Unit Heater Functional Profile..
The Unit Heater profile is used for equipment designed to provide compact, single unit heating capability, often used in a portable building or trailers where no additional heating source is available or needed.
|
|
Network Variables | Configuration Properties |
nviSetpoint nviSpaceTemp nvoFanStatus nvoSpaceTemp nvoUnitStatus
nviOccManCmd nviOccSchedule nviOccSensor nvoEffectOccup nvoEffectSetpt nvoFanCurrent nvoLoadAbs nvoValvePosition
| cpMaxRcvTimeNV1 cpMaxRcvTimeNV2 cpMaxSendTimeNV3 cpMaxSendTimeNV4 cpMaxSendTimeNV5 cpMinSendTimeNV3 cpMinSendTimeNV4 cpMinSendTimeNV5 cpSetpoints cpSndDeltaNV3 cpSndDeltaNV5
cpBypassTime cpFanCurrentHighAlarm cpFanCurrentLowAlarm cpMaxRcvTimeNV6 cpMaxRcvTimeNV8 cpMaxSendTimeNV10 cpMaxSendTimeNV11 cpMaxSendTimeNV12 cpMaxSendTimeNV13 cpMaxSendTimeNV9 cpMinSendTimeNV11 cpMinSendTimeNV12 cpMinSendTimeNV13 cpPowerLowAlarm cpSndDeltaNV11 cpSndDeltaNV12 cpSndDeltaNV13 cpTempHighAlarm cpTempLowAlarm
|
|
Details: |
Resource Set:
| Standard 00:00:00:00:00:00:00:00-0 |
Index:
| 102 |
Obsolete:
| no |
Key:
| 8550 |
Inheriting:
| no |
Principal Variable
| nvoSpaceTemp |
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 |
|
nviSetpoint | Temperature Setpoint Input.: 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 |
|
nvoSpaceTemp | Effective Space Temperature Output.: This output network variable is used to monitor the effective space temperature that the Unit Heater is using for control.
|
Member Number:
| 3 |
Base type:
| | Direction:
| output | Service:
| acknowledged |
|
nvoUnitStatus | Unit Status Output.: This output network variable is available to report the Unit Heater status.
|
Member Number:
| 4 |
Base type:
| | Direction:
| output | Service:
| unacknowledged |
|
nvoFanStatus | Fan Status Output.: This output network variable is used to report the actual status of the fan.
|
Member Number:
| 5 |
Base type:
| | Direction:
| output | Service:
| unacknowledged, repeated |
|
Optional Network Variables |
nviOccSchedule | Occupancy Scheduler Input.: This input network variable is used to command the UnitHeater into different occupancy modes.
|
Member Number:
| 6 |
Base type:
| | Direction:
| input | Service:
| any |
|
nviOccManCmd | Occupancy Override Input.: This input network variable is used to command the Unit Heater into different occupancy modes.
|
Member Number:
| 7 |
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:
| 8 |
Base type:
| | Direction:
| input | Service:
| any |
|
nvoEffectSetpt | Effective Setpoint Output.:
This output network variable is used to monitor the effective temperature setpoint which may depend on nciSetpoints, nvoEffectOccup, nviSetpoint and any local setpoint adjustment.
|
Member Number:
| 9 |
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:
| 10 |
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 Heater that uses Electrical Energy.
|
Member Number:
| 11 |
Base type:
| | Direction:
| output | Service:
| unacknowledged |
|
nvoValvePosition | Valve Position Output.: This output network variable provides the calculated position relative to the maximum stroke length.
|
Member Number:
| 12 |
Base type:
| | Direction:
| output | Service:
| unacknowledged |
|
nvoFanCurrent | Fan Current Output.: This output network variable is used to report the actual current of the fan.
|
Member Number:
| 13 |
Base type:
| | Direction:
| output | Service:
| unacknowledged, repeated |
|
Mandatory Configuration Properties |
cpMaxSendTimeNV3 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
Member Number:
| 1 |
Base type:
| |
Applies to
| nvoSpaceTemp | Array:
| not permitted | Default:
| 300,0 |
|
cpMaxSendTimeNV4 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
Member Number:
| 2 |
Base type:
| |
Applies to
| nvoUnitStatus | Array:
| not permitted | Default:
| 0,0 |
|
cpMaxSendTimeNV5 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
Member Number:
| 3 |
Base type:
| |
Applies to
| nvoFanStatus | Array:
| not permitted | Default:
| 300,0 |
|
cpMaxRcvTimeNV1 | 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:
| 9 |
Base type:
| |
Applies to
| nviSpaceTemp | Array:
| not permitted | Default:
| 300,0 |
|
cpMaxRcvTimeNV2 | 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:
| 10 |
Base type:
| |
Applies to
| nviSetpoint | Array:
| not permitted | Default:
| 0,0 |
|
cpMinSendTimeNV3 | Minimum send time.: The minimum period of time between consecutive transmissions of the current value.
|
Member Number:
| 13 |
Base type:
| |
Applies to
| nvoSpaceTemp | Array:
| not permitted | Default:
| 10,0 |
|
cpMinSendTimeNV4 | Minimum send time.: The minimum period of time between consecutive transmissions of the current value.
|
Member Number:
| 14 |
Base type:
| |
Applies to
| nvoUnitStatus | Array:
| not permitted | Default:
| 5,0 |
|
cpMinSendTimeNV5 | Minimum send time.: The minimum period of time between consecutive transmissions of the current value.
|
Member Number:
| 15 |
Base type:
| |
Applies to
| nvoFanStatus | Array:
| not permitted | Default:
| 10,0 |
|
cpSndDeltaNV3 | Send on delta.: The minimum change required to force transmission of the output value.
|
Member Number:
| 19 |
Base type:
| |
Applies to
| nvoSpaceTemp | Array:
| not permitted | Default:
| 00*4 |
|
cpSndDeltaNV5 | Send on delta.: The minimum change required to force transmission of the output value.
|
Member Number:
| 20 |
Base type:
| |
Applies to
| nvoFanStatus | Array:
| not permitted | Default:
| 00*4 |
|
cpSetpoints | Occupancy temperature setpoints.: The occupancy temperature setpoints for heat and cool mode.
|
Member Number:
| 24 |
Base type:
| |
Applies to
| SFPTunitHeater | 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 |
|
Optional Configuration Properties |
cpMaxSendTimeNV9 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
Member Number:
| 4 |
Base type:
| |
Applies to
| nvoEffectSetpt | Array:
| not permitted | Default:
| 300,0 |
|
cpMaxSendTimeNV10 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
Member Number:
| 5 |
Base type:
| |
Applies to
| nvoEffectOccup | Array:
| not permitted | Default:
| 300,0 |
|
cpMaxSendTimeNV11 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
Member Number:
| 6 |
Base type:
| |
Applies to
| nvoLoadAbs | Array:
| not permitted | Default:
| 300,0 |
|
cpMaxSendTimeNV12 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
Member Number:
| 7 |
Base type:
| |
Applies to
| nvoValvePosition | Array:
| not permitted | Default:
| 300,0 |
|
cpMaxSendTimeNV13 | Maximum send time.: The maximum period of time between consecutive transmissions of the current value.
|
Member Number:
| 8 |
Base type:
| |
Applies to
| nvoFanCurrent | Array:
| not permitted | Default:
| 30,0 |
|
cpMaxRcvTimeNV6 | 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:
| 11 |
Base type:
| |
Applies to
| nviOccSchedule | Array:
| not permitted | Default:
| 300,0 |
|
cpMaxRcvTimeNV8 | 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:
| 12 |
Base type:
| |
Applies to
| nviOccSensor | Array:
| not permitted | Default:
| 300,0 |
|
cpMinSendTimeNV11 | Minimum send time.: The minimum period of time between consecutive transmissions of the current value.
|
Member Number:
| 16 |
Base type:
| |
Applies to
| nvoLoadAbs | Array:
| not permitted | Default:
| 10,0 |
|
cpMinSendTimeNV12 | Minimum send time.: The minimum period of time between consecutive transmissions of the current value.
|
Member Number:
| 17 |
Base type:
| |
Applies to
| nvoValvePosition | Array:
| not permitted | Default:
| 10,0 |
|
cpMinSendTimeNV13 | Minimum send time.: The minimum period of time between consecutive transmissions of the current value.
|
Member Number:
| 18 |
Base type:
| |
Applies to
| nvoFanCurrent | Array:
| not permitted | Default:
| 10,0 |
|
cpSndDeltaNV11 | Send on delta.: The minimum change required to force transmission of the output value.
|
Member Number:
| 21 |
Base type:
| |
Applies to
| nvoLoadAbs | Array:
| not permitted | Default:
| 00*4 |
|
cpSndDeltaNV12 | Send on delta.: The minimum change required to force transmission of the output value.
|
Member Number:
| 22 |
Base type:
| |
Applies to
| nvoValvePosition | Array:
| not permitted | Default:
| 00*4 |
|
cpSndDeltaNV13 | Send on delta.: The minimum change required to force transmission of the output value.
|
Member Number:
| 23 |
Base type:
| |
Applies to
| nvoFanCurrent | Array:
| not permitted | Default:
| 00*4 |
|
cpBypassTime | 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.
|
Member Number:
| 25 |
Base type:
| |
Applies to
| SFPTunitHeater | Array:
| not permitted | Default:
| 0 |
|
cpTempHighAlarm | High limit 1.: The alarm high limit against which the value field of the output value is tested for alarm conditions.
|
Member Number:
| 26 |
Base type:
| |
Applies to
| nvoSpaceTemp | Array:
| not permitted | Default:
| 00*4 |
|
cpTempLowAlarm | Low limit 1.: The alarm low limit against which the value field of the output value is tested for alarm conditions.
|
Member Number:
| 27 |
Base type:
| |
Applies to
| nvoSpaceTemp | Array:
| not permitted | Default:
| 00*4 |
|
cpFanCurrentHighAlarm | High limit 1.: The alarm high limit against which the value field of the output value is tested for alarm conditions.
|
Member Number:
| 28 |
Base type:
| |
Applies to
| nvoFanCurrent | Array:
| not permitted | Default:
| 00*4 |
|
cpFanCurrentLowAlarm | Low limit 1.: The alarm low limit against which the value field of the output value is tested for alarm conditions.
|
Member Number:
| 29 |
Base type:
| |
Applies to
| nvoFanCurrent | Array:
| not permitted | Default:
| 00*4 |
|
cpPowerLowAlarm | Low limit 1.: The alarm low limit against which the value field of the output value is tested for alarm conditions.
|
Member Number:
| 30 |
Base type:
| |
Applies to
| nvoLoadAbs | Array:
| not permitted | Default:
| 00*4 |
|