Home
BACnet points lists
BeaconMedaes
TotalAlert 360 (TA360-S) controller - scroll medical air systems

Medical gas source plant controller (monitoring only) · BACnet points list

BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems BACnet points list

Updated 12 November 2026Unofficial source

Short answer

The TA360 source controller runs BeaconMedaes medical air and vacuum source plants and serves BACnet IP as a BACnet Smart Sensor. For scroll air systems the map has 103 read-only objects: system pressure, ambient temperature, dew point and CO, running hours per unit (up to 6) and per dryer, dryer cycles, system and per-unit alarm/service/shutdown flags, individual alarms, and running, sequence and operation modes for units and dryers.

This page lists 103 BACnet objects for the BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems — 0 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from a copy of BeaconMedaes’s documentation hosted by BACnet International, not by BeaconMedaes itself, so treat it as unofficial.

Manufacturer: BeaconMedaes
Model: TotalAlert 360 (TA360-S) controller - scroll medical air systems
Equipment: Medical gas source plant controller (monitoring only)
Equipment type: Other equipment
BACnet objects: 103 (0 writable)
Transport: BACnet IP
Firmware: 4107600055 Rev07 and above
Also known as: TA360, TotalAlert 360, TA360-S, TA360 Source Controller, BeaconMedaes TA360, Beacon Medaes
Source document: BACnet Protocol Implementation Conformance Statement - TA360 Systems (Object Mapping for TA360 Systems) · 4107 9010 48 Rev02 · rev. 2025-07-16 (unofficial copy, hosted by BACnet International)

Download CSV 103 rows Download EDE B.I.G.-EU JSON Source PDF (unofficial copy) ↗ Compare with your scan Download Easy BACnet Mobile App Google Play

Reference only, provided as-is: verify against BeaconMedaes’s current documentation and the live device before use. Not official BeaconMedaes information. Terms of use.

BMS integration notes: BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems

Integration in brief

Discover the TA360 controller over BACnet IP and read its Object_List to see which objects apply to the installed plant. Map the system alarm, shutdown and service flags and the main pressure or vacuum value first; the BMS cannot command the plant.

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 0	Any System Alarms	Any system alarm	Read
BV 2	Any System Shutdowns	Any shutdown active	Read
BV 1	Any System Service	Service due	Read
AV 0	System Pressure	Plant outlet pressure	Read
AV 4	Dew Point	Medical air dew point	Read
AV 6	CO Level	CO level, ppm	Read
MV 0	Unit 1 Running Mode	Unit 1 running state	Read
BV 200	Unit 1 Alarms	Unit 1 alarm	Read

Enable & remote start

Monitoring only: the PICS lists no writable objects.

Network setup

BACnet IP (ISO 8802-3 / Annex J); B-SS profile; max APDU 1456.

Watch out for

Objects for units 1-6, dryers and optional sensors exist even when that equipment is not installed; ignore them.
Multistate values start at 1.

BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems 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.

103 of 103 shown

Type

AnalogBinaryMulti-stateOther

Units

Show

BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems BACnet Points List
			Description			States
AVmin	0	System Pressure		PSI/kPa/bar/inHg/mmHg	Read
AV	3	Ambient Temperature		°F	Read
AVmin	4	Dew Point		°C	Read
AVmin	6	CO Level	CO reading	ppm	Read
AV	100	Unit 1 Running Hours		h	Read
AV	101	Unit 2 Running Hours		h	Read
AV	102	Unit 3 Running Hours		h	Read
AV	103	Unit 4 Running Hours		h	Read
AV	104	Unit 5 Running Hours		h	Read
AV	105	Unit 6 Running Hours		h	Read
AV	200	Dryer 1 Hours		h	Read
AV	201	Dryer 2 Hours		h	Read
IV	1	Dryer 1 Cycles	Dryer cycle count		Read
IV	2	Dryer 2 Cycles	Dryer cycle count		Read
BVmin	0	Any System Alarms			Read	0=No Alarms, 1=Alarms
BVmin	1	Any System Service			Read	0=No Service Due, 1=Service Due
BVmin	2	Any System Shutdowns			Read	0=No Shutdowns, 1=Shutdowns
BV	100	High Dew Point Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	101	High CO Level Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	102	Lag Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	103	High Ambient Temperature Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	105	Control Circuit Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	107	Dryer 1 Switch Failure Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	108	Dryer 2 Switch Failure Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	109	Low Outlet Pressure Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	110	Tank Water Level Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	111	Dryer 1 Outlet Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	112	Dryer 2 Outlet Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	113	Line Filter DeltaP Dryer 1 Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	114	Line Filter DeltaP Dryer 2 Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	117	High Outlet Pressure			Read	0=Not In Alarm, 1=In Alarm
BVmin	200	Unit 1 Alarms			Read	0=No Alarms, 1=Alarms
BV	201	Unit 2 Alarms			Read	0=No Alarms, 1=Alarms
BV	202	Unit 3 Alarms			Read	0=No Alarms, 1=Alarms
BV	203	Unit 4 Alarms			Read	0=No Alarms, 1=Alarms
BV	204	Unit 5 Alarms			Read	0=No Alarms, 1=Alarms
BV	205	Unit 6 Alarms			Read	0=No Alarms, 1=Alarms
BV	206	Unit 1 Service			Read	0=No Service Due, 1=Service Due
BV	207	Unit 2 Service			Read	0=No Service Due, 1=Service Due
BV	208	Unit 3 Service			Read	0=No Service Due, 1=Service Due
BV	209	Unit 4 Service			Read	0=No Service Due, 1=Service Due
BV	210	Unit 5 Service			Read	0=No Service Due, 1=Service Due
BV	211	Unit 6 Service			Read	0=No Service Due, 1=Service Due
BV	212	Unit 1 Shutdowns			Read	0=No Shutdowns, 1=Shutdowns
BV	213	Unit 2 Shutdowns			Read	0=No Shutdowns, 1=Shutdowns
BV	214	Unit 3 Shutdowns			Read	0=No Shutdowns, 1=Shutdowns
BV	215	Unit 4 Shutdowns			Read	0=No Shutdowns, 1=Shutdowns
BV	216	Unit 5 Shutdowns			Read	0=No Shutdowns, 1=Shutdowns
BV	217	Unit 6 Shutdowns			Read	0=No Shutdowns, 1=Shutdowns
BV	218	Unit 1 Motor Overload Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	219	Unit 1 Discharge Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	220	Unit 1 Inlet Vacuum Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	221	Unit 1 Aftercooler Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	222	Unit 1 Fail to Load Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	225	Unit 2 Motor Overload Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	226	Unit 2 Discharge Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	227	Unit 2 Inlet Vacuum Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	228	Unit 2 Aftercooler Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	229	Unit 2 Fail to Load Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	232	Unit 3 Motor Overload Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	233	Unit 3 Discharge Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	234	Unit 3 Inlet Vacuum Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	235	Unit 3 Aftercooler Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	236	Unit 3 Fail to Load Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	239	Unit 4 Motor Overload Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	240	Unit 4 Discharge Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	241	Unit 4 Inlet Vacuum Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	242	Unit 4 Aftercooler Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	243	Unit 4 Fail to Load Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	246	Unit 5 Motor Overload Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	247	Unit 5 Discharge Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	248	Unit 5 Inlet Vacuum Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	249	Unit 5 Aftercooler Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	250	Unit 5 Fail to Load Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	253	Unit 6 Motor Overload Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	254	Unit 6 Discharge Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	255	Unit 6 Inlet Vacuum Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	256	Unit 6 Aftercooler Temp Alarm			Read	0=Not In Alarm, 1=In Alarm
BV	257	Unit 6 Fail to Load Alarm			Read	0=Not In Alarm, 1=In Alarm
MVmin	0	Unit 1 Running Mode			Read	1=Unit Stopped, 2=Unit Running DOL, 3=Unit Running VSD, 4=Emergency Comms, 5=Emergency Transducer, 6=Purge DOL, 7=Purge VSD, 8=Bump DOL
MV	1	Unit 2 Running Mode			Read	1=Unit Stopped, 2=Unit Running DOL, 3=Unit Running VSD, 4=Emergency Comms, 5=Emergency Transducer, 6=Purge DOL, 7=Purge VSD, 8=Bump DOL
MV	2	Unit 3 Running Mode			Read	1=Unit Stopped, 2=Unit Running DOL, 3=Unit Running VSD, 4=Emergency Comms, 5=Emergency Transducer, 6=Purge DOL, 7=Purge VSD, 8=Bump DOL
MV	3	Unit 4 Running Mode			Read	1=Unit Stopped, 2=Unit Running DOL, 3=Unit Running VSD, 4=Emergency Comms, 5=Emergency Transducer, 6=Purge DOL, 7=Purge VSD, 8=Bump DOL
MV	4	Unit 5 Running Mode			Read	1=Unit Stopped, 2=Unit Running DOL, 3=Unit Running VSD, 4=Emergency Comms, 5=Emergency Transducer, 6=Purge DOL, 7=Purge VSD, 8=Bump DOL
MV	5	Unit 6 Running Mode			Read	1=Unit Stopped, 2=Unit Running DOL, 3=Unit Running VSD, 4=Emergency Comms, 5=Emergency Transducer, 6=Purge DOL, 7=Purge VSD, 8=Bump DOL
MV	6	Unit 1 Sequence	Sequence position		Read	1=Lead, 2=Lag 1, 3=Lag 2, 4=Lag 3, 5=Lag 4, 6=Lag 5
MV	7	Unit 2 Sequence	Sequence position		Read	1=Lead, 2=Lag 1, 3=Lag 2, 4=Lag 3, 5=Lag 4, 6=Lag 5
MV	8	Unit 3 Sequence	Sequence position		Read	1=Lead, 2=Lag 1, 3=Lag 2, 4=Lag 3, 5=Lag 4, 6=Lag 5
MV	9	Unit 4 Sequence	Sequence position		Read	1=Lead, 2=Lag 1, 3=Lag 2, 4=Lag 3, 5=Lag 4, 6=Lag 5
MV	10	Unit 5 Sequence	Sequence position		Read	1=Lead, 2=Lag 1, 3=Lag 2, 4=Lag 3, 5=Lag 4, 6=Lag 5
MV	11	Unit 6 Sequence	Sequence position		Read	1=Lead, 2=Lag 1, 3=Lag 2, 4=Lag 3, 5=Lag 4, 6=Lag 5
MV	12	Unit 1 Operation Mode			Read	1=Off, 2=Manual, 3=Automatic, 4=Override Off, 5=Override On, 6=Emergency Comms, 7=Emergency Transducer, 8=Purge Off
MV	13	Unit 2 Operation Mode			Read	1=Off, 2=Manual, 3=Automatic, 4=Override Off, 5=Override On, 6=Emergency Comms, 7=Emergency Transducer, 8=Purge Off
MV	14	Unit 3 Operation Mode			Read	1=Off, 2=Manual, 3=Automatic, 4=Override Off, 5=Override On, 6=Emergency Comms, 7=Emergency Transducer, 8=Purge Off
MV	15	Unit 4 Operation Mode			Read	1=Off, 2=Manual, 3=Automatic, 4=Override Off, 5=Override On, 6=Emergency Comms, 7=Emergency Transducer, 8=Purge Off
MV	16	Unit 5 Operation Mode			Read	1=Off, 2=Manual, 3=Automatic, 4=Override Off, 5=Override On, 6=Emergency Comms, 7=Emergency Transducer, 8=Purge Off
MV	17	Unit 6 Operation Mode			Read	1=Off, 2=Manual, 3=Automatic, 4=Override Off, 5=Override On, 6=Emergency Comms, 7=Emergency Transducer, 8=Purge Off
MV	300	Dryer 1 Operation Mode			Read	1=Off, 2=Manual, 3=Automatic, 4=Override Off, 5=Override On
MV	301	Dryer 2 Operation Mode			Read	1=Off, 2=Manual, 3=Automatic, 4=Override Off, 5=Override On
MV	302	Dryer 1 Tower A Mode			Read	1=None, 2=Drying, 3=Purging, 4=Ready
MV	303	Dryer 2 Tower A Mode			Read	1=None, 2=Drying, 3=Purging, 4=Ready
MV	304	Dryer 1 Tower B Mode			Read	1=None, 2=Drying, 3=Purging, 4=Ready
MV	305	Dryer 2 Tower B Mode			Read	1=None, 2=Drying, 3=Purging, 4=Ready

Object ID lookup: BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems point IDs by name

AV0System Pressure
AV3Ambient Temperature
AV4Dew Point
AV6CO Level
AV100Unit 1 Running Hours
AV101Unit 2 Running Hours
AV102Unit 3 Running Hours
AV103Unit 4 Running Hours
AV104Unit 5 Running Hours
AV105Unit 6 Running Hours
AV200Dryer 1 Hours
AV201Dryer 2 Hours
IV1Dryer 1 Cycles
IV2Dryer 2 Cycles
BV0Any System Alarms
BV1Any System Service
BV2Any System Shutdowns
BV100High Dew Point Alarm
BV101High CO Level Alarm
BV102Lag Alarm
BV103High Ambient Temperature Alarm
BV105Control Circuit Alarm
BV107Dryer 1 Switch Failure Alarm
BV108Dryer 2 Switch Failure Alarm
BV109Low Outlet Pressure Alarm
BV110Tank Water Level Alarm
BV111Dryer 1 Outlet Alarm
BV112Dryer 2 Outlet Alarm
BV113Line Filter DeltaP Dryer 1 Alarm
BV114Line Filter DeltaP Dryer 2 Alarm
BV117High Outlet Pressure
BV200Unit 1 Alarms
BV201Unit 2 Alarms
BV202Unit 3 Alarms
BV203Unit 4 Alarms
BV204Unit 5 Alarms
BV205Unit 6 Alarms
BV206Unit 1 Service
BV207Unit 2 Service
BV208Unit 3 Service
BV209Unit 4 Service
BV210Unit 5 Service
BV211Unit 6 Service
BV212Unit 1 Shutdowns
BV213Unit 2 Shutdowns
BV214Unit 3 Shutdowns
BV215Unit 4 Shutdowns
BV216Unit 5 Shutdowns
BV217Unit 6 Shutdowns
BV218Unit 1 Motor Overload Alarm
BV219Unit 1 Discharge Temp Alarm
BV220Unit 1 Inlet Vacuum Alarm
BV221Unit 1 Aftercooler Temp Alarm
BV222Unit 1 Fail to Load Alarm
BV225Unit 2 Motor Overload Alarm
BV226Unit 2 Discharge Temp Alarm
BV227Unit 2 Inlet Vacuum Alarm
BV228Unit 2 Aftercooler Temp Alarm
BV229Unit 2 Fail to Load Alarm
BV232Unit 3 Motor Overload Alarm
BV233Unit 3 Discharge Temp Alarm
BV234Unit 3 Inlet Vacuum Alarm
BV235Unit 3 Aftercooler Temp Alarm
BV236Unit 3 Fail to Load Alarm
BV239Unit 4 Motor Overload Alarm
BV240Unit 4 Discharge Temp Alarm
BV241Unit 4 Inlet Vacuum Alarm
BV242Unit 4 Aftercooler Temp Alarm
BV243Unit 4 Fail to Load Alarm
BV246Unit 5 Motor Overload Alarm
BV247Unit 5 Discharge Temp Alarm
BV248Unit 5 Inlet Vacuum Alarm
BV249Unit 5 Aftercooler Temp Alarm
BV250Unit 5 Fail to Load Alarm
BV253Unit 6 Motor Overload Alarm
BV254Unit 6 Discharge Temp Alarm
BV255Unit 6 Inlet Vacuum Alarm
BV256Unit 6 Aftercooler Temp Alarm
BV257Unit 6 Fail to Load Alarm
MV0Unit 1 Running Mode
MV1Unit 2 Running Mode
MV2Unit 3 Running Mode
MV3Unit 4 Running Mode
MV4Unit 5 Running Mode
MV5Unit 6 Running Mode
MV6Unit 1 Sequence
MV7Unit 2 Sequence
MV8Unit 3 Sequence
MV9Unit 4 Sequence
MV10Unit 5 Sequence
MV11Unit 6 Sequence
MV12Unit 1 Operation Mode
MV13Unit 2 Operation Mode
MV14Unit 3 Operation Mode
MV15Unit 4 Operation Mode
MV16Unit 5 Operation Mode
MV17Unit 6 Operation Mode
MV300Dryer 1 Operation Mode
MV301Dryer 2 Operation Mode
MV302Dryer 1 Tower A Mode
MV303Dryer 2 Tower A Mode
MV304Dryer 1 Tower B Mode
MV305Dryer 2 Tower B Mode

Integration notes

From the PICS object mapping tables (object name, instance, present value, units / state description). All objects are read-only (B-SS profile); the PICS lists no write access.
Every possible object is listed; objects for units, dryers or sensors that are not installed should be ignored. Reading the device Object_List shows only the objects relevant to the system.
Multistate values start at 1 (as corrected in Rev 1 of the PICS).
The same TA360-S controller covers scroll air and claw/lube vacuum plants; the two plant types have separate object maps.
Dew point is printed in degC while the other temperatures are degF; system pressure units follow the controller setting (PSI, kPa, bar, inHg or mmHg).

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 TotalAlert 360 (TA360-S) controller - scroll medical air systems 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 BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems

How many BACnet points does the BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems have?

This list has 103 BACnet objects: 12 analog values, 65 binary values, 24 multi-state values, 2 integer values. The exact set on a given unit depends on its firmware, installed options and configuration.

Which BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems BACnet points are writable?

None of the listed objects are marked writable in the source documentation.

Where is the official BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems BACnet documentation?

BeaconMedaes does not publish it on its own website. This list comes from BACnet Protocol Implementation Conformance Statement - TA360 Systems (Object Mapping for TA360 Systems) (4107 9010 48 Rev02), revision 2025-07-16, a copy hosted by BACnet International at https://www.bacnetinternational.net/catalog/manu/beaconmedaes/PICS%20TA360%20Systems.pdf. Ask BeaconMedaes or its representative for the current revision.

What are the minimum BACnet points to integrate the BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems?

Start with BV 0 Any System Alarms (Any system alarm); BV 2 Any System Shutdowns (Any shutdown active); BV 1 Any System Service (Service due); AV 0 System Pressure (Plant outlet pressure); AV 4 Dew Point (Medical air dew point); AV 6 CO Level (CO level, ppm); MV 0 Unit 1 Running Mode (Unit 1 running state); BV 200 Unit 1 Alarms (Unit 1 alarm).

How do I enable BMS control of the BeaconMedaes TotalAlert 360 (TA360-S) controller - scroll medical air systems?

Monitoring only: the PICS lists no writable objects.

How do I check these points on the real TotalAlert 360 (TA360-S) controller - scroll medical air systems?

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 BeaconMedaes BACnet points lists

Medical gas source plant controller (monitoring only)
BeaconMedaes TotalAlert 360 (TA360-S) controller - claw and lube medical vacuum systems
BeaconMedaes claw vacuum (VAM, VAS, VAV, VHM, VHS, VHV, LVH, LVA) and lube vacuum (VLM, VLS, VLT, VLV, LVL) systems with the TA360 source controller TA360-S.
82 objects · 0 writable · 4107 9010 48 Rev02 · unofficial source
Also known as: TA360, TotalAlert 360, TA360-S, TA360 Source Controller, BeaconMedaes TA360, Beacon Medaes

Source: BACnet Protocol Implementation Conformance Statement - TA360 Systems (Object Mapping for TA360 Systems) · 4107 9010 48 Rev02 · rev. 2025-07-16. Object names, instances and units are reproduced as published; descriptions are our own.