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Decentralised ventilation unit controller · BACnet points list
TROX FSL-CONTROL III decentralised ventilation controller (software 8.0) BACnet points list
Updated 6 November 2026
FSL-CONTROL III is the controller of TROX decentralised façade and parapet ventilation units. It runs on a Schneider Electric M172 controller and connects to BACnet MS/TP or BACnet IP through an interface card. The object list has 62 objects: analogue inputs for temperatures, humidity, air quality, flow rates, valve positions and states, analogue/binary/multistate values for BMS presets (operating mode and type, setpoints, fan stage, fire, window, changeover), and multistate inputs for the current state.
This page lists 62 BACnet objects for the TROX FSL-CONTROL III decentralised ventilation controller (software 8.0) — 24 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from TROX’s own free documentation, linked below.
- Manufacturer
- TROX
- Model
- FSL-CONTROL III decentralised ventilation controller (software 8.0)
- Equipment
- Decentralised ventilation unit controller
- Equipment type
- Other equipment
- BACnet objects
- 62 (24 writable)
- Transport
- BACnet MS/TP, BACnet IP
- Firmware
- Software 8.0 (M172 firmware 596.12)
- Also known as
- FSL-CONTROL III, FSL-C-III, Schoolair, FSL decentralised ventilation, M172
Reference only, provided as-is: verify against TROX’s current documentation and the live device before use. Not official TROX information. Terms of use.
BMS integration notes: TROX FSL-CONTROL III decentralised ventilation controller (software 8.0)
Write MV 0 eInOperatingMode (off/automatic) and MV 1 eInOperatingType (standby/unoccupied/occupied) to run the unit from the BMS, and AV 3 fInSpTempRoom or AV 4 fInSpOffsetRoom for the room setpoint. Feed BV 0 bInFire and BV 1 bInWindow if the BMS handles them. Read MI 0/MI 1 for the actual mode, AI 1 for the operating state, AI 27 room temperature and AI 12/AI 13 for the consolidated alarms.
Minimum points to map
The short list most integrators start with — enough to run the unit from a BMS. Map more as the job needs.
| Object | Name | Why | Access |
|---|---|---|---|
| MV 0 | eInOperatingMode | Mode preset: 2 off, 3 automatic (1 invalid) | Write |
| MV 1 | eInOperatingType | Occupancy preset: standby, unoccupied, occupied | Write |
| AV 3 | fInSpTempRoom | Room temperature setpoint from the BMS, °C | Write |
| BV 0 | bInFire | Fire emergency stop from the BMS | Write |
| MI 0 | eOutOperatingMode | Actual mode: off, automatic, manual | Read |
| AI 1 | fOutOperatingState | Operating state code (standby, control, fire...) | Read |
| AI 27 | fOutTempRoom | Room temperature | Read |
| AI 29 | fOutTempSupply | Supply air temperature | Read |
| AI 13 | fOutAlarmA | Consolidated alarm A | Read |
| AI 12 | fOutAlarmB | Consolidated alarm B | Read |
Enable & remote start
MV 0 eInOperatingMode presets off (2) or automatic (3); 1 = invalid (no preset). MV 1 eInOperatingType presets standby, unoccupied or occupied.
Sensors & values from the BMS
AV 2 fInPvTempRoom, AV 7 fInPvHumidityRoom, AV 9/AV 10 air quality and AV 13 fInPvTempOda accept values from the BMS.
Network setup
- Device Object_Identifier = BACnet subnet x 65536 + BACnet identifier; default object name "FSL-CONTROL III".
- BACnet MS/TP or BACnet IP needs the matching interface card on the master controller.
- Max_Master default 127, Max_Info_Frames default 1.
Watch out for
- MV 3 eInCovMode is stored in EEPROM (RW-E); set it once rather than writing it repeatedly.
- AI 0, AI 1 and AI 2 carry state codes as numbers, not engineering values.
TROX FSL-CONTROL III decentralised ventilation controller (software 8.0) 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.
| Description | States | |||||
|---|---|---|---|---|---|---|
| AI | 0 | fOutFanLevel | Output fan stage | Read | 1 = 0_Manual 2 = 1_Manual 3 = 2_Manual 4 = 3_Manual 5 = 4_Manual 6 = 5_Manual 7 = 0_AUTO 8 = 1_AUTO 9 = 2_AUTO 10 = 3_AUTO 11 = 4_AUTO 12 = 5_AUTO | |
| AImin | 1 | fOutOperatingState | Output operating state | Read | 0 = OFF 1 = Standby 2 = Control 3 = Manual 4 = Device Start Up 5 = Shutdown 6 = Fire protection 7 = Frost protection 8 = StartUp Circuity 9 = Error 10 = Valve Kick 11 = Night purge | |
| AI | 2 | fOutOperatingTypeOverriding | Output operating mode override | Read | 0 = None 1 = Boost 2 = Exercise 3 = Night purge 4 = Fan Force | |
| AI | 3 | fOutValvePositionCoolingSlave03 | Output position cooling valve slave 3 | % | Read | |
| AI | 4 | fOutValvePositionHeatingSlave03 | Output position heating valve slave 3 | % | Read | |
| AI | 5 | fOutTempSupplySlave03 | Output supply air temperature slave 3 | °C | Read | |
| AI | 6 | fOutTempSupplySlave02 | Output supply air temperature slave 2 | °C | Read | |
| AI | 7 | fOutValvePositionHeatingSlave02 | Output position heating valve slave 2 | % | Read | |
| AI | 8 | fOutValvePositionCoolingSlave02 | Output position cooling valve slave 2 | % | Read | |
| AI | 9 | fOutValvePositionCoolingSlave01 | Output position cooling valve slave 1 | % | Read | |
| AI | 10 | fOutValvePositionHeatingSlave01 | Output position heating valve slave 1 | % | Read | |
| AI | 11 | fOutTempSupplySlave01 | Output supply air temperature slave 1 | °C | Read | |
| AImin | 12 | fOutAlarmB | Output consolidated alarm B | Read | ||
| AImin | 13 | fOutAlarmA | Output consolidated alarm A | Read | ||
| AI | 14 | fOutValvePositionCoolingMaster | Output position cooling valve master | % | Read | |
| AI | 15 | fOutValvePositionHeatingMaster | Output position heating valve master | % | Read | |
| AI | 16 | fOutSystemDevices | Output number of connected devices | Read | ||
| AI | 17 | fOutVolumeFlowExhaust | Output extract air flow rate | l/s | Read | |
| AI | 18 | fOutVolumeFlowOda | Output supply air flow rate | l/s | Read | |
| AI | 19 | fOutAirQualityRoom | Output air quality | ppm | Read | |
| AI | 20 | fOutHumidityRoom | Output relative humidity | %RH | Read | |
| AI | 21 | fOutTempSetPointSupply | Output supply air setpoint temperature | °C | Read | |
| AI | 22 | fOutTempRangeHeating | Output lower limit temperature | °C | Read | |
| AI | 23 | fOutTempRangeCooling | Output upper limit temperature | °C | Read | |
| AI | 24 | fOutTempOffset | Output temperature offset | K | Read | |
| AI | 25 | fOutTempFlow | Output flow temperature | °C | Read | |
| AI | 26 | fOutTempReturnFlow | Output return temperature | °C | Read | |
| AImin | 27 | fOutTempRoom | Output room temperature | °C | Read | |
| AI | 28 | fOutTempOda | Output outdoor air temperature | °C | Read | |
| AImin | 29 | fOutTempSupply | Output supply air temperature | °C | Read | |
| BV | 5 | bOutFire | Output fire emergency stop | Read | 0=normal, 1=fire | |
| BV | 6 | bOutWindow | Output window contact | Read | 0=closed, 1=open | |
| BV | 7 | bOutExtratime | Output overtime | Read | 0=inactive, 1=active | |
| MImin | 0 | eOutOperatingMode | Output operating mode | Read | 1=Off, 2=Automatic, 3=Manually | |
| MI | 1 | eOutOperatingType | Output operating type | Read | 1=None, 2=Standby, 3=Unoccupied, 4=Occupied | |
| MI | 2 | eOutVentilationType | Output ventilation type | Read | 1=None, 2=Secondary Air, 3=Outside Air | |
| MI | 3 | eOutDemandRoom | Request from room | Read | 1=None, 2=Heating, 3=Cooling | |
| MI | 4 | eOutDemandValve | Request valve | Read | 1=None, 2=Heating, 3=Cooling | |
| AV | 0 | fInSpTempRangeCooling | Default temperature limit cooling | °C | Write | |
| AV | 1 | fInSpTempRangeHeating | Default temperature limit heating | °C | Write | |
| AV | 2 | fInPvTempRoom | Default current room temperature | °C | Write | |
| AVmin | 3 | fInSpTempRoom | Default room temperature setpoint value | °C | Write | |
| AV | 4 | fInSpOffsetRoom | Default offset to room temperature setpoint value | K | Write | |
| AV | 5 | fInSpTempSupply | Default supply air temperature setpoint value | °C | Write | |
| AV | 6 | fInSpOffsetSupply | Default offset to supply air temperature setpoint | K | Write | |
| AV | 7 | fInPvHumidityRoom | Default relative humidity room air | %RH | Write | |
| AV | 8 | fInSpFanLevel | Default fan stage | Write | 1 = Stage 1 2 = Stage 2 3 = Stage 3 4 = Stage 4 5 = Stage 5 | |
| AV | 9 | fInPvAirQualityqRoom | Default air quality (room) | ppm | Write | |
| AV | 10 | fInPvAirQualityOda | Default air quality (external) | ppm | Write | |
| AV | 11 | fInPvVolumeFlowDifference | Default volume flow rate difference | l/s | Write | |
| AV | 12 | fInPvOperatingTypeOverriding | Default operating mode override | Write | 0 = Inactive 1 = Boost 2 = Class 3 = Night purge 4 = Fan Forced operation (Fume cupboard switching) | |
| AV | 13 | fInPvTempOda | Default outdoor air temperature | °C | Write | |
| BVmin | 0 | bInFire | Default fire emergency stop | Write | 0=normal, 1=fire | |
| BV | 1 | bInWindow | Default window contact | Write | 0=closed, 1=open | |
| BV | 2 | bInExtratime | Default overtime | Write | 0=inactive, 1=active | |
| BV | 3 | bInFilterReset | Default filter change | Write | 0=inactive, 1=reset | |
| BV | 4 | bInCondensation | Default condensate | Write | 0=inactive, 1=active | |
| MVmin | 0 | eInOperatingMode | Default operating mode | Write | 1=invalid, 2=off, 3=automatic | |
| MVmin | 1 | eInOperatingType | Default operating mode | Write | 1=invalid, 2=standby, 3=unoccupied, 4=occupied | |
| MV | 2 | eInChangeOver | Default changeover | Write | 1=invalid, 2=warm water, 3=cold water | |
| MV | 3 | eInCovMode | Default COV Mode | Write | 1=invalid, 2=disabled, 3=local broadcast, 4=global broadcast | |
| MV | 4 | eInOdaAutomatic | Outdoor air | Write | 1=invalid, 2=inactive, 3=active |
No points match these filters.
Object ID lookup: TROX FSL-CONTROL III decentralised ventilation controller point IDs by name
AI0fOutFanLevelAI1fOutOperatingStateAI2fOutOperatingTypeOverridingAI3fOutValvePositionCoolingSlave03AI4fOutValvePositionHeatingSlave03AI5fOutTempSupplySlave03AI6fOutTempSupplySlave02AI7fOutValvePositionHeatingSlave02AI8fOutValvePositionCoolingSlave02AI9fOutValvePositionCoolingSlave01AI10fOutValvePositionHeatingSlave01AI11fOutTempSupplySlave01AI12fOutAlarmBAI13fOutAlarmAAI14fOutValvePositionCoolingMasterAI15fOutValvePositionHeatingMasterAI16fOutSystemDevicesAI17fOutVolumeFlowExhaustAI18fOutVolumeFlowOdaAI19fOutAirQualityRoomAI20fOutHumidityRoomAI21fOutTempSetPointSupplyAI22fOutTempRangeHeatingAI23fOutTempRangeCoolingAI24fOutTempOffsetAI25fOutTempFlowAI26fOutTempReturnFlowAI27fOutTempRoomAI28fOutTempOdaAI29fOutTempSupplyBV5bOutFireBV6bOutWindowBV7bOutExtratimeMI0eOutOperatingModeMI1eOutOperatingTypeMI2eOutVentilationTypeMI3eOutDemandRoomMI4eOutDemandValveAV0fInSpTempRangeCoolingAV1fInSpTempRangeHeatingAV2fInPvTempRoomAV3fInSpTempRoomAV4fInSpOffsetRoomAV5fInSpTempSupplyAV6fInSpOffsetSupplyAV7fInPvHumidityRoomAV8fInSpFanLevelAV9fInPvAirQualityqRoomAV10fInPvAirQualityOdaAV11fInPvVolumeFlowDifferenceAV12fInPvOperatingTypeOverridingAV13fInPvTempOdaBV0bInFireBV1bInWindowBV2bInExtratimeBV3bInFilterResetBV4bInCondensationMV0eInOperatingModeMV1eInOperatingTypeMV2eInChangeOverMV3eInCovModeMV4eInOdaAutomatic
Integration notes
- This list is from the 2024 manual (software 8.0). The 2020 manual (A00000080125 V1) numbers many objects differently (for example AI 0 was the supply air temperature), so check the controller software version.
- Values written by the BMS are the "Default" (fIn/bIn/eIn) objects; the "Output" (fOut/bOut/eOut) objects are read-only.
- Some states are carried in analogue objects (fan stage, operating state, operating mode override); the codes are listed in the states field.
- Temperature defaults of 327.67 and 65535 mean "not set / invalid".
- The device object reports Schneider Electric (vendor 10), model M172, because the controller hardware is a Schneider M172.
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 FSL-CONTROL III decentralised ventilation controller (software 8.0) 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 TROX FSL-CONTROL III decentralised ventilation controller (software 8.0)
How many BACnet points does the TROX FSL-CONTROL III decentralised ventilation controller (software 8.0) have?
This list has 62 BACnet objects: 30 analog inputs, 14 analog values, 8 binary values, 5 multi-state inputs, 5 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.
Which TROX FSL-CONTROL III decentralised ventilation controller (software 8.0) BACnet points are writable?
24 of the 62 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 TROX FSL-CONTROL III decentralised ventilation controller (software 8.0) BACnet documentation?
The source is FSL-CONTROL III - Installation, commissioning and maintenance manual (software version 8.0) (A00000080122 V4), revision 2024-10, published free by TROX at https://www.trox.de/en/downloads/eac245fd534e988d/FSL-C-III_ICM_A00000080122_V4_2024_10_GB_en--1-.pdf.
What are the minimum BACnet points to integrate the TROX FSL-CONTROL III decentralised ventilation controller (software 8.0)?
Start with MV 0 eInOperatingMode (Mode preset: 2 off, 3 automatic (1 invalid)); MV 1 eInOperatingType (Occupancy preset: standby, unoccupied, occupied); AV 3 fInSpTempRoom (Room temperature setpoint from the BMS, °C); BV 0 bInFire (Fire emergency stop from the BMS); MI 0 eOutOperatingMode (Actual mode: off, automatic, manual); AI 1 fOutOperatingState (Operating state code (standby, control, fire...)); AI 27 fOutTempRoom (Room temperature); AI 29 fOutTempSupply (Supply air temperature); AI 13 fOutAlarmA (Consolidated alarm A); AI 12 fOutAlarmB (Consolidated alarm B).
How do I enable BMS control of the TROX FSL-CONTROL III decentralised ventilation controller (software 8.0)?
MV 0 eInOperatingMode presets off (2) or automatic (3); 1 = invalid (no preset). MV 1 eInOperatingType presets standby, unoccupied or occupied.
Can the BMS supply sensor values to the TROX FSL-CONTROL III decentralised ventilation controller (software 8.0)?
AV 2 fInPvTempRoom, AV 7 fInPvHumidityRoom, AV 9/AV 10 air quality and AV 13 fInPvTempOda accept values from the BMS.
How do I check these points on the real FSL-CONTROL III decentralised ventilation controller (software 8.0)?
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.
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Also known as: EASYLAB TCU3 EM-BAC-MOD-01, EM-BAC-MOD-01, TCU3, TROX EASYLAB, order code TAM-RMF - Laboratory VAV airflow controller
TROX EASYLAB TCU3 adapter module TAM with room management function (RMF) (EM-IP, BACnet IP)
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Also known as: EASYLAB TCU3 EM-IP, EM-IP, TCU3, TROX EASYLAB, order code TAM-RMF - Laboratory VAV airflow controller
TROX EASYLAB TCU3 adapter module TAM without room management function (EM-BAC-MOD-01, BACnet MS/TP)
TROX EASYLAB TCU3 controllers set up as adapter module TAM without room management function, fitted with the EM-BAC-MOD-01 expansion module.
Also known as: EASYLAB TCU3 EM-BAC-MOD-01, EM-BAC-MOD-01, TCU3, TROX EASYLAB, order code TAM - Laboratory VAV airflow controller
TROX EASYLAB TCU3 adapter module TAM without room management function (EM-IP, BACnet IP)
TROX EASYLAB TCU3 controllers set up as adapter module TAM without room management function, fitted with the EM-IP expansion module.
Also known as: EASYLAB TCU3 EM-IP, EM-IP, TCU3, TROX EASYLAB, order code TAM - Laboratory VAV airflow controller
TROX EASYLAB TCU3 all EASYLAB applications (combined list) (EM-BAC-MOD-01, BACnet MS/TP)
TROX EASYLAB TCU3 controllers set up as all EASYLAB applications (combined list), fitted with the EM-BAC-MOD-01 expansion module.
Also known as: EASYLAB TCU3 EM-BAC-MOD-01, EM-BAC-MOD-01, TCU3, TROX EASYLAB, order code ELAB - Laboratory VAV airflow controller
TROX EASYLAB TCU3 all EASYLAB applications (combined list) (EM-IP, BACnet IP)
TROX EASYLAB TCU3 controllers set up as all EASYLAB applications (combined list), fitted with the EM-IP expansion module.
Also known as: EASYLAB TCU3 EM-IP, EM-IP, TCU3, TROX EASYLAB, order code ELAB - Laboratory VAV controller (fume cupboard)
TROX EASYLAB TCU3 fume cupboard controller (EM-BAC-MOD-01, BACnet MS/TP)
TROX EASYLAB TCU3 controllers set up as fume cupboard controller, fitted with the EM-BAC-MOD-01 expansion module.
Also known as: EASYLAB TCU3 EM-BAC-MOD-01, EM-BAC-MOD-01, TCU3, TROX EASYLAB, order code FH - Laboratory VAV controller (fume cupboard)
TROX EASYLAB TCU3 fume cupboard controller (EM-IP, BACnet IP)
TROX EASYLAB TCU3 controllers set up as fume cupboard controller, fitted with the EM-IP expansion module.
Also known as: EASYLAB TCU3 EM-IP, EM-IP, TCU3, TROX EASYLAB, order code FH - Laboratory VAV airflow controller
TROX EASYLAB TCU3 room supply/extract controller with room management function (RMF) (EM-BAC-MOD-01, BACnet MS/TP)
TROX EASYLAB TCU3 controllers set up as room supply/extract controller with room management function (RMF), fitted with the EM-BAC-MOD-01 expansion module.
Also known as: EASYLAB TCU3 EM-BAC-MOD-01, EM-BAC-MOD-01, TCU3, TROX EASYLAB, order code LAB-RMF / CLR-RMF - Laboratory VAV airflow controller
TROX EASYLAB TCU3 room supply/extract controller with room management function (RMF) (EM-IP, BACnet IP)
TROX EASYLAB TCU3 controllers set up as room supply/extract controller with room management function (RMF), fitted with the EM-IP expansion module.
Also known as: EASYLAB TCU3 EM-IP, EM-IP, TCU3, TROX EASYLAB, order code LAB-RMF / CLR-RMF - Laboratory VAV airflow controller
TROX EASYLAB TCU3 room supply/extract controller without room management function (EM-BAC-MOD-01, BACnet MS/TP)
TROX EASYLAB TCU3 controllers set up as room supply/extract controller without room management function, fitted with the EM-BAC-MOD-01 expansion module.
Also known as: EASYLAB TCU3 EM-BAC-MOD-01, EM-BAC-MOD-01, TCU3, TROX EASYLAB, order code LAB / CLR - Laboratory VAV airflow controller
TROX EASYLAB TCU3 room supply/extract controller without room management function (EM-IP, BACnet IP)
TROX EASYLAB TCU3 controllers set up as room supply/extract controller without room management function, fitted with the EM-IP expansion module.
Also known as: EASYLAB TCU3 EM-IP, EM-IP, TCU3, TROX EASYLAB, order code LAB / CLR - Laboratory VAV airflow controller
TROX EASYLAB TCU3 single extract or supply air controller (EM-BAC-MOD-01, BACnet MS/TP)
TROX EASYLAB TCU3 controllers set up as single extract or supply air controller, fitted with the EM-BAC-MOD-01 expansion module.
Also known as: EASYLAB TCU3 EM-BAC-MOD-01, EM-BAC-MOD-01, TCU3, TROX EASYLAB, order code EC / SC - Laboratory VAV airflow controller
TROX EASYLAB TCU3 single extract or supply air controller (EM-IP, BACnet IP)
TROX EASYLAB TCU3 controllers set up as single extract or supply air controller, fitted with the EM-IP expansion module.
Also known as: EASYLAB TCU3 EM-IP, EM-IP, TCU3, TROX EASYLAB, order code EC / SC - Decentralised ventilation unit / zone controller
TROX FSL-CONTROL II / X-AIRCONTROL with EM-BAC-MOD-01 XAC (BACnet MS/TP)
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TROX UNIVERSAL all TROX UNIVERSAL applications (combined list) (EM-BAC-MOD-01, BACnet MS/TP)
TROX TROX UNIVERSAL controllers set up as all TROX UNIVERSAL applications (combined list), fitted with the EM-BAC-MOD-01 expansion module.
Also known as: TROX UNIVERSAL EM-BAC-MOD-01, EM-BAC-MOD-01, TROX UNIVERSAL, order code TU* - VAV room airflow controller
TROX UNIVERSAL all TROX UNIVERSAL applications (combined list) (EM-IP, BACnet IP)
TROX TROX UNIVERSAL controllers set up as all TROX UNIVERSAL applications (combined list), fitted with the EM-IP expansion module.
Also known as: TROX UNIVERSAL EM-IP, EM-IP, TROX UNIVERSAL, order code TU* - VAV room / duct pressure controller
TROX UNIVERSAL duct pressure controller (EM-IP, BACnet IP)
TROX TROX UNIVERSAL controllers set up as duct pressure controller, fitted with the EM-IP expansion module.
Also known as: TROX UNIVERSAL EM-IP, EM-IP, TROX UNIVERSAL, order code PDS / PDE - VAV room airflow controller
TROX UNIVERSAL room airflow controller (EM-BAC-MOD-01, BACnet MS/TP)
TROX TROX UNIVERSAL controllers set up as room airflow controller, fitted with the EM-BAC-MOD-01 expansion module.
Also known as: TROX UNIVERSAL EM-BAC-MOD-01, EM-BAC-MOD-01, TROX UNIVERSAL, order code RS / RE - VAV room airflow controller
TROX UNIVERSAL room airflow controller (EM-IP, BACnet IP)
TROX TROX UNIVERSAL controllers set up as room airflow controller, fitted with the EM-IP expansion module.
Also known as: TROX UNIVERSAL EM-IP, EM-IP, TROX UNIVERSAL, order code RS / RE - VAV room airflow controller
TROX UNIVERSAL room airflow controller, master (EM-BAC-MOD-01, BACnet MS/TP)
TROX TROX UNIVERSAL controllers set up as room airflow controller, master, fitted with the EM-BAC-MOD-01 expansion module.
Also known as: TROX UNIVERSAL EM-BAC-MOD-01, EM-BAC-MOD-01, TROX UNIVERSAL, order code RS/M / RE/M - VAV room airflow controller
TROX UNIVERSAL room airflow controller, master (EM-IP, BACnet IP)
TROX TROX UNIVERSAL controllers set up as room airflow controller, master, fitted with the EM-IP expansion module.
Also known as: TROX UNIVERSAL EM-IP, EM-IP, TROX UNIVERSAL, order code RS/M / RE/M - VAV room / duct pressure controller
TROX UNIVERSAL room or duct pressure controller (EM-BAC-MOD-01, BACnet MS/TP)
TROX TROX UNIVERSAL controllers set up as room or duct pressure controller, fitted with the EM-BAC-MOD-01 expansion module.
Also known as: TROX UNIVERSAL EM-BAC-MOD-01, EM-BAC-MOD-01, TROX UNIVERSAL, order code PRS / PRE / PDS / PDE - VAV room / duct pressure controller
TROX UNIVERSAL room or duct pressure controller, master (EM-BAC-MOD-01, BACnet MS/TP)
TROX TROX UNIVERSAL controllers set up as room or duct pressure controller, master, fitted with the EM-BAC-MOD-01 expansion module.
Also known as: TROX UNIVERSAL EM-BAC-MOD-01, EM-BAC-MOD-01, TROX UNIVERSAL, order code PRS/M / PRE/M / PDS/M / PDE/M, TROX UNIVERSAL PD master - VAV room / duct pressure controller
TROX UNIVERSAL room or duct pressure controller, master (EM-IP, BACnet IP)
TROX TROX UNIVERSAL controllers set up as room or duct pressure controller, master, fitted with the EM-IP expansion module.
Also known as: TROX UNIVERSAL EM-IP, EM-IP, TROX UNIVERSAL, order code PRS/M / PRE/M / PDS/M / PDE/M, TROX UNIVERSAL PD master - VAV room / duct pressure controller
TROX UNIVERSAL room pressure controller (EM-IP, BACnet IP)
TROX TROX UNIVERSAL controllers set up as room pressure controller, fitted with the EM-IP expansion module.
Also known as: TROX UNIVERSAL EM-IP, EM-IP, TROX UNIVERSAL, order code PRS / PRE - VAV / static pressure controller
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TROX UNIVERSAL static BUPNF controllers (VRU-D3/M1/M1R-BAC control electronics) for airflow, duct pressure and room pressure control.
Also known as: BUPNF, TROX UNIVERSAL static, VRU-D3-BAC, VRU-M1-BAC, VRU-M1R-BAC, VRU-D3-M/B TR, VRU-M1-M/B TR, VRU-M1R-M/B TR - Fire and smoke damper control module
TROX TROXNETCOM MB-BAC-WA1/2 fire damper module (BACnet MS/TP)
TROX TROXNETCOM MB-BAC-WA1/2 modules that drive and monitor up to 2 fire or smoke extract dampers (motorised or limit-switch only).
Also known as: MB-BAC-WA1/2, MB-BAC-WA1B3, TROXNETCOM, MB-BAC-WA1-2 - Fire and smoke damper control module
TROX TROXNETCOM MB-BAC-WA1/4 fire damper module (BACnet MS/TP)
TROX TROXNETCOM MB-BAC-WA1/4 modules that drive and monitor up to 4 fire or smoke extract dampers (motorised or limit-switch only).
Also known as: MB-BAC-WA1/4, TROXNETCOM, MB-BAC-WA1-4 - VAV zone controller (master for up to 25 zone modules)
TROX X-AIRCONTROL Master zone controller (TROX Auranor, BACnet IP)
TROX Auranor X-AIRCONTROL VAV zone control systems: one Master with up to 25 Zone Modules, linked to an AHU.
Also known as: X-AIRCONTROL, X-AIRCONTROL Master, TROX Auranor X-AIRCONTROL, 67501-06/15, X-AIRCONTROL ZoneModule - Air handling unit controller
TROX X-CUBE Control BACnet data point list
TROX X-CUBE central air handling units with the factory X-CUBE Control system.
Also known as: X-CUBE, TROX X-CUBE, X-CUBE Control, BACnet DPL, BACnet EDE XCUBE - VAV box controller (compact, built-in damper drive)
TROX XDMB0 compact VAV control component (TVE, BACnet MS/TP)
TROX TVE and TVE-Q VAV terminal units fitted with the XDMB0 compact control component.
Also known as: XDMB0, TVE XDMB0, TVE-Q, Compact XDMB0
Source: FSL-CONTROL III - Installation, commissioning and maintenance manual (software version 8.0) · A00000080122 V4 · rev. 2024-10. Object names, instances and units are reproduced as published; descriptions are our own.