Easy BACnet- Home
- BACnet points lists
- Daikin Applied
- MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor
Water source heat pump controller · BACnet points list
Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor BACnet points list
Updated 28 October 2026
SmartSource and Enfinity Large two-compressor heat pumps use a MicroTech III controller (with I/O expansion) that joins BACnet MS/TP through the BACnet communication module. Compared with the single-stage list it adds interstage timers, hydronic and low-EWT setpoints, extra heating stages, fan speed and runtime totalizers, humidistat and fan status inputs. A few objects carry different names on SmartSource and Enfinity Large units.
This page lists 77 BACnet objects for the Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor — 53 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Daikin Applied’s own free documentation, linked below.
- Manufacturer
- Daikin Applied
- Model
- MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor
- Equipment
- Water source heat pump controller
- Equipment type
- Heat pumps
- BACnet objects
- 77 (53 writable)
- Transport
- BACnet MS/TP
- Firmware
- Not stated
- Default device instance
- 3101000 + MS/TP MAC address (e.g. 3101007)
- Also known as
- SmartSource, GSH, GSV, GTH, GTV, GCV, GCH, Enfinity Large, CCH, CCW, LVC, LVW, ED 15103
BMS integration notes: Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor
Join the heat pump to the MS/TP trunk with a unique MAC and instance, then command occupancy and application mode and supply the space temperature or setpoint from the BMS if needed. Use Receive Heartbeat if overrides must fall back when the BMS goes quiet.
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 7 | OccManCmd | Occupancy override from the BMS | Command |
| MV 10 | ApplicMode | Application mode (Auto/Heat/Cool/Off/Fan Only/Dehumid) | Command |
| AV 19 | Setpoint | Network reference setpoint | Command |
| BV 1 | ClearAlarm | Clear the current alarm | Write |
| MV 4 | McQWSHPStatus | Unit operating status | Read |
| AV 22 | EffectSpaceTemp | Space temperature used for control | Read |
| AI 2 | LWT | Leaving water temperature | Read |
| MV 2 | CurrentAlarm | Highest-priority active alarm | Read |
Enable & remote start
No local/remote switch is described. Network override objects take effect when written: Application Mode Input (MV 10) selects Auto/Heat/Cool/Off/Fan Only/Dehumid, Occupancy Override Input (MV 7) and Occupancy Scheduler Input (MV 8) set occupancy, and Compressor Enable Input (MV 1) permits compressor operation. Overrides revert to their default (Null) values after a controller reboot.
Heartbeat & communication loss
Receive Heartbeat (AV 20, cpRcvHrtBt, 0-6553.4 s, default 0 = disabled) is the maximum time a supported override may go without being rewritten before it reverts to its default. Each supported point has its own timer: AV 18, AV 35, MV 1, MV 8, MV 9, MV 10, MV 11 and MV 12. Send Heartbeat is not supported by the BACnet module; use COV instead.
Sensors & values from the BMS
Write the space temperature to Space Temperature Input (AV 18); Effective Space Temperature (AV 22) uses the local AI 1 sensor unless AV 18 holds a valid value. Temperature Setpoint Input (AV 19) sets the reference setpoint for Occupied/Standby, but local setpoint adjust must first be disabled with MV 14. Temperature Setpoint Offset Input (AV 35) shifts the occupied/standby setpoints. Occupancy Sensor Input (MV 9) accepts a network occupancy sensor. Humidistat Remote Input (MV 16) and Fan ON/Auto Remote Input (MV 3) override the local humidistat and fan switch.
Network setup
- Default device instance is 3101000 plus the MS/TP MAC address (example 3101007); System Minimum Instance (AV 412) sets the base.
- MS/TP baud rate (9600, 19200, 38400 or 76800) must be set in the BACnet module's serial configuration menu (DB-9 port, 19200 8-N-1).
- MS/TP MAC address comes from address switch S3; it can only be set from the BAS or menu when S3 is at 255.
- Set MaxMasters to the highest MS/TP master address on the segment to cut token traffic.
Watch out for
- Configuration (cp...) objects are stored in non-volatile memory with a limited write life; do not write them cyclically.
- Network overrides revert to default on controller reboot, so the BMS must restore them.
- ReinitializeDevice password is McQuay (or MicroTech on newer software); a cold reset restores module defaults.
- Runtime and starts totalizers stop at their maximum count until the BMS writes a reset value.
Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor 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 | 1 | LocalSpaceTemp | Local Space Temperature Output | °F | Read | |
| AImin | 2 | LWT | Leaving Water Temperature | °F | Read | |
| AI | 3 | EWT | Entering Water Temperature | °F | Read | |
| AI | 4 | DischAirTemp | Discharge Air Temperature | °F | Read | |
| AI | 5 | LocalSetpt | Local Setpoint Adjust Output | °F | Read | |
| AI | 6 | CompSuctionTemp | Compressor #1 Suction Temperature (Enfinity Large: Comp1SuctionTemp) | °F | Read | |
| AI | 7 | CompDischTemp | Compressor #2 Suction Temperature (Enfinity Large: Comp2SuctionTemp) | °F | Read | |
| AI | 8 | Brownout | Brownout Voltage Reading | counts | Read | |
| AV | 1 | cpOccupied_Cool_Setpt | Occupied Cooling Setpoint | °F | Write | |
| AV | 2 | cpStandby_Cool_Setpt | Standby Cool Setpoint | °F | Write | |
| AV | 3 | cpUnoccupied_Cool_Setpt | Unoccupied Cool Setpoint | °F | Write | |
| AV | 4 | cpOccupied_Heat_Setpt | Occupied Heat Setpoint | °F | Write | |
| AV | 5 | cpStandby_Heat_Setpt | Standby Heat Setpoint | °F | Write | |
| AV | 6 | cpUnoccupied_Heat_Setpt | Unoccupied Heat Setpoint | °F | Write | |
| AV | 7 | cpBypassTime | Local Bypass Time Setpoint | min | Write | |
| AV | 8 | cpIntStgOffTmr | Interstage OFF Timer | s | Write | |
| AV | 9 | cpBrownoutRef | Brownout Reference Setpoint | Write | ||
| AV | 10 | cpOccDiff | Occupied Setpoint Differential | °F | Write | |
| AV | 11 | cpLowTempProtGL | Compressor Low Suction Temp Protection Setpoint - Glycol | °F | Write | |
| AV | 12 | cpLowTempProt | Compressor Low Suction Temp Protection Setpoint - Water | °F | Write | |
| AV | 13 | cpLowTmpProtDif | Compressor Low Suction Temp Protection Differential | °F | Write | |
| AV | 14 | cpIntStgOnTmr | Interstage ON Timer | s | Write | |
| AV | 15 | cpMinCompOffTmr | Compressor Minimum OFF Timer | s | Write | |
| AV | 16 | cpMinCompOnTmr | Compressor Minimum ON Timer | s | Write | |
| AV | 17 | cpUnoccDiff | Unoccupied Setpoint Differential | °F | Write | |
| AV | 18 | NetworkSpaceTemp | Space Temperature Input | °F | Command | |
| AVmin | 19 | Setpoint | Temperature Setpoint Input | °F | Command | |
| AV | 20 | cpRcvHrtBt | Receive Heartbeat | s | Write | |
| AV | 21 | cpSndHrtBt | Send Heartbeat | s | Write | |
| AVmin | 22 | EffectSpaceTemp | Effective Space Temperature Output | °F | Read | |
| AV | 23 | EffectSetpt | Effective Setpoint Output | °F | Read | |
| AV | 24 | SetptShift | Setpoint Shift Output | °F | Read | |
| AV | 25 | cpSptAdjMax | Long Range Setpoint Adjust Maximum | °F | Write | |
| AV | 26 | cpSptAdjMin | Long Range Setpoint Adjust Minimum | °F | Write | |
| AV | 27 | cpHydroClgOnSpt | Hydronic Cooling ON Setpoint | °F | Write | |
| AV | 28 | cpHydronicDiff | Hydronic Setpoint Differential | °F | Write | |
| AV | 29 | cpLowLwtDiff | Low Leaving Water Temp Differential | °F | Write | |
| AV | 30 | cpLowEwtSptGly | Low EWT Setpoint for Glycol | °F | Write | |
| AV | 31 | cpLowEwtSptWtr | Low EWT Setpoint for Water | °F | Write | |
| AV | 32 | cpHydroHtgOnSpt | Hydronic Heating ON Setpoint | °F | Write | |
| AV | 33 | cpStg2SptDiff | Second Stage Setpoint Differential | °F | Write | |
| AV | 34 | cpLowPresAlmDly | Compressor Low Pressure Alarm Delay | s | Write | |
| AV | 35 | SetptOffset | Temperature Setpoint Offset Input | °F | Command | |
| AV | 36 | cpStg3SptDiff | Third Stage Heating Setpoint Differential | °F | Write | |
| AV | 37 | cpStg4SptDiff | Fourth Stage Heating Setpoint Differential | °F | Write | |
| AV | 38 | FanSpeedCmd | Fan Speed Output | % | Read | |
| AV | 39 | FanRunHours | Fan Runtime Totalizer | h | Write | |
| AV | 40 | CompRunHours | Compressor #1 Runtime Totalizer (Enfinity Large: Comp1RunHours) | h | Write | |
| AV | 41 | CompStarts | Compressor #1 Starts Totalizer (Enfinity Large: Comp1Starts) | Write | ||
| AV | 42 | CompHiCapRunHours | Compressor #2 Runtime Totalizer (Enfinity Large: Comp2RunHours) | h | Write | |
| AV | 43 | CompHiCapStarts | Compressor #2 Starts Totalizer (Enfinity Large: Comp2Starts) | Write | ||
| AV | 411 | MacAddress | MAC address; named MacAddressSwitch when address switch is set | Write | ||
| AV | 412 | SystemMinInstance | System Minimum Instance | Write | ||
| BI | 1 | BinaryIn | Binary Input Status | Read | ||
| BVmin | 1 | ClearAlarm | Clear Alarm | Write | 0=Normal, 1=Clear Alarm | |
| BV | 2 | BinaryOut | Binary Output Status | Read | ||
| MI | 1 | CondOverFlow | Condensate Overflow Status | Read | 1=Dry, 2=Wet, 3=Null (no sensor present) | |
| MI | 2 | FanOnAuto | Fan ON/Auto Switch Status (Room Sensor) | Read | 1=On, 2=Auto, 3=Null (no switch present) | |
| MI | 3 | HeatCoolAuto | System Mode Switch (Heat/Cool/Auto) Status | Read | 1=Off, 2=Heat, 3=Cool, 4=Auto, 5=Null (no switch present) | |
| MI | 4 | Humidistat | Humidistat Sensor Status | Read | 1=Not Humid (Inactive 24VAC Input), 2=Is Humid (Active 24VAC Input), 3=Null | |
| MI | 5 | FanRunStatus | Fan Running Output | Read | 1=Fan is off, 2=Fan is running | |
| MV | 1 | ComprEnable | Compressor Enable Input | Command | 1=Disabled, 2=Enabled, 3=Null (compressors are enabled) | |
| MVmin | 2 | CurrentAlarm | Current Alarm | Read | SmartSource: 1=No Alarms, 2=IO Exp Communication Fail, 3=Invalid Configuration, 4=Low Voltage Brownout, 5=Comp High Pressure, 6=Comp Low Pressure, 7=Comp Suction Temp Snsr Fail, 8=Comp Low Suction Temp, 9=Freeze Fault Detect, 10=Room Temp Sensor Fail, 11=Enter Water Temp Snsr Fail, 12=Leaving Water Temp Snsr Fail, 13=Condensate Overflow, 14=Low Entering Water Temp, 15=Serial EEPROM Corrupted, 16=Wtrside Econ Low Temp Cutout | Enfinity Large: 1=No Alarms, 2=IO Exp Communication Fail, 3=Invalid Configuration, 4=Low Voltage Brownout, 5=Comp #1 High Pressure, 6=Comp #2 High Pressure, 7=Comp #1 Low Pressure, 8=Comp #2 Low Pressure, 9=Comp #1 Suctn Temp Snsr Fail, 10=Comp #2 Suctn Temp Snsr Fail, 11=Comp #1 Low Suction Temp, 12=Comp #2 Low Suction Temp, 13=Freeze Fault Detect, 14=Room Temp Sensor Fail, 15=Entering Water Temp Sensor Fail, 16=Leaving Water Temp Snsr Fail, 17=Condensate Overflow, 18=Low Entering Water Temp, 19=Serial EEPROM Corrupted, 20=Wtrside Econ Low Temp Cutout | |
| MV | 3 | RemoteFanOnAuto | Fan ON/Auto Remote Input | Command | 1=Fan Auto, 2=Fan On (forces fan on), 3=Null (no override) | |
| MVmin | 4 | McQWSHPStatus | McQuay WSHP Status | Read | 1=Off Alarm, 2=Off, 3=Start, 4=Fan Only (fan is allowed to operate), 5=Prepare to Heat, 6=Heating, 7=Prepare to Cool, 8=Cooling, 9=Prepare to Dehumidify, 10=Dehumidification | |
| MV | 5 | PreviousAlarm | Previous Alarm | Read | SmartSource: 1=No Alarms, 2=IO Exp Communication Fail, 3=Invalid Configuration, 4=Low Voltage Brownout, 5=Comp High Pressure, 6=Comp Low Pressure, 7=Comp Suction Temp Snsr Fail, 8=Comp Low Suction Temp, 9=Freeze Fault Detect, 10=Room Temp Sensor Fail, 11=Enter Water Temp Snsr Fail, 12=Leaving Water Temp Snsr Fail, 13=Condensate Overflow, 14=Low Entering Water Temp, 15=Serial EEPROM Corrupted, 16=Wtrside Econ Low Temp Cutout | Enfinity Large: 1=No Alarms, 2=IO Exp Communication Fail, 3=Invalid Configuration, 4=Low Voltage Brownout, 5=Comp #1 High Pressure, 6=Comp #2 High Pressure, 7=Comp #1 Low Pressure, 8=Comp #2 Low Pressure, 9=Comp #1 Suctn Temp Snsr Fail, 10=Comp #2 Suctn Temp Snsr Fail, 11=Comp #1 Low Suction Temp, 12=Comp #2 Low Suction Temp, 13=Freeze Fault Detect, 14=Room Temp Sensor Fail, 15=Entering Water Temp Sensor Fail, 16=Leaving Water Temp Snsr Fail, 17=Condensate Overflow, 18=Low Entering Water Temp, 19=Serial EEPROM Corrupted, 20=Wtrside Econ Low Temp Cutout | |
| MV | 6 | EffectOccup | Effective Occupancy Output | Read | 1=Occupied, 2=Unoccupied, 3=Bypass, 4=Standby, 5=Null | |
| MVmin | 7 | OccManCmd | Occupancy Override Input | Command | 1=Occupied, 2=Unoccupied, 3=Bypass, 4=Standby, 5=Null | |
| MV | 8 | OccSchedule | Occupancy Scheduler Input | Command | 1=Occupied, 2=Unoccupied, 3=Standby, 4=Null | |
| MV | 9 | OccSensor | Occupancy Sensor Input | Command | 1=Occupied, 2=Unoccupied, 3=Null | |
| MVmin | 10 | ApplicMode | Application Mode Input | Command | 1=Auto, 2=Heat, 3=Cool, 4=Off, 5=Fan Only, 6=Dehumid, 7=Null | |
| MV | 11 | AuxHeatEnable | Auxiliary Heat Enable Input | Command | 1=Disabled, 2=Enabled, 3=Null | |
| MV | 12 | EnergyHoldOff | Energy Hold Off Input | Command | 1=Normal, 2=Energy Hold Off, 3=Null | |
| MV | 13 | PumpRequest | Pump Request Output | Read | 1=No Request for Flow, 2=Request for Flow, 3=Null | |
| MV | 14 | cpLocSpEnable | Room Sensor Setpoint Adjust Enable/Disable | Write | 1=Disabled, 2=Enabled | |
| MV | 15 | Units | Units (English/Metric) | Write | 1=English (E), 2=Metric (M) | |
| MV | 16 | RemoteHumidistat | Humidistat Remote Input | Command | 1=No Dehumid Request, 2=Request Dehumidification, 3=Null |
No points match these filters.
Integration notes
- BACnet MS/TP only.
- Where SmartSource and Enfinity Large use different object names, the SmartSource name is listed and the other is given in the description.
- Configuration (cp...) objects are stored in non-volatile memory with a limited write life; avoid frequent writes.
- Runtime and starts totalizers stop at their maximum count until the BAS writes a reset value.
- AV 411 is named MacAddress or MacAddressSwitch depending on the physical address switch setting.
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. Easy BACnet scans a network for BACnet IP devices from an Android phone, reads every object on the MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor 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 Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor
How many BACnet points does the Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor have?
This list has 77 BACnet objects: 8 analog inputs, 45 analog values, 1 binary input, 2 binary values, 5 multi-state inputs, 16 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.
Which Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor BACnet points are writable?
53 of the 77 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 Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor BACnet documentation?
The source is MicroTech III Water Source Heat Pump Unit Controller Protocol Information (ED 15103-9), revision 2021-08, published free by Daikin Applied at https://tahoeweb.daikinapplied.com/api/general/DownloadDocumentByName/media/MicroTech%20III%20WSHP%20Unit%20Controller%20Protocol%20Information%20Daikin%20ED%2015103.pdf.
What are the minimum BACnet points to integrate the Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor?
Start with MV 7 OccManCmd (Occupancy override from the BMS); MV 10 ApplicMode (Application mode (Auto/Heat/Cool/Off/Fan Only/Dehumid)); AV 19 Setpoint (Network reference setpoint); BV 1 ClearAlarm (Clear the current alarm); MV 4 McQWSHPStatus (Unit operating status); AV 22 EffectSpaceTemp (Space temperature used for control); AI 2 LWT (Leaving water temperature); MV 2 CurrentAlarm (Highest-priority active alarm).
How do I enable BMS control of the Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor?
No local/remote switch is described. Network override objects take effect when written: Application Mode Input (MV 10) selects Auto/Heat/Cool/Off/Fan Only/Dehumid, Occupancy Override Input (MV 7) and Occupancy Scheduler Input (MV 8) set occupancy, and Compressor Enable Input (MV 1) permits compressor operation. Overrides revert to their default (Null) values after a controller reboot.
Does the Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor need a BACnet heartbeat or have a communication timeout?
Receive Heartbeat (AV 20, cpRcvHrtBt, 0-6553.4 s, default 0 = disabled) is the maximum time a supported override may go without being rewritten before it reverts to its default. Each supported point has its own timer: AV 18, AV 35, MV 1, MV 8, MV 9, MV 10, MV 11 and MV 12. Send Heartbeat is not supported by the BACnet module; use COV instead.
Can the BMS supply sensor values to the Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor?
Write the space temperature to Space Temperature Input (AV 18); Effective Space Temperature (AV 22) uses the local AI 1 sensor unless AV 18 holds a valid value. Temperature Setpoint Input (AV 19) sets the reference setpoint for Occupied/Standby, but local setpoint adjust must first be disabled with MV 14. Temperature Setpoint Offset Input (AV 35) shifts the occupied/standby setpoints. Occupancy Sensor Input (MV 9) accepts a network occupancy sensor. Humidistat Remote Input (MV 16) and Fan ON/Auto Remote Input (MV 3) override the local humidistat and fan switch.
How do I check these points on the real MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor?
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 Daikin Applied BACnet points lists
- Air handling unit controller
Daikin Applied ADK digital air handler, DSTREAM controls (Daikin Applied Europe)
Daikin Applied Europe ADK digital air handling units (D-AHU) with the MicroTech III or MicroTech 4 controller and DSTREAM control software.
Also known as: ADK, D-AHU, Digital AHU, Daikin D-AHU, DSTREAM, D-EIGOC00108-22_05 - VAV terminal unit controller
Daikin Applied Daikin VAV Controller (BACnet MS/TP)
Pressure-independent VAV terminal units (cooling only, reheat, series and parallel fan-powered) with the Daikin VAV actuator-controller.
Also known as: Daikin VAV controller, VAV Model 250802400, 250802400, BACnet VAV actuator, ED 19157 - Air-cooled screw chiller controller
Daikin Applied EWAD-TZD / EWAH-TZD / EWFD / EWFH air-cooled screw chiller (Daikin Applied Europe)
Daikin Applied Europe EWAD-TZD/MZD and EWAH-TZD/MZD air-cooled inverter screw chillers and the EWFD/EWFH free-cooling versions (MicroTech 4, software "ETRA / OMEGA").
Also known as: EWAD-TZD, EWAD-MZD, EWAH-TZD, EWAH-MZD, EWFD-TZD, EWFH-TZD, EWAD TZ, EWAD/H-T/MZD, EWFD/H-T/MZD, ETRA, OMEGA, D-EIGOC00103-23_01 - Air-cooled scroll chiller controller
Daikin Applied EWAT-B air-cooled chiller (Daikin Applied Europe)
Daikin Applied Europe EWAT-B air-cooled scroll chillers (MicroTech 4, software "NASH"), including the free-cooling and heat recovery options.
Also known as: EWAT-B, EWAT B, EWAT-B-SS, EWAT-B-SL, EWAT-B-SR, EWAT-B-XS, EWAT-B-XL, EWAT-B-XR, NASH, D-EIGOC00103 - Air-cooled scroll chiller controller
Daikin Applied EWAT-B-C / EWAF-B-C air-cooled chiller (Daikin Applied Europe)
Daikin Applied Europe EWAT-B-C air-cooled scroll chillers and the EWAF-B-C free-cooling version (MicroTech 4, software "ARES").
Also known as: EWA(F)T-B-C, EWAT-B-C, EWAF-B-C, EWAT B-C, EWAF B-C, ARES, D-EIGOC00107-24_04 - Water-cooled screw chiller controller
Daikin Applied EWWD-VZ water-cooled screw chiller (Daikin Applied Europe)
Daikin Applied Europe EWWD-VZ, EWWH-VZ and EWWS-VZ water-cooled inverter screw chillers (MicroTech, software "Adam").
Also known as: EWWD VZ, EWWH-VZ, EWWS-VZ, EWWD(H)(S)_VZ, Adam, D-EIGOC00101 - Air-to-water heat pump controller
Daikin Applied EWYT-B air-to-water heat pump (Daikin Applied Europe)
Daikin Applied Europe EWYT-B reversible air-to-water scroll heat pumps (MicroTech 4, software "NASH_HP").
Also known as: EWYT-B, EWYT B, EWYT-B-SS, EWYT-B-SL, EWYT-B-SR, EWYT-B-XS, EWYT-B-XL, EWYT-B-XR, NASH_HP, D-EIGOC00107-23_01 - Chiller plant manager (multi-chiller sequencer)
Daikin Applied iCM chiller plant manager, option 184 (Daikin Applied Europe)
Daikin Applied Europe chiller plants run by the iCM software (option 184) on the master MicroTech 4 chiller: a master plus up to seven slave chillers, with optional pump (iPM), cooling tower (iCT) and pump group (iSM) management.
Also known as: iCM, Option 184, iCM option 184, Intelligent Chiller Manager, iCM Standard, iCM Advanced, iCM Expanded, iPM, iCT, iSM, D-EIGOC00110-21_03 - Chiller controller
Daikin Applied Magnitude WME C-vintage Chiller (MicroTech WME controller)
Magnitude WME C-vintage magnetic-bearing centrifugal chillers with the MicroTech WME unit controller.
Also known as: WME-C, Magnitude WME, MicroTech WME, ED 19111 - Rooftop unit controller
Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller
Daikin Rebel Applied (DPSA) packaged rooftop units with the MicroTech 4 unit controller.
Also known as: Rebel Applied, DPSA, MicroTech 4 AHU, MT4 AHU, MT4_AHU, ED 19117 - Chiller controller
Daikin Applied MicroTech Chiller Controller (Trailblazer AGZ-F, Magnitude WMC-E, WMT)
Trailblazer AGZ F-vintage air-cooled scroll chillers and Magnitude WMC-E and WMT magnetic-bearing centrifugal chillers.
Also known as: AGZ-F, Trailblazer AGZ F-vintage, WMC-E, WMT, Magnitude WMT, ED 19131 - Chiller controller
Daikin Applied MicroTech Chiller Unit Controller (Pathfinder, Trailblazer, Magnitude WME-B, Navigator)
Air-cooled scroll (AGZ-D/E, AMZ), air-cooled screw (AWS, AWV, ADS), WME B-vintage magnetic-bearing and WWV water-cooled screw chillers.
Also known as: MicroTech III chiller, Pathfinder AWS, Pathfinder AWV, Trailblazer AGZ, Trailblazer AMZ, ADS, Magnitude WME B-vintage, Navigator WWV, ED 15120 - Water source heat pump DOAS controller
Daikin Applied MicroTech DOAS WSHP Unit Controller
Daikin SmartSource DOAS water source heat pumps with the MicroTech unit controller and its on-board BACnet MS/TP port.
Also known as: SmartSource DOAS, DOAS water source heat pump, MTUC_DOAS WSHP, ED 19118 - Rooftop unit / AHU controller
Daikin Applied MicroTech III Applied Rooftop and Self-Contained Unit Controller
Rebel (DPS/DPH), Maverick (MPS), RoofPak rooftops and air handlers (RPS, RDT, RFS, RDS, RAH, RPE, RDE) and SWP/SWT self-contained units.
Also known as: MicroTech III AHU, RoofPak, Rebel DPS, Maverick MPS, RPS, RDT, RFS, RDS, RAH, RPE, RDE, SWP, SWT, ED 15112 - Fan coil unit controller
Daikin Applied MicroTech III Fan Coil Unit Controller
Daikin Applied fan coil units with the MicroTech III unit controller and the plug-in BACnet MS/TP communication module.
Also known as: MicroTech III FCU, MTIIIUC_FCU, Applied Terminal Systems fan coil, ED 15135 - Water source heat pump controller
Daikin Applied MicroTech III WSHP Controller - Enfinity Single Stage
Enfinity single-stage compressor water source heat pumps (MHC/MHW, CCH/CCW, VFC/VFW, LVC/LVW, VHC/VHF).
Also known as: Enfinity, MHC, MHW, CCH, CCW, VFC, VFW, LVC, LVW, VHC, VHF, MicroTech III water source heat pump, ED 15103 - Air handler unit controller
Daikin Applied MicroTech PreciseLine Light Air Handler Controller
PreciseLine light commercial air handlers (BCV, BCA, BCH; 600-10,000 CFM) with the MicroTech 4 Lite controller, including R-410A D-Kit and R-32 EV-kit VRV units.
Also known as: PreciseLine, MicroTech 4 Lite, MT4 Lite AHU, PL AHU, BCV, BCA, BCH, ED 19126 - Unit ventilator controller (classroom air handler)
Daikin Applied MicroTech Unit Ventilator Controller
Daikin Applied unit ventilators with the MicroTech UV unit controller and its on-board BACnet MS/TP port.
Also known as: MicroTech UV, MTUC_UV, Daikin unit ventilator, ED 19110 - EC fan array controller (air handler)
Daikin Applied MicroTech Vision / Skyline EC Fan Array Controller
Vision (CAH/CAC) and Skyline (OAH/OAC) air handlers with an EC fan array on the MicroTech 4 fan controller (Premium controls option), up to 20 fans.
Also known as: Vision, Skyline, MT4_DFA_EC, MT4_DFA, CAH, CAC, OAH, OAC, EC fan array, ED 19122 - Air handling unit controller
Daikin Applied Modular Light (ALB) air handler, EvoLVE controls (Daikin Applied Europe)
Daikin Applied Europe Modular Light (ALB) compact air handling units with the MicroTech controller and EvoLVE / Airstream control software.
Also known as: Modular Light, ALB, Daikin Modular Light AHU, EvoLVE, Airstream, D-EIGOC00106-26_00
Source: MicroTech III Water Source Heat Pump Unit Controller Protocol Information · ED 15103-9 · rev. 2021-08. Object names, instances and units are reproduced as published; descriptions are our own.