV	702	UNOCC DMP OPER	Damper operation when unoccupied; ref unocc_dmp_oper; default Inactive (0)		Write
BV	703	Demand Control Ventalation	Enables demand control ventilation; ref dcv_incl; default Inactive (0)		Write
BV	704	High OA AF Request Input Status	ref hi_oa_af_req_in_stat		Read
BV	705	OA Damper Enable	ref oada_en		Read
BV	706	OADA Status	ref oada_stat		Read
BV	707	OD Command	ref od_cmd		Read
BV	708	OADA ALARM	ref oada_alarm		Read
BV	709	OADA HAND	ref oada_hand_alarm		Read
BV	710	HIGH CO2	High CO2 alarm; ref high_co2_alarm		Read
BV	711	CO2 FAIL	CO2 sensor failure; ref co2_failure		Read
BV	712	ECON NOT	Economizer fault; ref econ_not_fdd		Read
BV	713	NOT ECON	Economizer fault; ref not_econ_fdd		Read
BV	714	RADA NOT	Return damper not modulating fault; ref rada_not_mod_fdd		Read
BV	715	OA CF ALARM	ref oa_cf_alarm		Read
BV	901	ECW Command	ECW command; ref ecw_cmd		Read
BV	902	ECW CS Status	ref ecw_cs_stat		Read
BV	903	ECW Defrost ON	ref ecw_def_on		Read
BV	904	ECW ALARM	ECW alarm; ref ecw_alarm		Read
BV	905	ECW HAND	ref ecw_hand_alarm		Read
BV	1001	A2L Detector Status	A2L refrigerant detector state; ref a2l_dtctr_stat		Read
BV	1002	C1 Command	Compressor 1 command; ref c1_cmd		Read
BV	1003	Comp #1 CS Status	ref cc1_cs_stat		Read
BV	1004	C1B Command	Compressor 1B command; ref c1b_cmd		Read
BV	1005	Comp #1B CS Status	ref cc1b_cs_stat		Read
BV	1006	C2 Command	Compressor 2 command; ref c2_cmd		Read
BV	1007	Comp #2 CS Status	ref cc2_cs_stat		Read
BV	1008	C2B Command	Compressor 2B command; ref c2b_cmd		Read
BV	1009	Comp #2B CS Status	ref cc2b_cs_stat		Read
BV	1010	Condensor Water Shut OFF Valve CMD	ref cwv_so_stat		Read
BV	1011	Compressor Disabled by OAT	Compressors locked out by outdoor temperature; ref comp_dis_oat		Read
BV	1012	C1/C2 Stop Disables Unit	Compressor stop alarms shut the unit down; ref c1c2_stop_disables_unit; default Inactive (0)		Write
BV	1013	HPS #1 Status	ref hps1_stat		Read
BV	1014	HPS #2 Status	ref hps2_stat		Read
BV	1015	LPS #1 Status	ref lps1_stat		Read
BV	1016	LPS #2 Status	ref lps2_stat		Read
BV	1017	WFS Status	Water flow switch state; ref wfs_stat		Read
BV	1018	RV CMD	Reversing valve command; ref rv_cmd		Read
BV	1019	A2L DTCTR SHTDN	A2L refrigerant detector shutdown alarm; ref al2_shtdn_alarm		Read
BV	1020	C1 ALARM	ref c1_alarm		Read
BV	1021	C1 HAND	ref c1_hand_alarm		Read
BV	1022	C1 STOP	ref c1_stop_alarm		Read
BV	1023	C1B ALARM	ref c1b_alarm		Read
BV	1024	C1B HAND	ref c1b_hand_alarm		Read
BV	1025	C1B STOP	ref c1b_stop_alarm		Read
BV	1026	C2 ALARM	ref c2_alarm		Read
BV	1027	C2 HAND	ref c2_hand_alarm		Read
BV	1028	C2 STOP	ref c2_stop_alarm		Read
BV	1029	C2B ALARM	ref c2b_alarm		Read
BV	1030	C2B HAND	ref c2b_hand_alarm		Read
BV	1031	C2B STOP	ref c2b_stop_alarm		Read
BV	1032	DR1 Status	ref dr1_stat		Read
BV	1033	DR2 Status	ref dr2_stat		Read
BV	1034	DXLAT FAIL	Sensor failure alarm; ref dx_lat_failure		Read
BV	1035	FP1 ALARM	ref fp1_alarm		Read
BV	1036	FP1 STOP	ref fp1_stop_alarm		Read
BV	1037	FP2 ALARM	ref fp2_alarm		Read
BV	1038	FP2 STOP	ref fp2_stop_alarm		Read
BV	1039	FRZ Status	Freeze input state; ref frz_stat		Read
BV	1040	FZT ALARM	Freeze alarm; ref fzt_alarm		Read
BV	1041	HPS1 ALARM	ref hps1_alarm		Read
BV	1042	HPS1 STOP	ref hps1_stop_alarm		Read
BV	1043	HPS2 ALARM	ref hps2_alarm		Read
BV	1044	HPS2 STOP	ref hps2_stop_alarm		Read
BV	1045	LPS1 ALARM	ref lps1_alarm		Read
BV	1046	LPS1 STOP	ref lps1_stop_alarm		Read
BV	1047	LPS2 ALARM	ref lps2_alarm		Read
BV	1048	LPS2 STOP	ref lps2_stop_alarm		Read
BV	1049	SLT FAIL	Sensor failure alarm; ref slt_failure		Read
BV	1050	SLT2 FAIL	Sensor failure alarm; ref slt2_failure		Read
BV	1051	WFS ALARM	Water flow alarm; ref wfs_alarm		Read
BV	1052	DXLAT2 FAIL	Sensor failure alarm; ref dx_lat2_failure		Read
BV	1053	SLP FAIL	Sensor failure alarm; ref slp_failure		Read
BV	1054	SLP2 FAIL	Sensor failure alarm; ref slp2_failure		Read
BV	1055	LLP FAIL	Sensor failure alarm; ref llp_failure		Read
BV	1056	LLP2 FAIL	Sensor failure alarm; ref llp2_failure		Read
BV	1057	LLT FAIL	Sensor failure alarm; ref llt_failure		Read
BV	1058	LLT2 FAIL	Sensor failure alarm; ref llt2_failure		Read
BV	1059	DLP FAIL	Sensor failure alarm; ref dlp_failure		Read
BV	1060	DLP2 FAIL	Sensor failure alarm; ref dlp2_failure		Read
BV	1061	DLT FAIL	Sensor failure alarm; ref dlt_failure		Read
BV	1062	DLT2 FAIL	Sensor failure alarm; ref dlt2_failure		Read
MVmin	1	State	Unit operating state; ref state		Read
MVmin	2	Mode	Unit operating mode; ref mode		Read
MV	3	Occupancy Control Options	Occupancy control source selection; ref occ_ctrl_opts; default 5		Write
MV	4	Back Up Occupancy Control Options	Backup occupancy control source selection; ref bu_occ_ctrl_opts; default 1		Write
MV	5	Occ Control Source Status	Active occupancy control source; ref occ_ctrl_stat		Read
MV	6	Manual Mode Selector	Manual mode selection; ref mnl_mode_sel; default 1		Write
MV	7	Alarms	Alarm summary; ref alarms		Read
MV	8	Faults	Fault summary; ref faults		Read
MV	301	Reheat is	Reheat status; ref reheat_is		Read
MV	401	Heating Status	Heating status; ref htg_status		Read
MV	901	ECW Status	ECW status; ref ecw_status		Read
MV	1001	Circuit #1 Status	Refrigerant circuit 1 status; ref cir_1_stat		Read
MV	1002	Circuit #2 Status	Refrigerant circuit 2 status; ref cir_2_stat		Read
MV	1003	Rev. Valve Command	Reversing valve command; ref rv_cmd_msv		Read

Object ID lookup: Addison ODO outdoor air unit controls point IDs by name

AV1Active SAT SP
AV2CO2 Occupancy Set Point
AV3Dischage Control Enable
AV4SAT High Limit SP
AV5SAT Low Limit SP
AV6EC-RH Status
AV7ECAT Status
AV8Entering Coil Air Dew Point
AV9Entering coil Air Enthalpy
AV10Ex-RH Status
AV11ExAT Status
AV12Exhaust Air Dew Point
AV13Exhaust Air Enthalpy
AV14MA-RH Status
AV15MAT Status
AV16Mixed Air Dew Point
AV17Mixed Air Enthalpy
AV18OA-RH Status
AV19OARH from BAS
AV20OAT from BAS
AV21OAT Status
AV22Outside Air Dew Point
AV23Outside Air Enthalpy
AV24RA-RH Status
AV25RAT Status
AV26Return Air Dew Point
AV27Return Air Enthalpy
AV28SA-RH Status
AV29SAT Status
AV30Supply Air Dew Point
AV31Supply Air Enthalpy
AV32Z-RH From BAS
AV33Z-RH Status
AV34ZAT From BAS
AV35ZAT Status
AV36Zone Air Dew Point
AV37Zone Air Enthalpy
AV38ZN DPT LDB
AV39ZN DPT SP
AV40ZN DPT UDB
AV41ZN-DPT
AV50PF DPT Status
AV101Cooling Mode Low Limit
AV102Unoccupied Zone Cooling Set Points
AV103Unoccupied Zone Cooling Set Points
AV104Active ZAT Cooling Setpoint
AV105Zone Cooling Enable LDB
AV106Zone Cooling Enable UDB
AV107Zone Cooling Stage 2 LDB
AV108Zone Cooling Stage 2 UDB
AV109Discharge Cooling Enable SP
AV110Active Discharge Cooling Enabling Setpoint
AV111Discharge Cooling Enable LDB
AV112Discharge Cooling Enable UDB
AV113Discharge Cooling SAT SP
AV114Minimum Zone Cooling SAT SP
AV115Maximum SAT SP
AV116Cooling Supply Air LDB
AV117Cooling Supply Air UDB
AV118COOLING OAT/SAT HIGH
AV119COOLING OAT/SAT LOW
AV301DH Mode Low Limit
AV302Zone DH SP Occ
AV303Zone DH SP Unocc
AV304Active Discharge Dehum Enabling Setpoint
AV305Zone Dehum LDB
AV306Zone Dehum UDB
AV307Avg Zone Setpoint
AV308Zn Dehum Base SP
AV309High ZN Reset
AV310Low ZN Reset
AV311Disc Dehum Dewpoint SP
AV312Disc Dehum RH Enable SP
AV313Disc DH EN Snsr
AV314Disc Dehum Enable UDB
AV315Disc Dehum Disable LDB
AV316Disc DH DxLAT SP
AV317DH Mod Setpoint
AV318Active DH Mod Sensor Status
AV319DH SAT SP
AV320Dehum Staging UDB
AV321Dehum Staging LDB
AV322Dynamic Deadband DH LSP
AV323Reheat SAT LDB
AV324Reheat SAT UDB
AV325SC LDB
AV326Disc Dehum Disable LDB
AV401Htg Mode High Limit Setpoint
AV402Unoccupied Zone Cooling Set Points
AV403Unoccupied Zone Cooling Set Points
AV404Active ZAT Heating Setpoint
AV405Zone Heating Enable LDB
AV406Zone Heating Enable UDB
AV407Zone Heating Stage 2 LDB
AV408Zone Heating Stage 2 UDB
AV409Disc Htg Enable SP
AV410Active Discharge Heatling Enabling Setpoint
AV411Discharge Heating Enable LDB
AV412Discharge Heating Disable UDB
AV413Discharge Heating SAT SP
AV414Minimum Zone Heating SAT SP
AV415Maximum Heating SAT SP
AV416Heating SAT LDB
AV417Heating SAT UDB
AV418Heat Modulation
AV419Heating OAT/SAT OAT HIGH
AV420Heating OAT/SAT OAT LOW
AV421SAT Heat Fail LDB
AV501Active SF Minimum Output
AV502Active SF Minimum Output CFM
AV503Active SF-AMS Setpoint
AV504SF Maximum Output
AV505SF Maximum Output CFM
AV506SF AMS SP
AV507SF AMS SP UNOCC
AV508SF AMS Status
AV509SF Design CFM
AV510SF DPT SP
AV511SF DPT Status
AV512SF Min. Output
AV513SF Cooling Minimum Output
AV514SF Heating Minimum Output
AV515SF Minimum Output
AV516SF Mod. CLG Min. Output
AV517SF Mod. HTG Min. Output
AV518SF Modulation
AV519SF Speed Setpoint
AV520SF UNOCC SPEED SP
AV521High Supply DPT SP
AV522SF % Input
AV601EF Min Out
AV602EF Minimum CFM
AV603Active EF AMS Setpoint
AV604EF Max Out
AV605EF Maximum CFM
AV606EF AMS SP
AV607EF AMS SP UNOCC
AV608EF AMS Status
AV609EF Design CFM
AV610EF DPT SP
AV611EF-DPT
AV612EF Modulation
AV613EF Speed Setting
AV614EF Unocc Speed Setting
AV615EF Enable OA %
AV616EF Enable OA % Lower DB
AV617OA/EA Max Tracking
AV618OA/EA Min Tracking
AV619Custom OA Tracking Maximum
AV620Custom OA Tracking Minimum
AV622EAF DPT Status
AV701Active OA % CMD
AV702Active OA Minimum
AV703Active OA Minimum CFM
AV704DCV CO2 Minimum
AV705DCV CO2 Minimum
AV706DCV CO2 Maximum
AV707DCV maximum OA CFM
AV708DCV OA MAX
AV710Manual OA % Of Design
AV711Manual OA % Of Design
AV712Minimum OA Flow Percentage
AV713Minimum OA Flow CFM
AV714Maximum OA Flow %
AV715Maximum OA Flow
AV716OA AMS SP
AV717OA AMS SP UNOCC
AV718OA AMS Status
AV719OADA Position
AV720OA Damper FB Status
AV721RADA Position
AV722RA Damper FB Status
AV723CO2 From BAS
AV724CO2 Status
AV725Unocc Minimum OA Flow Percentage
AV726Unocc Minimum OA Flow CFM
AV727OA % Input
AV728OAF DPT Status
AV902ECW DB LDB
AV903ECW DB UDB
AV904ECW Dew Point LDB
AV905ECW Dew Point UDB
AV906ECW ENTH LDB
AV907ECW ENTH UDB
AV908ECW Defrost LSP
AV909BP Damper FB Status
AV910BPDA Position
AV911ECW Cooling UDB
AV912ECW Cooling LDB
AV913ECW Dehum UDB
AV914ECW Dehum LDB
AV915ECW Heating LDB
AV916ECW Heating UDB
AV1001Compressor #1 Percent
AV1002Cir#1 Disch Ctrl Mod
AV1003Frost Shield/HGBP Modulation 1
AV1004DLP #1 Status
AV1005D1 Sat. Temp.
AV1006DLT #1 Status
AV1007Disharge #1 Supeheat
AV1008EEV #1 CLG Modulation
AV1009EEV #1 HTG Modulation
AV1010LLP #1 Status
AV1011Liquid Sat. Temp #1
AV1012LLT #1 Status
AV1013Circuit #1 Subcooling
AV1014SLP #1 Status
AV1015SLP1 Sat. Temp.
AV1016SLT #1 Status
AV1017Supeheat #1
AV1018Estimated Evaporator Coil #1 Temp
AV1019SCT #1 Status
AV1020Compressor #2 Percent
AV1021Cir#2 Disch Ctrl Mod
AV1022Frost Shield/HGBP PID 2
AV1023DLP #2 Status
AV1024D2 Sat. Temp.
AV1025DLT #2 Status
AV1026Disharge #2 Supeheat
AV1029LLP #2 Status
AV1030Liquid Sat. Temp #2
AV1031LLT #2 Status
AV1032Circuit #2 Subcooling
AV1033SLP #2 Status
AV1034SLP2 Sat. Temp.
AV1035SLT #2 Status
AV1036Supeheat #2
AV1037Estimated Evap Coil #2 Temp
AV1038SCT #2 Status
AV1039Low Ambient Valve Enable
AV1040HGRH Modulation
AV1041Compressor Disable SP
AV1042Comp Disable High Humidity
AV1043Comp Disable High Humidity
AV1044DX LAT Status
AV1045DX LAT #2 Status
AV1046DX LAT AVE Status
BV1Unit Enable
BV2Unit Enble Input Status
BV3Unit Enable Status
BV4BAS Manual Occ Control
BV5Occ Input Status
BV6CO2 Occupancy Status
BV7ZS Occupancy Status
BV8Occupancy Status
BV9Unoccupancy Status
BV10Allow Zone Set Point Adjust
BV11Communication Monitoring Status
BV12Disable Discharge Ctrl
BV13Emerg. Shutdown Enable
BV14Enable BAS Monitor Schedule
BV15Enable FDD Alarms
BV16Fans Request Input(G) Status
BV17Pushbutton Override Enabled
BV18Quick Recovrey
BV19Resettable Alarm Status
BV20EMR Status
BV21EMSD Status
BV22SD Status
BV23CFI Status
BV24Condensate Overflow Switch
BV25Unit Stop
BV26Alarm Reset
BV27Alarm Status
BV28BAS LOST
BV29CFI ALARM
BV30COS ALARM
BV31ECAT FAIL
BV32ECRH FAIL
BV33EM SHTDN
BV34ExAT FAIL
BV35ExRH FAIL
BV36HSAT ALARM
BV37LSAT ALARM
BV38MARH FAIL
BV39MAT FAIL
BV40OARH FAIL
BV41OAT FAIL
BV42RARH FAIL
BV43RAT FAIL
BV44SA-RH FAIL
BV45SAT FAIL
BV46SD ALARM
BV47ZAT FAIL
BV48ZRH FAIL
BV101Reheat used in Discharge Cooling
BV102Zone Cooling #1 Request Input(Y1) Status
BV103Zone Cooling #2 Request Input(Y2) Status
BV301Dynamic Deadband Enable
BV302RH CMD
BV303Sub-Cooling Command
BV304Zone Dehum Request Input(DEH) Status
BV401Aux. Htg. Enable
BV402Enable Manual Heating %
BV403Heating For Reheat is
BV404HT FAIL
BV405W1 Command
BV406W2 Command
BV407Zone Heating #1 Request Input(W1) Status
BV408Zone Heating #2 Request Input(W2) Status
BV501Manual Supply Fan Control Enable
BV502Occupied Supply Fan Operation
BV503Unoccupied Supply Fan Operation
BV504SF Command
BV505SF-APS Status
BV506SF HAND
BV507SF ALARM
BV508HSDP ALARM
BV509HSDP STOP
BV601Manual Exhaust Fan Control Enable
BV602UNOCC EF OPER
BV603EF ALARM
BV604EF CMD
BV605EF HAND
BV606EF-APS Status
BV610EAD Command
BV611EADA Status
BV612EADA ALARM
BV613EADA HAND
BV625EA CF ALARM
BV701Manual OA Control
BV702UNOCC DMP OPER
BV703Demand Control Ventalation
BV704High OA AF Request Input Status
BV705OA Damper Enable
BV706OADA Status
BV707OD Command
BV708OADA ALARM
BV709OADA HAND
BV710HIGH CO2
BV711CO2 FAIL
BV712ECON NOT
BV713NOT ECON
BV714RADA NOT
BV715OA CF ALARM
BV901ECW Command
BV902ECW CS Status
BV903ECW Defrost ON
BV904ECW ALARM
BV905ECW HAND
BV1001A2L Detector Status
BV1002C1 Command
BV1003Comp #1 CS Status
BV1004C1B Command
BV1005Comp #1B CS Status
BV1006C2 Command
BV1007Comp #2 CS Status
BV1008C2B Command
BV1009Comp #2B CS Status
BV1010Condensor Water Shut OFF Valve CMD
BV1011Compressor Disabled by OAT
BV1012C1/C2 Stop Disables Unit
BV1013HPS #1 Status
BV1014HPS #2 Status
BV1015LPS #1 Status
BV1016LPS #2 Status
BV1017WFS Status
BV1018RV CMD
BV1019A2L DTCTR SHTDN
BV1020C1 ALARM
BV1021C1 HAND
BV1022C1 STOP
BV1023C1B ALARM
BV1024C1B HAND
BV1025C1B STOP
BV1026C2 ALARM
BV1027C2 HAND
BV1028C2 STOP
BV1029C2B ALARM
BV1030C2B HAND
BV1031C2B STOP
BV1032DR1 Status
BV1033DR2 Status
BV1034DXLAT FAIL
BV1035FP1 ALARM
BV1036FP1 STOP
BV1037FP2 ALARM
BV1038FP2 STOP
BV1039FRZ Status
BV1040FZT ALARM
BV1041HPS1 ALARM
BV1042HPS1 STOP
BV1043HPS2 ALARM
BV1044HPS2 STOP
BV1045LPS1 ALARM
BV1046LPS1 STOP
BV1047LPS2 ALARM
BV1048LPS2 STOP
BV1049SLT FAIL
BV1050SLT2 FAIL
BV1051WFS ALARM
BV1052DXLAT2 FAIL
BV1053SLP FAIL
BV1054SLP2 FAIL
BV1055LLP FAIL
BV1056LLP2 FAIL
BV1057LLT FAIL
BV1058LLT2 FAIL
BV1059DLP FAIL
BV1060DLP2 FAIL
BV1061DLT FAIL
BV1062DLT2 FAIL
MV1State
MV2Mode
MV3Occupancy Control Options
MV4Back Up Occupancy Control Options
MV5Occ Control Source Status
MV6Manual Mode Selector
MV7Alarms
MV8Faults
MV301Reheat is
MV401Heating Status
MV901ECW Status
MV1001Circuit #1 Status
MV1002Circuit #2 Status
MV1003Rev. Valve Command

Integration notes

Addison marks this list as a beta (preliminary) release dated 1/2/2026; confirm object IDs and names against the unit before mapping.
Four rows print Object ID 0 (BV EXCESS OA, BV SCT1 FAIL, BV SCT2 FAIL and an MSV named 'point name', ref zn_prss_stat). They are not addressable as printed and are left out: 416 of 420 rows listed.
The doc gives a display name and a reference name for each object; names here are the display names and each description carries the reference name (ref ...), which may be the name the controller shows.
Some display names repeat for different objects as printed: AV 102/103 and AV 402/403 are all 'Unoccupied Zone Cooling Set Points' (the reference names show occupied/unoccupied cooling and heating), plus DCV CO2 Minimum, Manual OA % Of Design, Comp Disable High Humidity and Disc Dehum Disable LDB pairs.
Multistate objects are listed as MSV in the doc with no state texts; read the state text from the unit. Factory default values for writable points are given in the descriptions.
The table covers all ODO options (two compressor circuits, ECW, exhaust fan, dampers, DCV); expect objects for features a given unit does not have.

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 ODO (On-Demand Options) outdoor air unit controls 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 Addison ODO (On-Demand Options) outdoor air unit controls

How many BACnet points does the Addison ODO (On-Demand Options) outdoor air unit controls have?

This list has 416 BACnet objects: 237 analog values, 165 binary values, 14 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which Addison ODO (On-Demand Options) outdoor air unit controls BACnet points are writable?

137 of the 416 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 Addison ODO (On-Demand Options) outdoor air unit controls BACnet documentation?

The source is Addison ODO BACnet Points List, Beta (Preliminary), revision 2026-01-02, published free by Addison at https://www.addison-hvac.com/wp-content/uploads/2026/05/ODO_BACnet_Beta-2.pdf.

What are the minimum BACnet points to integrate the Addison ODO (On-Demand Options) outdoor air unit controls?

Start with BV 1 Unit Enable (Software unit enable from the BMS); BV 4 BAS Manual Occ Control (Occupancy control from the BMS); AV 113 Discharge Cooling SAT SP (Supply air setpoint in discharge cooling, °F); AV 413 Discharge Heating SAT SP (Supply air setpoint in discharge heating, °F); BV 26 Alarm Reset (Resets latched alarms); MV 1 State (Unit operating state); MV 2 Mode (Active operating mode); BV 8 Occupancy Status (Confirms the unit is occupied); AV 29 SAT Status (Supply air temperature); BV 27 Alarm Status (Any active alarm).

How do I enable BMS control of the Addison ODO (On-Demand Options) outdoor air unit controls?

Does the Addison ODO (On-Demand Options) outdoor air unit controls need a BACnet heartbeat or have a communication timeout?

The list has a BAS LOST alarm (BV 28) and a Communication Monitoring Status (BV 11), but gives no timeout or fallback behaviour.

Can the BMS supply sensor values to the Addison ODO (On-Demand Options) outdoor air unit controls?

How do I check these points on the real ODO (On-Demand Options) outdoor air unit controls?

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.

Source: Addison ODO BACnet Points List, Beta (Preliminary) · rev. 2026-01-02. Object names, instances and units are reproduced as published; descriptions are our own.