The below table lists all Data Points used in the VAV application as variables.
The application employs 82 licensed Data Points.
|
Name |
DP
|
Def.
|
Units |
Exposed
|
BACnet
|
Modbus dec. addr. |
Conf.
|
Description |
|---|---|---|---|---|---|---|---|---|
|
OccupancyCalculator |
|
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|
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
|
True/
|
True |
BI0 |
301 |
No |
Actual presence sensor state from the I1 input |
|
WindowContact |
BDP |
N/a
|
True/
|
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) |
|
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/
|
True |
BV4 |
104 |
Yes |
Allows to invert the I1 input signal if required: false (normal), true (invert) |
|
WindowContactInvert |
BDP |
Normal |
True/
|
True |
BV5 |
105 |
Yes |
Allows to invert the I2 input signal if required: false (normal), true (invert) |
|
TemperatureSelector |
|
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|
SpaceTemperature |
ADP |
N/a
|
°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
|
°C/°F |
True |
AI3 |
3 |
No |
Actual temperature sensor value from the local U2 input |
|
PanelTemperature |
ADP |
N/a
|
°C/°F |
True |
AI4 |
300 |
No |
Actual temperature sensor value from the room panel |
|
DischargeTemperature |
ADP |
N/a
|
°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
|
°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 |
|
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|
OffsetTempSetpoint |
ADP |
N/a
|
°C/°F |
True |
AV58 |
503 |
No |
Temperature offset for setpoint from the room panel |
|
SetpointOffsetRange |
ADP |
3 |
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
|
°C/°F |
True |
AI17 |
17 |
No |
Actual setpoint offset value (calculated from resistance) from the U3 input |
|
PanelSetpointDisplay |
BDP |
N/a
|
True/
|
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 |
|
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|
PanelSetpointMode |
BDP |
N/a
|
True/
|
True |
BO55 |
155 |
Yes |
Sets the temperature setpoint mode in the Control Point room panel - directly or as an offset false (offset), true (setpoint) |
|
OccHeatTempSetpoint |
ADP |
21°C/70°F |
°C/°F |
True |
AV1 |
201 |
Yes |
Temperature setpoint for heating in the occupied state |
|
StandbyHeatTempSetpoint |
ADP |
19°C/67°F |
°C/°F |
True |
AV3 |
203 |
Yes |
Temperature setpoint for heating in the standby 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
|
°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
|
°C/°F |
True |
AI10 |
10 |
No |
Calculated Central Temperature Setpoint based on setpoints and occupancy status |
|
PanelTempSetpoint |
ADP |
N/a
|
°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
|
°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 |
|
PressureSelector |
|
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|
NetPressure |
ADP |
-327 |
Pa/”WC |
True |
AV40 |
240 |
No |
Pressure sensor value comes from the network |
|
U4PressureSensor |
ADP |
N/a
|
Pa/”WC |
True |
AI8 |
8 |
No |
Actual CO2 sensor value from the local U4 input |
|
SpacePressure |
ADP |
N/a
|
Pa/”WC |
True |
AI5 |
5 |
Yes |
Calculated space CO2 |
|
U4PressureSensorRange |
ADP |
100 |
Pa/”WC |
True |
AV38 |
238 |
Yes |
Sets the range of the pressure sensor used (min = 0, max = 1000) |
|
PressureInputSelector |
MDP |
Input |
N/a |
|
MSV25 |
285 |
Yes |
Allows to select the CO2 source for control logic: 1: panel - unused 2: input 2: network |
|
U4PressureSensorMin |
ADP |
0 |
Pa/”WC |
True |
AV27 |
227 |
Yes |
Sets the min value of range of the pressure sensor used |
|
HeatLoop |
|
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|
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) |
|
PanelHeating |
BDP |
N/a
|
True/
|
True |
BO16 |
116 |
No |
Heating mode status to be displayed as an icon on the Control Point room panel false (no heating), true (heating) |
|
DAT/PressureLoops |
|
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|
SpacePressureSetpoint |
ADP |
0 |
Pa/”WC |
True |
AV6 |
206 |
Yes |
Pressure setpoint for the room (regardless of the occupancy status) |
|
DamperControl |
|
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|
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) |
|
DamperPosition |
ADP |
N/a
|
% |
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) |
|
DamperDirection |
BDP |
Clockwise |
True/
|
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 |
|
ReheaterControl |
|
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|
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 |
|
DualHeat |
BDP |
No |
True/false |
True |
BV8 |
108 |
Yes |
Allows to enable dual heating mode with repeater and perimeter: false (no), true (yes) |
|
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/
|
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
|
% |
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 floating valve for a full cycle time of a reheater |
|
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 |
|
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|
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
|
% |
True |
AO3 |
253 |
No |
Perimeter valve opening level control resulting from the application |
|
PerimeterStatus |
BDP |
Off |
True/
|
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 |
|
FloatPerimeterValveDriveTime |
ADP |
120 |
s |
True |
AV31 |
231 |
Yes |
Time required for a floating 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 |
|
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|
DeviceConfigurationSource |
BDP |
BACnet |
True/
|
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 4: float |
|
ReheaterType |
MDP |
None |
N/a |
True |
MSV12 |
272 |
Yes |
Allows to set the reheater type: 1: none 2: TimeProp 3: staged 4: float |
|
Units |
BDP |
Metric |
True/
|
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
|
s |
True |
AI0 |
0 |
No |
Device’s up time |
|
AppVersion |
ADP |
1.0 |
N/a |
True |
AI100 |
102 |
No |
Current application version |
|
TriacOutputsConfig |
|
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|
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 |
|
List of I/Os
|
I/O number |
Signal |
|---|---|
|
U1 |
Discharge air temperature |
|
U2 |
Space temperature |
|
U3 |
Setpoint offset |
|
U4 |
Pressure sensor |
|
I1 |
Presence detection |
|
I2 |
Window contact |
|
A1 |
Reheater analog |
|
A2 |
Perimeter analog |
|
A3 |
|
|
TO1 |
Reheater PWM/reheater digital/reheater 1-stage/reheater close |
|
TO2 |
Reheater 2-stage/reheater open |
|
TO3 |
Perimeter PWM/perimeter digital/perimeter close |
|
TO4 |
Perimeter open |