SFPTunitHeater

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

nviSpaceTempSpace Temperature Input.:   This input network variable is used to connect an external space temperature sensor to the node. 
Member Number: 1
Base type:
SNVT_temp_p
Direction: input
Service: any
nviSetpointTemperature 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:
SNVT_temp_p
Direction: input
Service: any
nvoSpaceTempEffective 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:
SNVT_temp_p
Direction: output
Service: acknowledged
nvoUnitStatusUnit Status Output.:   This output network variable is available to report the Unit Heater status. 
Member Number: 4
Base type:
SNVT_hvac_status
Direction: output
Service: unacknowledged
nvoFanStatusFan Status Output.:   This output network variable is used to report the actual status of the fan. 
Member Number: 5
Base type:
SNVT_switch
Direction: output
Service: unacknowledged, repeated


Optional Network Variables

nviOccScheduleOccupancy Scheduler Input.:   This input network variable is used to command the UnitHeater into different occupancy modes. 
Member Number: 6
Base type:
SNVT_tod_event
Direction: input
Service: any
nviOccManCmdOccupancy Override Input.:   This input network variable is used to command the Unit Heater into different occupancy modes. 
Member Number: 7
Base type:
SNVT_occupancy
Direction: input
Service: any
nviOccSensorOccupancy Sensor Input.:   This input network variable is used to indicate the presence of occupants in the controlled space. 
Member Number: 8
Base type:
SNVT_occupancy
Direction: input
Service: any
nvoEffectSetptEffective 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:
SNVT_temp_p
Direction: output
Service: unacknowledged
nvoEffectOccupEffective Occupancy Output.:   This output network variable is used to indicate the actual occupancy mode of the unit. 
Member Number: 10
Base type:
SNVT_occupancy
Direction: output
Service: unacknowledged
nvoLoadAbsAbsolute 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:
SNVT_power_f
Direction: output
Service: unacknowledged
nvoValvePositionValve Position Output.:   This output network variable provides the calculated position relative to the maximum stroke length. 
Member Number: 12
Base type:
SNVT_lev_percent
Direction: output
Service: unacknowledged
nvoFanCurrentFan Current Output.:   This output network variable is used to report the actual current of the fan. 
Member Number: 13
Base type:
SNVT_amp_f
Direction: output
Service: unacknowledged, repeated


Mandatory Configuration Properties

cpMaxSendTimeNV3Maximum send time.:   The maximum period of time between consecutive transmissions of the current value. 
Member Number: 1
Base type:
SCPTmaxSendTime
Applies to nvoSpaceTemp
Array: not permitted
Default: 300,0
cpMaxSendTimeNV4Maximum send time.:   The maximum period of time between consecutive transmissions of the current value. 
Member Number: 2
Base type:
SCPTmaxSendTime
Applies to nvoUnitStatus
Array: not permitted
Default: 0,0
cpMaxSendTimeNV5Maximum send time.:   The maximum period of time between consecutive transmissions of the current value. 
Member Number: 3
Base type:
SCPTmaxSendTime
Applies to nvoFanStatus
Array: not permitted
Default: 300,0
cpMaxRcvTimeNV1Maximum 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:
SCPTmaxRcvTime
Applies to nviSpaceTemp
Array: not permitted
Default: 300,0
cpMaxRcvTimeNV2Maximum 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:
SCPTmaxRcvTime
Applies to nviSetpoint
Array: not permitted
Default: 0,0
cpMinSendTimeNV3Minimum send time.:   The minimum period of time between consecutive transmissions of the current value. 
Member Number: 13
Base type:
SCPTminSendTime
Applies to nvoSpaceTemp
Array: not permitted
Default: 10,0
cpMinSendTimeNV4Minimum send time.:   The minimum period of time between consecutive transmissions of the current value. 
Member Number: 14
Base type:
SCPTminSendTime
Applies to nvoUnitStatus
Array: not permitted
Default: 5,0
cpMinSendTimeNV5Minimum send time.:   The minimum period of time between consecutive transmissions of the current value. 
Member Number: 15
Base type:
SCPTminSendTime
Applies to nvoFanStatus
Array: not permitted
Default: 10,0
cpSndDeltaNV3Send on delta.:   The minimum change required to force transmission of the output value. 
Member Number: 19
Base type:
SCPTsndDelta
Applies to nvoSpaceTemp
Array: not permitted
Default: 00*4
cpSndDeltaNV5Send on delta.:   The minimum change required to force transmission of the output value. 
Member Number: 20
Base type:
SCPTsndDelta
Applies to nvoFanStatus
Array: not permitted
Default: 00*4
cpSetpointsOccupancy temperature setpoints.:   The occupancy temperature setpoints for heat and cool mode. 
Member Number: 24
Base type:
SCPTsetPnts
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

cpMaxSendTimeNV9Maximum send time.:   The maximum period of time between consecutive transmissions of the current value. 
Member Number: 4
Base type:
SCPTmaxSendTime
Applies to nvoEffectSetpt
Array: not permitted
Default: 300,0
cpMaxSendTimeNV10Maximum send time.:   The maximum period of time between consecutive transmissions of the current value. 
Member Number: 5
Base type:
SCPTmaxSendTime
Applies to nvoEffectOccup
Array: not permitted
Default: 300,0
cpMaxSendTimeNV11Maximum send time.:   The maximum period of time between consecutive transmissions of the current value. 
Member Number: 6
Base type:
SCPTmaxSendTime
Applies to nvoLoadAbs
Array: not permitted
Default: 300,0
cpMaxSendTimeNV12Maximum send time.:   The maximum period of time between consecutive transmissions of the current value. 
Member Number: 7
Base type:
SCPTmaxSendTime
Applies to nvoValvePosition
Array: not permitted
Default: 300,0
cpMaxSendTimeNV13Maximum send time.:   The maximum period of time between consecutive transmissions of the current value. 
Member Number: 8
Base type:
SCPTmaxSendTime
Applies to nvoFanCurrent
Array: not permitted
Default: 30,0
cpMaxRcvTimeNV6Maximum 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:
SCPTmaxRcvTime
Applies to nviOccSchedule
Array: not permitted
Default: 300,0
cpMaxRcvTimeNV8Maximum 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:
SCPTmaxRcvTime
Applies to nviOccSensor
Array: not permitted
Default: 300,0
cpMinSendTimeNV11Minimum send time.:   The minimum period of time between consecutive transmissions of the current value. 
Member Number: 16
Base type:
SCPTminSendTime
Applies to nvoLoadAbs
Array: not permitted
Default: 10,0
cpMinSendTimeNV12Minimum send time.:   The minimum period of time between consecutive transmissions of the current value. 
Member Number: 17
Base type:
SCPTminSendTime
Applies to nvoValvePosition
Array: not permitted
Default: 10,0
cpMinSendTimeNV13Minimum send time.:   The minimum period of time between consecutive transmissions of the current value. 
Member Number: 18
Base type:
SCPTminSendTime
Applies to nvoFanCurrent
Array: not permitted
Default: 10,0
cpSndDeltaNV11Send on delta.:   The minimum change required to force transmission of the output value. 
Member Number: 21
Base type:
SCPTsndDelta
Applies to nvoLoadAbs
Array: not permitted
Default: 00*4
cpSndDeltaNV12Send on delta.:   The minimum change required to force transmission of the output value. 
Member Number: 22
Base type:
SCPTsndDelta
Applies to nvoValvePosition
Array: not permitted
Default: 00*4
cpSndDeltaNV13Send on delta.:   The minimum change required to force transmission of the output value. 
Member Number: 23
Base type:
SCPTsndDelta
Applies to nvoFanCurrent
Array: not permitted
Default: 00*4
cpBypassTimeBypass 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:
SCPTbypassTime
Applies to SFPTunitHeater
Array: not permitted
Default: 0
cpTempHighAlarmHigh 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:
SCPThighLimit1
Applies to nvoSpaceTemp
Array: not permitted
Default: 00*4
cpTempLowAlarmLow 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:
SCPTlowLimit1
Applies to nvoSpaceTemp
Array: not permitted
Default: 00*4
cpFanCurrentHighAlarmHigh 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:
SCPThighLimit1
Applies to nvoFanCurrent
Array: not permitted
Default: 00*4
cpFanCurrentLowAlarmLow 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:
SCPTlowLimit1
Applies to nvoFanCurrent
Array: not permitted
Default: 00*4
cpPowerLowAlarmLow 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:
SCPTlowLimit1
Applies to nvoLoadAbs
Array: not permitted
Default: 00*4