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Rooftop unit controller · BACnet points list
Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller BACnet points list
Updated 28 October 2026
The MicroTech 4 controller on Rebel Applied (DPSA) rooftops joins BACnet IP or BACnet MS/TP through a plug-in communication module (a LonWorks module is the third option; only BACnet objects are listed here). Objects cover unit and occupancy status, network enables for cooling, heating and the economizer, temperatures and refrigerant readings, supply and return fan control, dehumidification, outdoor air, run hours, optional refrigerant, power and IAQ monitoring, expansion-board I/O, read-only unit configuration and alarm/event BIs. Most writable inputs only apply when AHU Loc/Net (MV 19) is set to Network at the HMI.
This page lists 384 BACnet objects for the Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller — 94 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 4 Rebel Applied Rooftop Unit Controller
- Equipment
- Rooftop unit controller
- Equipment type
- Rooftop units, AHUs & DOAS
- BACnet objects
- 384 (94 writable)
- Transport
- BACnet IP, BACnet MS/TP
- Firmware
- Application 2506036115, firmware 11.42 (PICS)
- Also known as
- Rebel Applied, DPSA, MicroTech 4 AHU, MT4 AHU, MT4_AHU, ED 19117
BMS integration notes: Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller
Set AHU Loc/Net to Network at the HMI, then drive the unit with Occupancy Mode or Current State, plus Application Mode and the occupied setpoints. Use Emergency Override to stop the unit from the network, and read Unit State, unit status, capacities, temperatures and the alarm objects.
Minimum points to map
The short list most integrators start with — enough to run the unit from a BMS. Map more as the job needs.
| Object | Name | Why | Access |
|---|---|---|---|
| MV 7 | OccManCmd | Occupancy mode command (Occ/Unocc/TntOvrd/Standby/Auto) | Write |
| MV 8 | CurrentState | Occupancy Scheduler Input when Occupancy Mode is Auto | Write |
| MV 10 | EmergOverride | Network shutdown (Off) / Normal | Write |
| MV 5 | ApplicCmd | Application mode (off/heat/cool/fan only/auto) | Write |
| AV 10 | OccCoolSP | Occupied cooling setpoint | Write |
| AV 12 | OccHeatSP | Occupied heating setpoint | Write |
| MV 19 | AHULoc/Net | Must read Network for network inputs to apply | Read |
| MV 15 | UnitState | Current operating state | Read |
| AI 1 | DischAirTemp | Discharge air temperature | Read |
| AV 29 | ActiveFault | Highest-priority active fault number, 0 = none | Read |
Enable & remote start
AHU Loc/Net (MV 19) must be set to Network at the HMI (it is read-only over BACnet) for most network inputs to apply. Occupancy is then commanded with Occupancy Mode (MV 7) or, when MV 7 is Auto, Current State (MV 8). Emergency Override (MV 10) = Off shuts the unit off (Unit Status OffNet) and only writing Normal restarts it. Application Mode (MV 5) only acts when Control Mode is Auto, which is set at the HMI. Cooling, heating and economizer can be enabled or capped from the network with AV 36/37, AV 38/39 and AV 34/35 (Ctrl Mode = Auto).
Heartbeat & communication loss
No BACnet heartbeat (Receive Heartbeat is listed as N/A for BACnet IP and MS/TP). Values written by the BAS stay at the last valid value if communication is lost; an invalid network value makes the controller use its default, and network sensor inputs fall back to the local sensor.
Sensors & values from the BMS
Space Temperature Input (AV 31) and Outdoor Air Temperature Input (AV 32) take network temperatures and revert to the local sensor if the network value becomes unreliable. Network inputs also exist for space humidity (AV 20/21), space CO2 (AV 33), supply and return fan capacity (AV 24/25) and outdoor air damper minimum and maximum position (AV 17/55). A LonWorks value takes precedence over the BACnet one if both are present.
Network setup
- Initial device instance is calculated from the production code (IP) or MAC address (MS/TP); change it at the HMI and set Apply Changes in the BACnet IP or MS/TP setup menu (the controller restarts).
- BACnet IP defaults: DHCP on, given IP 127.0.0.1, mask 255.255.255.0, UDP port 47808.
- BACnet MS/TP defaults: MAC address 18, 38400 baud, Max Master 127, Max Info Frames 1.
- MS/TP terminating resistor is an HMI setting (Term Resistor) and is lost at power-off; a physical resistor is recommended.
- If the BAS cannot subscribe to the notification class recipient lists, enter its device instance in NC Dev 1 or NC Dev 2 in the BACnet setup menu and cycle power.
Watch out for
- Multistate objects that are also unit configuration code items read with an extra '(n)' at the end of the state text over BACnet, e.g. 'OnOffT(1)'.
- ClearAlarms (MV 13) clears by class and returns to No once the alarms clear; write it only to clear an active alarm.
- Network Demand Shed Enable (MV 22) only works when DemandShed is also enabled in the HMI HtgClg ChgOvr Set-Up menu.
- The guide prints MV 37 twice: RFEF1Status (ECM return fan 1) and VFD_RFEFStatus (return fan VFD: 1=OK, 2=Fault, 3=No Comm). Only RFEF1Status is listed; check the object name on the unit.
- The refrigerant monitoring table names AI 50 and AI 60 C1DischLnTemp and C2DischLnTemp; the main table calls them C1DischLnTemp1 and C2DischLnTemp2.
- The BACnet module and controller clocks re-sync about every 60-68 minutes, so BACnet date/time can differ for a while after a keypad change.
Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller BACnet objects
Type: AI, AO, AV, BI, BO, BV, MI/MO/MV (multi-state) · Access: Read read-only, Write writable, Command writable with a priority array.
| Description | States | |||||
|---|---|---|---|---|---|---|
| MVmin | 15 | UnitState | Unit State | Read | 1=Off, 2=Start, 3=Recirc, 4=FanOnly, 5=MinDAT, 6=Htg, 7=Econo, 8=Clg | |
| MV | 1 | DaikinStatus | Unit Status | Read | 1=Enable, 2=OffMan, 3=OffManCtrl, 4=OffNet, 5=OffAlm, 6=OffRetry, 7=OffPassVnt, 8=OffSnsrCfg | |
| MV | 2 | ClgStatus | Cooling Status | Read | 1=Enabled, 2=None, 3=OffAmb, 4=OffAlm, 5=OffNet, 6=OffMan, 7=NA, 8=CfgErr | |
| AV | 36 | CoolEnable | Primary Cool Enable | Write | -1=Null, 0=Off (Disabled), 1=Enable | |
| AV | 37 | CoolEnablePct | Primary Cool Enable | % | Write | |
| MV | 3 | EconoStatus | Economizer Status | Read | 1=Enabled, 2=None, 3=OffAmb, 4=OffAlm, 5=OffNet, 6=OffMan, 7=OffDehum | |
| AV | 34 | EconEnable | Economizer Enable | Write | -1=Null, 0=Off (Disabled), 1=Enable | |
| AV | 35 | EconEnablePct | Economizer Enable | % | Write | |
| MV | 4 | PrimaryHtgStatus | Primary Heating Status | Read | 1=Enabled, 2=None, 3=OffAmb, 4=OffAlm, 5=OffNet, 6=OffMan, 7=OffDehum, 8=NA | |
| MV | 27 | SecondaryHtgStatus | Secondary Heating Status | Read | 1=Enabled, 2=None, 3=OffAmb, 4=OffAlm, 5=OffNet, 6=OffMan | |
| AV | 38 | HeatEnable | Primary Heat Enable | Write | -1=Null, 0=Off (Disabled), 1=Enable | |
| AV | 39 | HeatEnablePct | Primary Heat Enable | % | Write | |
| MVmin | 5 | ApplicCmd | Application Mode | Write | 1=Off, 2=HeatOnly, 3=CoolOnly, 4=FanOnly, 5=Auto, 6=NA | |
| MVmin | 10 | EmergOverride | Emergency Override | Write | 1=Normal, 2=Off | |
| MV | 16 | UnitSupport | BACnet Units of Measurement | Write | 1=Metric, 2=English | |
| MVmin | 19 | AHULoc/Net | Unit Local/Network Control | Read | 1=Network, 2=Local | |
| MV | 25 | RemSptSrc | Remote Setpoint Source | Write | 1=None, 2=AI, 3=QMX1, 4=QMX2, 5=QMX3 | |
| MV | 21 | DehumStatus | Dehumidification Status | Read | 1=Inactive, 2=Active | |
| MV | 22 | DemandShed | Network Demand Shed Enable | Write | 1=Inactive, 2=Auto, 3=Manual | |
| MV | 23 | MWUStatus | Morning Warmup Status | Read | 1=Inactive, 2=Active | |
| MV | 24 | FreeClgStatus | Free Cooling Status | Read | 1=Unavail, 2=Avail | |
| AV | 16 | EconCapacity | Outdoor Air Damper Position | % | Read | |
| AI | 21 | FilterPress1 | Filter Pressure Input | inWC | Read | |
| AI | 22 | FilterPress2 | Filter Pressure Input | inWC | Read | |
| AI | 23 | FilterPress3 | Filter Pressure Input | inWC | Read | |
| MV | 14 | VAVBoxOutput | VAV Box Output Status | Read | 1=Heat, 2=Cool | |
| MV | 6 | EffectOccup | Occupancy Status | Read | 1=Occ, 2=Unocc, 3=TntOvrd | |
| MVmin | 7 | OccManCmd | Occupancy Mode (Network) | Write | 1=Occ, 2=Unocc, 3=TntOvrd, 4=Standby, 5=Auto | |
| MVmin | 8 | CurrentState | Current State | Write | 1=Occ, 2=Unocc, 3=TntOvrd, 4=Standby, 5=NA | |
| MV | 9 | NextState | Next State | Write | 1=Occ, 2=Unocc, 3=TntOvrd, 4=Standby, 5=NA | |
| AV | 3 | TimeToNextState | Time to Next State | Write | ||
| AV | 53 | MaxPurgeTime | Maximum Purge Time | min | Write | |
| AI | 3 | EffSpaceTemp | Effective Space Temperature | °F | Read | |
| AV | 31 | SpaceTempInput | Space Temperature Input | °F | Write | |
| AI | 4 | SpaceTemp1 | Space Temperature Sensor 1 | °F | Read | |
| AI | 5 | SpaceTemp2 | Space Temperature Sensor 2 | °F | Read | |
| AI | 6 | SpaceTemp3 | Space Temperature Sensor 3 | °F | Read | |
| AI | 2 | RATemp | Return Air Temperature Sensor | °F | Read | |
| MV | 20 | CtrlTempSrc | Control Temp Source | Write | 1=RAT, 2=Space, 3=OAT, 4=None | |
| AI | 14 | ControlTemp | Control Temperature | °F | Read | |
| AI | 8 | OutdoorTemp | Effective Outdoor Air Temperature | °F | Read | |
| AV | 5 | LocalOATemp | Outdoor Air Temperature | °F | Read | |
| AV | 32 | OutdoorTempInput | Outdoor Air Temperature Input | °F | Write | |
| AV | 26 | EffDATempSP | Effective Discharge Air Temperature Setpoint | °F | Read | |
| AImin | 1 | DischAirTemp | Discharge Air Temperature Sensor | °F | Read | |
| AI | 7 | EFT_LCT | Entering Fan/Leaving Coil Temperature Sensor | °F | Read | |
| AI | 50 | C1DischLnTemp1 | Discharge Line Refrigerant Temperature Circuit 1 | °F | Read | |
| AI | 69 | C1DischLnTemp3 | Discharge Line Refrigerant Temperature Circuit 1 | °F | Read | |
| AI | 70 | C1DischLnTemp5 | Discharge Line Refrigerant Temperature Circuit 1 | °F | Read | |
| AI | 60 | C2DischLnTemp2 | Discharge Line Refrigerant Temperature Circuit 2 | °F | Read | |
| AI | 71 | C2DischLnTemp4 | Discharge Line Refrigerant Temperature Circuit 2 | °F | Read | |
| AI | 72 | C2DischLnTemp6 | Discharge Line Refrigerant Temperature Circuit 2 | °F | Read | |
| AI | 54 | C1RefLiqLnTemp | Liquid Line Refrigerant Temperature Circuit 1 | °F | Read | |
| AI | 64 | C2RefLiqLnTemp | Liquid Line Refrigerant Temperature Circuit 2 | °F | Read | |
| AI | 55 | VCmp1Temp | Variable Compressor 1 Temperature | °F | Read | |
| AI | 65 | VCmp2Temp | Variable Compressor 2 Temperature | °F | Read | |
| AI | 56 | FCmp1Temp | Fixed Compressor 1 Temperature | °F | Read | |
| AI | 66 | FCmp2Temp | Fixed Compressor 2 Temperature | °F | Read | |
| AI | 57 | FCmp3Temp | Fixed Compressor 3 Temperature | °F | Read | |
| AI | 67 | FCmp4Temp | Fixed Compressor 4 Temperature | °F | Read | |
| AI | 58 | FCmp5Temp | Fixed Compressor 5 Temperature | °F | Read | |
| AI | 68 | FCmp6Temp | Fixed Compressor 6 Temperature | °F | Read | |
| MV | 104 | SAFType | Supply Air Fan Type | Read | 1=Anlg, 2=1M, 3=2M, 4=3M, 5=4M, 6=6M, 7=8M, 8=9M, 9=SAFVFD, 10=8M4S, 11=8M8S | |
| MV | 28 | SAF1Status | Supply Air Fan 1-9 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 29 | SAF2Status | Supply Air Fan 1-9 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 30 | SAF3Status | Supply Air Fan 1-9 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 31 | SAF4Status | Supply Air Fan 1-9 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 32 | SAF5Status | Supply Air Fan 1-9 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 33 | SAF6Status | Supply Air Fan 1-9 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 34 | SAF7Status | Supply Air Fan 1-9 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 35 | SAF8Status | Supply Air Fan 1-9 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 36 | SAF9Status | Supply Air Fan 1-9 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 11 | SupFanCtrl | Supply Fan Capacity Control | Write | 1=DSP, 2=Spd/Net, 3=1ZnVAV, 4=BSP, 5=CO2, 6=Flow, 7=CAV | |
| AV | 7 | SAFDSPSpt | Supply Fan Duct Static Pressure Setpoint (DSP) | inWC | Write | |
| AV | 8 | SAFBSPSpt | Supply Fan Building Static Pressure (BSP) Setpoint | inWC | Write | |
| AV | 24 | SupFanCapNetIn | Supply Fan Capacity Input | % | Write | |
| AI | 10 | SAFCap | Effective Supply Fan Capacity | % | Read | |
| AI | 19 | SAFDSP | Supply Fan Duct Static Pressure | inWC | Read | |
| MV | 112 | StaticPSens | Duct Static Pressure Sensor | Read | 1=NA:NA, 2=DSP:NA, 3=DSP:DSP, 4=DSP:BSP, 5=BSP:NA, 6=NA:DSP, 7=NA:BSP | |
| AI | 29 | SAFFlow | Supply Fan Airflow | CFM | Read | |
| AV | 56 | SAFFlowSpt | Supply Fan Flow Setpoint | CFM | Write | |
| MV | 110 | SAFFlowInput | Supply Fan Flow Input | Read | 1=None, 2=1Fan, 3=2Fan, 4=3Fan, 5=4Fan, 6=6Fan, 7=8Fan, 8=9Fan, 9=12Fan, 10=16Fan | |
| MV | 105 | RFEFType | Return Air Fan Type | Read | 1=None, 2=RFAnlg, 3=EFAnlg, 4=1ECMRF, 5=2ECMRF, 6=3ECMRF, 7=4ECMRF, 8=1ECMEF, 9=2ECMEF, 10=3ECMEF, 11=4ECMEF, 12=RFVFD, 13=EFVFD | |
| AV | 25 | RFEFCapNetIn | Return Fan Capacity Input | % | Write | |
| AI | 20 | RAFDSP | Return Fan Duct Static Pressure | inWC | Read | |
| AI | 9 | BldgStatPress | Building Static Pressure Sensor | inWC | Read | |
| AV | 9 | BldgStaticSP | Building Static Pressure Setpoint | inWC | Write | |
| AI | 18 | RFEFCap | Return Fan Capacity | % | Read | |
| AI | 24 | ExhPSP | Exhaust Air Plenum Static Pressure | inWC | Read | |
| AI | 30 | RFEFFlow | ReturnFan Airflow | CFM | Read | |
| MV | 12 | ExhRetFanCtrl | Return Fan Capacity Control | Write | 1=CAV, 2=BSP, 3=Tracking, 4=DSP, 5=Speed, 6=Flow, 7=OAD, 8=FlowDiff | |
| MV | 37 | RFEF1Status | Return Fan 1-4 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 38 | RFEF2Status | Return Fan 1-4 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 39 | RFEF3Status | Return Fan 1-4 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 40 | RFEF4Status | Return Fan 1-4 Status | Read | 1=OK, 2=HLL, 3=TFEI, 4=TFM, 5=TFE, 6=BLK, 7=SKF, 8=PHA, 9=UzLow, 10=UzHigh, 11=UeLow, 12=UeHigh | |
| MV | 111 | RFEFFlowInput | ReturnFan Flow Input | Read | 1=None, 2=1Fan, 3=2Fan | |
| AV | 57 | RFEFFlowSpt | Return/Exhaust Fan Flow Setpoint | CFM | Write | |
| MV | 116 | RefrigType | Refrigerant Type | Read | 1=None, 2=R410A, 3=R32, 4=R410AHP, 5=R32HP | |
| AV | 1 | ClgCapacity | Unit Cooling Capacity | % | Read | |
| AV | 14 | DAClgSetpt | Discharge Air Cooling Setpoint | °F | Write | |
| AV | 15 | DefaultDATClgSetpt | Minimum Discharge Air Cooling Setpoint | °F | Write | |
| AV | 6 | DATEconSpt | Discharge Air Temperature Economizer Setpoint | °F | Write | |
| AVmin | 10 | OccCoolSP | Occupied Cooling Setpoint | °F | Write | |
| AV | 11 | UnoccCoolSetpt | Unoccupied Cooling Setpoint | °F | Write | |
| AV | 45 | ReheatCapacity | Reheat Capacity | % | Read | |
| MV | 115 | EHGBPCfg | Electronic Hot Gas Bypass Input | Read | 1=None, 2=Circ12, 3=Circ1, 4=Circ2 | |
| MV | 103 | HtgType | Heating Type | Read | 1=None, 2=F&BP, 3=HW_Stm, 4=MG1StgL, 5=MG1StgL, 6=MG1StgL, 7=MG1StgH, 8=MG1StgH, 9=MG2StgL, 10=MG3StgL, 11=MG2StgH, 12=MG3StgH, 13=2StgE, 14=2StgG, 15=4StgE, 16=4StgG, 17=SCR, 18=SCRSRht, 19=Not used, 20=MG4StgL, 21=MG4StgH | |
| AV | 2 | PrimaryHtgCap | Primary Heating Capacity | % | Read | |
| AV | 22 | SecondaryHtgCap | Seconday Heating Capacity | % | Read | |
| AVmin | 12 | OccHeatSP | Occupied Heating Setpoint | °F | Write | |
| AV | 13 | UnoccHeatSetpt | Unoccupied Heating Setpoint | °F | Write | |
| AV | 18 | DAHtgSetpt | Discharge Air Heating Setpoint | °F | Write | |
| AV | 19 | DefaultDATHtgSetpt | Maximum Discharge Air Heating Setpoint | °F | Write | |
| AV | 153 | MaximumHeatRise | Maximum Heat Rise | Read | ||
| MV | 107 | ReheatType | Reheat Type | Read | 1=None, 2=PriHtg, 3=PriHtBP, 4=MHG, 5=MHGBP, 6=HG_LSC, 7=HGLSCBP, 8=DXBP, 9=MLSC | |
| AI | 11 | SpaceRH1 | Relative Humidity Sensor 1 | % | Read | |
| AI | 12 | SpaceRH2 | Relative Humidity Sensor 2 | % | Read | |
| AV | 20 | SpaceRH1NetIn | Relative Humidity Input 1 | % | Write | |
| AV | 21 | SpaceRH2NetIn | Relative Humidity Input 2 | % | Write | |
| AV | 40 | Humidity1SP | Humidity Sensor 1 Setpoint Input | % | Write | |
| AV | 41 | Humidity2SP | Humidity Sensor 2 Setpoint Input | % | Write | |
| AV | 42 | Dewpoint1SP | Dewpoint Setpoint 1 | °F | Write | |
| AV | 43 | Dewpoint2SP | Dewpoint Setpoint 2 | °F | Write | |
| AI | 25 | RARelHum | Return Air Relative Humidity | % | Read | |
| AI | 26 | RADewpoint | Return Air Dewpoint | °F | Read | |
| AI | 27 | OARelHum | Outdoor Air Relative Humidity | % | Read | |
| AI | 28 | OADewpoint | Outdoor Air Dewpoint | °F | Read | |
| AV | 47 | MinLCTSpt | Minimum Leaving Coil Temperature Setpoint | °F | Write | |
| AV | 48 | DXBPMinLCTSpt | DX Coil Bypass Minimum Leaving Coil Temperature Setpoint | °F | Write | |
| AV | 49 | MaxLCTSpt | Maximum Leaving Coil Temperature Setpoint | °F | Write | |
| AV | 50 | DXBPMaxLCTSpt | DX Coil Bypass Maximum Leaving Coil Temperature Setpoint | °F | Write | |
| AV | 51 | LCTSetpoint | Leaving Coil Temperature Setpoint | °F | Write | |
| AV | 52 | DXBPLCTSetpoint | DX Coil Bypass Leaving Coil Temperature Setpoint | °F | Write | |
| MV | 102 | DamperType | Damper Type | Read | 1=None, 2=30A, 3=100A, 4=Econ, 5=EconFDD, 6=100wRec | |
| MV | 101 | OAFanCtrl | Outdoor Air Fan Control | Read | 1=None, 2=OnOffT, 3=OnOffP, 4=VarVFD, 5=VarECM1, 6=VarECM2, 7=VarDK1, 8=VarDK2 | |
| AV | 17 | MinOAPosNetIn | Outdoor Air Damper Minimum Position Input | % | Write | |
| AV | 55 | MaxOAPos | Outdoor Air Damper Maximum Position Input | % | Write | |
| MV | 108 | ExtOAInput | External Outdoor Air Input | Read | 1=None, 2=ExtVDC, 3=ExtmA, 4=CO2VDC, 5=CO2mA, 6=CO2QMX+, 7=IAQMB | |
| MV | 109 | OAFlowInput | Outdoor Air Flow Input | Read | 1=None, 2=VDC, 3=mA | |
| AV | 44 | OAFlow | Outdoor Airflow | CFM | Read | |
| AV | 46 | OAFlowSpt | Outdoor Airflow Setpoint | CFM | Write | |
| MV | 113 | SpaceTConfig | Space Temperature Sensor | Write | 1=None, 2=1AI, 3=2AI, 4=3AI, 5=1QMXS, 6=2QMXS, 7=3QMXS, 8=1QMX+, 9=2QMX+, 10=3QMX+, 11=1IAQMB | |
| AI | 13 | SpaceCO2 | Space CO2 | ppm | Read | |
| AV | 33 | SpaceIAQNetIn | Space IAQ (CO2) Input | ppm | Write | |
| MV | 17 | PassiveVent | Passive Ventilation | Write | 1=Off, 2=On | |
| MV | 106 | EnergyRec | Energy Recovery | Read | 1=None, 2=CS, 3=CSRH, 4=ECM1, 5=ECM2, 6=VFD, 7=Anlg | |
| MV | 18 | ERWhlOnOff | Energy Recovery Wheel Status | Read | 1=Off, 2=On | |
| AI | 15 | ERWheelCap | Energy Recovery Wheel Capacity | % | Read | |
| AI | 16 | ERLWT | Energy Recovery Leaving Wheel Temperature | °F | Read | |
| AI | 17 | EREWT | Energy Recovery Entering Wheel Temperature | °F | Read | |
| AV | 100 | SupplyFanHrs | Supply Fan Hours | h | Write | |
| AV | 101 | RF_EFHrs | Return Fan Hours | h | Write | |
| AV | 102 | ReheatHrs | Reheat Hours | h | Write | |
| AV | 103 | CoolingHrs | Cooling Hours | h | Write | |
| AV | 104 | Comp1Hrs | Compressor 1 Hours | h | Write | |
| AV | 105 | Comp2Hrs | Compressor 2 Hours | h | Write | |
| AV | 106 | Comp3Hrs | Compressor 3 Hours | h | Write | |
| AV | 107 | Comp4Hrs | Compressor 4 Hours | h | Write | |
| AV | 108 | Comp5Hrs | Compressor 5 Hours | h | Write | |
| AV | 109 | Comp6Hrs | Compressor 6 Hours | h | Write | |
| AV | 112 | HeatingHrs | Heating Hours | h | Write | |
| AV | 113 | EconoHrs | Economizer Hours | h | Write | |
| AV | 114 | TenantORHrs | Tenant Override Hours | h | Write | |
| AV | 115 | DehumHrs | Dehumidification Hours | h | Write | |
| AV | 116 | ERWhlHrs | Energy Recovery Hours | h | Write | |
| AV | 117 | VarCmp1Hrs | Variable Compressor 1 Hours | h | Write | |
| AV | 118 | VarCmp2Hrs | Variable Compressor 2 Hours | h | Write | |
| AV | 121 | SCRPrehtHrs | SCR Preheat Hours | h | Write | |
| AV | 122 | UVLightHrs | UV Light Hours | h | Write | |
| AV | 30 | AlarmValue | Alarm Value | Read | ||
| AV | 27 | ActiveWarning | Warning Alarm | Read | ||
| MV | 13 | ClearAlarms | Clear Alarms | Write | 1=No, 2=ClrFlts, 3=ClrPrblms, 4=ClrWrngs, 5=ClrAllAlms | |
| AV | 28 | ActiveProblem | Problem Alarm | Read | ||
| AI | 52 | C1RefSuctionP | Suction Refrigerant Pressure Circuit 1 | psi | Read | |
| AI | 62 | C2RefSuctionP | Suction Refrigerant Pressure Circuit 2 | psi | Read | |
| AI | 51 | C1SucnRefTemp | Suction Line Refrigerant Temperature Circuit 1 | °F | Read | |
| AI | 61 | C2SucnRefTemp | Suction Line Refrigerant Temperature Circuit 2 | °F | Read | |
| AI | 53 | C1RefDischP | Discharge Refrigerant Pressure Circuit 1 | psi | Read | |
| AI | 63 | C2RefDischP | Discharge Refrigerant Pressure Circuit 2 | psi | Read | |
| AI | 120 | SSH1 | Suction Superheat Circuit 1 | °F | Read | |
| AI | 125 | SSH2 | Suction Superheat Circuit 2 | °F | Read | |
| AI | 121 | DSH1 | Discharge Superheat Circuit 1 | °F | Read | |
| AI | 126 | DSH2 | Discharge Superheat Circuit 2 | °F | Read | |
| AI | 122 | Subcooling1 | Subcooling Circuit 1 | °F | Read | |
| AI | 127 | Subcooling2 | Subcooling Circuit 2 | °F | Read | |
| MV | 26 | PwrMonitorReset | Power Monitor Reset | Write | 1=No, 2=Yes | |
| AV | 54 | PwrMonitorPeriod | Power Monitoring Demand Time | min | Write | |
| AI | 80 | AccumUnitkWh | Total Unit Energy Usage | kWh | Read | |
| AI | 81 | UnitkW | Unit Power | kW | Read | |
| AI | 82 | PeakUnitkW | Peak Unit Power | kW | Read | |
| AI | 83 | AverageUnitkW | Average Unit Power | kW | Read | |
| AI | 84 | L1L2Voltage | Voltage - Lines 1 and 2 | V | Read | |
| AI | 85 | L2L3Voltage | Voltage - Lines 2 and 3 | V | Read | |
| AI | 86 | L1L3Voltage | Voltage - Lines 1 and 3 | V | Read | |
| AI | 87 | L1kW | Power - Line 1 | kW | Read | |
| AI | 88 | L2kW | Power - Line 2 | kW | Read | |
| AI | 89 | L3kW | Power - Line 3 | kW | Read | |
| AI | 90 | L1Current | Current - Line 1 | A | Read | |
| AI | 91 | L2Current | Current - Line 2 | A | Read | |
| AI | 92 | L3Current | Current - Line 3 | A | Read | |
| AI | 93 | SysNetkVAR | Total System Reactive Power | kVAR | Read | |
| AI | 94 | kVARL1 | Reactive Power - Line 1 | kVAR | Read | |
| AI | 95 | kVARL2 | Reactive Power - Line 2 | kVAR | Read | |
| AI | 96 | kVARL3 | Reactive Power - Line 3 | kVAR | Read | |
| AI | 97 | kVAL1 | Apparent Power - Line 1 | kVA | Read | |
| AI | 98 | kVAL2 | Apparent Power - Line 2 | kVA | Read | |
| AI | 99 | kVAL3 | Apparent Power - Line 3 | kVA | Read | |
| AI | 100 | DPF | Power Factor | Read | ||
| AI | 101 | AccumkVARhL1 | Accumulated Reactive Power - Line 1 | kVARh | Read | |
| AI | 102 | AccumkVARhL2 | Accumulated Reactive Power - Line 2 | kVARh | Read | |
| AI | 103 | AccumkVARhL3 | Accumulated Reactive Power - Line 3 | kVARh | Read | |
| AI | 104 | AccumkVAh | Accumulated Apparent Power | kVAh | Read | |
| MV | 41 | NetworkReset | Minimum Outdoor Air Reset | Write | 1=No, 2=Yes | |
| MV | 42 | PM25Score | Particulate Matter Size 2.5 Status | Read | 1=Good, 2=Normal, 3=Poor, 4=Hazard | |
| MV | 43 | PM10Score | Particulate Matter Size 10 Status | Read | 1=Good, 2=Normal, 3=Poor, 4=Hazard | |
| MV | 44 | TVOCScore | Total VOC Status | Read | 1=Good, 2=Normal, 3=Poor, 4=Hazard | |
| AI | 31 | PM25 | Particulate Matter 2.5 Value | µg/m³ | Read | |
| AI | 32 | PM10 | Particulate Matter 10 Value | µg/m³ | Read | |
| AI | 33 | TVOC | Total VOC Value | µg/m³ | Read | |
| BI | 50 | GenericDI1 | Generic digital input X1 (expansion I/O board) | Read | 0=Open, 1=Closed | |
| BI | 51 | GenericDI2 | Generic digital input X2 (expansion I/O board) | Read | 0=Open, 1=Closed | |
| BI | 52 | GenericDI3 | Generic digital input X3 (expansion I/O board) | Read | 0=Open, 1=Closed | |
| BI | 53 | GenericDI4 | Generic digital input X4 (expansion I/O board) | Read | 0=Open, 1=Closed | |
| BI | 54 | GenericDI5 | Generic digital input X5 (expansion I/O board) | Read | 0=Open, 1=Closed | |
| BI | 55 | GenericDI6 | Generic digital input X6 (expansion I/O board) | Read | 0=Open, 1=Closed | |
| BI | 56 | GenericDI7 | Generic digital input X7 (expansion I/O board) | Read | 0=Open, 1=Closed | |
| BI | 57 | GenericDI8 | Generic digital input X8 (expansion I/O board) | Read | 0=Open, 1=Closed | |
| BO | 1 | GenericBO1 | Generic digital output DO1 (expansion I/O board) | Write | 0=Off, 1=On | |
| BO | 2 | GenericBO2 | Generic digital output DO2 (expansion I/O board) | Write | 0=Off, 1=On | |
| BO | 3 | GenericBO3 | Generic digital output DO3 (expansion I/O board) | Write | 0=Off, 1=On | |
| BO | 4 | GenericBO4 | Generic digital output DO4 (expansion I/O board) | Write | 0=Off, 1=On | |
| AI | 150 | GenericInput1 | Generic analog input X1 (0-10 VDC, 4-20 mA or NTC10K) | Read | ||
| AI | 151 | GenericInput2 | Generic analog input X2 (0-10 VDC, 4-20 mA or NTC10K) | Read | ||
| AI | 152 | GenericInput3 | Generic analog input X3 (0-10 VDC, 4-20 mA or NTC10K) | Read | ||
| AI | 153 | GenericInput4 | Generic analog input X4 (0-10 VDC, 4-20 mA or NTC10K) | Read | ||
| AI | 154 | GenericInput5 | Generic analog input X5 (0-10 VDC, 4-20 mA or NTC10K) | Read | ||
| AI | 155 | GenericInput6 | Generic analog input X6 (0-10 VDC, 4-20 mA or NTC10K) | Read | ||
| AI | 156 | GenericInput7 | Generic analog input X7 (0-10 VDC, 4-20 mA or NTC10K) | Read | ||
| AI | 157 | GenericInput8 | Generic analog input X8 (0-10 VDC, 4-20 mA or NTC10K) | Read | ||
| AO | 1 | Generic VDC A01 | Generic analog output X1, 0-10 VDC (expansion I/O board) | V | Write | |
| AO | 2 | Generic VDC A02 | Generic analog output X2, 0-10 VDC (expansion I/O board) | V | Write | |
| AO | 3 | Generic VDC A03 | Generic analog output X3, 0-10 VDC (expansion I/O board) | V | Write | |
| AO | 4 | Generic VDC A04 | Generic analog output X4, 0-10 VDC (expansion I/O board) | V | Write | |
| AO | 5 | Generic VDC A05 | Generic analog output X5, 0-10 VDC (expansion I/O board) | V | Write | |
| AO | 6 | Generic VDC A06 | Generic analog output X6, 0-10 VDC (expansion I/O board) | V | Write | |
| AO | 7 | Generic VDC A07 | Generic analog output X7, 0-10 VDC (expansion I/O board) | V | Write | |
| AO | 8 | Generic VDC A08 | Generic analog output X8, 0-10 VDC (expansion I/O board) | V | Write | |
| AO | 9 | Generic mA AO1 | Generic analog output X1, 0-20 mA (expansion I/O board) | mA | Write | |
| AO | 10 | Generic mA AO2 | Generic analog output X2, 0-20 mA (expansion I/O board) | mA | Write | |
| AO | 11 | Generic mA AO3 | Generic analog output X3, 0-20 mA (expansion I/O board) | mA | Write | |
| AO | 12 | Generic mA AO4 | Generic analog output X4, 0-20 mA (expansion I/O board) | mA | Write | |
| MV | 100 | CtrlType | Control Type | Read | 1=Zone, 2=DAT, 3=1ZnVAV, 4=RO_FC, 5=RO_FCGE | |
| AV | 151 | BNNumVarComps | Fixed Compressors | Read | ||
| AV | 150 | BNNumFixedCmps | Variable Compressors | Read | ||
| AV | 152 | BNNumClgCir | Compressor Circuits | Read | ||
| AV | 154 | UnitSize | Unit Size | Read | ||
| MV | 114 | MonitorPkgs | Monitoring Packages | Read | 1=None, 2=RefSys, 3=Pwr, 4=Ref&Pwr, 5=IAQ, 6=IAQRef, 7=IAQPwr, 8=IAQRP | |
| MV | 117 | UnitVoltage | Unit Voltage | Read | 1=208_60Hz, 2=230_60Hz, 3=460_60Hz, 4=575_60Hz | |
| MV | 118 | PreheatType | Preheat Type | Read | 1=None, 2=HW_Stm, 3=F&BP | |
| MV | 119 | EVType | Expansion Valve Type | Read | 1=None, 2=DFETS, 3=DFCol, 4=FjFS, 5=Spln | |
| AVmin | 29 | ActiveFault | Fault Alarm (highest-priority active fault) | Read | ||
| NC | 1 | Faults | Notification class for faults | Read | ||
| NC | 2 | Problems | Notification class for problems | Read | ||
| NC | 3 | Warnings | Notification class for warnings | Read | ||
| NC | 4 | Events | Notification class for events | Read | ||
| BI | 1 | AirFlwFlt | Airflow Fault (208) | Read | 0=Normal, 1=In Alarm | |
| BI | 2 | AirFlwStatus | Airflow status | Read | 0=NoFlow, 1=Flow | |
| BI | 3 | FilterSw | Main Filter Switch Input | Read | 0=Open, 1=Closed | |
| BI | 5 | FilterWrn | Main Filter Warning (24) | Read | ||
| BI | 4 | FilterSw2 | Final Filter Switch Input | Read | 0=Open, 1=Closed | |
| BI | 6 | FilterWrn2 | Final Filter Warning (25) | Read | ||
| BI | 7 | ERWheelWrn | Energy Wheel Warning (58) | Read | 0=Normal, 1=In Alarm | |
| BI | 8 | HiRATFlt | High Return Air Temperature Fault (220) | Read | 0=Normal, 1=In Alarm | |
| BI | 9 | OverEconoWrn | Over Economizing Warning (50) | Read | 0=Normal, 1=In Alarm | |
| BI | 10 | UnderEconoWrn | Under Economizing Warning (52) | Read | 0=Normal, 1=In Alarm | |
| BI | 11 | ExcessOAWrn | Excess Outdoor Air Warning (54) | Read | 0=Normal, 1=In Alarm | |
| BI | 12 | OADStuckWrn | Outdoor Air Damper Stuck Warning (56) | Read | 0=Normal, 1=In Alarm | |
| BI | 13 | RetExhFanWrn | Return / Exhaust Fan Warning (34) | Read | 0=Normal, 1=In Alarm | |
| BI | 14 | FreezeStat | Freeze Fault (252) | Read | 0=Open, 1=Closed | |
| BI | 15 | FreezePrb | Freeze Problem (198) | Read | 0=Normal, 1=In Alarm | |
| BI | 16 | HeatFailPrb | Heat Fail Problem (199) | Read | 0=Normal, 1=In Alarm | |
| BI | 17 | DuctHiLmtSw | Duct High Limit Fault (224) | Read | 0=Open, 1=Closed | |
| BI | 18 | EmergencyOffSw | Emergency Off Fault (250) | Read | 0=Open, 1=Closed | |
| BI | 100 | C1HiPressPrb | High Pressure Problem Circuit 1 (165) | Read | 0=Normal, 1=In Alarm | |
| BI | 200 | C2HiPressPrb | High Pressure Problem Circuit 2 (166) | Read | 0=Normal, 1=In Alarm | |
| BI | 101 | C1LoPressPrb | Low Pressure Problem Circuit 1 (160) | Read | 0=Normal, 1=In Alarm | |
| BI | 201 | C2LoPressPrb | Low Pressure Problem Circuit 2 (161) | Read | 0=Normal, 1=In Alarm | |
| BI | 102 | C1LoDPPrb | Low Discharge Pressure Problem Circuit 1 (170) | Read | 0=Normal, 1=In Alarm | |
| BI | 202 | C2LoDPPrb | Low Discharge Pressure Problem Circuit 2 (171) | Read | 0=Normal, 1=In Alarm | |
| BI | 103 | C1OAFPrb | Outdoor Air Fan 1 Problem (130) | Read | 0=Normal, 1=In Alarm | |
| BI | 203 | C2OAFPrb | Outdoor Air Fan 2 Problem (131) | Read | 0=Normal, 1=In Alarm | |
| BI | 104 | C1IFBCommPrb | Inverter Compressor Board (IFB) 1 Problem (190) | Read | 0=Normal, 1=In Alarm | |
| BI | 204 | C2IFBCommPrb | Inverter Compressor Board (IFB) 2 Problem (191) | Read | 0=Normal, 1=In Alarm | |
| BI | 105 | C1ChargeLossPrb | Charge Loss Problem Circuit 1 (150) | Read | 0=Normal, 1=In Alarm | |
| BI | 205 | C2ChargeLossPrb | Charge Loss Problem Circuit 2 (151) | Read | 0=Normal, 1=In Alarm | |
| BI | 106 | C1LoChargePrb | Low Refrigerant Charge Problem Circuit 1 (145) | Read | 0=Normal, 1=In Alarm | |
| BI | 206 | C2LoChargePrb | Low Refrigerant Charge Problem Circuit 2 (146) | Read | 0=Normal, 1=In Alarm | |
| BI | 107 | C1HiVCmpTPrb | High Variable Speed Compressor Temperature Problem Circuit 1 (175) | Read | 0=Normal, 1=In Alarm | |
| BI | 207 | C2HiVCmpTPrb | High Variable Speed Compressor Temperature Problem Circuit 2 (176) | Read | 0=Normal, 1=In Alarm | |
| BI | 108 | C1VarCompPrb | Variable Speed Compressor Problem Circuit 1 (110) | Read | 0=Normal, 1=In Alarm | |
| BI | 208 | C2VarCompPrb | Variable Speed Compressor Problem Circuit 2 (111) | Read | 0=Normal, 1=In Alarm | |
| BI | 109 | C1LoDischSHPrb | Low Discharge Superheat Problem Circuit 1 (155) | Read | 0=Normal, 1=In Alarm | |
| BI | 209 | C2LoDischSHPrb | Low Discharge Superheat Problem Circuit 2 (156) | Read | 0=Normal, 1=In Alarm | |
| BI | 110 | C1HiDischSHPrb | High Discharge Superheat Problem Circuit 1 (185) | Read | 0=Normal, 1=In Alarm | |
| BI | 210 | C2HiDischSHPrb | High Discharge Superheat Problem Circuit 2 (186) | Read | 0=Normal, 1=In Alarm | |
| BI | 111 | C1HiDLTmpPrb | High Discharge Line Temperature Problem Circuit 1 (120) | Read | 0=Normal, 1=In Alarm | |
| BI | 211 | C2HiDLTmpPrb | High Discharge Line Temperature Problem Circuit 2 (121) | Read | 0=Normal, 1=In Alarm | |
| BI | 112 | C1EVPrb | Expansion Valve Problem Circuit 1 (125) | Read | 0=Normal, 1=In Alarm | |
| BI | 212 | C2EVPrb | Expansion Valve Problem Circuit 2 (126) | Read | 0=Normal, 1=In Alarm | |
| BI | 113 | MHGRhtVlvPrb | Modulating Hot Gas Reheat Problem (101) | Read | 0=Normal, 1=In Alarm | |
| BI | 40 | FanRetryEvnt | Fan Retry Event | Read | ||
| BI | 41 | TenantOREvnt | Tenant Override Event | Read | ||
| BI | 42 | PassVentEvnt | Passive Ventilation Active Event | Read | ||
| BI | 43 | ReheatLmtgEvnt | Reheat Limiting Control | Read | ||
| BI | 149 | C1HPULEvnt | High Pressure Unload Event Circuit 1 | Read | ||
| BI | 249 | C2HPULEvnt | High Pressure Unload Event Circuit 2 | Read | ||
| BI | 151 | C1LDPULEvnt | Low Differential Pressure Unload Event Circuit 1 | Read | ||
| BI | 251 | C2LDPULEvnt | Low Differential Pressure Unload Event Circuit 2 | Read | ||
| BI | 144 | C1HDLTULEvnt | High Discharge Line Temperature Unload Event Circuit 1 | Read | ||
| BI | 174 | C1HDLT3ULEvnt | High Discharge Line Temperature Unload Event Circuit 1 | Read | ||
| BI | 175 | C1HDLT5ULEvnt | High Discharge Line Temperature Unload Event Circuit 1 | Read | ||
| BI | 244 | C2HDLTULEvnt | High Discharge Line Temperature Unload Event Circuit 2 | Read | ||
| BI | 274 | C2HDLT4ULEvnt | High Discharge Line Temperature Unload Event Circuit 2 | Read | ||
| BI | 275 | C2HDLT6ULEvnt | High Discharge Line Temperature Unload Event Circuit 2 | Read | ||
| BI | 145 | C1HiAmpULEvnt | High Current Unload Event Circuit 1 | Read | ||
| BI | 245 | C2HiAmpULEvnt | High Current Unload Event Circuit 2 | Read | ||
| BI | 157 | C1ReqULEvnt | Unload Request Event Circuit 1 | Read | ||
| BI | 257 | C2ReqULEvnt | Unload Request Event Circuit 2 | Read | ||
| BI | 142 | C1HCRULEvnt | High Compression Ratio Unloading Event Circuit 1 | Read | ||
| BI | 242 | C2HCRULEvnt | High Compression Ratio Unloading Event Circuit 2 | Read | ||
| BI | 141 | C1FinTULEvnt | Fin Temperature Unload Event Circuit 1 | Read | ||
| BI | 241 | C2FinTULEvnt | Fin Temperature Unload Event Circuit 2 | Read | ||
| BI | 155 | C1LPULEvnt | Low Pressure Unload Event Circuit 1 | Read | ||
| BI | 255 | C2LPULEvnt | Low Pressure Unload Event Circuit 2 | Read | ||
| BI | 160 | C1HiAmbLmtgEvnt | High Ambiet Limiting Control Circuit 1 | Read | ||
| BI | 260 | C2HiAmbLmtgEvnt | High Ambiet Limiting Control Circuit 2 | Read | ||
| BI | 161 | C1LoSSHEvnt | Low Suction Superheat Event Circuit 1 | Read | ||
| BI | 261 | C2LoSSHEvnt | Low Suction Superheat Event Circuit 2 | Read | ||
| BI | 162 | C1HiSSHEvnt | High Suction Superheat Event Circuit 1 | Read | ||
| BI | 262 | C2HiSSHEvnt | High Suction Superheat Event Circuit 2 | Read | ||
| BI | 165 | C1LoSubClgEvnt | Low Subcooling Event Circuit 1 | Read | ||
| BI | 265 | C2LoSubClgEvnt | Low Subcooling Event Circuit 2 | Read | ||
| BI | 166 | C1HiSubClgEvnt | High Subcooling Event Circuit 1 | Read | ||
| BI | 266 | C2HiSubClgEvnt | High Subcooling Event Circuit 2 | Read | ||
| BI | 163 | C1LoDSHEvnt | Low Discharge Superheat Event Circuit 1 | Read | ||
| BI | 263 | C2LoDSHEvnt | Low Discharge Superheat Event Circuit 2 | Read | ||
| BI | 152 | C1LoDSHDsbEvnt | Low Discharge Superheat Disable Event Circuit 1 | Read | ||
| BI | 252 | C2LoDSHDsbEvnt | Low Discharge Superheat Disable Event Circuit 2 | Read | ||
| BI | 164 | C1HiDSHEvnt | High Discharge Superheat Event Circuit 1 | Read | ||
| BI | 264 | C2HiDSHEvnt | High Discharge Superheat Event Circuit 2 | Read | ||
| BI | 167 | C1LoTcEvnt | Low Tc Event Circuit 1 | Read | ||
| BI | 267 | C2LoTcEvnt | Low Tc Event Circuit 2 | Read | ||
| BI | 168 | C1HiTcEvnt | High Tc Event Circuit 1 | Read | ||
| BI | 268 | C2HiTcEvnt | High Tc Event Circuit 2 | Read | ||
| BI | 169 | C1LoTeg_Evnt | Low Te Event Circuit 1 | Read | ||
| BI | 269 | C2LoTeg_Evnt | Low Te Event Circuit 2 | Read | ||
| BI | 170 | C1HiTegEvnt | High Te Event Circuit 1 | Read | ||
| BI | 270 | C2HiTegEvnt | High Te Event Circuit 2 | Read | ||
| BI | 171 | C1HiDRTEvnt | High Discharge Refrigerant Temperature Event Circuit 1 | Read | ||
| BI | 271 | C2HiDRTEvnt | High Discharge Refrigerant Temperature Event Circuit 2 | Read | ||
| BI | 172 | C1HiSRTEvnt | High Suction Return Temperature Event Circuit 1 | Read | ||
| BI | 272 | C2HiSRTEvnt | High Suction Return Temperature Event Circuit 2 | Read | ||
| BI | 173 | C1LowOilPrvntEvnt | Low Oil Prevention Event Circuit 1 | Read | ||
| BI | 273 | C2LowOilPrvntEvnt | Low Oil Prevention Event Circuit 2 | Read | ||
| BI | 140 | C1EVISyncSBEvnt | Expansion Valve Synchronization Standby Event Circuit 1 | Read | ||
| BI | 240 | C2EVISyncSBEvnt | Expansion Valve Synchronization Standby Event Circuit 2 | Read | ||
| BI | 143 | C1HDLTSBEvnt | High Discharge Line Temperature Sensor Standby Event Circuit 1 | Read | ||
| BI | 243 | C2HDLTSBEvnt | High Discharge Line Temperature Sensor Standby Event Circuit 2 | Read | ||
| BI | 146 | C1HiDSHSBEvnt | High Discharge Superheat Standby Event Circuit 1 | Read | ||
| BI | 246 | C2HiDSHSBEvnt | High Discharge Superheat Standby Event Circuit 2 | Read | ||
| BI | 147 | C1HiTSBEvnt | Compressor Body High Temperature Standby Event Circuit 1 | Read | ||
| BI | 247 | C2HiTSBEvnt | Compressor Body High Temperature Standby Event Circuit 2 | Read | ||
| BI | 148 | C1HPSBEvnt | High Pressure Standby Event Circuit 1 | Read | ||
| BI | 248 | C2HPSBEvnt | High Pressure Standby Event Circuit 2 | Read | ||
| BI | 150 | C1LDPSBEvnt | Low Pressure Differential Pressure Standby Event Circuit 1 | Read | ||
| BI | 250 | C2LDPSBEvnt | Low Pressure Differential Pressure Standby Event Circuit 2 | Read | ||
| BI | 154 | C1LPSBEvnt | Low Pressure Standby Event Circuit 1 | Read | ||
| BI | 254 | C2LPSBEvnt | Low Pressure Standby Event Circuit 2 | Read | ||
| BI | 156 | C1OAFSBEvnt | Outdoor Air Fan Standby Event Circuit 1 | Read | ||
| BI | 256 | C2OAFSBEvnt | Outdoor Air Fan Standby Event Circuit 2 | Read | ||
| BI | 158 | C1VCmpPrbSBEvnt | Variable Compressor Problem Standby Event Circuit 1 | Read | ||
| BI | 258 | C2VCmpPrbSBEvnt | Variable Compressor Problem Standby Event Circuit 2 | Read | ||
| BI | 159 | C1VCmpReqSBEvnt | Variable Compressor Request Standby Event Circuit 1 | Read | ||
| BI | 259 | C2VCmpReqSBEvnt | Variable Compressor Request Standby Event Circuit 2 | Read |
No points match these filters.
Integration notes
- Needs a BACnet IP or BACnet MS/TP communication module on the controller; the LonWorks module objects are not listed.
- AHU Loc/Net (MV 19) must be Network for most writable network points to apply; it can only be changed at the HMI.
- Points depend on unit configuration and options: variable compressors, ECM or VFD fans, energy recovery, refrigerant, power and IAQ monitoring packages, and the expansion I/O board.
- Alarm BIs (Table 37) read 0=Normal/1=In Alarm or 0=Open/1=Closed as marked; event BIs (Tables 38-39) flag active control events. Notification classes NC 1-4 are Faults, Problems, Warnings and Events.
- This file covers the MicroTech 4 controller. Rebel DPS and DPH units on the earlier MicroTech controller are covered by the MicroTech III Applied Rooftop and Self-Contained list (ED 15112).
- Range text lists English and SI units; English units are shown here.
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 4 Rebel Applied Rooftop Unit Controller and exports what it actually has to Excel — free. New to BACnet? Start with what a BACnet points list is and what the object types mean.
Questions about the Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller
How many BACnet points does the Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller have?
This list has 384 BACnet objects: 94 analog inputs, 12 analog outputs, 79 analog values, 127 binary inputs, 4 binary outputs, 4 notification classs, 64 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.
Which Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller BACnet points are writable?
94 of the 384 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 4 Rebel Applied Rooftop Unit Controller BACnet documentation?
The source is MicroTech 4 Rebel Applied Packaged Rooftop Unit Controller Protocol Information (BACnet MS/TP, IP and LonWorks) (ED 19117-3), revision 2022-11, published free by Daikin Applied at https://tahoeweb.daikinapplied.com/api/general/DownloadDocumentByName/media/Rebel%20Applied%20Rooftop%20Unit%20Controller%20Protocol%20Information%20ED%2019117-3.pdf/.
What are the minimum BACnet points to integrate the Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller?
Start with MV 7 OccManCmd (Occupancy mode command (Occ/Unocc/TntOvrd/Standby/Auto)); MV 8 CurrentState (Occupancy Scheduler Input when Occupancy Mode is Auto); MV 10 EmergOverride (Network shutdown (Off) / Normal); MV 5 ApplicCmd (Application mode (off/heat/cool/fan only/auto)); AV 10 OccCoolSP (Occupied cooling setpoint); AV 12 OccHeatSP (Occupied heating setpoint); MV 19 AHULoc/Net (Must read Network for network inputs to apply); MV 15 UnitState (Current operating state); AI 1 DischAirTemp (Discharge air temperature); AV 29 ActiveFault (Highest-priority active fault number, 0 = none).
How do I enable BMS control of the Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller?
AHU Loc/Net (MV 19) must be set to Network at the HMI (it is read-only over BACnet) for most network inputs to apply. Occupancy is then commanded with Occupancy Mode (MV 7) or, when MV 7 is Auto, Current State (MV 8). Emergency Override (MV 10) = Off shuts the unit off (Unit Status OffNet) and only writing Normal restarts it. Application Mode (MV 5) only acts when Control Mode is Auto, which is set at the HMI. Cooling, heating and economizer can be enabled or capped from the network with AV 36/37, AV 38/39 and AV 34/35 (Ctrl Mode = Auto).
Does the Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller need a BACnet heartbeat or have a communication timeout?
No BACnet heartbeat (Receive Heartbeat is listed as N/A for BACnet IP and MS/TP). Values written by the BAS stay at the last valid value if communication is lost; an invalid network value makes the controller use its default, and network sensor inputs fall back to the local sensor.
Can the BMS supply sensor values to the Daikin Applied MicroTech 4 Rebel Applied Rooftop Unit Controller?
Space Temperature Input (AV 31) and Outdoor Air Temperature Input (AV 32) take network temperatures and revert to the local sensor if the network value becomes unreliable. Network inputs also exist for space humidity (AV 20/21), space CO2 (AV 33), supply and return fan capacity (AV 24/25) and outdoor air damper minimum and maximum position (AV 17/55). A LonWorks value takes precedence over the BACnet one if both are present.
How do I check these points on the real MicroTech 4 Rebel Applied Rooftop Unit Controller?
Scan the network with a BACnet IP browser such as Easy BACnet, open the device and compare its object list with this table. Anything missing is usually an option that isn't installed or a point that is disabled in the controller's configuration.
More Daikin Applied BACnet points lists
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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 - 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 - Water source heat pump controller
Daikin Applied MicroTech III WSHP Controller - SmartSource / Enfinity Large Two Compressor
SmartSource single and two-stage (GSH/GSV, GTH/GTV, GCV/GCH) and Enfinity Large two-compressor (CCH/CCW, LVC/LVW) heat pumps.
Also known as: SmartSource, GSH, GSV, GTH, GTV, GCV, GCH, Enfinity Large, CCH, CCW, LVC, LVW, 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 4 Rebel Applied Packaged Rooftop Unit Controller Protocol Information (BACnet MS/TP, IP and LonWorks) · ED 19117-3 · rev. 2022-11. Object names, instances and units are reproduced as published; descriptions are our own.