List of Variables in Application

OccupancyCalculator

OccupancyStatus

MDP

Unocc.

N/a

True

MSI2

22

No

Current occupancy status:

1: occupied

2: unoccupied

3: bypass

4: standby

OccupancyMode

MDP

Unocc.

N/a

True

MSV2

262

No

Allows to set room the occupancy mode from the BMS system:

1: occupied

2: unoccupied

3: bypass

4: standby

PanelOccupancyStatus

MDP

Unocc.

N/a

True

MSV3

700

No

Current room occupancy status dedicated to Control Point room panel

1: unoccupied

2: occupied

3: standby

4: bypass

PanelOccupancyMode

MDP

Unocc.

N/a

True

MSV4

701

No

Status of set room occupancy mode from Control Point room panel

1: unoccupied

2: occupied

PresenceSensor

BDP

N/a
(derived from the app)

True/
false

True

BI0

301

No

Actual presence sensor state from the I1 input

WindowContact

BDP

N/a
(derived from the app)

True/
false

True

BI1

303

No

Actual window contact state from the I2 input

BypassTimeOverride

ADP

120

s

True

AV34

234

Yes

Time required to maintain the bypass occupancy status (after expiration it returns to the previous status)

StandbyTimeOverride

ADP

15

s

True

AV35

235

Yes

Time required to change the occupancy status to standby (after motion detection disappears)

AutoOccMode

BDP

Disabled

True/
false

True

BV0

100

Yes

Automatically changes occupancy to occupied when increased airflow is detected:

false (disabled), true (enabled)

PanelOccupancyReset

MDP

Unocc.

N/a

True

MSV5

702

No

Resetting the room occupancy mode from occupied to unoccupied in the Control Point room panel

1: unoccupied

2: occupied

PresenceSensorInvert

BDP

Invert

True/
false

True

BV4

104

Yes

Allows to invert the I1 input signal if required:

false (normal), true (invert)

WindowContactInvert

BDP

Normal

True/
false

True

BV5

105

Yes

Allows to invert the I2 input signal if required:

false (normal), true (invert)

TemperatureSelector

SpaceTemperature

ADP

N/a
(derived from the app)

°C/°F

True

AI1

4

No

Calculated space temperature

NetTemperature

ADP

-327

°C/°F

True

AV10

210

No

Temperature sensor value from the network

U2SpaceTemperature

ADP

N/a
(derived from the app)

°C/°F

True

AI3

3

No

Actual temperature sensor value from the local U2 input

PanelTemperature

ADP

N/a
(derived from the app)

°C/°F

True

AI4

300

No

Actual temperature sensor value from the room panel

DischargeTemperature

ADP

N/a
(derived from the app)

°C/°F

True

AI13

13

No

Calculated discharge temperature

NetDuctInTemp

ADP

-327

°C/°F

True

AV18

218

No

Discharge temperature sensor value from the network

U1DischTemperature

ADP

N/a
(derived from the app)

°C/°F

True

AI16

16

No

Actual discharge temperature sensor value comes from the U1 input

U2SpaceTempType

MDP

10K3A1 NTC

°C/°F

True

MSV22

282

Yes

Allows to select the space temperature type:

1: Voltage measurement

2: Current

3: Resistance input

4: 10K3A1 NTC

5: 10K4A1 NTC

6: 10K NTC Carel

7: 20K6A1 NTC

8: 2,2K3A1 NTC

9: 3K3A1 NTC

10: 30K6A1 NTC

11: SIE1

12: TAC1

13: SAT1

14: PT1000

15: NI1000

16: NI1000 21C

17: NI1000 LG F

18: 10K Type2 NTC F

19: 10K Type3 NTC F

20: 20K NTC F

21: 3K NTC F

22: PT1000 F

23: NI1000 32F

24: NI1000 70F

U1DischargeTempType

MDP

10K3A1 NTC

°C/°F

True

MSV21

281

Yes

Allows to select the discharge temperature type:

1: Voltage measurement

2: Current

3: Resistance input

4: 10K3A1 NTC

5: 10K4A1 NTC

6: 10K NTC Carel

7: 20K6A1 NTC

8: 2,2K3A1 NTC

9: 3K3A1 NTC

10: 30K6A1 NTC

11: SIE1

12: TAC1

13: SAT1

14: PT1000

15: NI1000

16: NI1000 21C

17: NI1000 LG F

18: 10K Type2 NTC F

19: 10K Type3 NTC F

20: 20K NTC F

21: 3K NTC F

22: PT1000 F

23: NI1000 32F

24: NI1000 70F

Connected to CP MSV12

TemperatureInputSelector

MDP

Panel

N/a

True

MSV23

283

Yes

Allows to choose the temperature source for control logic:

1: panel

2: input

3: network

OffsetCalculator

OffsetTempSetpoint

ADP

N/a
(derived from the app)

°C/°F

True

AV58

503

No

Temperature offset for setpoint from the room panel

SetpointOffsetRange

ADP

6

N/a

True

AV37

237

Yes

Sets the setpoint offset range to be changed by the user (e.g., a value of 5 means a range from -5 to +5), (min = 0, max = 10)

U3SetpointOffset

ADP

N/a
(derived from the app)

°C/°F

True

AI17

17

No

Actual setpoint offset value (calculated from resistance) from the U3 input

PanelSetpointDisplay

BDP

N/a
(derived from the app)

True/
false

True

BO56

156

Yes

Allows to select which value to be displayed during the offset editing according to the set Panel Setpoint Mode

false (offset), true (setpoint)

NetOffsetSetpoint

ADP

0

°C/°F

AV41

241

No

Offset temperature setpoint value from the network

SetpointOffsetSelector

MDP

Panel

N/a

MSV24

284

Yes

Allows to choose the setpoint offset source for control logic:

1: panel

2: input

3: network

TemperatureSetpointSelector

PanelSetpointMode

BDP

N/a
(derived from the app)

True/
false

True

BO55

155

Yes

Sets the temperature setpoint mode in the Control Point room panel - directly or as an offset

false (offset), true (setpoint)

OccCoolTempSetpoint

ADP

23°C/74°F

°C/°F

True

AV0

200

Yes

Temperature setpoint for cooling in the occupied state

OccHeatTempSetpoint

ADP

21°C/70°F

°C/°F

True

AV1

201

Yes

Temperature setpoint for heating in the occupied state

StandbyCoolTempSetpoint

ADP

25°C/77°F

°C/°F

True

AV2

202

Yes

Temperature setpoint for cooling in the standby state

StandbyHeatTempSetpoint

ADP

19°C/67°F

°C/°F

True

AV3

203

Yes

Temperature setpoint for heating in the standby state

UnoccCoolTempSetpoint

ADP

28°C/80°F

°C/°F

True

AV4

204

Yes

Temperature setpoint for cooling in the unoccupied state

UnoccHeatTempSetpoint

ADP

16°C/64°F

°C/°F

True

AV5

205

Yes

Temperature setpoint for heating in the unoccupied state

EffectiveTempSetpoint

ADP

N/a
(derived from the app)

°C/°F

True

AI9

9

No

Calculated effective temperature setpoint based on occupancy status and heating or cooling temperature setpoints (depending on demand)

CentralTempSetpoint

ADP

N/a
(derived from the app)

°C/°F

True

AI10

10

No

Calculated Central Temperature Setpoint based on setpoints and occupancy status

PanelTempSetpoint

ADP

N/a
(derived from the app)

°C/°F

True

AV56

501

No

Temperature setpoint from the room panel

MaxDischTempSetpoint

ADP

32°C/90°F

°C/°F

True

AV7

207

Yes

High limit of discharge temperature supplied to the room

ActDischTempSetpoint

ADP

N/a
(derived from the app)

°C/°F

True

AI14

14

No

Calculated discharge temperature setpoint based on the effective temperature setpoint and heating demand for high-limiting discharge temperature

MinDischTempSetpoint

ADP

13°C/55°F

°C/°F

True

AV8

208

Yes

Low limit of discharge temperature supplied to the room

CO2Selector

PanelCO2

ADP

N/a
(derived from the app)

ppm

True

AI6

302

No

Actual CO₂ sensor value from the room panel

NetCO2

ADP

N/a
(derived from the app)

ppm

True

AV40

240

No

CO₂ sensor value comes from the network

U4CO2Sensor

ADP

N/a
(derived from the app)

ppm

True

AI8

8

No

Actual CO₂ sensor value from the local U4 input

SpaceCO2

ADP

N/a
(derived from the app)

ppm

True

AI5

5

Yes

Calculated space CO₂

U4CO2SensorRange

ADP

2000

N/a

True

AV38

238

Yes

Sets the range of the CO₂ sensor used (min = 0, max = 10000)

CO2InputSelector

MDP

Panel

N/a

MSV25

285

Yes

Allows to select the CO2 source for control logic:

1: panel

2: input

3: network

AirflowCalculator

K-Factor

ADP

1000

N/a

True

AV61

288

Yes

Sets the K-Factor (the flow rate at a differential pressure of 1inWC/1Pa on the measuring cross) for the given VAV model (min = 0)

DifferentialPressure

ADP

N/a
(derived from the app)

Pa/WC

True

AI15

15

No

Actual differential pressure sensor-measured value from the built-in pressure input

ActualAirFlow

ADP

N/a
(derived from the app)

L/s/cfm

True

AI11

11

No

Actual calculated airflow based on the K-Factor value and differential pressure measure

AirflowCalibration

ADP

0

L/s/cfm

True

AV66

293

No

Allows to enter the airflow value measured by the hood for calibration

CalculatedKFactor

ADP

N/a
(derived from the app)

N/a

False

AV62

289

No

Calculated K-Factor value (meaning the flow rate at a differential pressure of 1 inWC/1 Pa on the measuring cross) based on the entered measured airflow (using the hood) and the measured differential pressure from the built-in PI input

PressureZeroing

BDP

No

True/
false

True

BV13

113

No

Allows to perform zeroing action on the built-in PI pressure transducer if there is a non-zero value in the absence of airflow.

Important: perform in the absence of airflow through the pressure transducer ports

False (no), true (zeroing)

AirflowSetpointCalculator

EffectiveAirFlowSetpoint

ADP

N/a
(derived from the app)

L/s/cfm

True

AI12

12

No

Calculated effective airflow setpoint based on the occupancy status and heating or cooling airflow setpoints

HVACMode

MDP

Auto

N/a

True

MSV1

261

No

Allows to set the operating mode for the VAV device:

1: Auto

2: Heat

3: Morning WarmUp

4: Cool

5: Night Purge

6: PreCool

7: Off (depressurize)

8: Fire (pressurize)

MaxOccCoolAirflowSetpoint

ADP

400

L/s/cfm

True

AV11

211

Yes

Maximum airflow setpoint for cooling in the occupied state (min = 0)

MaxOccHeatAirflowSetpoint

ADP

200

L/s/cfm

True

AV13

213

Yes

Minimum airflow setpoint for cooling in the occupied state (min = 0)

MinOccCoolAirflowSetpoint

ADP

100

L/s/cfm

True

AV12

212

Yes

Maximum airflow setpoint for heating in the occupied state (min = 0)

MinOccHeatAirflowSetpoint

ADP

100

L/s/cfm

True

AV14

214

Yes

Minimum airflow setpoint for heating in the occupied state (min = 0)

StandbyAirflowSetpoint

ADP

50

L/s/cfm

True

AV15

215

Yes

Airflow setpoint in the standby state (min = 0)

UnoccAirflowSetpoint

ADP

25

L/s/cfm

True

AV16

216

Yes

Airflow setpoint in the unoccupied state (min = 0)

StartupFanAirflowSetpoint

ADP

35

L/s/cfm

True

AV17

217

Yes

Airflow setpoint for a fan startup only (min = 0)

UserSetAirflow

ADP

0

L/s/cfm

True

AV65

292

No

User-set airflow setpoint (after selecting the User Position mode in the Damper Command variable) (min = 0)

Heat&CoolLoops

HotAirTempSetpoint

ADP

26°C/78°F

°C/°F

True

AV9

209

Yes

Discharge temperature setpoint for detecting warm air to change the heating/cooling mode

PanelHeating

BDP

N/a
(derived from the app)

True/
false

True

BO16

116

No

Heating mode status to be displayed as an icon on the Control Point room panel

false (no heating), true (heating)

PanelCooling

BDP

N/a
(derived from the app)

True/
false

True

BO17

117

No

Cooling mode status to be displayed as an icon on the Control Point room panel

false (no cooling), true (cooling)

ChangeoverDelay

ADP

2

min

True

AV36

236

No

Delay time for changing the heating/cooling operating mode

Airflow/DAT/CO2Loops

SpaceCO2Setpoint

ADP

1000

ppm

True

AV6

206

Yes

CO₂ setpoint for the room (regardless of the occupancy status)

AHUOutdoorDamper

ADP

N/a
(derived from the app)

%

True

AO4

254

No

Required opening level of the fresh air damper in the AHU resulting from the current CO₂ level in the room (network signal to the AHU control)

DamperControl

DeviceType

BDP

VAV

True/
false

True

BV6

106

Yes

Allows to choose VAV device control type from airflow demand (VAV also known as pressure independent) or from cooling/heating demand (VVT also known as pressure dependent):

false (VAV), true (VVT)

MaxDamperPosition

ADP

100

%

True

AV21

221

Yes

Maximum damper open position limit (min = 0, max = 100)

MinDamperPosition

ADP

0

%

True

AV22

222

Yes

Minimum damper open position limit (min = 0, max = 100)

UserSetPosition

ADP

0

%

True

AV64

291

No

User-set damper opening level (after selecting the User Position mode in the Damper Command variable) (min = 0, max = 100)

DualHeat

BDP

No

True/
false

True

BV8

108

Yes

Allows to enable dual heating mode with repeater/perimeter and damper (no effect without damper):

false (no), true (yes)

HeatDamperPriority

BDP

Secondary

True/
false

True

BV11

111

Yes

Allows to set the priority of the damper heating operation when working in the active DualHeat mode:

false (secondary), true (primary)

DamperPosition

ADP

N/a
(derived from the app)

%

True

AO0

250

No

Actual damper opening level coming from the Rotary Actuator component (Position Feedback signal)

DamperResponse

ADP

2

%

True

AV26

226

Yes

Sets the value of how much the control signal must change to perform the next damper movement

DamperDriveTime

ADP

90

s

True

AV25

225

Yes

Time required to reach full damper open position (from 0% to 100%) (min = 0)

DirectionActuator

BDP

Clockwise

True/
false

True

BV9

109

Yes

Sets the damper opening direction:

false (CW), true (CCW)

DamperControl

ADP

0

%

True

AV67

294

No

Damper opening level control resulting from the application

DamperCommand

MDP

None

N/a

True

MSV7

267

No

Allows to set different damper command modes for calibration, balancing, or testing:

1: Auto/none (null)

2: Max flow

3: Min flow

4: User flow

5: User position

6: Full open

7: Full close

8: Calibrate

FanControl

FanCommand

MDP

Auto

N/a

True

MSV8

268

No

Allows to set different fan command modes for testing

1: Auto/none (null)

2: Max speed

3: Min speed

4: Stop

FanControlMode

BDP

Digital

True/
false

True

BV10

110

Yes

Allows to select the fan control mode:

false (digital), true (analog)

MaxFanSpeed

ADP

100

%

True

AV23

223

Yes

Maximum fan speed level limit (min = 0, max = 100)

MinFanSpeed

ADP

20

%

True

AV24

224

Yes

Minimum fan speed level limit (min = 0, max = 100)

WarmUpParallelFan

BDP

Disabled

True/
false

True

BV2

102

Yes

Allows to use the parallel fan also in the Morning WarmUp mode (in the HVAC Mode variable):

false (disabled), true (enabled)

StandbySeriesFan

BDP

Disabled

True/
false

True

BV3

103

Yes

Allows to use the series fan also in standby occupancy:

false (disabled), true (enabled)

FanDelayOff

ADP

30

s

True

AV39

239

Yes

Delay time for switching off the fan

PanelFanStatus

MDP

Off

N/a

True

MSV0

600

No

Fan status to be displayed as an icon on the Control Point room panel:

1: off

5: speed 1 (auto)

6: speed 2 (auto)

7: speed 3 (auto)

FanStatus

BDP

Off

True/
false

True

BO1

121

No

Fan digital control status (if configured as digital) from the application:

false (off), true (on)

FanSpeed

ADP

N/a
(derived from the app)

%

True

AO2

252

No

Fan speed level control resulting from the application

ReheaterControl

LoadShedding

ADP

0

%

True

AV20

220

No

Load-shedding level required from the network (min = 0, max = 100)

ReheaterCommand

MDP

Auto

N/a

True

MSV9

269

No

Allows to set different reheater command modes for testing

1: Auto/none (null)

2: Full open

3: Full close

HeaterPriority

MDP

Reheater

N/a

True

MSV14

274

Yes

Possibility to select heating priority for heating sources:

1: reheater

2: perimeter

3: simultaneous

WarmUpHeater

BDP

Disabled

True/
false

True

BV1

101

Yes

Allows to use the reheater also in the Morning WarmUp mode (in the HVAC Mode variable):

false (disabled), true (enabled)

ReheaterControl

ADP

N/a
(derived from the app)

%

True

AO1

251

No

Reheater valve opening level control resulting from the application

TimePropReheaterPeriod

ADP

60

s

True

AV32

232

Yes

Time required for a PWM valve for a full cycle time of a reheater

FloatReheaterValveDriveTime

ADP

120

s

True

AV30

230

Yes

Time required for a PWM valve for a full cycle time of a perimeter

ReheaterStatus

MDP

Off

N/a

True

MSO0

290

No

Reheater staged control status (if configured as digital or staged) from application:

1: off

2: stage 1 on

3: stage 2 on

PerimeterControl

PerimeterCommand

MDP

Auto

N/a

True

MSV10

270

No

Allows to set different perimeter command modes for testing

1: Auto/none (null)

2: Full open

3: Full close

PerimeterControl

ADP

N/a
(derived from the app)

%

True

AO3

253

No

Perimeter valve opening level control resulting from the application

PerimeterStatus

BDP

Off

True/
false

True

BO0

120

No

Perimeter digital control status (if configured as digital) from the application:

false (off), true (on)

TimePropPerimeterPeriod

ADP

60

s

True

AV33

233

Yes

Time required for a PWM valve for a full cycle time of a perimeter

OutsideTemperatureControl

MaxOatReheater

ADP

32°C/90°F

°C/°F

True

AV28

228

Yes

Maximum outside air temperature limit that allows the use of a reheater

MaxOatPerimeter

ADP

18°C/65°F

°C/°F

True

AV29

229

Yes

Maximum outside air temperature limit that allows the use of a perimeter

NetOutdoorTemp

ADP

-327

°C/°F

True

AV19

219

No

Outside air temperature sensor value from the network

DeviceConfiguration

DeviceConfigurationSource

BDP

BACnet

True/
false

True

BV12

112

Yes

Allows to choose to set a source of the device application configuration:

false (BACcnet), true (DIP switch)

PerimeterType

MDP

None

N/a

True

MSV13

273

Yes

Allows to set the perimeter type:

1: none

2: TimeProp

3: digital

ReheaterType

MDP

None

N/a

True

MSV12

272

Yes

Allows to set the reheater type:

1: none

2: TimeProp

3: staged

4: float

FanType

MDP

None

N/a

True

MSV11

271

Yes

Allows to set the fan type:

1: none

2: series

3: parallel

Units

BDP

Metric

True/
false

True

BO2

122

Yes

Allows to change the unit in the application provided that the BACnet configuration is allowed in the Device Configuration Source variable:

false (metric), true (imperial)

UpTime

ADP

N/a
(derived from the app)

s

True

AI0

0

No

Device’s up time

AppVersion

ADP

1.0

N/a

True

AI100

102

No

Current application version

TriacOutputsConfig

TO4

ADP

0

False

996

996

No

TO3

ADP

0

False

997

997

No

TO2

ADP

0

False

998

998

No

TO1

ADP

0

False

999

999

No