SFPTsccVAV

Space Comfort Controller (SCC) - Variable Air Volume..  Type of HVAC unit controller that provides temperature control for a space within a building. 
 

Network Variables

Configuration Properties

nviSpaceTemp
nvoSpaceTemp
nvoUnitStatus

nviAirFlowSetpt
nviAirflow
nviApplicMode
nviAuxHeatEnable
nviComprEnable
nviCoolPriSlave
nviCoolSecSlave
nviCoolSrcTemp
nviEconEnable
nviEmergOverride
nviEnergyHoldOff
nviFanSpeedCmd
nviFlowOverride
nviHeatCool
nviHeatPriSlave
nviHeatSecSlave
nviHeatSrcTemp
nviMinAirFlow
nviMinAirFlowHt
nviOAMinPos
nviOccManCmd
nviOccSchedule
nviOccSensor
nviOutdoorDewPt
nviOutdoorRH
nviOutdoorTemp
nviSetpoint
nviSetptOffset
nviSetptShift
nviSourceTemp
nviSpaceDewPt
nviSpaceIAQ
nviSpaceRH
nviTerminalLoad
nviValveOverride
nvoAirFlowHeat
nvoAirflow
nvoCoolPrimary
nvoCoolSecondary
nvoDischAirTemp
nvoEffFlowSPHeat
nvoEffectFlowSP
nvoEffectOccup
nvoEffectSetpt
nvoEnergyHoldOff
nvoFanSpeed
nvoFlowSPHeat
nvoFlowSetpoint
nvoHeatCool
nvoHeatPrimary
nvoHeatSecondary
nvoHumidifier
nvoLoadAbs
nvoLoadAbsK
nvoLocalSpaceTmp
nvoMixedAirTemp
nvoOADamper
nvoOutdoorRH
nvoOutdoorTemp
nvoSatStatus
nvoSetpoint
nvoSetptShift
nvoSpaceCO2
nvoSpaceDewPt
nvoSpaceRH
nvoTerminalLoad

nciSetpoints
nciSndHrtBt

nciBypassTime
nciDuctArea
nciDuctAreaHeat
nciFanOperation
nciFlowGain
nciFlowGainHeat
nciFlowOffset
nciHvacType
nciLocation
nciManualTime
nciMaxFlow
nciMaxFlowHeat
nciMinFlow
nciMinFlowHeat
nciMinFlowStdby
nciMinFlowUnitHt
nciMinOutTm
nciMnFlwStdbyHt
nciNomFlow
nciNomFlowHeat
nciNumDampers
nciNumValve
nciOAMinPos
nciRcvHrtBt
nciSatTime
nciSpaceCO2Lim
nciSpaceRHSetpt
nciUnitMaxFlow
nciUnitMinFlow
nciUntMnFlwStdby

 

Details:

Resource Set: Standard 00:00:00:00:00:00:00:00-0
Index: 24
Obsolete: no
Key: 8502
Inheriting: no
Principal Variable nvoUnitStatus


Mandatory Network Variables

nviSpaceTempSpace temperature input.:   Connects an external space temperature sensor to the node. 
Member Number: 1
Base type:
SNVT_temp_p
Direction: input
Service: any
Minimum: -10,00
Maximum: 50,00
nvoSpaceTempEffective space temperature output.:   Used to monitor the effective space temperature that the SCC is using for control. 
Member Number: 26
Base type:
SNVT_temp_p
Direction: output
Service: any
nvoUnitStatusUnit status output.:   Reports the SCC status. 
Member Number: 27
Base type:
SNVT_hvac_status
Direction: output
Service: any


Optional Network Variables

nviSetpointTemperature setpoint input (absolute):   Allows 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
Minimum: 10,00
Maximum: 35,00
nviSetptOffsetSetpoint offset input.:   Shifts the effective occupied and standby temperature setpoints by adding this NV's value to the present setpoints. 
Member Number: 3
Base type:
SNVT_temp_p
Direction: input
Service: any
Minimum: -10,00
Maximum: 10,00
nviSetptShiftSetpoint shift input.:   Shifts the effective heat/cool setpoints by adding the corresponding value in this NV to the present setpoints. 
Member Number: 4
Base type:
SNVT_temp_setpt
Direction: input
Service: any
Minimum: -10,00,-10,00,-10,00,-10,00,-10,00,-10,00
Maximum: 10,00,10,00,10,00,10,00,10,00,10,00
nviOccScheduleOccupancy scheduler input.:   Commands the SCC into different occupancy modes. 
Member Number: 5
Base type:
SNVT_tod_event
Direction: input
Service: any
nviOccManCmdOccupancy override input.:   Commands the SCC into different occupancy modes. 
Member Number: 6
Base type:
SNVT_occupancy
Direction: input
Service: any
nviOccSensorOccupancy sensor input.:   Indicates the presence of occupants in the controlled space. 
Member Number: 7
Base type:
SNVT_occupancy
Direction: input
Service: any
nviApplicModeApplication mode input.:   Used to coordinate the SCC with any supervisory controller. 
Member Number: 8
Base type:
SNVT_hvac_mode
Direction: input
Service: any
nviHeatCoolHeat/cool mode input.:   Used to coordinate the SCC with any node that may need to control the heat/cool changeover of the unit. 
Member Number: 9
Base type:
SNVT_hvac_mode
Direction: input
Service: any
nviFanSpeedCmdFan speed command input.:   Enables connection of an external fan speed switch, or allows a supervisory device to override the fan speed. 
Member Number: 10
Base type:
SNVT_switch
Direction: input
Service: any
nviComprEnableCompressor enable input.:   This input is used to disable compressor operation. 
Member Number: 11
Base type:
SNVT_switch
Direction: input
Service: any
nviAuxHeatEnableAuxiliary heat enable input.:   This input is used to disable auxiliary heat operation. 
Member Number: 12
Base type:
SNVT_switch
Direction: input
Service: any
nviEconEnableEconomizer enable input.:   This input is used to enable and disable economizer operation. 
Member Number: 13
Base type:
SNVT_switch
Direction: input
Service: any
nviEnergyHoldOffEnergy 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: 14
Base type:
SNVT_switch
Direction: input
Service: any
nviValveOverrideWater valve override input.:   Commands the controller into a manual mode for overriding water valves. 
Member Number: 15
Base type:
SNVT_hvac_overid
Direction: input
Service: any
nviFlowOverrideAirflow override input.:   Commands the controller into a manual mode for overriding airflow control. 
Member Number: 16
Base type:
SNVT_hvac_overid
Direction: input
Service: any
nviEmergOverrideEmergency override input.:   Commands the device into different emergency modes. 
Member Number: 17
Base type:
SNVT_hvac_emerg
Direction: input
Service: any
nviSourceTempSource temperature input.:   Indicates the temperature of the air or water being supplied to the unit for heating and/or cooling capacity. 
Member Number: 18
Base type:
SNVT_temp_p
Direction: input
Service: any
Minimum: 0,00
Maximum: 100,00
nviOutdoorTempOutdoor air temperature input.:   Represents information from an outdoor air temperature sensor. 
Member Number: 19
Base type:
SNVT_temp_p
Direction: input
Service: any
Minimum: -40,00
Maximum: 50,00
nviSpaceRHSpace humidity input.:   Measured space humidity in percent. 
Member Number: 20
Base type:
SNVT_lev_percent
Direction: input
Service: any
Minimum: 0,000
Maximum: 100,000
nviOutdoorRHOutdoor air humidity input.:   Measured outdoor humidity in percent. 
Member Number: 21
Base type:
SNVT_lev_percent
Direction: input
Service: any
Minimum: 0,000
Maximum: 100,000
nviSpaceIAQSpace indoor air quality input.:   Measured space CO2 or VOC levels in PPM. 
Member Number: 22
Base type:
SNVT_ppm
Direction: input
Service: any
Minimum: 0
Maximum: 5000
nviSpaceDewPtSpace dewpoint temperature input.:   Measured space dewpoint temperature. 
Member Number: 23
Base type:
SNVT_temp_p
Direction: input
Service: any
Minimum: -10,00
Maximum: 50,00
nviOutdoorDewPtOutdoor air dewpoint temperature input.:   Measured outdoor dewpoint temperature. 
Member Number: 24
Base type:
SNVT_temp_p
Direction: input
Service: any
Minimum: -40,00
Maximum: 50,00
nviAirflowAirflow input.:   The measured supply airflow value is typically provided by a flow sensor on the network. 
Member Number: 25
Base type:
SNVT_flow
Direction: input
Service: any
nvoEffectSetptEffective setpoint output.:   Monitors the effective temperature setpoint. 
Member Number: 28
Base type:
SNVT_temp_p
Direction: output
Service: any
nvoEffectOccupEffective occupancy output.:   Actual occupancy mode of the unit. 
Member Number: 29
Base type:
SNVT_occupancy
Direction: output
Service: any
nvoHeatCoolEffective heat/cool output.:   Actual heat/cool mode of the unit. 
Member Number: 30
Base type:
SNVT_hvac_mode
Direction: output
Service: any
nvoSetpointLocal setpoint output.:   Space temperature setpoint value if a setpoint device is hardwired. 
Member Number: 31
Base type:
SNVT_temp_p
Direction: output
Service: any
nvoSetptShiftLocal setpoint shift output.:   Locally determined shift of the effective heat/cool setpoints. 
Member Number: 32
Base type:
SNVT_temp_setpt
Direction: output
Service: any
Minimum: -10,00,-10,00,-10,00,-10,00,-10,00,-10,00
Maximum: 10,00,10,00,10,00,10,00,10,00,10,00
nvoFanSpeedFan speed output.:   Actual fan speed of a local multi-speed fan as well as the requested speed of a remote fan. 
Member Number: 33
Base type:
SNVT_switch
Direction: output
Service: any
nvoDischAirTempDischarge air temperature output.:   Monitors the temperature of the air that leaves the SCC. 
Member Number: 34
Base type:
SNVT_temp_p
Direction: output
Service: any
nvoLoadAbsAbsolute power consumption output.:   Present power consumption of the unit. 
Member Number: 35
Base type:
SNVT_power
Direction: output
Service: any
nvoLoadAbsKAbsolute power consumption (kW) output.:   Present power consumption of the unit. 
Member Number: 36
Base type:
SNVT_power_kilo
Direction: output
Service: any
nvoTerminalLoadTerminal load output.:   Present heat/cool energy demand of the unit. 
Member Number: 37
Base type:
SNVT_lev_percent
Direction: output
Service: any
nvoHeatPrimaryPrimary heat output.:   Present level of the primary heat output. 
Member Number: 38
Base type:
SNVT_lev_percent
Direction: output
Service: any
Minimum: 0,000
Maximum: 100,000
nvoHeatSecondarySecondary heat output.:   Present level of the secondary heat output. 
Member Number: 39
Base type:
SNVT_lev_percent
Direction: output
Service: any
Minimum: 0,000
Maximum: 100,000
nvoCoolPrimaryPrimary cool output.:   Present level of the primary mechanical cooling output. 
Member Number: 40
Base type:
SNVT_lev_percent
Direction: output
Service: any
Minimum: 0,000
Maximum: 100,000
nvoCoolSecondarySecondary cool output.:   Present level of the secondary mechanical cooling output. 
Member Number: 41
Base type:
SNVT_lev_percent
Direction: output
Service: any
Minimum: 0,000
Maximum: 100,000
nvoOADamperOutdoor air damper output.:   Present position of the outdoor air damper (if hardwired) or as a request to a remote outdoor air damper. 
Member Number: 42
Base type:
SNVT_lev_percent
Direction: output
Service: any
Minimum: 0,000
Maximum: 100,000
nvoSpaceRHSpace humidity output.:   Space humidity in percent, if the SCC Device has a hardwired humidity sensor. 
Member Number: 43
Base type:
SNVT_lev_percent
Direction: output
Service: any
nvoOutdoorRHOutdoor air humidity output.:   Outdoor air humidity in percent, if the SCC Device has a hardwired humidity sensor. 
Member Number: 44
Base type:
SNVT_lev_percent
Direction: output
Service: any
nvoOutdoorTempOutdoor air temperature output.:   Monitors the outdoor air temperature if the unit controller provides a hardwired temperature sensor. 
Member Number: 45
Base type:
SNVT_temp_p
Direction: output
Service: any
nvoSpaceCO2Space CO2 sensor output.:   Space CO2 concentration in ppm, if the SCC Device has a hardwired CO2 sensor. 
Member Number: 46
Base type:
SNVT_ppm
Direction: output
Service: any
nvoSpaceDewPtSpace dewpoint temperature output.:   Space dewpoint temperature. 
Member Number: 47
Base type:
SNVT_temp_p
Direction: output
Service: any
nvoHumidifierHumidifier output.:   Present value of the humidifier (if hardwired) or can be used to control a remote humidifier or control valve. 
Member Number: 48
Base type:
SNVT_lev_percent
Direction: output
Service: any
Minimum: 0,000
Maximum: 100,000
nvoEnergyHoldOffEnergy hold-off output.:   Present state of an energy hold-off device that is hardwired to the controller. 
Member Number: 49
Base type:
SNVT_switch
Direction: output
Service: any
nvoEffectFlowSPEffective airflow setpoint output.:   Active flow setpoint used by the flow control loop. 
Member Number: 50
Base type:
SNVT_flow
Direction: output
Service: any
nvoFlowSetpointFlow control damper setpoint output.:   Active flow setpoint used by the flow control loop. 
Member Number: 51
Base type:
SNVT_lev_percent
Direction: output
Service: any
Minimum: 0,000
Maximum: 163,000
nvoAirflowAirflow output.:   Measured airflow in the unit. 
Member Number: 52
Base type:
SNVT_flow
Direction: output
Service: any
nviHeatSrcTempHeat source temperature input.:   Temperature of the air or water being supplied to the unit for heating capacity. 
Member Number: 53
Base type:
SNVT_temp_p
Direction: input
Service: any
Minimum: 0,00
Maximum: 100,00
nviCoolSrcTempCool source temperature input.:   Temperature of the air or water being supplied to the unit for cooling capacity. 
Member Number: 54
Base type:
SNVT_temp_p
Direction: input
Service: any
Minimum: 0,00
Maximum: 50,00
nviHeatPriSlavePrimary heat input for slave operation.:   This input NV is intended for slave operation. 
Member Number: 55
Base type:
SNVT_lev_percent
Direction: input
Service: any
Minimum: 0,000
Maximum: 100,000
nviHeatSecSlaveSecondary heat input for slave operation.:   This input NV is intended for slave operation. 
Member Number: 56
Base type:
SNVT_lev_percent
Direction: input
Service: any
Minimum: 0,000
Maximum: 100,000
nviCoolPriSlavePrimary cool input for slave operation.:   This input NV is intended for slave operation. 
Member Number: 57
Base type:
SNVT_lev_percent
Direction: input
Service: any
Minimum: 0,000
Maximum: 100,000
nviCoolSecSlaveSecondary cool input for slave operation.:   This input NV is intended for slave operation. 
Member Number: 58
Base type:
SNVT_lev_percent
Direction: input
Service: any
Minimum: 0,000
Maximum: 100,000
nviOAMinPosMinimum position OA damper input.:   Dynamic minimum position setpoint for an outdoor air damper. When valid it will supercede nciOAMinPos. 
Member Number: 59
Base type:
SNVT_lev_percent
Direction: input
Service: any
Minimum: 0,000
Maximum: 100,000
nviMinAirFlowMinimum air flow setpoint input.:   Dynamic minimum cooling air flow setpoint for single or dual duct VAV terminal units. When valid it will supercede nciMinFlow. 
Member Number: 60
Base type:
SNVT_lev_percent
Direction: input
Service: any
Minimum: 0,000
Maximum: 100,000
nviMinAirFlowHtMinimum heat air flow setpoint input.:   Dynamic minimum heating air flow setpoint for single or dual duct VAV terminal units. When valid it will supercede nciMinFlowHeat. 
Member Number: 61
Base type:
SNVT_lev_percent
Direction: input
Service: any
Minimum: 0,000
Maximum: 100,000
nviAirFlowSetptAir flow setpoint input.:   The controller will add this input with nciFlowOffset to derive the active flow setpoint. 
Member Number: 62
Base type:
SNVT_flow
Direction: input
Service: any
nviTerminalLoadTerminal load input.:   When used with nvoTerminalLoad from another controller can be used to coordinate master/salve operation. 
Member Number: 63
Base type:
SNVT_lev_percent
Direction: input
Service: any
Minimum: -100,000
Maximum: 100,000
nvoMixedAirTempMixed air temperature output.:   The temperature of the combined return and fresh airstreams in an AHU before they reach the water coils. 
Member Number: 64
Base type:
SNVT_temp_p
Direction: output
Service: unacknowledged
nvoLocalSpaceTmpLocal space temperature output.:   Local hardwired space temperature input. 
Member Number: 65
Base type:
SNVT_temp_p
Direction: output
Service: unacknowledged
nvoEffFlowSPHeatEffective air flow heat setpoint output.:   The hot or ventilation duct flow setpoint of a dual duct unit. 
Member Number: 66
Base type:
SNVT_flow
Direction: output
Service: unacknowledged
nvoFlowSPHeatFlow control damper heat setpoint output.:   Active flow setpoint used by the flow control loop for a hot or ventilation deck in a dual duct unit. 
Member Number: 67
Base type:
SNVT_lev_percent
Direction: output
Service: unacknowledged
Minimum: 0,000
Maximum: 163,000
nvoAirFlowHeatAir flow heat output.:   Air flow of a hot or ventilation deck of a dual duct VAV terminal. 
Member Number: 68
Base type:
SNVT_flow
Direction: output
Service: unacknowledged
nvoSatStatusHVAC saturation status.:   Indicates whether the control algorithm capacity limits, or end device physical limits, have been reached. 
Member Number: 69
Base type:
SNVT_hvac_satsts
Direction: output
Service: unacknowledged


Mandatory Configuration Properties

nciSndHrtBtSend heartbeat.:   Maximum period of time that expires before the specified NV outputs will automatically be updated. 
Member Number: 1
Base type:
SCPTmaxSendTime
Applies to SFPTsccVAV
Array: not permitted
nciSetpointsOccupancy temperature setpoints.:   Space temperature setpoints for the various heat, cool, and occupancy modes. 
Member Number: 2
Base type:
SCPTsetPnts
Applies to SFPTsccVAV
Array: not permitted


Optional Configuration Properties

nciMinOutTmMinimum send time.:   Minimum period of time between automatic NV output transmissions. 
Member Number: 3
Base type:
SCPTminSendTime
Applies to SFPTsccVAV
Array: not permitted
nciRcvHrtBtReceive heartbeat.:   Maximum time that elapses after the last update to a specified NV input before the SCC starts to use its default values. 
Member Number: 4
Base type:
SCPTmaxRcvTime
Applies to SFPTsccVAV
Array: not permitted
nciLocationLocation label.:   Provides descriptive physical location information related to the object. 
Member Number: 5
Base type:
SCPTlocation
Applies to SFPTsccVAV
Array: not permitted
nciBypassTimeLocal bypass time.:   Maximum amount of time that the SCC can be in the bypass (occupancy) mode following a single bypass request. 
Member Number: 6
Base type:
SCPTbypassTime
Applies to nviOccManCmd
Array: not permitted
nciManualTimeManual override time.:   Maximum time that the SCC will stay in a manual mode that was requested by a NV input, without receiving an update on that NV. 
Member Number: 7
Base type:
SCPTmanOvrTime
Applies to nviValveOverride
Array: not permitted
nciOAMinPosOutdoor air damper minimum position.:   Minimum position for the outdoor air damper. 
Member Number: 8
Base type:
SCPTminRnge
Applies to nvoOADamper
Array: not permitted
nciSpaceCO2LimSpace CO2 limit.:   Maximum limit to allowable carbon dioxide within a defined area. 
Member Number: 9
Base type:
SCPTlimitCO2
Applies to nviSpaceIAQ
Array: not permitted
nciSpaceRHSetptSpace humidity setpoint.:   High-limit humidity setpoint for the controlled space. 
Member Number: 10
Base type:
SCPThumSetpt
Applies to nviSpaceRH
Array: not permitted
nciNumValveNumber of heating/cooling valves.:   Selects whether the SCC is used in a two pipe (one valve) or four pipe (two valve) system. 
Member Number: 11
Base type:
SCPTnumValves
Applies to SFPTsccVAV
Array: not permitted
nciDuctAreaDuct area or size.:   Nominal cross-sectional airflow area of a VAV terminal. 
Member Number: 12
Base type:
SCPTductArea
Applies to SFPTsccVAV
Array: not permitted
nciNomFlowNominal air flow.:   Nominal airflow volume of a VAV terminal. 
Member Number: 13
Base type:
SCPTnomAirFlow
Applies to nvoFlowSetpoint
Array: not permitted
nciFlowGainAirflow measurement gain.:   Calibrates the airflow reading of a VAV terminal. 
Member Number: 14
Base type:
SCPTsensConstVAV
Applies to SFPTsccVAV
Array: not permitted
nciMinFlowMinimum airflow.:   Minimum airflow setpoint of a VAV terminal. 
Member Number: 15
Base type:
SCPTminFlow
Applies to nviAirflow
Array: not permitted
nciMaxFlowMaximum airflow.:   Maximum airflow setpoint of a VAV terminal. 
Member Number: 16
Base type:
SCPTmaxFlow
Applies to nviAirflow
Array: not permitted
nciMinFlowHeatHeating minimum airflow.:   Minimum airflow setpoint of a VAV terminal while heating. 
Member Number: 17
Base type:
SCPTminFlowHeat
Applies to SFPTsccVAV
Array: not permitted
nciMaxFlowHeatHeating maximum airflow.:   Maximum airflow setpoint of a VAV terminal while heating. 
Member Number: 18
Base type:
SCPTmaxFlowHeat
Applies to SFPTsccVAV
Array: not permitted
nciMinFlowStdbyStandby minimum airflow.:   Minimum airflow setpoint of a VAV terminal in the Standby (occupancy) mode. 
Member Number: 19
Base type:
SCPTminFlowStby
Applies to SFPTsccVAV
Array: not permitted
nciHvacTypeHVAC unit type identifier.:   This value is set by the manufacturer to allow an integrator to know the function of this SCC device. 
Member Number: 20
Base type:
SCPThvacType
Applies to SFPTsccVAV
Flags: device specific, constant
Array: not permitted
nciFanOperationFan operation.:   Specifies fan operation during occupied and occupied standby. Fan operation during unoccupied is manufacturer defined. 
Member Number: 21
Base type:
SCPTfanOperation
Applies to SFPTsccVAV
Array: not permitted
nciUnitMinFlowUnit minimum air flow.:   Unit minimum air flow for dual duct VAV Terminal units. 
Member Number: 22
Base type:
SCPTminFlowUnit
Applies to SFPTsccVAV
Array: not permitted
nciUnitMaxFlowUnit maximum air flow.:   Unit maximum air flow for dual duct VAV Terminal units. 
Member Number: 23
Base type:
SCPTmaxFlowUnit
Applies to SFPTsccVAV
Array: not permitted
nciMnFlwStdbyHtStandby heating minimum air flow.:   The heating or ventilated deck minimum flow of a dual duct VAV Terminal unit during occupied standby mode. 
Member Number: 24
Base type:
SCPTminFlowHeatStby
Applies to SFPTsccVAV
Array: not permitted
nciUntMnFlwStdbyStandby unit minimum air flow.:   Total unit minimum airflow for dual duct units during occupied standby mode. 
Member Number: 25
Base type:
SCPTminFlowUnitStby
Applies to SFPTsccVAV
Array: not permitted
nciFlowOffsetAir flow offset.:    
Member Number: 26
Base type:
SCPToffsetFlow
Applies to SFPTsccVAV
Array: not permitted
nciDuctAreaHeatHeating duct area.:   Nominal cross-sectional airflow area of the hot or ventilation deck of a dual duct VAV terminal unit. 
Member Number: 27
Base type:
SCPTareaDuctHeat
Applies to SFPTsccVAV
Array: not permitted
nciNomFlowHeatHeating nominal flow.:   Value used to provide the nominal airflow volume of a hot or ventilation deck of a dual duct VAV terminal. 
Member Number: 28
Base type:
SCPTnomAirFlowHeat
Applies to SFPTsccVAV
Array: not permitted
nciFlowGainHeatVAV sensor constant.:   Calibration constant used to calculate airflow. 
Member Number: 29
Base type:
SCPTgainVAVHeat
Applies to SFPTsccVAV
Array: not permitted
nciNumDampersNumber of dampers.:   Indicates to the controller if it is in a single or dual duct system. 
Member Number: 30
Base type:
SCPTnumDampers
Applies to SFPTsccVAV
Array: not permitted
nciMinFlowUnitHtUnit heating minimum flow.:   Minimum airflow setpoint of a single duct, or the unit minimum airflow setpoint of a dual duct VAV terminal when using a unit (local) heating source. 
Member Number: 31
Base type:
SCPTminFlowUnitHeat
Applies to SFPTsccVAV
Array: not permitted
nciSatTimeSaturation time.:    
Member Number: 32
Base type:
SCPTsaturationDelay
Applies to SFPTsccVAV
Array: not permitted