Appendix B: Equipment point template - Johnson Controls - LIT-12012585 - Software Application - Johnson Controls Enterprise Management

Johnson Controls Enterprise Management: Professional Productivity Tool Guide

Brand
Johnson Controls
Product name
Johnson Controls Enterprise Management
Document type
User Guide
Document number
LIT-12012585
Revision date
2019-11-21
Language
English

Use this table to understand the equipment points that the Professional Production Tool currently supports. These equipment points are part of the Global Rules in Johnson Controls Enterprise Management. For more information, see Johnson Controls Enterprise Management Configuration Guide (LIT-12012432) .

Note: The JEM point template list does not always correlate directly with standard Metasys point types. PPT is able to map any equipment point to any suitable JEM point type.
Equipment Display Point Type Display PPT Column Name Units of Measure PPT Version Default Filter JEM Template Name
AHU #C3:H20 After Hour Enable AHE [Multi-state] 4.3 FQR,Name=*AFTERHRSENA*; Descr= After Hours Enable After Hour Enable
AHU #CO2 RACO2 ppm 4.3 FQR,Name= *RA-Q; FQR,Name= *RA-CO2; FQR,Name= *AIR-Q; Descr= Return Air Quality; Descr= Return Air CO2 CO2
AHU #CO2 Set Point CO2SP ppm 4.3 FQR,Name =*CO2-Setpoint*,*CO2-SP*; Descr= CO2 Setpoint CO2 Set Point
AHU #Cooling Output CLGO %, % Cmd, % open 4.3 FQR,Name= *CLG-O,*CLG?-O; MSTP= 3390, 3263,3206, 3338, 3004, 3558, 3965, 3566; Descr= Cooling Output; Descr=Cooling*Output; Name=(BACnet)*.CLG.VLV Cooling Output
AHU #Dew Point Mode DEW [Multi state] 4.3 FQR, Name= *DEWPOINTMODE*, *DEWPTMODE*; Dew Point Mode
AHU #Filter Differential Pressure FILTD PSTS in wc, in, Pa, in HG 4.3 FQR,Name=*FILT-DP*; FQR,Name=*FDP*; Descr=Filter Differential Pressure; Descr=PreFilter Differential Pressure; Descr=Coalescer Filter Differential; Descr=Final Filter Differential Pressure; Descr=Exhuast Air Filter Differential Pressure; Descr=Outside Air Filter Differential Pressure; Filter Differential Pressure
AHU #Heating Output HV1C %, % Cmd, % open 4.3 FQR,Name= *HTG-O; MSTP= 3455, 3521, 3609, 3610, 3458, 3559, 3567; Descr= Heating Output; Name=(BACnet)*.HTG.VLV Heating Output
AHU #Mixed Air Pressure MADP in wc, in, Pa, in HG 4.3 FQR,Name=*MA-P; Descr=Mixed Air Static Pressure; Descr=Mixed Air Pressure Mixed Air Pressure
AHU #Mixed-Air Temperature MAT deg F, deg C 4.3 FQR,Name= *MA-T,*MA?-T; Descr= Mixed Air Temp; Descr= Mixed Air Temperature; Name=(BACnet)*.MAT Mixed-Air Temperature
AHU #Occupancy Mode OCCMODE [Multi state] 4.3 FQR,Name= *EFF-OCC*; MSTP=3290; Descr=Occupancy Status; Descr= Effective Occupancy; Name=(BACnet)*.OCC Occupancy Mode
AHU #Operation Mode AHUMODE [Multi state] 4.3 FQR,Name= *UNITEN-MODE, *APP-MODE,*AHU-MODE; Descr= Application Mode; Descr=Unit Enable Mode; Descr=AHU Mode; Name=(BACnet)*.SYS
AHU #Outdoor Air Damper output OADOUT %, % Cmd, % open 4.3 FQR,Name= *OA-O; Descr= Outdoor Air Damper Output; Name=(BACnet)*.OAD Outdoor Air Damper output
AHU #Outside Air Humidity OAHUM [Multi state] 4.3 FQR,Name=*OA-H;Descr=Outdoor Air Humidity
AHU #Outside Air Temperature OAT deg F, deg C 4.3 FQR,Name= *OA-T; Descr= Outdoor Air Temperature; Descr= Outside Air Temp; Name=(BACnet)*.OAT Outside Air Temperature
AHU #Return Air Co2 High Limit In Econ Mode RACO2 HILIME CONMODE [Multi state] 4.3
AHU #Return Air Humidity RARH %RH 4.3 FQR,Name= *RA-H,*RA-HUM,*RA-RH; Descr= Return Air Humidity Return Air Humidity
AHU #Return Air Temperature RAT deg F, deg C 4.3 FQR,Name= *RA-T*; Descr= Return Air Temperature; Descr=Return Air Temp; Name=(BACnet)*.RAT Return Air Temperature
AHU #Supply Air Differential Pressure SUPAIRDP [Multi state] 4.3 Supply Air Differential Pressure
AHU #Supply Air Fan Command SAFC [Multi state] 4.3 FQR,Name=*SF-C,*SF?-C; Descr=Supply Fan Command*; Descr=Supply Fan 1 Command,Supply Air Fan Command Supply Air Fan Command
AHU #Supply Air Fan Output SAFO %, % Cmd 4.3 FQR,Name= *SF-O; MSTP=2049,2133; Descr= Supply Fan Output; Name=(BACnet)*.SFAN Supply Air Fan Output
AHU #Supply Air Fan Status SAFS [Multi state] 4.3 FQR,Name= *SF-S,*SF?-S; MSTP=1095,1002; Descr= Supply Fan Status, Supply Fan ? Status Supply Air Fan Status
AHU #Supply Air Flow SAF cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name= *DA-F; FQR,Name=*DA-FLOW; Descr= Discharge Air Flow; Descr= Supply Fan Flow; Descr= Supply Air Flow; Name=(BACnet)*.SAF Supply Air Flow
AHU #Supply air Flow Setpoint SAFSP cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name=*SAF-SP*; Descr=Supply Air Flow Setpoint Supply air Flow Setpoint
AHU #Supply Air Humidity SAH %RH 4.3 FQR,Name= *DA-H,*DA-RH,*DA?-H; Descr= Discharge Air Humidity Supply Air Humidity
AHU #Supply Air Pressure Setpoint SASTAPRSP in wc, in, Pa, in HG 4.3 FQR,Name= *DAP-SP; MSTP=19; Descr= *Duct Static Pressure Setpoint; Descr= Discharge Air*Pressure Setpoint; Descr=Duct Static Pressure SP; Descr=Supply Air Static Pressure Setpoint; Descr=Supply Static Pressure Setpoint; Name=(BACnet)*.SAP.SET Supply Air Pressure Setpoint
AHU #Supply Air Static Pressure SASTAPR1 in wc, in, Pa, in HG 4.3 FQR,Name= *DA-P,*DA?-P; MSTP=1017,1018; Descr= *Duct Static Pressure; Descr= Discharge Air Static Pressure*; Descr=Supply Air Static Pressure; Descr=Supply Air Duct Static Pressure; Descr=Supply Static Pressure; Name=(BACnet)*.SAP Supply Air Static Pressure
AHU #Supply Air Temperature SAT deg F, deg C 4.3 FQR,Name= *DA-T,*SA-T; FQR,Name=*Supply Air Temp; MSTP=1019; Descr= Discharge Air Temperature; Descr= *Supply Air Temp;Descr=*Supply Air Temperature; Name=(BACnet)*.SAT Supply Air Temperature
AHU #Supply Air Temperature Setpoint SATSP deg F, deg C 4.3 FQR,Name= *DAT-SP,*SAT-SP,*Supply Air Temp-SP,Discharge Air Temperature Setpoint; MSTP=3084,3182; Descr= Discharge Air Temperature Setpoint; Descr=*Supply Air Setpoint; Descr=*Supply Air Temp Setpoint; Descr=*Supply Air Temperature Setpoint; Descr=Discharge Air Temp Setpoint; Name=(BACnet)*.SAT.SET Supply Air Temperature Setpoint
Boiler #Boiler Return Temperature BOILRAT deg F, deg C 4.3 FQR,Name=*HWR-T;Descr=Boiler*Return Temp* Boiler Return Temperature
Boiler #Boiler Status BOILSTS [Multistate] 4.3 FQR,Name=*BLR-S,*BLR?-S;Descr=Boiler Status;Descr=Boiler*Status Boiler Status
Boiler #Boiler Supply Temperature BOILSAT deg F, deg C 4.3 FQR,Name=*HWS-T,*B?S-T;Descr=Boiler*Supply Temp;Descr=Boiler*Supply Temperature Boiler Supply Temperature
Boiler #Boiler Supply Temperature Setpoint BLRHWSUP TEMP-SP deg F, deg C 4.3
Chiller-PP #Chiller Chilled Water Return Temperature -PP ENTCHW TEMP deg F, deg C 4.3 FQR,Name= *CHWE-T,*CHWR?-T; Descr= Chilled Water Entering Temperature
Chiller-PP #Chiller Chilled Water Supply Temperature -PP DISTEMP deg F, deg C 4.3 FQR,Name=*CHWL-T,*CHWL?-T;Descr=*CHW Leaving Temp*;Descr=*Chilled Water Leaving*Temp*;Descr=*CHW Discharge Temp*;Descr=*Leaving Evaporator Water Temp*; Descr=Leaving Chilled Water Temperature; Descr=Supply Chilled Water Temperature; Descr=Leaving Chilled Liquid Temperature; Discharge Temperature -PP
Chiller-PP #Chiller Load -PP ACTCAP Btu/h, kBtu/h, MBtu/h, tons 4.3
Chiller-PP #Chiller Power -PP EIP kVA, kVAR, kW, MVA, Mvar, MW, VA, VAR, W 4.3 FQR,Name= *Input*KW; FQR,Name= *REAL*KW; Descr= *Input Power; Descr= *Demand
Chiller-PP #Chiller Status -PP CHL-S [Multistate] 4.3 FQR,Name= *CH-S,*CH?-S; Descr= Chiller Status; Descr=*Chiller*Status Chiller Status -PP
Chiller-PP #Entering Condenser Water Temperature -PP ENTCONWTR TEMP deg F, deg C 4.3 FQR,Name= *CWR-T; Descr= Condenser Water Return Temperature; Descr=Return Condenser Liquid Temperature Entering Condenser Water Temperature -PP
Chiller-PP #Leaving Chilled water Temperature Setpoint -PP LEAVCHWSP deg F, deg C 4.3 FQR,Name= *CH-SP; Descr= Chiller Setpoint Leaving Chilled water Temperature Setpoint -PP
Chiller-PP #Leaving Condenser Water Temperature -PP LEAVCONDWTR TEMP deg F, deg C 4.3 FQR,Name= *CWL-T,*CWS-T; Descr= Leaving Condenser Water Temperature; Descr= LEAVING COND WATER TEMP; Descr=Condenser Water Supply Temperature Leaving Condenser Water Temperature -PP
Chiller-PP #Motor Current Percentage Full Load Ampere -PP MOTORCURRFLA amps 4.3 FQR,Name=*CH?-%FLA; Descr=*Full Load Amp Percent Motor Current Pecentage Full Load Ampere -PP
Chiller-YK #Chiller Chilled Water Flow -YK CHWFLOW gpm, L/min 4.3 FQR,Name= *CHW-F; Descr= Chilled Water Flow; Descr= *Evap Flow Chiller Chilled Water Flow -YK
Chiller-YK #Chiller Chilled Water Return Temperature -YK CHWRTEMP deg F, deg C 4.3 FQR,Name= *CHWE-T,*CHWR?-T; Descr= Chilled Water Entering Temperature Chiller Chilled Water Return Temperature -YK
Chiller-YK #Chiller Chilled Water Supply Temperature -YK CHWSTEMP deg F, deg C 4.3 FQR,Name=*CHWL-T,*CHWL?-T;Descr=*CHW Leaving Temp*;Descr=*Chilled Water Leaving*Temp*;Descr=*CHW Discharge Temp*;Descr=*Leaving Evaporator Water Temp*; Descr=Leaving Chilled Water Temperature; Descr=Supply Chilled Water Temperature; Descr=Leaving Chilled Liquid Temperature; Chiller Chilled Water Supply Temperature -YK
Chiller-YK #Chiller COP -YK COP 4.3 Chiller COP -YK
Chiller-YK #Chiller Load -YK ACTCAP Btu/h, kBtu/h, MBtu/h, tons 4.3 Chiller Load -YK
Chiller-YK #Chiller Power -YK EIP kVA, kVAR, kW, MVA, Mvar, MW, VA, VAR, W 4.3 FQR,Name= *Input*KW; FQR,Name= *REAL*KW; Descr= *Input Power; Descr= *Demand Chiller Power -YK
Chiller-YK #Chiller Status -YK CHL-S [Multistate] 4.3 FQR,Name= *CH-S,*CH?-S; Descr= Chiller Status; Descr=*Chiller*Status Chiller Status -YK
Chiller-YK #Condenser Pressure -YK CONDPRESS psi 4.3 Condenser Pressure -YK
Chiller-YK #Condenser Saturation Temperature -YK CONDSATTEMP deg F, deg C 4.3 Condenser Saturation Temperature -YK
Chiller-YK #Discharge Temperature -YK DISTEMP deg F, deg C 4.3 FQR,Name=*CHWL-T,*CHWR?-T;Descr=*CHW Leaving Temp*;Descr=*Chilled Water Leaving Temp*;Descr=*CHW Discharge Temp*;Descr=*Leaving Evaporator Water Temp* Discharge Temperature -YK
Chiller-YK #Entering Condenser Water Temperature -YK ENTCONWTR TEMP deg F, deg C 4.3 FQR,Name= *CWR-T; Descr= Condenser Water Return Temperature; Descr=Return Condenser Liquid Temperature Entering Condenser Water Temperature -YK
Chiller-YK #Evaporator Pressure -YK EVAPPRESS psi 4.3 Evaporator Pressure -YK
Chiller-YK #Evaporator Saturation Temperature -YK EVAPSATTEMP deg F, deg C 4.3 Evaporator Saturation Temperature -YK
Chiller-YK #EVP-SMALL-TEMP DIFF -YK EVAPSMALL TEMPDIFF deg F, deg C 4.3 EVP-SMALL-TEMP DIFF -YK
Chiller-YK #Leaving Chilled water Temperature Setpoint -YK LEAVCHWSP deg F, deg C 4.3 FQR,Name= *CH-SP; Descr= Chiller Setpoint Leaving Chilled water Temperature Setpoint -YK
Chiller-YK #Leaving Condenser Water Temperature -YK LEAVCONDWTR TEMP deg F, deg C 4.3 FQR,Name= *CWL-T,*CWS-T; Descr= Leaving Condenser Water Temperature; Descr= LEAVING COND WATER TEMP; Descr=Condenser Water Supply Temperature Leaving Condenser Water Temperature -YK
Chiller-YK #Motor Current Pecentage Full Load Ampere -YK MOTORCURRFLA amps 4.3 FQR,Name=*CH?-%FLA; Descr=*Full Load Amp Percent Motor Current Pecentage Full Load Ampere -YK
Chiller-YK #Motor Output Shaft End Temperature -YK MOTOROUT SHAFT ENDTEMP deg F, deg C 4.3 Motor Output Shaft End Temperature -YK
Chiller-YK #Motor Winding Average Temperature -YK MOTORWAVG TEMP deg F, deg C 4.3 Motor Winding Average Temperature -YK
Chiller-YK #Oil Differential Pressure -YK OILDIFF PRESS psi 4.3 Oil Differential Pressure -YK
Chiller-YK #Oil Sump Temperature -YK OILSUMP TEMP deg F, deg C 4.3 Oil Sump Temperature -YK
Chiller-YK #Outside Air Temperature -YK OA-T deg F, deg C 4.3 FQR,Name= *OA-T; Descr= Outdoor Air Temperature; Descr= Outside Air Temp Outside Air Temperature -YK
Chiller-YK #Prerotational Vane Position -YK PRVVANEPOS % 4.3 Prerotational Vane Position -YK
Chiller-YK #Refrigerant Level Position -YK REFLVLPOS % 4.3 FQR,Name= *REFRIG-LVL Refrigerant Level Position -YK
Chiller-YVWA #Chiller Chilled Water Flow -YVWA CHWFLOW gpm, L/min 4.3 FQR,Name= *CHW-F; Descr= Chilled Water Flow; Descr= *Evap Flow Chiller Chilled Water Flow -YVWA
Chiller-YVWA #Chiller Chilled Water Return Temperature -YVWA CHWRTEMP deg F, deg C 4.3 FQR,Name= *CHWE-T,*CHWR?-T; Descr= Chilled Water Entering Temperature Chiller Chilled Water Return Temperature -YVWA
Chiller-YVWA #Chiller Chilled Water Supply Temperature -YVWA CHWSTEMP deg F, deg C 4.3 FQR,Name=*CHWL-T,*CHWL?-T;Descr=*CHW Leaving Temp*;Descr=*Chilled Water Leaving*Temp*;Descr=*CHW Discharge Temp*;Descr=*Leaving Evaporator Water Temp*; Descr=Leaving Chilled Water Temperature; Descr=Supply Chilled Water Temperature; Descr=Leaving Chilled Liquid Temperature; Chiller Chilled Water Supply Temperature -YVWA
Chiller-YVWA #Chiller COP -YVWA COP 4.3 Chiller COP -YVWA
Chiller-YVWA #Chiller Status -YVWA CHL-S [Multistate] 4.3 FQR,Name= *CH-S,*CH?-S; Descr= Chiller Status; Descr=*Chiller*Status Chiller Status -YVWA
Chiller-YVWA #ENTERING COND WATER TEMP -YVWA ENTCONWTR TEMP deg F, deg C 4.3 FQR,Name= *CWR-T; Descr= Condenser Water Return Temperature; Descr=Return Condenser Liquid Temperature Entering Condenser Water Temperature -YVWA
Chiller-YVWA #LEAVING CHILLED LIQUID TEMP -YVWA DISTEMP deg F, deg C 4.3 FQR,Name=*CHWL-T,*CHWR?-T;Descr=*CHW Leaving Temp*;Descr=*Chilled Water Leaving Temp*;Descr=*CHW Discharge Temp*;Descr=*Leaving Evaporator Water Temp* Discharge Temperature -YVWA
Chiller-YVWA #LEAVING COND WATER TEMP -YVWA LEAVCOND WTR TEMP deg F, deg C 4.3 FQR,Name= *CWL-T,*CWS-T; Descr= Leaving Condenser Water Temperature; Descr= LEAVING COND WATER TEMP; Descr=Condenser Water Supply Temperature Leaving Condenser Water Temperature -YVWA
Chiller-YVWA #LOCAL LEAVING CHILLED LIQUID SETPOINT -YVWA LEAVCHWSP deg F, deg C 4.3 FQR,Name= *CH-SP; Descr= Chiller Setpoint Leaving Chilled water Temperature Setpoint -YVWA
Chiller-YVWA #Outside Air Temperature -YVWA OA-T deg F, deg C 4.3 FQR,Name= *OA-T; Descr= Outdoor Air Temperature; Descr= Outside Air Temp Outside Air Temperature -YVWA
Chiller-YVWA #SYS 1 COMPRESSOR % FULL LOAD AMPS -YVWA SYS1CMPFLA amps 4.3 FQR,Name=*Sys 1 Compressor*Full Load Amps; Descr=*Sys 1 Compressor*Full Load Amps SYS 1 COMPRESSOR % FULL LOAD AMPS -YVWA
Chiller-YVWA #SYS 1 DISCHARGE PRESSURE -YVWA SYS1DIS PRESS psi 4.3 SYS 1 DISCHARGE PRESSURE -YVWA
Chiller-YVWA #SYS 1 DISCHARGE TEMPERATURE -YVWA SYS1DIS TEMP deg F, deg C 4.3 FQR,Name=*DIS?-T;Descr=*SYS-1 Discharge Temp* SYS 1 DISCHARGE TEMPERATURE -YVWA
Chiller-YVWA #SYS 1 HIGHEST MOTOR TEMP -YVWA SYS1HMOT ORTEMP deg F, deg C 4.3 SYS 1 HIGHEST MOTOR TEMP -YVWA
Chiller-YVWA #SYS 1 OIL PRESSURE -YVWA SYS1OIL PRESS psi 4.3 SYS 1 OIL PRESSURE -YVWA
Chiller-YVWA #SYS 1 SUCTION PRESSURE -YVWA SYS1SUC PRESS psi 4.3 SYS 1 SUCTION PRESSURE -YVWA
Chiller-YVWA #SYS 2 COMPRESSOR % FULL LOAD AMPS -YVWA SYS2COMP FLA amps 4.3 FQR,Name=*Sys 2 Compressor*Full Load Amps; Descr=*Sys 2 Compressor*Full Load Amps SYS 2 COMPRESSOR % FULL LOAD AMPS -YVWA
Chiller-YVWA #SYS 2 DISCHARGE PRESSURE -YVWA SYS2DIS PRESSR psi 4.3 SYS 2 DISCHARGE PRESSURE -YVWA
Chiller-YVWA #SYS 2 DISCHARGE TEMPERATURE -YVWA SYS2DIS TEMP deg F, deg C 4.3 FQR,Name=*DIS?-T;Descr=*SYS-2 Discharge Temp* SYS 2 DISCHARGE TEMPERATURE -YVWA
Chiller-YVWA #SYS 2 HIGHEST MOTOR TEMP -YVWA SYS2HMOT ORTEMP deg F, deg C 4.3 SYS 2 HIGHEST MOTOR TEMP -YVWA
Chiller-YVWA #SYS 2 OIL PRESSURE -YVWA SYS2OIL PRESS psi 4.3 SYS 2 OIL PRESSURE -YVWA
Chiller-YVWA #SYS 2 SUCTION PRESSURE -YVWA SYS2SUC PRESSR psi 4.3 SYS 2 SUCTION PRESSURE -YVWA
CoolingTower #Cooling Tower 1 Entering Water Temperature CTENTWTR TEMP deg F, deg C 4.3 FQR,Name= *CTR-T,*CWR?-T; Descr= CT ? CW RETURN TEMP;Descr=Cooling Tower Entering Temp;Descr=Cooling Tower Return Temperature Cooling Tower 1 Entering Water Temperature
CoolingTower #Cooling Tower 1 Fan-1 Output CTFAN1OP cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name= *CT1-O; Descr= Tower 1 Fan Output Cooling Tower 1 Fan-1 Output
CoolingTower #Cooling Tower 1 Fan-2 Output CTFAN2OP cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name= *CT2-O; Descr= Tower 2 Fan Output Cooling Tower 1 Fan-2 Output
CoolingTower #Cooling Tower 1 Leaving Water Temperature CTLVWTR TEMP deg F, deg C 4.3 FQR,Name= *CTS-T,*CWS?-T; Descr= CT ? CW SUPPLY TEMP;Descr=Leaving Fluid Tower Water Temp;Descr=Cooling Tower Supply Temp Cooling Tower 1 Leaving Water Temperature
CoolingTower #Wet bulb temperature WBTEMP deg F, deg C 4.3 FQR,Name=*OA-WB,*OAWB-T;Descr=*Outdoor Air Wetbulb Temp*;Descr=*OA Wet Bulb Temp*;Descr=*Outdoor Wetbulb Temp* Wet bulb temperature
ExhaustFans #After Hour Enable EXFAHE [Multistate] 4.3
ExhaustFans #Exhaust Fan Command EXFCMD [Multistate] 4.3 FQR,Name=*EF-C,*EF?-C;Descr=*Exhaust Fan Command;Descr=*Exhaust Fan ? Command Exhaust Fan Command
ExhaustFans #Exhaust Fan Output EXFOUT [Multistate] 4.3 FQR,Name=*EF-O,*EF?-O;Descr=*Exhaust Fan Output;Descr=*Exhaust Fan ? Output
ExhaustFans #Exhaust Fan Status EXFSTS [Multistate] 4.3 FQR,Name=*EF-S,*EF?-S;Descr=*Exhaust Fan Status;Descr=*Exhaust Fan ? Status Exhaust Fan Status
ExhaustFans #Occupancy Schedule EXFOCCSCHED [Multistate] 4.3
FCU #Occupancy status OCCSTS [Multistate] 4.3 FQR,Name= *EFF-OCC*,*OCC-SCHEDULE; MSTP=3290; Descr=Occupancy Status; Descr= Effective Occupancy; Descr=Occupancy Schedule Occupancy status
FCU #Supply Fan Command SAFCMD [Multistate] 4.3 FQR,Name= *SF-C*;MSTP=2045; Descr= *Fan*Command*; Descr=Supply Fan Command Supply Fan Command
FCU #Supply Fan Status SAFSTS [Multistate] 4.3 FQR,Name= *SF-S,*FAN-MODE; MSTP=1095,1002; Descr= Supply Fan Status; Descr=Fan Mode Supply Fan Status
FCU #Zone Temperature ZNT deg F, deg C 4.3 FQR,Name= *ZN-T,*ZN?-T;MSTP=1106; Descr= Zone Temperature; Descr= Zone Temp Zone Temperature
FCU #Zone Temperature Setpoint ZNTSP deg F, deg C 4.3 FQR,Name=*ZNT-SP,*ZN-SP;Descr=*Zone Temp Setpoint Zone Temperature Setpoint
PAC #Compressor Command PACCMP1 STAT deg F, deg C 4.3
PAC #Condenser Water Valve Output PACCONDWVLVOUT deg F, deg C 4.3
PAC #PAC Zone Temp Setpoint PACZNTSP deg F, deg C 4.3 PAC Zone Temp Setpoint
PAC #Supply Air Fan Status PACSAFSTS [Multistate] 4.3 FQR,Name= *SF-S; Descr= Supply Fan Status Supply Air Fan Status
PAC #Unit Status PACSTAT deg F, deg C 4.3 FQR,Name=*PAC-S,*PAC?-S;Descr=*PAC STATUS;Descr=*PAC ? STATUS;Descr=*PAC UNIT STATUS
PAC #Zone Temperature PACZNT deg F, deg C 4.3 Zone Temperature
VAV -RH #AHU Supply Air Temp Ref -RH AHUSATEMP cfm, cu meter/h, cu meter/s, L/s 4.3 AHU Supply Air Temp Ref -RH
VAV -RH #Damper Position -RH DMPOS %, % Cmd, % open 4.3 FQR,Name= *DPR-O,*SAD-O;MSTP=2130,2131; Name=Damper Position; Descr=Supply Air Damper Command; Name=(BACnet)*:DMPR COMD, (BACnet)*:DMPR POS Damper Position -RH
VAV -RH #Supply Air Flow -RH SAFLOW cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name= *SA-F*;MSTP=3498,3515; Descr=Supply*Flow; FQR,Name= SUP-F; FQR,Name= Flow; FQR,Name= *SupFlow*, Descr= Airflow Rate; Name=(BACnet)*:FLOW Supply Air Flow -RH
VAV -RH #Supply Air Flow Setpoint -RH SAFLOWSP cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name= *SAFLOW-SP*,*SUPFLOSP*,*SAF-SP*,*Flow SP,*SF-SP,*CFM-STPT,*SUPFLOWSP,*SUPFLOW-SP,*SUPF-SP; MSTP=3384; Descr= Supply Air Flow Setpoint; Descr=Supply Airflow Setpoint; Name=(BACnet)*:FLOW STPT Supply Air Flow Setpoint -RH
VAV -RH #VAV Cooling Max Flow -RH COOLMAXFLO cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name= *CLG-MAXFLOW*;MSTP=3108,3113; FQR,Name= *CLG*MAX*; Descr= Cooling Max Flow*; Descr= Cooling Max; Name=(BACnet)*:CLG FLOW MAX VAV Cooling Max Flow -RH
VAV -RH #VAV Cooling Min Flow -RH COOLMINFLO cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name=*CLG-MINFLOW;Descr=*Cooling Min Flow VAV Cooling Min Flow -RH
VAV -RH #VAV Occupancy Enable -RH OCCMODE [Multistate] 4.3 FQR,Name= *EFF-OCC*,*OCC-S; MSTP=3290; Descr=Occupancy Status; Descr= Effective Occupancy VAV Occupancy Enable -RH
VAV -RH #VAV Zone Temp Setpoint -RH ZNTSP deg F, deg C 4.3 FQR,Name=*ZNT-SP,*ZN-SP;Descr=*Zone Temp Setpoint; Name=(BACnet)*:CTL STPT VAV Zone Temp Setpoint -RH
VAV -RH #VAV Zone Temperature -RH ZNT deg F, deg C 4.3 FQR,Name= *ZN-T;MSTP=1106; FQR,Name= *Zone Temp; Descr= Zone Temperature; Descr= Zone Temp; Name=(BACnet)*:CTL TEMP VAV Zone Temperature -RH
VAV -RH #Zone Supply Flow Rate ZSUPFLOW [Multistate] 4.3
VAV -WORH #AHU Supply Air Temp Ref -WORH AHUSATEMP cfm, cu meter/h, cu meter/s, L/s 4.3 AHU Supply Air Temp Ref -WORH
VAV -WORH #Damper Position -WORH DMPOS %, % Cmd, % open 4.3 FQR,Name= *DPR-O,*SAD-O;MSTP=2130,2131; Name=Damper Position; Descr=Supply Air Damper Command; Name=(BACnet)*:DMPR COMD, (BACnet)*:DMPR POS Damper Position -WORH
VAV -WORH #Supply Air Flow -WORH SAFLOW cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name= *SA-F*;MSTP=3498,3515; Descr=Supply*Flow; FQR,Name= SUP-F; FQR,Name= Flow; FQR,Name= *SupFlow*, Descr= Airflow Rate; Name=(BACnet)*:FLOW Supply Air Flow -WORH
VAV -WORH #Supply Air Flow Setpoint -WORH SAFLOWSP cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name= *SAFLOW-SP*,*SUPFLOSP*,*SAF-SP*,*Flow SP,*SF-SP,*CFM-STPT,*SUPFLOWSP,*SUPFLOW-SP,*SUPF-SP; MSTP=3384; Descr= Supply Air Flow Setpoint; Descr=Supply Airflow Setpoint; Name=(BACnet)*:FLOW STPT Supply Air Flow Setpoint -WORH
VAV -WORH #VAV Cooling Max Flow -WORH COOLMAXFLO cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name= *CLG-MAXFLOW*;MSTP=3108,3113; FQR,Name= *CLG*MAX*; Descr= Cooling Max Flow*; Descr= Cooling Max; Name=(BACnet)*:CLG FLOW MAX VAV Cooling Max Flow -WORH
VAV -WORH #VAV Cooling Min Flow -WORH COOLMINFLO cfm, cu meter/h, cu meter/s, L/s 4.3 FQR,Name=*CLG-MINFLOW;Descr=*Cooling Min Flow VAV Cooling Min Flow -WORH
VAV -WORH #VAV Occupancy Enable -WORH OCCMODE [Multistate] 4.3 FQR,Name= *EFF-OCC*,*OCC-S; MSTP=3290; Descr=Occupancy Status; Descr= Effective Occupancy VAV Occupancy Enable -WORH
VAV -WORH #VAV Zone Temp Setpoint -WORH ZNTSP deg F, deg C 4.3 FQR,Name=*ZNT-SP,*ZN-SP;Descr=*Zone Temp Setpoint; Name=(BACnet)*:CTL STPT VAV Zone Temp Setpoint -WORH
VAV -WORH #VAV Zone Temperature -WORH ZNT deg F, deg C 4.3 FQR,Name= *ZN-T;MSTP=1106; FQR,Name= *Zone Temp; Descr= Zone Temperature; Descr= Zone Temp; Name=(BACnet)*:CTL TEMP VAV Zone Temperature -WORH
VAV -WORH #Zone Supply Flow Rate ZSUPFLOW [Multistate] 4.3