Chilled-Ceiling Controller.. Used to control an HVAC chilled-ceiling space-conditioning unit.
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| |
Network Variables | Configuration Properties |
nviSpaceTemp
nvoSpaceTemp
nvoUnitStatus
nviApplicMode
nviCoolPriSlave
nviCoolSecSlave
nviCoolSrcTemp
nviEnergyHoldOff
nviHeatCool
nviHeatPriSlave
nviHeatSecSlave
nviHeatSrcTemp
nviOccManCmd
nviOccSchedule
nviOccSensor
nviOutdoorDewPt
nviSetpoint
nviSetptOffset
nviSetptShift
nviSourceTemp
nviSpaceDewPt
nviSpaceRH
nviValveOverride
nvoCoolPrimary
nvoCoolSecondary
nvoEffectOccup
nvoEffectSetpt
nvoEnergyHoldOff
nvoHeatCool
nvoHeatPrimary
nvoHeatSecondary
nvoLoadAbs
nvoSetpoint
nvoSetptShift
nvoSpaceDewPt
nvoSpaceRH
nvoTerminalLoad
| nciSetpoints
nciSndHrtBt
nciBypassTime
nciLocation
nciManualTime
nciMinOutTm
nciRcvHrtBt
nciRcvHrtBtNV01
nciRcvHrtBtNV03
nciRcvHrtBtNV04
nciRcvHrtBtNV05
nciRcvHrtBtNV07
nciRcvHrtBtNV08
nciRcvHrtBtNV09
nciRcvHrtBtNV10
nciRcvHrtBtNV12
nciRcvHrtBtNV13
nciRcvHrtBtNV14
nciRcvHrtBtNV15
nciRcvHrtBtNV16
nciRcvHrtBtNV17
nciRcvHrtBtNV18
nciRcvHrtBtNV19
nciRcvHrtBtNV20
nciRcvHrtBtNV21
nciSndHrtBtNV22
nciSndHrtBtNV23
nciSndHrtBtNV24
nciSndHrtBtNV26
nciSndHrtBtNV28
nciSndHrtBtNV30
nciSndHrtBtNV31
nciSndHrtBtNV32
nciSndHrtBtNV33
nciSndHrtBtNV34
nciSndHrtBtNV35
nciSndHrtBtNV36
nciSndHrtBtNV37
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Details: |
| Resource Set:
| Standard 00:00:00:00:00:00:00:00-0 |
| Index:
| 75 |
| Obsolete:
| no |
| Key:
| 8070 |
|
Inheriting:
| no |
Mandatory Network Variables |
| nviSpaceTemp | Space Temperature Input.: This input network variable is used to connect an external space temperature sensor to the node.
|
| Member Number:
| 1 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nvoSpaceTemp | Effective Space Temperature Output.: This output network variable is used to monitor the effective space temperature that the Chilled Ceiling Controller is using for control.
|
| Member Number:
| 22 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoUnitStatus | Unit Status Output.: This output network variable is available to report the Chilled Ceiling Controller status.
|
| Member Number:
| 23 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
Optional Network Variables |
| nviSetpoint | Temperature Setpoint Input (absolute): This input network variable is used to allow the temperature setpoints for the occupied and standby modes to be changed via the network.
|
| Member Number:
| 2 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviSetptOffset | Setpoint Offset Input.: This input network variable is used to shift the effective occupied and standby temperature setpoints by adding nviSetptOffset to the current setpoints.
|
| Member Number:
| 3 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviSetptShift | Setpoint Shift Input.: This input network variable is used to shift the effective heat/cool setpoints by adding the corresponding value in nviSetptShift to the current setpoints.
|
| Member Number:
| 4 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviOccSchedule | Occupancy Scheduler Input.: This input network variable is used to command the Chilled Ceiling Controller into different occupancy modes.
|
| Member Number:
| 5 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviOccManCmd | Occupancy Override Input.: This input network variable is used to command the Chilled Ceiling Controller into different occupancy modes.
|
| Member Number:
| 6 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviOccSensor | Occupancy Sensor Input.: This input network variable is used to indicate the presence of occupants in the controlled space.
|
| Member Number:
| 7 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviApplicMode | Application Mode Input.: This network variable input is used to coordinate the Chilled Ceiling Controller with any supervisory controller.
|
| Member Number:
| 8 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviHeatCool | Heat/Cool Mode Input.: This network variable input is used to coordinate the Chilled Ceiling Controller with any node that may need to control the heat/cool changeover of the unit.
|
| Member Number:
| 9 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviEnergyHoldOff | Energy Hold Off Input.: This input is used to stop heating and cooling while allowing the unit to protect the space from temperature extremes.
|
| Member Number:
| 10 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviValveOverride | Water Valve Override Input.: This input network variable is used for commanding the controller into a manual mode for overriding water valves controlled by the unit.
|
| Member Number:
| 11 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviSourceTemp | Source Temperature Input.: This input network variable is used to indicate the temperature of the air or water being supplied to the unit for heating and/or cooling capacity.
|
| Member Number:
| 12 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviHeatSrcTemp | Heat Source Temperature Input.: This input network variable is used to indicate the temperature of the air or water being supplied to the unit for heating capacity.
|
| Member Number:
| 13 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviCoolSrcTemp | Cool Source Temperature Input.: This input network variable is used to indicate the temperature of the air or water being supplied to the unit for cooling capacity.
|
| Member Number:
| 14 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviSpaceRH | Space Humidity Input.: This input network variable is the measured space humidity in percent. This input is typically sent from a communicating humidity sensor.
|
| Member Number:
| 15 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviSpaceDewPt | Space Dew Point Temperature Input.: This input network variable is the measured space dew point temperature.
|
| Member Number:
| 16 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviOutdoorDewPt | Outdoor Air Dew Point Temp. Input.: This input network variable is the measured outdoor dew point temperature.
|
| Member Number:
| 17 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviHeatPriSlave | Primary Heat Input for Slave Operation.: This input network variable is intended for slave operation.
|
| Member Number:
| 18 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviHeatSecSlave | Secondary Heat Input for Slave Operation.: This input network variable is intended for slave operation.
|
| Member Number:
| 19 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviCoolPriSlave | Primary Cool Input for Slave Operation.: This input network variable is intended for slave operation.
|
| Member Number:
| 20 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nviCoolSecSlave | Secondary Cool Input for Slave Operation.: This input network variable is intended for slave operation.
|
| Member Number:
| 21 | |
Base type:
| | | Direction:
| input | | Service:
| any |
|
| nvoEffectSetpt | Effective Setpoint Output.: This output network variable is used to monitor the effective temperature setpoint.
|
| Member Number:
| 24 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoEffectOccup | Effective Occupancy Output.: This output network variable is used to indicate the actual occupancy mode of the unit.
|
| Member Number:
| 25 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoHeatCool | Effective Heat/Cool Output.: This output network variable is used to indicate the actual heat/cool mode of the unit.
|
| Member Number:
| 26 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoSetpoint | Local Setpoint Output.: This output network variable is used to monitor the space temperature setpoint if a setpoint device is locally wired.
|
| Member Number:
| 27 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoSetptShift | Local Setpoint Shift Output.: This output network variable is used to report a locally-determined shift of the effective heat/cool setpoints.
|
| Member Number:
| 28 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoLoadAbs | Absolute Power Consumption Output.: This output network variable can used to indicate the current power consumption of the unit.
|
| Member Number:
| 29 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoTerminalLoad | Terminal Load Output.: This output indicates the current heat/cool energy demand of the unit.
|
| Member Number:
| 30 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoHeatPrimary | Primary Heat Output.: This output network variable reflects the current level of the primary heat output or can be used to control a remote primary heat source.
|
| Member Number:
| 31 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoHeatSecondary | Secondary Heat Output.: This output network variable reflects the current level of the secondary heat output or can be used to control a remote secondary heat source.
|
| Member Number:
| 32 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoCoolPrimary | Primary Cool Output.: This output network variable reflects the current level of the primary mechanical cooling output or can be used to control a remote mechanical cooling source.
|
| Member Number:
| 33 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoCoolSecondary | Secondary Cool Output.: This output network variable reflects the current level of the secondary mechanical cooling output or can be used to control a remote mechanical cooling source.
|
| Member Number:
| 34 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoSpaceRH | Space Humidity Output.: This output network variable indicates the space humidity in percent, if the Chilled Ceiling Controller Device has a locally wired humidity sensor.
|
| Member Number:
| 35 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoSpaceDewPt | Space Dewpoint Temperature Output.: This output network variable indicates the space dew point temperature. This value can be measured or calculated by the Chilled Ceiling Controller.
|
| Member Number:
| 36 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
| nvoEnergyHoldOff | Energy Hold Off Output.: This output indicates the state of an Energy Hold Off device that is hardwired to the controller.
|
| Member Number:
| 37 | |
Base type:
| | | Direction:
| output | | Service:
| unacknowledged |
|
Mandatory Configuration Properties |
| nciSetpoints | Occupancy temperature setpoints.: The occupancy temperature setpoints for heat and cool mode.
|
| Member Number:
| 32 | |
Base type:
| | |
Applies to
| SFPTchilledCeilingController | | Array:
| not permitted | | Minimum:
| -10,00,-10,00,-10,00,-10,00,-10,00,-10,00 | | Maximum:
| 35,00,35,00,35,00,35,00,35,00,35,00 | | Default:
| 23,00,25,00,28,00,21,00,19,00,16,00 |
|
| nciSndHrtBt | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
|
Optional Configuration Properties |
| nciSndHrtBtNV24 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 3 | |
Base type:
| | |
Applies to
| nvoEffectSetpt | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciSndHrtBtNV26 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 4 | |
Base type:
| | |
Applies to
| nvoHeatCool | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciSndHrtBtNV28 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 5 | |
Base type:
| | |
Applies to
| nvoSetptShift | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciSndHrtBtNV30 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 6 | |
Base type:
| | |
Applies to
| nvoTerminalLoad | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciSndHrtBtNV31 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 7 | |
Base type:
| | |
Applies to
| nvoHeatPrimary | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciSndHrtBtNV32 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 8 | |
Base type:
| | |
Applies to
| nvoHeatSecondary | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciSndHrtBtNV33 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 9 | |
Base type:
| | |
Applies to
| nvoCoolPrimary | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciSndHrtBtNV34 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 10 | |
Base type:
| | |
Applies to
| nvoCoolSecondary | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciSndHrtBtNV35 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 11 | |
Base type:
| | |
Applies to
| nvoSpaceRH | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciSndHrtBtNV36 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 12 | |
Base type:
| | |
Applies to
| nvoSpaceDewPt | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciSndHrtBtNV37 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 13 | |
Base type:
| | |
Applies to
| nvoEnergyHoldOff | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV01 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 14 | |
Base type:
| | |
Applies to
| nviSpaceTemp | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV03 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 15 | |
Base type:
| | |
Applies to
| nviSetptOffset | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV04 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 16 | |
Base type:
| | |
Applies to
| nviSetptShift | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV05 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 17 | |
Base type:
| | |
Applies to
| nviOccSchedule | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV07 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 18 | |
Base type:
| | |
Applies to
| nviOccSensor | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV08 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 19 | |
Base type:
| | |
Applies to
| nviApplicMode | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV09 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 20 | |
Base type:
| | |
Applies to
| nviHeatCool | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV10 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 21 | |
Base type:
| | |
Applies to
| nviEnergyHoldOff | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV12 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 22 | |
Base type:
| | |
Applies to
| nviSourceTemp | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV13 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 23 | |
Base type:
| | |
Applies to
| nviHeatSrcTemp | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV14 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 24 | |
Base type:
| | |
Applies to
| nviCoolSrcTemp | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV15 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 25 | |
Base type:
| | |
Applies to
| nviSpaceRH | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV16 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 26 | |
Base type:
| | |
Applies to
| nviSpaceDewPt | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV17 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 27 | |
Base type:
| | |
Applies to
| nviOutdoorDewPt | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV18 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 28 | |
Base type:
| | |
Applies to
| nviHeatPriSlave | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV19 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 29 | |
Base type:
| | |
Applies to
| nviHeatSecSlave | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV20 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 30 | |
Base type:
| | |
Applies to
| nviCoolPriSlave | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBtNV21 | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
| Member Number:
| 31 | |
Base type:
| | |
Applies to
| nviCoolSecSlave | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciMinOutTm | Minimum send time.: The minimum period of time between consecutive transmissions of the current value.
|
|
| nciLocation | Location: Provides descriptive physical location information related to the object.
|
|
| nciBypassTime | Bypass time.: The maximum amount of time that the controller can be in the bypass (occupancy) mode following the last bypass request. Zero disables the timer.
|
|
| nciManualTime | Manual override time.: The maximum time that the controller will stay in a manual mode following the last request by a network variable input. Zero disables the timer.
|
|
| nciSndHrtBtNV23 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 39 | |
Base type:
| | |
Applies to
| nvoUnitStatus | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciSndHrtBtNV22 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
| Member Number:
| 40 | |
Base type:
| | |
Applies to
| nvoSpaceTemp | | Array:
| not permitted | | Default:
| 0,0 |
|
| nciRcvHrtBt | Maximum receive time.:
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables the mechanism.
|
|
