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[null,null,null,"Sequence of Operation",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Version: 2.7.4",null,"Date: 08/01/17"]
[]
[]
[null,null,null,"WORKORDER #:  ",null,null,null,null,null,null,"MODEL #:","",null,"TAG #:",""]
[null,null,null,null,"CUSTOMER:",null,null,null,null,null,null,"PROJECT:",""]
[null,null,null,null,"CUSTOMER:",null,null,null,null,null,null,"SERIAL #:",""]
[null,null,null,null,"EQUIPMENT:",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"J7","v":0}]
[null,null,null,null,"ISSUE DATE:",null,null,null,null,null,null,"APPROVED:",""]
[null,null,null,null,null,"",null,null,null,null,null,"DATE:",null,null,""]
[]
[null,null,null,""]
[]
[null,null,null,""]
[]
[null,null,null,"INTRODUCTION"]
["START"]
["INTRO",null,null,"The ALC controller is turned on by a switch located on its front upper left corner.  Several Occupancy Control options are available for starting the unit.  These can be selected from the BACview display pad on the Controls screen (requires user password).  The Resident Program has an adjustable scheduler that uses the internal time clock to allow for separate Sequences for Occupied and Unoccupied periods.  This can be accessed from the BACview display pad on the Schedules screen (requires user password).  NOTE:  All temperature-related events have an additional 10 second (fixed) “delay on make” to allow temperatures to settle."]
["INTRO"]
["OM","H",null,"OCCUPIED MODE:"]
["OM","BVOCC",null,"When the BACview Schedule calls for the start of the Occupied Mode, and the ALC controller has verified that there are no fault or shutdown conditions, after a 30-second (fixed) delay the unit goes into Occupied Mode:"]
["OM","BASOCC",null,"When the BAS calls for the start of the Occupied Mode, and the ALC controller has verified that there are no fault or shutdown conditions, after a 30-second (fixed) delay the unit goes into Occupied Mode:"]
["OM","247OCC",null,"The ALC controller shall operate the unit in Occupied Mode on a 24 hr / 7 day schedule of operation:"]
["OM","SSOCC",null,"When the Start/Stop Switch (Digital Input) calls for the start of the Occupied Mode, and the ALC controller has verified that there are no fault or shutdown conditions, after a 30-second (fixed) delay the unit goes into Occupied Mode:"]
["OM","CO2OCC",null,"When the Carbon Dioxide (CO2) level goes above the CO2 set point 500ppm (adjustable) and the ALC controller has verified that there are no fault or shutdown conditions, after a 30-second (fixed) delay the unit goes into Occupied Mode:"]
["OM"]
["OD","H",null,"1.","Outdoor Air Damper (OD):",null,null,null,null,null,null,null,null,null,null,1]
["OD","ODBOH",null,"1.","Outdoor Air Damper (OD - By Others):",null,null,null,null,null,null,null,null,null,null,1]
["OD","ODRDH",null,"1.","Outdoor Air (OA) Damper and Return Air (RA) Damper:",null,null,null,null,null,null,null,null,null,null,1]
["OD","ODRAH",null,"1.","Outdoor Air (OA) Damper and Return Air Duct (no damper):",null,null,null,null,null,null,null,null,null,null,1]
["OD","SHTROD2H",null,"1.","Motorized Shutter and Outdoor Air (OA) Damper:",null,null,null,null,null,null,null,null,null,null,1]
["OD","SHTRNOODH",null,"1.","Motorized Shutter:",null,null,null,null,null,null,null,null,null,null,1]
["OD","OAAMS",null,null,"·","The OA Air Monitoring Station (OA-AMS) is included to monitor the OA air flow only."]
["OD","ZNDPT",null,null,"·","The Zone Differential Pressure Transmitter (ZN-DPT) is included to monitor the building static pressure only."]
["OD","ODRD",null,null,"·","The OA damper is normally closed and the RA damper is normally open."]
["OD","100OA",null,null,"·","After the unit goes into Occupied Mode, the Outdoor Air (OA) damper will open.  As the OA damper opens, the Outdoor Air Damper Actuator (OADA) auxiliary switches close."]
["OD","100OASHTR",null,null,"·","After the unit goes into Occupied Mode, the Motorized Shutter will begin to open."]
["OD","2POSMIN",null,null,"·","After the unit goes into Occupied Mode, the Outdoor Air (OA) damper will open fully to provide the minimum OA flow requirement."]
["OD","MODOD",null,null,"·","After the unit goes into Occupied Mode, the Outdoor Air (OA) damper will open to the position set during field test and balancing to provide the minimum OA flow requirement."]
["OD","MODODRD",null,null,"·","After the unit goes into Occupied Mode, the Outdoor Air (OA) damper will open and the Return Air (RA) damper will close to the position set during field test and balancing to provide the minimum OA flow requirement."]
["OD","MODDPT",null,null,"·","After the unit goes into Occupied Mode, the Outdoor Air (OA) damper will open and modulate based upon the Zone Differential Pressure Transmitter (ZN-DPT) set point."]
["OD","MODRDDPT",null,null,"·","After the unit goes into Occupied Mode, the OA damper will open and the RA damper will close.  Both dampers will modulate based upon the Zone Differential Pressure Transmitter (ZN-DPT) set point."]
["OD","COMBO",null,null,"·","After the unit goes into Occupied Mode, the OA damper will open and the RA damper will close.  As the OA damper opens, the Outdoor Air Damper Actuator (OADA) auxiliary switches close."]
["OD","OECON",null,null,"·","After the unit goes into Occupied Mode, the OA damper will open to the default position of 20% (adjustable) and the RA damper will close 20% (adjustable, open 80%)."]
["OD","RECON",null,null,"·","After the unit goes into Occupied Mode, the OA damper will open to the default position of 20% (adjustable, max. 20%) and the RA damper will close 20% (adjustable, open 80%)."]
["OD","ECONDPT",null,null,"·","After the unit goes into Occupied Mode, the OA damper will start at the default position of 0% (adjustable) and the RA damper at 100%.  Both dampers will modulate based upon the Zone Differential Pressure Transmitter (ZN-DPT) and the ZN-DPT set point."]
["OD","ECONCO2",null,null,"·","If the Carbon Dioxide (CO2) level rises above the CO2 set point of 1200ppm (adjustable) the dampers will modulate based upon the CO2 set point."]
["OD","SHUTTER",null,null,"·","The shutter position is determined by the SF CFM demand and DX Coil Face Velocity.  As the face velocity across the exposed coils goes above 125fpm for the surface area of the exposed coils plus the surface area of the next coil, the shutter will open to fully expose the next DX coil.  When the coil is exposed the EEV for that coil will be enabled.  As the face velocity across the exposed coils goes below 125fpm, the shutter will close to fully cover the topmost exposed DX coil and the EEV for that coil will be disabled."]
["OD","OD",null,null,"·","The OA damper stays open until the system reaches the end of the Occupied Mode period.  It will remain open until the supply fan turns off.  After the supply fan turns off, the OA damper will close."]
["OD","OD2H",null,null,"·","Outdoor Air Damper (Circuit #2):"]
["OD","OD2",null,null,null,"·","The OA damper on Circuit #2 will open when the SF CFM demand increases above the DX Coil Face Velocity threshold for Circuit #2.  It will remain open until the SF CFM demand decreases below the DX Coil Face Velocity threshold for Circuit #2, at which point the OA damper for circuit #2 will close."]
["OD","SHUTTER",null,null,"·","The Motorized Shutter stays open until the system reaches the end of the Occupied Mode period.  It will remain open until the supply fan turns off.  After the supply fan turns off, the shutter will close."]
["OD","ODRD",null,null,"·","The OA damper stays open until the system reaches the end of the Occupied Mode period.  It will remain open until the supply fan turns off.  After the supply fan turns off, the OA damper closes and the RA damper opens."]
["OD"]
["SF","H",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$26:P54), \".\")","v":"7."},"Supply Fan (SF):",null,null,null,null,null,null,null,null,null,null,2]
["SF","SFAMS",null,null,"·","The SF Air Monitoring Station (SF-AMS) is included to monitor the SF air flow only."]
["SF","SFDPT",null,null,"·","The SF Differential Pressure Transmitter (SF-DPT) is included to monitor the supply duct static pressure only."]
["SF","100OD",null,null,"·","As the OA damper opens, the OADA auxiliary switch will close and the SF will turn on."]
["SF","CLG",null,null,"·","The SF will run for 60 seconds (fixed) before cooling will be enabled."]
["SF","CLGDH",null,null,"·","The SF will run for 60 seconds (fixed) before cooling or dehumidification will be enabled."]
["SF","CLGHTG",null,null,"·","The SF will run for 60 seconds (fixed) before cooling or heating will be enabled."]
["SF","CLGDHHTG",null,null,"·","The SF will run for 60 seconds (fixed) before cooling, dehumidification, or heating will be enabled."]
["SF","HTG",null,null,"·","The SF will run for 60 seconds (fixed) before heating will be enabled."]
["SF",null,null,null,"·","The SF shall operate continuously while the unit is in the Occupied Mode.  When the system reaches the end of the Occupied Mode period, the SF will continue to run for an additional 2 minutes before turning off."]
["SF","VSH",null,null,"·","SF-VSC:  Supply Fan with Variable Speed Control."]
["SF","AMS",null,null,null,"·","The SF-VSC will modulate its speed based on the SF Air Monitoring Station (SF-AMS) signal and the SF air flow set point."]
["SF","CAV",null,null,null,"·","The SF-VSC's speed will be manually set based upon the SF air flow and/or static pressure value.  Select “Manual Override” in the BACview keypad and input the required speed (%) as determined in the field by Test and Balancing."]
["SF","SFDPT",null,null,null,"·","The SF-VSC will modulate its speed based upon the SF Differential Pressure Transmitter (SF-DPT) signal and the supply duct static pressure set point."]
["SF","ZNDPT",null,null,null,"·","The SF-VSC will modulate its speed based upon the Zone Differential Pressure Transmitter (ZN-DPT) signal and the building static pressure set point."]
["SF","ZATCLG",null,null,null,"·","The SF-VSC will modulate its speed based upon the Zone Air Temperature (ZAT) cooling set point (72°F, adjustable)."]
["SF","ZATCH",null,null,null,"·","The SF-VSC will modulate its speed based upon the Zone Air Temperature (ZAT) cooling set point (72°F, adjustable) in Cooling Mode or the ZAT heating set point (68°F, adjustable) in Heating Mode."]
["SF","ZATHTG",null,null,null,"·","The SF-VSC will modulate its speed based upon the Zone Air Temperature (ZAT) heating set point (68°F, adjustable)."]
["SF","VS",null,null,null,"·","Optional:  For constant air volume (CAV), select “Manual Override” in the BACview keypad and input the required speed (%) as determined in the field by Test and Balancing."]
["SF"]
["EF","H",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$26:P74), \".\")","v":"8."},"Exhaust Fan (EF):",null,null,null,null,null,null,null,null,null,null,3]
["EF","EFAMS",null,null,"·","The EF Air Monitoring Station (EF-AMS) is included to monitor the EF air flow only."]
["EF","EFDPT",null,null,"·","The EF Differential Pressure Transmitter (EF-DPT) is included to monitor the exhaust duct static pressure only."]
["EF","100OA",null,null,"·","At the same time the SF turns on, the EF will be enabled to run."]
["EF","COMBOOD",null,null,"·","As the OA damper opens, the OADA auxiliary switch will close and the EF will be enabled to run."]
["EF",null,null,null,"·","The EF shall be enabled to run while the unit is in the Occupied Mode.  When the system reaches the end of the Occupied Mode period, the EF will be enabled to run for an additional 2 minutes before turning off."]
["EF","VSH",null,null,"·","EF-VSC:  Exhaust Fan with Variable Speed Control."]
["EF","AMS",null,null,null,"·","The EF-VSC will modulate its speed based on the EF Air Monitoring Station (EF-AMS) signal and the EF air flow (in Cubic Feet per Minute - CFM) set point."]
["EF","CAV",null,null,null,"·","The EF-VSC's speed will be manually set based upon the EF air flow and/or static pressure value.  Select “Manual Override” in the BACview keypad and input the required speed (%) as determined in the field by Test and Balancing."]
["EF","EFDPT",null,null,null,"·","If the EF Differential Pressure Transmitter (EF-DPT) signal is above the exhaust duct static pressure set point,  the EF-VSC will modulate its speed based upon the EF-DPT and the set point.  If the EF-DPT signal is below the exhaust duct static pressure set point, the EF will modulate down to 0% (adjustable) speed."]
["EF","ZNDPT",null,null,null,"·","If the Zone Differential Pressure Transmitter (ZN-DPT) signal is above the building static pressure set point,  the EF-VSC will modulate its speed based upon the ZN-DPT and the set point.  If the ZN-DPT signal is below the building static pressure set point, the EF will modulate down to 0% (adjustable) speed."]
["EF","VS",null,null,null,"·","Optional:  For constant air volume (CAV), select “Manual Override” in the BACview keypad and input the required speed (%) as determined in the field by Test and Balancing."]
["EF"]
["ZATSAT","H",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$26:P87), \".\")","v":"9."},"ZAT / SAT Set Point Reset:",null,null,null,null,null,null,null,null,null,null,4]
["ZATSAT",null,null,null,"·","ZAT / SAT Set Point Reset is selectable using the BACview display pad or Building Automation System (BAS) (default is “OFF”)."]
["ZATSAT","CLG",null,null,"·","As the ZAT goes above the ZAT cooling set point, the SAT cooling set point will decrease by a ratio (adjustable) in order to lower the ZAT.  As the ZAT goes below the ZAT cooling set point, the SAT cooling set point will increase by a ratio (adjustable) in order to raise the ZAT.  When the ZAT equals the ZAT cooling set point, the SAT cooling set point will return to the original value."]
["ZATSAT","HTG",null,null,"·","As the ZAT goes below the ZAT heating set point, the SAT heating set point will increase by a ratio (adjustable) in order to raise the ZAT.  As the ZAT goes above the ZAT heating set point, the SAT heating set point will decrease by a ratio (adjustable) in order to lower the ZAT.  When the ZAT equals the ZAT heating set point, the SAT heating set point will return to the original value."]
["ZATSAT",null,null,null,"·","Example:  A ZAT:SAT ratio of 1:3 means for every 1°F of ZAT increase the SAT set point will decrease by 3°F; maximum -15°F (ZAT = 73°F, SAT = 69°F; ZAT = 74°F, SAT = 66°F; ZAT = 75°F, SAT = 63°F; etc.)."]
["ZATSAT"]
["ECON","H",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$26:P93), \".\")","v":"10."},"Economizer Mode:",null,null,null,null,null,null,null,null,null,null,5]
["ECON","OAE",null,null,"·","Free Cooling:  When there is a demand for cooling, if the Outdoor Air Enthalpy (OAE) is below 22 BTU/lb (adjustable) and the Outdoor Air Temperature (OAT) is below 59°F (adjustable), the Economizer will be enabled and act as 1st stage cooling.  The compressor will remain off, the OA damper will start to open from the default position, and the RA damper will start to close.  The OA and RA dampers will modulate based upon the Supply Air Temperature (SAT) cooling set point of 55°F (adjustable)."]
["ECON","OAEECW",null,null,"·","Free Cooling:  When there is a demand for cooling, if the Outdoor Air Enthalpy (OAE) is below 22 BTU/lb (adjustable) and the Outdoor Air Temperature (OAT) is below 59°F (adjustable), the Economizer will be enabled and act as 1st stage cooling.  The wheel will be disabled, compressor will remain off, the OA damper will start to open from the default position, and the RA damper will start to close.  The OA and RA dampers will modulate based upon the Supply Air Temperature (SAT) cooling set point of 55°F (adjustable)."]
["ECON","OAT",null,null,"·","Free Cooling:  When there is a demand for cooling, if the Outdoor Air Temperature (OAT) is equal to or below 55°F (adjustable), the Economizer will be enabled and act as 1st stage cooling.  The compressor will remain off, the OA damper will start to open from the default position, and the RA damper will start to close.  The OA and RA dampers will modulate based upon the Supply Air Temperature (SAT) cooling set point of 55°F (adjustable)."]
["ECON","OATECW",null,null,"·","Free Cooling:  When there is a demand for cooling, if the Outdoor Air Temperature (OAT) is equal to or below 55°F (adjustable), the Economizer will be enabled and act as 1st stage cooling.  The wheel will be disabled, compressor will remain off, the OA damper will start to open from the default position, and the RA damper will start to close.  The OA and RA dampers will modulate based upon the Supply Air Temperature (SAT) cooling set point of 55°F (adjustable)."]
["ECON","C1",null,null,"·","After 1st stage cooling is enabled, a 10-minute (adjustable) staging delay is initiated.  If there is still a demand for additional cooling after the delay time has expired, compressor #1 will run as the 2nd stage cooling.  At this point, the OA and RA dampers will modulate based upon the Mixed Air Temperature (MAT) cooling set point of 65°F (adjustable)."]
["ECON","NOEF",null,null,"·","If the MAT falls below the SAT low limit set point (40°F; adjustable), the OA damper shall close."]
["ECON","EF",null,null,"·","If the MAT falls below the SAT low limit set point (40°F; adjustable), the EF will turn off and the OA damper shall close."]
["ECON","OAE",null,null,"·","When the OAE goes 2 BTU/lb (adjustable) above the OAE cooling set point 22 BTU/lb (adjustable) or the OAT is equal to or greater than 59°F (adjustable), the OA damper will go back to default position and the unit will return to normal cooling mode."]
["ECON","OAT",null,null,"·","When the OAT is equal to or greater than 59°F (adjustable), the OA damper will go back to default position and the unit will return to normal cooling mode."]
["ECON",null,null,null,"·","Economizer Fault Detections and Diagnosis Alarms (Title 24):"]
["ECON",null,null,null,null,"·","FDD:  Damper Not Modulating"]
["ECON",null,null,null,null,"·","FDD:  Economizing When It Should Not"]
["ECON",null,null,null,null,"·","FDD:  Excess Outdoor Air"]
["ECON",null,null,null,null,"·","FDD:  Not Economizing When It Should"]
["ECON",null,null,null,null,"·","FDD:  OAT Sensor Failure"]
["ECON",null,null,null,null,"·","FDD:  SAT Sensor Failure"]
["ECON"]
["ECW","H",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$26:P111), \".\")","v":"11."},"Energy Conservation Wheel (ECW):",null,null,null,null,null,null,null,null,null,null,6]
["ECW","BO",null,null,"·","ECW provided by others."]
["ECW","ALC",null,null,"·","After the SF turns on, the ECW is enabled."]
["ECW","JCI",null,null,"·","As the OA damper opens, the Johnson Controls Incorporated (JCI) C450 controller is enabled."]
["ECW","JCI",null,null,"·","At this point, the ECW becomes an independently controlled piece of equipment."]
["ECW","BP",null,null,"·","The ECW By-Pass Damper will open when the ECW is off and it will close when the ECW is on."]
["ECW","STDH",null,null,"·","ECW Standard Operation:"]
["ECW","STD",null,null,null,"·","When the OAT is 3°F (adjustable) or more above or below the RAT, the ECW will be on, otherwise it is off."]
["ECW","OODH",null,null,"·","ECW with On/Off Defrost:"]
["ECW","OOD",null,null,null,"·","When the OAT is 3°F (adjustable) or more above or below the RAT, the ECW will be on.  It will be off if the OAT is less than 3°F (adjustable) above or below the RAT or if the WExAT is below 25°F (adjustable) to allow for wheel defrosting.  When the WExAT rises above 35°F (adjustable), the wheel will turn back on."]
["ECW","VFDH",null,null,"·","ECW with VFD Controlled Defrost (WM-VFD):"]
["ECW","VFD",null,null,null,"·","When the OAT is 3°F (adjustable) or more above or below the RAT, the ECW will be on.  It will be off if the OAT is less than 3°F (adjustable) above or below the RAT.  If the WExAT goes below 25°F (adjustable), it will modulate speed down to 10 Hz (minimum, adjustable) to allow for wheel defrosting.  It will increase speed as the WExAT rises toward 25°F (adjustable) or more."]
["ECW"]
["CLG","H",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$26:P124), \".\")","v":"12."},"Cooling Mode:",null,null,null,null,null,null,null,null,null,null,7]
["CLG","ASHP",null,null,"·","Reversing Valve is \"OFF\" in Cooling Mode."]
["CLG","WSHP",null,null,"·","Reversing Valve is \"ON\" in Cooling Mode."]
["CLG","CMECAT",null,null,"·","Cooling Mode is available when the Entering Coil Air Temperature (ECAT) is 1°F (fixed) above the ECAT cooling lower limit (55°F, adjustable) and there is a demand for cooling."]
["CLG","CMMAT",null,null,"·","Cooling Mode is available when the Mixed Air Temperature (MAT) is 1°F (fixed) above the MAT cooling lower limit (55°F, adjustable) and there is a demand for cooling."]
["CLG","CMOAT",null,null,"·","Cooling Mode is available when the Outdoor Air Temperature (OAT) is 1°F (fixed) above the OAT cooling lower limit (55°F, adjustable) and there is a demand for cooling."]
["CLG","CMREC",null,null,"·","Cooling Mode is available when the Outdoor Air Temperature (OAT) is 1°F (fixed) above the OAT cooling lower limit (40°F, adjustable) and there is a demand for cooling."]
["CLG","ECAE",null,null,"·","When the Entering Coil Air Enthalpy (ECAE) is 1 BTU/lb (adjustable) or more above the ECAE cooling set point #1 (24 BTU/lb, adjustable), compressor #1 turns on."]
["CLG","ECAT",null,null,"·","When the Entering Coil Air Temperature (ECAT) is 1°F (adjustable) or more above the ECAT cooling set point #1 (60°F, adjustable), compressor #1 turns on."]
["CLG","ECAT/DP",null,null,"·","When the Entering Coil Air Temperature (ECAT) is 1°F (adjustable) or more above the ECAT cooling set point #1 (60°F, adjustable) or the Entering Coil Dew Point (ECDP) is 1°F (adjustable) or more above the ECDP cooling set point #1 (55°F, adjustable), compressor #1 turns on."]
["CLG","ECAT/DPLC",null,null,"·","When the Entering Coil Air Temperature (ECAT) is 1°F (adjustable) or more above the ECAT cooling set point #1 (60°F, adjustable) or the Entering Coil Dew Point (ECDP) is 1°F (adjustable) or more above the Supply Air Dew Point (SADP) cooling set point (55°F, adjustable), compressor #1 turns on."]
["CLG","ECAT/E",null,null,"·","When the Entering Coil Air Temperature (ECAT) is 1°F (adjustable) or more above the ECAT cooling set point #1 (60°F, adjustable) or the Entering Coil Air Enthalpy (ECAE) is 1 BTU/lb (adjustable) or more above the ECAE cooling set point #1 (24 BTU/lb, adjustable), compressor #1 turns on."]
["CLG","ECAT/SAT",null,null,"·","When the Entering Coil Air Temperature (ECAT) is 1°F (adjustable) or more above the ECAT cooling set point (70°F, adjustable), compressor #1 turns on."]
["CLG","MAT",null,null,"·","When the Mixed Air Temperature (MAT) is 2°F (adjustable) or more above the MAT cooling set point (55°F, adjustable), compressor #1 turns on."]
["CLG","MAT/SAT",null,null,"·","When the Mixed Air Temperature (MAT) is 2°F (adjustable) or more above the Supply Air Temperature (SAT) cooling set point (55°F, adjustable), compressor #1 turns on."]
["CLG","OAE",null,null,"·","When the Outdoor Air Enthalpy (OAE) is 1 BTU/lb (adjustable) or more above the OAE cooling set point #1 (24 BTU/lb, adjustable), compressor #1 turns on."]
["CLG","OAT",null,null,"·","When the Outdoor Air Temperature (OAT) is 1°F (adjustable) or more above the OAT cooling set point #1 (60°F, adjustable), compressor #1 turns on."]
["CLG","OAT/DP",null,null,"·","When the Outdoor Air Temperature (OAT) is 1°F (adjustable) or more above the OAT cooling set point #1 (60°F, adjustable) or the Outdoor Air Dew Point (OADP) is 1°F (adjustable) or more above the OADP cooling set point #1 (55°F, adjustable), compressor #1 turns on."]
["CLG","OAT/DPLC",null,null,"·","When the Outdoor Air Temperature (OAT) is 1°F (adjustable) or more above the OAT cooling set point #1 (60°F, adjustable) or the Outdoor Air Dew Point (OADP) is 1°F (adjustable) or more above the Supply Air Dew Point (SADP) cooling set point (55°F, adjustable), compressor #1 turns on."]
["CLG","OAT/E",null,null,"·","When the Outdoor Air Temperature (OAT) is 1°F (adjustable) or more above the OAT cooling set point #1 (60°F, adjustable) or the Outdoor Air Enthalpy (OAE) is 1 BTU/lb (adjustable) or more above the OAE cooling set point #1 (24 BTU/lb, adjustable), compressor #1 turns on."]
["CLG","OAT/SAT",null,null,"·","When the Outdoor Air Temperature (OAT) is 1°F (adjustable) or more above the OAT cooling set point (70°F, adjustable), compressor #1 turns on."]
["CLG","RAT",null,null,"·","When the Return Air Temperature (RAT) is 1°F (adjustable) or more above the RAT cooling set point #1 (72°F, adjustable), compressor #1 turns on."]
["CLG","ZAT",null,null,"·","When the Zone Air Temperature (ZAT) is 1°F (adjustable) or more above the ZAT cooling set point (74°F, adjustable), compressor #1 turns on."]
["CLG","C2ECAE",null,null,"·","When the ECAE is 1 BTU/lb (adjustable) or more above the ECAE cooling set point #2 (26 BTU/lb, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2ECAT",null,null,"·","When the ECAT is 1°F (adjustable) or more above the ECAT cooling set point #2 (75°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2ECAT/DP",null,null,"·","When the ECAT is 1°F (adjustable) or more above the ECAT cooling set point #2 (75°F, adjustable) and the ECDP is 1°F (adjustable) and more above the ECDP cooling set point #2 (65°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2ECAT/E",null,null,"·","When the ECAT is 1°F (adjustable) or more above the ECAT cooling set point #2 (75°F, adjustable) or the ECAE is 1 BTU/lb (adjustable) or more above the ECAE cooling set point #2 (26 BTU/lb, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2OAE",null,null,"·","When the OAE is 1 BTU/lb (adjustable) or more above the OAE cooling set point #2 (26 BTU/lb, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2OAT",null,null,"·","When the OAT is 1°F (adjustable) or more above the OAT cooling set point #2 (75°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2OAT/DP",null,null,"·","When the OAT is 1°F (adjustable) or more above the OAT cooling set point #2 (75°F, adjustable) or the OADP is 1°F (adjustable) and more above the OADP cooling set point #2 (65°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2OAT/E",null,null,"·","When the OAT is 1°F (adjustable) or more above the OAT cooling set point #2 (75°F, adjustable) or the OAE is 1 BTU/lb (adjustable) or more above the OAE cooling set point #2 (26 BTU/lb, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2RAT",null,null,"·","When the RAT is 2°F (adjustable) or more above the RAT cooling set point (72°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2SADP",null,null,"·","When the SADP is 1°F (adjustable) or more above the SADP cooling set point (55°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2SAT",null,null,"·","When the SAT is 2°F (adjustable) or more above the SAT cooling set point (70°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","RC2SAT",null,null,"·","When the SAT is 2°F (adjustable) or more above the SAT cooling set point (55°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2ZAT",null,null,"·","When the ZAT is 2°F (adjustable) or more above the ZAT cooling set point (74°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["CLG","C2ECAE",null,null,"·","When the ECAE is 1 BTU/lb (adjustable) or more below the ECAE cooling set point #2 (26 BTU/lb, adjustable), after 10 minutes (adj.) time delay, compressor #2 turns off."]
["CLG","C2ECAT",null,null,"·","When the ECAT is 1°F (adjustable) or more below the ECAT cooling set point #2 (75°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["CLG","C2ECAT/DP",null,null,"·","When the ECAT is 1°F (adjustable) or more below the ECAT cooling set point #2 (75°F, adjustable) and the ECDP is 1°F (adjustable) or more below the ECDP cooling set point #2 (65°F, adjustable), after 10 minutes (adj.) time delay, compressor #2 turns off."]
["CLG","C2ECAT/E",null,null,"·","When the ECAT is 1°F (adjustable) or more below the ECAT cooling set point #2 (75°F, adjustable) and the ECAE is 1 BTU/lb (adjustable) or more below the ECAE cooling set point #2 (26 BTU/lb, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["CLG","C2OAE",null,null,"·","When the OAE is 1 BTU/lb (adjustable) or more below the OAE cooling set point #2 (26 BTU/lb, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["CLG","C2OAT",null,null,"·","When the OAT is 1°F (adjustable) or more below the OAT cooling set point #2 (75°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["CLG","C2OAT/DP",null,null,"·","When the OAT is 1°F (adjustable) or more below the OAT cooling set point #2 (75°F, adjustable) and the OADP is 1°F (adjustable) or more below the OADP cooling set point #2 (65°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["CLG","C2OAT/E",null,null,"·","When the OAT is 1°F (adjustable) or more below the OAT cooling set point #2 (75°F, adjustable) and the OAE is 1 BTU/lb (adjustable) or more below the OAE cooling set point #2 (26 BTU/lb, adjustable), compressor #2 turns off."]
["CLG","C2RAT",null,null,"·","When the RAT is 2°F (adjustable) or more below the RAT cooling set point (72°F, adjustable),  after 10 minutes (adj.) time delay,compressor #2 turns off."]
["CLG","C2SADP",null,null,"·","When the SADP is 1°F (adjustable) or more below the SADP cooling set point (55°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["CLG","C2SAT",null,null,"·","When the SAT is 2°F (adjustable) or more below the SAT cooling set point (70°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["CLG","RC2SAT",null,null,"·","When the SAT is 2°F (adjustable) or more below the SAT cooling set point (55°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["CLG","C2ZAT",null,null,"·","When the ZAT is equal to the ZAT cooling set point (74°F, adjustable),  after 10 minutes (adj.) time delay,  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["CLG","ECAE",null,null,"·","When the ECAE is 1 BTU/lb (adjustable) or more below the ECAE cooling set point #1 (24 BTU/lb, adjustable), compressor #1 turns off."]
["CLG","ECAT",null,null,"·","When the ECAT is 1°F (adjustable) or more below the ECAT cooling set point #1 (60°F, adjustable), compressor #1 turns off."]
["CLG","ECAT/DP",null,null,"·","When the ECAT is 1°F (adjustable) or more below the ECAT cooling set point #1 (60°F, adjustable) and the ECDP is 1°F (adjustable) or more below the ECDP cooling set point #1 (55°F, adjustable), compressor #1 turns off."]
["CLG","ECAT/DPLC",null,null,"·","When the ECAT is 1°F (adjustable) or more below the ECAT cooling set point #1 (60°F, adjustable) and the ECDP is 1°F (adjustable) or more below the SADP cooling set point (55°F, adjustable), compressor #1 turns off."]
["CLG","ECAT/E",null,null,"·","When the ECAT is 1°F (adjustable) or more below the ECAT cooling set point #1 (60°F, adjustable) and the ECAE is 1 BTU/lb (adjustable) or more below the ECAE cooling set point #1 (24 BTU/lb, adjustable), compressor #1 turns off."]
["CLG","ECAT/SAT",null,null,"·","When the ECAT is 1°F (adjustable) or more below the ECAT cooling set point (70°F, adjustable), compressor #1 turns off."]
["CLG","MAT",null,null,"·","When the MAT is 1°F (adjustable) or more below the MAT cooling set point (55°F, adjustable), compressor #1 turns off."]
["CLG","MAT/SAT",null,null,"·","When the MAT is 1°F (adjustable) or more below the SAT cooling set point (55°F, adjustable), compressor #1 turns off."]
["CLG","OAE",null,null,"·","When the OAE is 1 BTU/lb (adjustable) or more below the OAE cooling set point #1 (24 BTU/lb, adjustable), compressor #1 turns off."]
["CLG","OAT",null,null,"·","When the OAT is 1°F (adjustable) or more below the OAT cooling set point #1 (60°F, adjustable), compressor #1 turns off."]
["CLG","OAT/DP",null,null,"·","When the OAT is 1°F (adjustable) or more below the OAT cooling set point #1 (60°F, adjustable) and the OADP is 1°F (adjustable) or more below the OADP cooling set point #1 (55°F, adjustable), compressor #1 turns off."]
["CLG","OAT/DPLC",null,null,"·","When the OAT is 1°F (adjustable) or more below the OAT cooling set point #1 (60°F, adjustable) and the OADP is 1°F (adjustable) or more below the SADP cooling set point (55°F, adjustable), compressor #1 turns off."]
["CLG","OAT/E",null,null,"·","When the OAT is 1°F (adjustable) or more below the OAT cooling set point #1 (60°F, adjustable) and the OAE is 1 BTU/lb (adjustable) or more below the OAE cooling set point #1 (24 BTU/lb, adjustable), compressor #1 turns off."]
["CLG","OAT/SAT",null,null,"·","When the OAT is 1°F (adjustable) or more below the OAT cooling set point (70°F, adjustable), compressor #1 turns off."]
["CLG","RAT",null,null,"·","When the RAT is 1°F (adjustable) or more below the RAT cooling set point #1 (72°F, adjustable), compressor #1 turns off."]
["CLG","ZAT",null,null,"·","When the ZAT is 1°F (adjustable) or more below the ZAT cooling set point (74°F, adjustable), compressor #1 turns off."]
["CLG","SFVSC",null,null,"·","Factory suggested minimum SF-VSC modulation shall be 50% (adjustable)."]
["CLG","TANDEM",null,null,"·","Tandem Compressor:  The lag circuit is enabled when the unloader switch is energized.  The unloader switch is energized when the compressor suction pressure goes above the set point of 140psi (adjustable on the unloader switch).  When the suction pressure goes below the set point minus a differential of 32psi (adjustable), the lag circuit turns off.  A time delay module with a 5-minute (fixed) minimum run-time and 5-minute (fixed) minimum time-off delay is used to prevent compressor short cycling."]
["CLG","C2OPT",null,null,"·","Optional:  When enabled, if there is a call for 1st stage cooling, 2nd stage cooling will be enabled after a 10-minute (adjustable) delay.  Default is \"OFF\"."]
["CLG",null,null,null,"·","Compressor enabling logic includes a 5-minute (fixed) minimum run-time and a 5-minute (fixed) minimum time-off delay to prevent compressor short cycling."]
["CLG","CHWH",null,null,"·","Chilled Water Coil:"]
["CLG","CHWOASAT",null,null,null,"·","The chilled water coil valve will modulate based upon the SAT sensor and set point (70°F, adjustable)."]
["CLG","CHWRSAT",null,null,null,"·","The chilled water coil valve will modulate based upon the SAT sensor and set point (55°F, adjustable)."]
["CLG","DIGH",null,null,"·","Digital Compressor:"]
["CLG","2DIGH",null,null,"·","Digital Compressors:"]
["CLG","DIG",null,null,null,"·","The ALC controls the capacity of the digital compressor by rapidly loading and unloading the compressor in 15 second intervals."]
["CLG","2DIG",null,null,null,"·","The ALC controls the capacity of the digital compressors by rapidly loading and unloading the compressors in 15 second intervals."]
["CLG","DIGDXLAT",null,null,null,"·","The digital compressor will modulate based upon the DX Leaving Air Temperature (DX LAT) sensor and set point (55°F, adjustable)."]
["CLG","DIGOASAT",null,null,null,"·","The digital compressor will modulate based upon the SAT sensor and set point (70°F, adjustable)."]
["CLG","DIGRSAT",null,null,null,"·","The digital compressor will modulate based upon the SAT sensor and set point (55°F, adjustable)."]
["CLG","DIGSLT",null,null,null,"·","The digital compressor will modulate based upon the DX Suction Line Temperature (SLT) sensor and set point (50°F, adjustable)."]
["CLG","DIGHGRH",null,null,null,"·","If the HGRH is unable to maintain the SAT cooling set point (70°F, adjustable), the digital compressor modulation will be increased to provide more capacity for reheat."]
["CLG","VSCH",null,null,"·","Vari-Speed Compressor:"]
["CLG","2VSCH",null,null,"·","Vari-Speed Compressors:"]
["CLG","VSCDXLAT",null,null,null,"·","The vari-speed compressor modulation will be based upon the DX Leaving Air Temperature (DX LAT) sensor and set point (55°F, adjustable)."]
["CLG","VSCOASAT",null,null,null,"·","The vari-speed compressor modulation will be based upon the SAT sensor and set point (70°F, adjustable)."]
["CLG","VSCRSAT",null,null,null,"·","The vari-speed compressor modulation will be based upon the SAT sensor and set point (55°F, adjustable)."]
["CLG","VSCSLT",null,null,null,"·","The vari-speed compressor modulation will be based upon the DX Suction Line Temperature (SLT) sensor and set point (50°F, adjustable)."]
["CLG","VSCSADP",null,null,null,"·","The vari-speed compressor modulation will be based upon the Supply Air Dew Point (SADP) sensor and set point (55°F, adjustable).  The modulation may be modified based upon the Suction Line Pressure (SLP) sensor and set point (105psi, adjustable) to provide freeze protection."]
["CLG","VSCHGRH",null,null,null,"·","If the HGRH is unable to maintain the SAT cooling set point (70°F, adjustable), the vari-speed compressor modulation will be increased to provide more capacity for reheat."]
["CLG","FPDXLAT",null,null,"·","If the DX LAT drops to 38°F or less for 3 minutes, the ALC controller will issue an alarm and the compressor stops.  When the DX LAT warms back up to 55°F or more, the compressor turns back on."]
["CLG","FPSLT",null,null,"·","If the SLT drops to 35°F or less for 3 minutes, the ALC controller will issue an alarm and the compressor stops.  When the SLT warms back up to 50°F or more, the compressor turns back on."]
["CLG","C2DXLAT",null,null,"·","If there is a current call for 1st stage cooling and compressor #1 is shut down due to an alarm (HPS1, LPS1, or DX LAT1), compressor #2 will be turned on to take its place until it returns."]
["CLG","C2SLT",null,null,"·","If there is a current call for 1st stage cooling and compressor #1 is shut down due to an alarm (HPS1, LPS1, or SLT1), compressor #2 will be turned on to take its place until it returns."]
["CLG","EEVH",null,null,"·","Electronic Expansion Valve (EEV):"]
["CLG","EEV",null,null,null,"·","The ALC controller shall modulate the EEV positions (one for each Circuit #1 DX coil) to maintain the evaporator superheat set point (6°F, adjustable), based upon the Suction Line Temperature minus the Liquid Pipe Temperature (SLT-LPT)."]
["CLG","HGOOH",null,null,"·","Hot Gas Reheat (HGRH) – On/Off:"]
["CLG","HGOO",null,null,null,"·","When the SAT is 1°F (adjustable) or more below the SAT cooling set point (70°F, adjustable), HGRH turns on and cycles based upon the SAT cooling set point."]
["CLG","HGOO",null,null,null,"·","When SAT is 2°F (adjustable) or more above the SAT cooling set point, HGRH turns off."]
["CLG","HGMODH",null,null,"·","Hot Gas Reheat (HGRH) – Modulating:"]
["CLG","HGMOD",null,null,null,"·","When the SAT is 1°F (adjustable) or more below the SAT cooling set point (70°F, adjustable), HGRH turns on and modulates based upon the SAT cooling set point."]
["CLG","HGMOD",null,null,null,"·","When SAT is 2°F (adjustable) or more above the SAT cooling set point, HGRH turns off."]
["CLG"]
["DH","H",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$26:P226), \".\")","v":"13."},"Dehumidification Mode:",null,null,null,null,null,null,null,null,null,null,8]
["DH","ASHP",null,null,"·","Reversing Valve is \"OFF\" in Dehumidification Mode."]
["DH","WSHP",null,null,"·","Reversing Valve is \"ON\" in Dehumidification Mode."]
["DH","DMECAT",null,null,"·","Dehumidification Mode is available if the ECAT is 1°F (fixed) above the dehumidification lower limit of 60°F (adjustable) and there is no call for heating."]
["DH","DMMAT",null,null,"·","Dehumidification Mode is available if the MAT is 1°F (fixed) above the dehumidification lower limit of 60°F (adjustable) and there is no call for heating."]
["DH","DMOAT",null,null,"·","Dehumidification Mode is available if the OAT is 1°F (fixed) above the dehumidification lower limit of 60°F (adjustable) and there is no call for heating."]
["DH","DMREC",null,null,"·","Dehumidification Mode is available if the OAT is 1°F (fixed) above the dehumidification lower limit of 40°F (adjustable) and there is no call for heating."]
["DH","RECR",null,null,"·","Satisfying the RAT cooling set point is the priority."]
["DH","RECZ",null,null,"·","Satisfying the ZAT cooling set point is the priority."]
["DH","ECDP",null,null,"·","When the Entering Coil Air Dew Point (ECDP) is 1°F (adjustable) or more above the Supply Air Dew Point (SADP) set point (55°F, adjustable), Dehumidification Mode is enabled.  After the minimum time-off delay, compressor #1 turns on."]
["DH","ECAE",null,null,"·","When the Entering Coil Air Enthalpy (ECAE) is 1 BTU/lb (adjustable) or more above the ECAE set point (26 BTU/lb, adjustable), Dehumidification Mode is enabled.  After minimum time-off delay, compressor #1 turns on."]
["DH","MADP",null,null,"·","When the Mixed Air Dew Point (MADP) is 1°F (adjustable) or more above the MADP set point (55°F, adjustable), Dehumidification Mode is enabled.  After the minimum time-off delay, compressor #1 turns on."]
["DH","MAE",null,null,"·","When the Mixed Air Enthalpy (MAE) is 1 BTU/lb (adjustable) or more above the MAE set point (26 BTU/lb, adjustable), Dehumidification Mode is enabled.  After the minimum time-off delay, compressor #1 turns on."]
["DH","OADP",null,null,"·","When the Outdoor Air Dew Point (OADP) is 1°F (adjustable) or more above the Supply Air Dew Point (SADP) set point (55°F, adjustable), Dehumidification Mode is enabled.  After the minimum time-off delay, compressor #1 turns on."]
["DH","OAE",null,null,"·","When the Outdoor Air Enthalpy (OAE) is 1 BTU/lb (adjustable) or more above the OAE set point (26 BTU/lb, adjustable), Dehumidification Mode is enabled.  After the minimum time-off delay, compressor #1 turns on."]
["DH","RARH",null,null,"·","When the Return Air Relative Humidity (RA-RH) is 1% (adjustable) or more above the RA-RH set point (55%rh, adjustable), Dehumidification Mode is enabled.  After the minimum time-off delay, compressor #1 turns on."]
["DH","SARHEC",null,null,"·","If there is no demand for cooling, when the Entering Coil Relative Humidity (EC-RH) is 1% (adjustable) or more above the Supply Air Relative Humidity (SA-RH) set point (55%rh, adjustable), Dehumidification Mode is enabled.  After the minimum time-off delay, compressor #1 turns on."]
["DH","SARHOA",null,null,"·","If there is no demand for cooling, when the Outdoor Air Relative Humidity (OA-RH) is 1% (adjustable) or more above the Supply Air Relative Humidity (SA-RH) set point (55%rh, adjustable), Dehumidification Mode is enabled.  After the minimum time-off delay, compressor #1 turns on."]
["DH","SARH",null,null,"·","If there is a current demand for cooling, when the SA-RH is 1% (adjustable) or more above the SA-RH set point (55%rh, adjustable), Dehumidification Mode is enabled."]
["DH","ZADP",null,null,"·","When the Zone Air Dew Point (ZADP) is 1°F (adjustable) or more above the ZADP set point (55°F, adjustable), Dehumidification Mode is enabled.  After the minimum time-off delay, compressor #1 turns on."]
["DH","ZRH",null,null,"·","When the Zone Relative Humidity (Z-RH) is 1% (adjustable) or more above the Z-RH set point (55%rh, adjustable), Dehumidification Mode is enabled.  After the minimum time-off delay, compressor #1 turns on."]
["DH","C2ECDP",null,null,"·","When the SADP is 2°F (adjustable) or more above the SADP set point (55°F, adjustable), and after minimum time-off delay, compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on.  Both compressors respond in sequence and run at full cooling."]
["DH","C2ECAE",null,null,"·","When ECAE is 2 BTU/lb (adjustable) or more above the ECAE set point (26 BTU/lb, adj.), and after minimum time-off delay, compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on.  Both compressors respond in sequence and run at full cooling."]
["DH","C2MADP",null,null,"·","When the SADP is 2°F (adjustable) or more above the MADP set point (55°F, adjustable), and after minimum time-off delay, compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on.  Both compressors respond in sequence and run at full cooling."]
["DH","C2MAE",null,null,"·","When the MAE is 2 BTU/lb (adjustable) or more above the MAE set point (26 BTU/lb, adj.), and after minimum time-off delay, compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on.  Both compressors respond in sequence and run at full cooling."]
["DH","C2OADP",null,null,"·","When the SADP is 2°F (adjustable) or more above the SADP set point (55°F, adjustable), and after minimum time-off delay, compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on.  Both compressors respond in sequence and run at full cooling."]
["DH","C2OAE",null,null,"·","When the OAE is 2 BTU/lb (adjustable) or more above the OAE set point (26 BTU/lb, adj.), and after minimum time-off delay, compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on.  Both compressors respond in sequence and run at full cooling."]
["DH","C2RARH",null,null,"·","When RA-RH is 2% (adjustable) or more above the RA-RH set point (55%rh, adjustable), and after minimum time-off delay, compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on.  Both compressors respond in sequence and run at full cooling."]
["DH","C2SARH",null,null,"·","When SA-RH is 2% (adjustable) or more above the SA-RH set point (55%rh, adjustable), and after minimum time-off delay, compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on.  Both compressors respond in sequence and run at full cooling."]
["DH","C2ZADP",null,null,"·","When the ZADP is 2°F (adjustable) or more above the ZADP set point (55°F, adjustable), and after minimum time-off delay, compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on.  Both compressors respond in sequence and run at full cooling."]
["DH","C2ZRH",null,null,"·","When Z-RH is 2% (adjustable) or more above the Z-RH set point (55%rh, adjustable), and after the minimum time-off delay, compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on.  Both compressors respond in sequence and run at full cooling."]
["DH","HGRH",null,null,"·","HGRH is enabled to operate as necessary based upon the SAT dehumidification set point (70°F, adjustable)."]
["DH","C2ECDP",null,null,"·","When the SADP is 1°F (adjustable) or more below SADP set point (55°F, adjustable),  after 10 minutes (adj.) time delay,compressor #2 turns off."]
["DH","C2ECAE",null,null,"·","When ECAE is 1 BTU/lb (adjustable) or more below ECAE set point (26 BTU/lb, adj.),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["DH","C2MADP",null,null,"·","When SADP is 1°F (adjustable) or more below MADP set point (55°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["DH","C2MAE",null,null,"·","When MAE is 1 BTU/lb (adjustable) or more below MAE set point (26 BTU/lb, adj.),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["DH","C2OADP",null,null,"·","When SADP is 1°F (adjustable) or more below SADP set point (55°F, adjustable), after 10 minutes (adj.) time delay, compressor #2 turns off."]
["DH","C2OAE",null,null,"·","When OAE is 1 BTU/lb (adjustable) or more below OAE set point (26 BTU/lb, adj.),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["DH","C2RARH",null,null,"·","When RA-RH is 1% (adjustable) or more below RA-RH set point (55%rh, adjustable),  after 10 minutes (adj.) time delay,compressor #2 turns off."]
["DH","C2SARH",null,null,"·","When SA-RH is 1% (adjustable) or more below SA-RH set point (55%rh, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["DH","C2ZADP",null,null,"·","When ZADP is 1°F (adjustable) or more below ZADP set point (55°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["DH","C2ZRH",null,null,"·","When Z-RH is 1% (adjustable) or more below Z-RH set point (55%rh, adjustable), after 10 minutes (adj.) time delay, compressor #2 turns off."]
["DH","ECDP",null,null,"·","When the ECDP is 2°F (adjustable) or more below the SADP set point (55°F, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["DH","ECAE",null,null,"·","When the ECAE is 2 BTU/lb (adjustable) or more below the ECAE set point (26 BTU/lb, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["DH","MADP",null,null,"·","When the MADP is 2°F (adjustable) or more below the MADP set point (55°F, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["DH","MAE",null,null,"·","When the MAE is 2 BTU/lb (adjustable) or more below the MAE set point (26 BTU/lb, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["DH","OADP",null,null,"·","When the OADP is 2°F (adjustable) or more below the SADP set point (55°F, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["DH","OAE",null,null,"·","When the OAE is 2 BTU/lb (adjustable) or more below the OAE set point (26 BTU/lb, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["DH","RARH",null,null,"·","When the RA-RH is 2% (adjustable) or more below the RA-RH set point (55%rh, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["DH","SARHEC",null,null,"·","If there is still no demand for cooling, when the EC-RH is 2% (adjustable) or more below the SA-RH set point (55%rh, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["DH","SARHOA",null,null,"·","If there is still no demand for cooling, when the OA-RH is 2% (adjustable) or more below the SA-RH set point (55%rh, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["DH","SARH",null,null,"·","If there is a current demand for cooling, when the SA-RH is 2% (adjustable) or more below the SA-RH set point (55%rh, adjustable), Dehumidification Mode is disabled."]
["DH","ZADP",null,null,"·","When the ZADP is 2°F (adjustable) or more below the ZADP set point (55°F, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["DH","ZRH",null,null,"·","When the Z-RH is 2% (adjustable) or more below the Z-RH set point (55%rh, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["DH","DIGH",null,null,"·","Digital Compressor:"]
["DH","2DIGH",null,null,"·","Digital Compressors:"]
["DH","DIG",null,null,null,"·","The ALC controls the capacity of the digital compressor by rapidly loading and unloading the compressor in 15 second intervals."]
["DH","2DIG",null,null,null,"·","The ALC controls the capacity of the digital compressors by rapidly loading and unloading the compressor in 15 second intervals."]
["DH","DIGSADP",null,null,null,"·","The digital compressor will modulate based upon the SADP sensor and set point (55°F, adjustable)."]
["DH","DIGDXLAT",null,null,null,"·","The digital compressor will modulate based upon the DX LAT sensor and the DX LAT Dehumidification set point (53°F, adjustable)."]
["DH","DIGSLT",null,null,null,"·","The digital compressor will modulate based upon the SLT sensor and the SLT Dehumidification set point (45°F, adjustable)."]
["DH","DIGHGRH",null,null,null,"·","If the HGRH is unable to maintain the SAT dehumidification set point (70°F, adjustable), the digital compressor modulation will be increased to provide more capacity for reheat."]
["DH","VSCH",null,null,"·","Vari-Speed Compressor:"]
["DH","2VSCH",null,null,"·","Vari-Speed Compressors:"]
["DH","VSCSADP",null,null,null,"·","The vari-speed compressor modulation will be based upon the SADP sensor and set point (55°F, adj.)."]
["DH","VSCDXLAT",null,null,null,"·","The vari-speed compressor modulation will be based upon the DX LAT sensor and the DX LAT Dehumidification set point (53°F, adjustable)."]
["DH","VSCSLT",null,null,null,"·","The vari-speed compressor modulation will be based upon the SLT sensor and the SLT Dehumidification set point (45°F, adjustable)."]
["DH","VSCHGRH",null,null,null,"·","If the HGRH is unable to maintain the SAT dehumidification set point (70°F, adjustable), the vari-speed compressor modulation will be increased to provide more capacity for reheat."]
["DH","HGOOH",null,null,"·","Hot Gas Reheat (HGRH) – On/Off:"]
["DH","HGOO",null,null,null,"·","When the SAT is 1°F (adjustable) or more below the SAT dehumidification set point, HGRH turns on and cycles based upon the SAT dehumidification set point ."]
["DH","HGOO",null,null,null,"·","When the SAT is 2°F (adjustable) or more above the SAT dehumidification set point, HGRH turns off."]
["DH","HGMODH",null,null,"·","Hot Gas Reheat (HGRH) – Modulating:"]
["DH","HGMOD",null,null,null,"·","When the SAT is 1°F (adjustable) or more below the SAT dehumidification set point, HGRH turns on and modulates based upon the SAT dehumidification set point."]
["DH","HGMOD",null,null,null,"·","When the SAT is 2°F (adjustable) or more above the SAT dehumidification set point, HGRH turns off."]
["DH","SSCH",null,null,"·","Switchable Sub-Cooling:"]
["DH","SSC100OAZ1",null,null,null,"·","When the compressor is enabled and the ZAT is equal to or below the ZAT cooling set point (74°F, adjustable), the sub-cooling coil is enabled."]
["DH","SSC100OAZ2",null,null,null,"·","When either of the compressors are enabled and the ZAT is equal to or below the ZAT cooling set point (74°F, adjustable), the sub-cooling coil is enabled."]
["DH","SSC100OAZ",null,null,null,"·","When the ZAT is 1°F (adjustable) or more above the ZAT cooling set point (74°F, adjustable), the sub-cooling coil is disabled."]
["DH","SSC100OA1",null,null,null,"·","When the compressor is enabled, the sub-cooling coil is enabled."]
["DH","SSC100OA2",null,null,null,"·","When either of the compressors are enabled, the sub-cooling coil is enabled."]
["DH","SSC100OA1",null,null,null,"·","When the compressor is disabled, the sub-cooling coil is disabled."]
["DH","SSC100OA2",null,null,null,"·","When both of the compressors are disabled, the sub-cooling coil is disabled."]
["DH","SSCREC1",null,null,null,"·","When the compressor is enabled and the SAT is 1°F (adjustable) or more below the SAT dehumidification set point (70°F, adjustable), the sub-cooling coil is enabled."]
["DH","SSCREC2",null,null,null,"·","When either of the compressors are enabled and the SAT is 1°F (adjustable) or more below the SAT dehumidification set point (70°F, adjustable), the sub-cooling coil is enabled."]
["DH","SSCREC",null,null,null,"·","When the SAT is 2°F (adjustable) or more above the SAT dehumidification set point (70°F, adjustable), the sub-cooling coil is disabled."]
["DH"]
["HTG","H",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$26:P312), \".\")","v":"14."},"Heating Mode:",null,null,null,null,null,null,null,null,null,null,9]
["HTG","HMECAT",null,null,"·","Heating Mode is available when the ECAT is 1°F (fixed) below the ECAT heating upper limit (60°F, adjustable) and there is a demand for heating."]
["HTG","HMMAT",null,null,"·","Heating Mode is available when the MAT is 1°F (fixed) below the MAT heating upper limit (70°F, adjustable) and there is a demand for heating."]
["HTG","HMOAT",null,null,"·","Heating Mode is available when the OAT is 1°F (fixed) below the OAT heating upper limit (60°F, adjustable) and there is a demand for heating."]
["HTG","ECAT",null,null,"·","When the ECAT is 1°F (adjustable) or more below the ECAT heating set point (55°F, adjustable), heating is enabled and operates based upon SAT heating set point (70°F, adjustable)."]
["HTG","ECAT/SAT",null,null,"·","When the ECAT is 2°F (adjustable) or more below the SAT heating set point (55°F, adjustable), heating is enabled and operates based upon SAT heating set point (55°F, adjustable)."]
["HTG","MAT",null,null,"·","When the MAT is 2°F (adjustable) or more below the MAT heating set point (55°F, adjustable), heating is enabled and operates based upon SAT heating set point (55°F, adjustable)."]
["HTG","MAT/SAT",null,null,"·","When the MAT is 2°F (adjustable) or more below the SAT heating set point (55°F, adjustable), heating is enabled and operates based upon SAT heating set point (55°F, adjustable)."]
["HTG","OAT",null,null,"·","When the OAT is 1°F (adjustable) or more below the OAT heating set point (55°F, adjustable), heating is enabled and operates based upon SAT heating set point (70°F, adjustable)."]
["HTG","OAT/SAT",null,null,"·","When the OAT is 2°F (adjustable) or more below the SAT heating set point (55°F, adjustable), heating is enabled and operates based upon SAT heating set point (55°F, adjustable)."]
["HTG","RAT",null,null,"·","When the RAT is 1°F (adjustable) or more below the RAT heating set point (68°F, adjustable), heating is enabled and operates based upon SAT heating set point (90°F, adjustable)."]
["HTG","ZATO",null,null,"·","When the ZAT is 1°F (adjustable) or more below the ZAT heating set point (68°F, adjustable), heating is enabled and operates based upon SAT heating set point (70°F, adjustable)."]
["HTG","ZATR",null,null,"·","When the ZAT is 1°F (adjustable) or more below the ZAT heating set point (68°F, adjustable), heating is enabled and operates based upon SAT heating set point (90°F, adjustable)."]
["HTG","ECAT",null,null,"·","When ECAT is 1°F (adjustable) or more above ECAT heating set point (55°F, adjustable), heating is disabled."]
["HTG","ECAT/SAT",null,null,"·","When ECAT is 2°F (adjustable) or more above the SAT heating set point (55°F, adjustable), heating is disabled."]
["HTG","MAT",null,null,"·","When MAT is 1°F (adjustable) or more above the MAT heating set point (55°F, adjustable), heating is disabled."]
["HTG","MAT/SAT",null,null,"·","When MAT is 2°F (adjustable) or more above the SAT heating set point (55°F, adjustable), heating is disabled."]
["HTG","OAT",null,null,"·","When OAT is 1°F (adjustable) or more above the OAT heating set point (55°F, adjustable), heating is disabled."]
["HTG","OAT/SAT",null,null,"·","When OAT is 2°F (adjustable) or more above the SAT heating set point (55°F, adjustable), heating is disabled."]
["HTG","RAT",null,null,"·","When RAT is 1°F (adjustable) or more above the RAT heating set point (68°F, adjustable), heating is disabled."]
["HTG","ZAT",null,null,"·","When ZAT is 1°F (adjustable) or more above the ZAT heating set point (68°F, adjustable), heating is disabled."]
["HTG","STGEH",null,null,"·","Staged Heat (Electric Heat):"]
["HTG","STGGH",null,null,"·","Staged Heat (Gas Furnace):"]
["HTG","1STG",null,null,null,"·","1-Stage Heat:  Terminal W1 turning on enables first-stage heating.  As the SAT goes 2°F (adjustable) or more above the SAT heating set point (70°F, adjustable), terminal W1 and first-stage heating turn off."]
["HTG","R1STG",null,null,null,"·","1-Stage Heat:  Terminal W1 turning on enables first-stage heating.  As the SAT goes 2°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 and first-stage heating turn off."]
["HTG","2STG",null,null,null,"·","2-Stage Heat:  Terminal W1 turning on enables first-stage heating.  As SAT goes further below the SAT heating set point (70°F, adjustable), terminal W2 energizes and second-stage heating is enabled.  As SAT rises, terminal W2 turns off and second-stage heating turns off.  As the SAT goes 2°F (adjustable) or more above the SAT heating set point (70°F, adjustable), terminal W1 turns off and first-stage heating turns off."]
["HTG","R2STG",null,null,null,"·","2-Stage Heat:  Terminal W1 turning on enables first-stage heating.  As SAT goes further below the SAT heating set point (90°F, adjustable), terminal W2 energizes and second-stage heating is enabled.  As SAT rises, terminal W2 turns off and second-stage heating turns off.  As the SAT goes 2°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 turns off and first-stage heating turns off."]
["HTG","3STG",null,null,null,"·","3-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of heating.  As the SAT goes further below the SAT heating set point (70°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (70°F, adjustable), the different stages will turn off."]
["HTG","R3STG",null,null,null,"·","3-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["HTG","4STG",null,null,null,"·","4-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of heating.  As the SAT goes further below the SAT heating set point (70°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (70°F, adjustable), the different stages will turn off."]
["HTG","R4STG",null,null,null,"·","4-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["HTG","STGG",null,null,null,null,"·","Gas Furnace:  Terminal W1 turning on energizes the gas furnace controller and first-stage auxiliary heating is enabled.  If the SAT is 2°F (adjustable) or more above the SAT heating set point (70°F, adjustable), terminal W1 turns off which de-energizes the gas furnace controller, and first-stage auxiliary heating is turned off.  All other stages operate as above."]
["HTG","RSTGG",null,null,null,null,"·","Gas Furnace:  Terminal W1 turning on energizes the gas furnace controller and first-stage auxiliary heating is enabled.  If the SAT is 2°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 turns off which de-energizes the gas furnace controller, and first-stage auxiliary heating is turned off.  All other stages operate as above."]
["HTG","MODH",null,null,"·","Modulated Heat:"]
["HTG","MODE",null,null,null,"·","SCR Electric Heat:  On demand for heating, the ALC controller modulates the electric heating SCR based upon the SAT heating set point (70°F, adjustable)."]
["HTG","RMODE",null,null,null,"·","SCR Electric Heat:  On demand for heating, the ALC controller modulates the electric heating SCR based upon the SAT heating set point (90°F, adjustable)."]
["HTG","MODG",null,null,null,"·","Modulating Gas Furnace:  On demand for heating, the ALC controller modulates the gas furnace controller to control the gas flow based upon the SAT heating set point (70°F, adjustable)."]
["HTG","RMODG",null,null,null,"·","Modulating Gas Furnace:  On demand for heating, the ALC controller modulates the gas furnace controller to control the gas flow based upon the SAT heating set point (90°F, adjustable)."]
["HTG","MODW",null,null,null,"·","Modulating Hot Water Heat:  On demand for heating, the ALC controller modulates the hot water valve to control the hot water flow based upon the SAT heating set point (70°F, adjustable)."]
["HTG","RMODW",null,null,null,"·","Modulating Hot Water Heat:  On demand for heating, the ALC controller modulates the hot water valve to control the hot water flow based upon the SAT heating set point (90°F, adjustable)."]
["HTG","MODS",null,null,null,"·","Modulating Steam Heat:  On demand for heating, the ALC controller modulates the steam valve to control the flow of steam based upon the SAT heating set point (70°F, adjustable)."]
["HTG","RMODS",null,null,null,"·","Modulating Steam Heat:  On demand for heating, the ALC controller modulates the steam valve to control the flow of steam based upon the SAT heating set point (90°F, adjustable)."]
["HP","ASHP",null,null,"·","Reversing Valve is \"ON\" in Heating Mode."]
["HP","WSHP",null,null,"·","Reversing Valve is \"OFF\" in Heating Mode."]
["HP","ECAT",null,null,"·","When the ECAT is 1°F (adjustable) or more below the ECAT heating set point (55°F, adjustable), compressor #1 turns on."]
["HP","ECAT/SAT",null,null,"·","When the ECAT is 2°F (adjustable) or more below the SAT heating set point (70°F, adjustable), compressor #1 turns on."]
["HP","MAT",null,null,"·","When the MAT is 2°F (adjustable) or more below the MAT heating set point (55°F, adjustable), compressor #1 turns on."]
["HP","MAT/SAT",null,null,"·","When the MAT is 2°F (adjustable) or more below the SAT heating set point (55°F, adjustable), compressor #1 turns on."]
["HP","OAT",null,null,"·","When the OAT is 1°F (adjustable) or more below the OAT heating set point (55°F, adjustable), compressor #1 turns on."]
["HP","OAT/SAT",null,null,"·","When the OAT is 2°F (adjustable) or more below the SAT heating set point (70°F, adjustable), compressor #1 turns on."]
["HP","RAT",null,null,"·","When the RAT is 1°F (adjustable) or more below the RAT heating set point (68°F, adjustable), compressor #1 turns on."]
["HP","ZAT",null,null,"·","When the ZAT is 1°F (adjustable) or more below the ZAT heating set point (68°F, adjustable), compressor #1 turns on."]
["HP","C2SAT",null,null,"·","When the SAT is 2°F (adjustable) or more below the SAT heating set point (70°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["HP","RC2SAT",null,null,"·","When the SAT is 2°F (adjustable) or more below the SAT heating set point (90°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["HP","C2ZAT",null,null,"·","When the ZAT is 2°F (adjustable) or more below the ZAT heating set point (68°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["HP","C2SAT",null,null,"·","When the SAT is 2°F (adjustable) or more above the SAT heating set point (70°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["HP","RC2SAT",null,null,"·","When the SAT is 2°F (adjustable) or more above the SAT heating set point (90°F, adjustable), after 10 minutes (adj.) time delay, compressor #2 turns off."]
["HP","C2ZAT",null,null,"·","When the ZAT is equal to the ZAT heating set point (68°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["HP","ECAT",null,null,"·","When the ECAT is 2°F (adjustable) or more above the ECAT heating set point (55°F, adjustable), compressor #1 turns off."]
["HP","ECAT/SAT",null,null,"·","When the ECAT is 2°F (adjustable) or more above the SAT heating set point (70°F, adjustable), compressor #1 turns off."]
["HP","MAT",null,null,"·","When the MAT is 1°F (adjustable) or more above the MAT heating set point (55°F, adjustable), compressor #1 turns off."]
["HP","MAT/SAT",null,null,"·","When the MAT is 2°F (adjustable) or more above the SAT heating set point (55°F, adjustable), compressor #1 turns off."]
["HP","OAT",null,null,"·","When the OAT is 2°F (adjustable) or more above the OAT heating set point (55°F, adjustable), compressor #1 turns off."]
["HP","OAT/SAT",null,null,"·","When the OAT is 2°F (adjustable) or more above the SAT heating set point (70°F, adjustable), compressor #1 turns off."]
["HP","RAT",null,null,"·","When the RAT is 2°F (adjustable) or more above the RAT heating set point (68°F, adjustable), compressor #1 turns off."]
["HP","ZAT",null,null,"·","When the ZAT is 1°F (adjustable) or more above the ZAT heating set point (68°F, adjustable), compressor #1 turns off."]
["HP","SFVSC",null,null,"·","Heat pump operation shall be disabled if the SF-VSC modulation drops below 85% (factory suggestion; adj.)."]
["HP","HP2OPT",null,null,"·","Optional:  When enabled, if there is a call for 1st stage heating, 2nd stage heating will be enabled after a 10-minute (adjustable) delay.  Default is \"OFF\"."]
["HP",null,null,null,"·","Compressor enabling logic includes a 5-minute (fixed) minimum run-time as well as the 5-minute (fixed) minimum time-off delay to prevent compressor short cycling."]
["HP","DIGH",null,null,"·","Digital Compressor:"]
["HP","2DIGH",null,null,"·","Digital Compressors:"]
["HP","DIG",null,null,null,"·","The ALC controls the capacity of the digital compressor by rapidly loading and unloading the compressor in 15 second intervals."]
["HP","2DIG",null,null,null,"·","The ALC controls the capacity of the digital compressors by rapidly loading and unloading the compressor in 15 second intervals."]
["HP","DIGSAT",null,null,null,"·","The digital compressor will modulate based on the SAT sensor and SAT heating set point (70°F, adjustable)."]
["HP","RDIGSAT",null,null,null,"·","The digital compressor will modulate based on the SAT sensor and SAT heating set point (90°F, adjustable)."]
["HP","VSCH",null,null,"·","Vari-Speed Compressor:"]
["HP","2VSCH",null,null,"·","Vari-Speed Compressors:"]
["HP","VSCSAT",null,null,null,"·","The vari-speed compressor modulation will be based on the SAT sensor and heating set point (70°F, adj.)."]
["HP","RVSCSAT",null,null,null,"·","The vari-speed compressor modulation will be based on the SAT sensor and heating set point (90°F, adj.)."]
["HP","C2DXLAT",null,null,"·","If there is a current call for 1st stage heating and compressor #1 is shut down due to an alarm (HPS1, LPS1, or DX LAT1), compressor #2 will be turned on to take its place until it returns."]
["HP","C2SLT",null,null,"·","If there is a current call for 1st stage heating and compressor #1 is shut down due to an alarm (HPS1, LPS1, or SLT1), compressor #2 will be turned on to take its place until it returns."]
["HP","ASHP",null,null,"·","Defrost Mode:  On defrost mode, the reversing valve will switch to cooling to defrost the built-up ice on the condenser coil."]
["HP","ASHP",null,null,null,"·","The unit is equipped with a Defrost Timer.  The defrost timer provides a selectable time interval between defrost cycles.  It will allow a 10 minute defrost every 30/60/90 minutes as long as the defrost thermostat is closed.  The timer is factory set at 60 minutes.  The time interval may be changed to 30 or 90 minutes if desired (disconnect power to the unit before moving the jumper).  The hold input on the defrost timer allows the timer to accumulate time while the compressor is running in heating mode.  A warm outdoor coil causes the defrost thermostat to open which will prevent time accumulation or end the Defrost period.  The defrost timer allows up to a 10 minutes defrost cycle if the defrost thermostat is closed.  When the defrost period ends, either by opening of the defrost thermostat or after the 10 minutes defrost period has elapsed, the timer is reset.  By shorting the two test terminals together on the defrost timer, a 60 minute delay is reduced to 14 seconds and a 10 minute delay is reduced to 2.3 seconds for testing purposes."]
["HP","ASHPAUX",null,null,null,"·","During defrost cycle, the auxiliary heat will energize based upon the SAT set point."]
["AUX","H",null,null,"·","Auxiliary Heat:"]
["AUX","C1",null,null,null,"·","After the heat pump has been enabled, when the SAT is 2°F (adjustable) or more below the SAT heating set point (70°F, adjustable), and after a 10-minute (adjustable) delay period, auxiliary heating will be enabled.  When the SAT is equal to the SAT heating set point (70°F, adjustable), auxiliary heating will be disabled."]
["AUX","C2",null,null,null,"·","After both heat pumps have been enabled, when the SAT is 2°F (adjustable) or more below the SAT heating set point (70°F, adjustable), and after a 10-minute (adjustable) delay period, auxiliary heating will be enabled.  When the SAT is equal to the SAT heating set point (70°F, adjustable), auxiliary heating will be disabled."]
["AUX","RC1",null,null,null,"·","After the heat pump has been enabled, when the SAT is 2°F (adjustable) or more below the SAT heating set point (90°F, adjustable), and after a 10-minute (adjustable) delay period, auxiliary heating will be enabled.  When the SAT is equal to the SAT heating set point (90°F, adjustable), auxiliary heating will be disabled."]
["AUX","RC2",null,null,null,"·","After both heat pumps have been enabled, when the SAT is 2°F (adjustable) or more below the SAT heating set point (90°F, adjustable), and after a 10-minute (adjustable) delay period, auxiliary heating will be enabled.  When the SAT is equal to the SAT heating set point (90°F, adjustable), auxiliary heating will be disabled."]
["AUX","STGEH",null,null,null,"·","Staged Auxiliary Heat (Electric Heat):"]
["AUX","STGGH",null,null,null,"·","Staged Auxiliary Heat (Gas Furnace):"]
["AUX","1STG",null,null,null,null,"·","1-Stage Heat:  Terminal W1 turning on enables first-stage auxiliary heating.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (70°F, adjustable), terminal W1 and first-stage auxiliary heating turn off."]
["AUX","R1STG",null,null,null,null,"·","1-Stage Heat:  Terminal W1 turning on enables first-stage auxiliary heating.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 and first-stage auxiliary heating turn off."]
["AUX","2STG",null,null,null,null,"·","2-Stage Heat:  Terminal W1 turning on enables first-stage auxiliary heating.  As SAT goes further below the SAT heating set point (70°F, adjustable), terminal W2 energizes and second-stage auxiliary heating is enabled.  As SAT rises, terminal W2 turns off and second-stage auxiliary heating turns off.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (70°F, adjustable), terminal W1 turns off and first-stage auxiliary heating turns off."]
["AUX","R2STG",null,null,null,null,"·","2-Stage Heat:  Terminal W1 turning on enables first-stage auxiliary heating.  As SAT goes further below the SAT heating set point (90°F, adjustable), terminal W2 energizes and second-stage auxiliary heating is enabled.  As SAT rises, terminal W2 turns off and second-stage auxiliary heating turns off.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 turns off and first-stage auxiliary heating turns off."]
["AUX","3STG",null,null,null,null,"·","3-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of auxiliary heating.  As the SAT goes further below the SAT heating set point (70°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (70°F, adjustable), the different stages will turn off."]
["AUX","R3STG",null,null,null,null,"·","3-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of auxiliary heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["AUX","4STG",null,null,null,null,"·","4-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of auxiliary heating.  As the SAT goes further below the SAT heating set point (70°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (70°F, adjustable), the different stages will turn off."]
["AUX","R4STG",null,null,null,null,"·","4-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of auxiliary heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["AUX","STGG",null,null,null,null,null,"·","Gas Furnace:  Terminal W1 turning on energizes the gas furnace controller and first-stage auxiliary heating is enabled.  If the SAT is equal to the SAT heating set point (70°F, adjustable), terminal W1 turns off which de-energizes the gas furnace controller, and first-stage auxiliary heating is turned off.  All other stages operate as above."]
["AUX","RSTGG",null,null,null,null,null,"·","Gas Furnace:  Terminal W1 turning on energizes the gas furnace controller and first-stage auxiliary heating is enabled.  If the SAT is equal to the SAT heating set point (90°F, adjustable), terminal W1 turns off which de-energizes the gas furnace controller, and first-stage auxiliary heating is turned off.  All other stages operate as above."]
["AUX","MODH",null,null,null,"·","Modulated Auxiliary Heat:"]
["AUX","MODE",null,null,null,null,"·","SCR Electric Heat:  On demand for auxiliary heating, the ALC controller modulates the electric heating SCR based upon the SAT heating set point (70°F, adjustable)."]
["AUX","RMODE",null,null,null,null,"·","SCR Electric Heat:  On demand for auxiliary heating, the ALC controller modulates the electric heating SCR based upon the SAT heating set point (90°F, adjustable)."]
["AUX","MODG",null,null,null,null,"·","Modulating Gas Furnace:  On demand for auxiliary heating, the ALC controller modulates the gas furnace controller to control the gas flow based upon the SAT heating set point (70°F, adjustable)."]
["AUX","RMODG",null,null,null,null,"·","Modulating Gas Furnace:  On demand for auxiliary heating, the ALC controller modulates the gas furnace controller to control the gas flow based upon the SAT heating set point (90°F, adjustable)."]
["AUX","MODW",null,null,null,null,"·","Modulating Hot Water Heat:  On demand for auxiliary heating, the ALC controller modulates the hot water valve to control the hot water flow based upon the SAT heating set point (70°F, adjustable)."]
["AUX","RMODW",null,null,null,null,"·","Modulating Hot Water Heat:  On demand for auxiliary heating, the ALC controller modulates the hot water valve to control the hot water flow based upon the SAT heating set point (90°F, adjustable)."]
["AUX","MODS",null,null,null,null,"·","Modulating Steam Heat:  On demand for auxiliary heating, the ALC controller modulates the steam valve to control the flow of steam based upon the SAT heating set point (70°F, adjustable)."]
["AUX","RMODS",null,null,null,null,"·","Modulating Steam Heat:  On demand for auxiliary heating, the ALC controller modulates the steam valve to control the flow of steam based upon the SAT heating set point (90°F, adjustable)."]
["HTG"]
["EMHT","H",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$26:P423), \".\")","v":"15."},"Emergency Heating Mode:",null,null,null,null,null,null,null,null,null,null,10]
["EMHT","C1",null,null,"·","Compressor is \"OFF\" in Emergency Heating Mode."]
["EMHT","C2",null,null,"·","Compressors are \"OFF\" in Emergency Heating Mode."]
["EMHT","C1SF",null,null,"·","Emergency Heating mode is selectable using the BACview display pad or Building Automation System (BAS) (default is “OFF”).  Emergency Heating mode will automatically be turned on if the heat pump compressor fails or is disabled due to OAT going below the Compressor Disable set point of 26°F (adjustable)."]
["EMHT","C1SFVSC",null,null,"·","Emergency Heating mode is selectable using the BACview display pad or Building Automation System (BAS) (default is “OFF”).  Emergency Heating mode will automatically be turned on if the heat pump compressor fails or is disabled due to either the OAT going below the Compressor Disable set point of 26°F (adjustable) or the SF-VSC modulating below 85% (adjustable)."]
["EMHT","C2SF",null,null,"·","Emergency Heating mode is selectable using the BACview display pad or Building Automation System (BAS) (default is “OFF”).  Emergency Heating mode will automatically be turned on if both heat pump compressors fail or are disabled due to OAT going below the Compressor Disable set point of 26°F (adjustable)."]
["EMHT","C2SFVSC",null,null,"·","Emergency Heating mode is selectable using the BACview display pad or Building Automation System (BAS) (default is “OFF”).  Emergency Heating mode will automatically be turned on if both heat pump compressors fail or are disabled due to either the OAT going below the Compressor Disable set point of 26°F (adjustable) or the SF-VSC modulating below 85% (adjustable)."]
["EMHT","EHM",null,null,"·","Emergency Heating Mode is available when the OAT is below the OAT heating upper limit (60°F, adjustable) and there is a demand for heating."]
["EMHT","ECAT",null,null,"·","When the ECAT is 1°F (adjustable) or more below the ECAT emergency heating set point (55°F, adjustable), emergency heating is enabled and operates based upon SAT heating set point (70°F, adjustable)."]
["EMHT","ECAT/SAT",null,null,"·","When the ECAT is 2°F (adjustable) or more below the SAT heating set point (55°F, adjustable), emergency heating is enabled and operates based upon SAT heating set point (55°F, adjustable)."]
["EMHT","MAT",null,null,"·","When the MAT is 2°F (adjustable) or more below the MAT heating set point (55°F, adjustable), emergency heating is enabled and operates based upon SAT heating set point (55°F, adjustable)."]
["EMHT","MAT/SAT",null,null,"·","When the MAT is 2°F (adjustable) or more below the SAT heating set point (55°F, adjustable), emergency heating is enabled and operates based upon SAT heating set point (55°F, adjustable)."]
["EMHT","OAT",null,null,"·","When the OAT is 1°F (adjustable) or more below the OAT emergency heating set point (55°F, adjustable), emergency heating is enabled and operates based upon SAT heating set point (70°F, adjustable)."]
["EMHT","OAT/SAT",null,null,"·","When the OAT is 2°F (adjustable) or more below the SAT heating set point (55°F, adjustable), emergency heating is enabled and operates based upon SAT heating set point (55°F, adjustable)."]
["EMHT","RAT",null,null,"·","When the RAT is 1°F (adjustable) or more below the SAT heating set point (68°F, adjustable), emergency heating is enabled and operates based upon SAT heating set point (90°F, adjustable)."]
["EMHT","ZAT",null,null,"·","When the ZAT is 1°F (adjustable) or more below the ZAT heating set point (68°F, adjustable), emergency heating is enabled and operates based upon SAT heating set point (90°F, adjustable)."]
["EMHT","ECAT",null,null,"·","When ECAT is 1°F (adjustable) or more above ECAT emergency heating set point (55°F, adjustable), emergency heating is disabled."]
["EMHT","ECAT/SAT",null,null,"·","When ECAT is 2°F (adjustable) or more above the SAT emergency heating set point (55°F, adjustable), emergency heating is disabled."]
["EMHT","MAT",null,null,"·","When MAT is 1°F (adjustable) or more above the MAT heating set point (55°F, adjustable), emergency heating is disabled."]
["EMHT","MAT/SAT",null,null,"·","When MAT is 2°F (adjustable) or more above the SAT heating set point (55°F, adjustable), emergency heating is disabled."]
["EMHT","OAT",null,null,"·","When OAT is 1°F (adjustable) or more above the OAT emergency heating set point (55°F, adjustable), emergency heating is disabled."]
["EMHT","OAT/SAT",null,null,"·","When OAT is 2°F (adjustable) or more above the SAT heating set point (55°F, adjustable), emergency heating is disabled."]
["EMHT","RAT",null,null,"·","When RAT is 1°F (adjustable) or more above the SAT heating set point (68°F, adjustable), emergency heating is disabled."]
["EMHT","ZAT",null,null,"·","When ZAT is 1°F (adjustable) or more above the ZAT heating set point (68°F, adjustable), emergency heating is disabled."]
["EMHT","STGEH",null,null,"·","Staged Emergency Heat (Electric Heat):"]
["EMHT","STGGH",null,null,"·","Staged Emergency Heat (Gas Furnace):"]
["EMHT","1STG",null,null,null,"·","1-Stage Heat:  Terminal W1 turning on enables first-stage emergency heating.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (70°F, adjustable), terminal W1 and first-stage emergency heating turn off."]
["EMHT","R1STG",null,null,null,"·","1-Stage Heat:  Terminal W1 turning on enables first-stage emergency heating.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 and first-stage emergency heating turn off."]
["EMHT","2STG",null,null,null,"·","2-Stage Heat:  Terminal W1 turning on enables first-stage emergency heating.  As SAT goes further below the SAT heating set point (70°F, adjustable), terminal W2 energizes and second-stage emergency heating is enabled.  As SAT rises, terminal W2 turns off and second-stage emergency heating turns off.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (70°F, adjustable), terminal W1 turns off and first-stage emergency heating turns off."]
["EMHT","R2STG",null,null,null,"·","2-Stage Heat:  Terminal W1 turning on enables first-stage emergency heating.  As SAT goes further below the SAT heating set point (90°F, adjustable), terminal W2 energizes and second-stage emergency heating is enabled.  As SAT rises, terminal W2 turns off and second-stage emergency heating turns off.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 turns off and first-stage emergency heating turns off."]
["EMHT","3STG",null,null,null,"·","3-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of emergency heating.  As the SAT goes further below the SAT heating set point (70°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (70°F, adjustable), the different stages will turn off."]
["EMHT","R3STG",null,null,null,"·","3-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of emergency heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["EMHT","4STG",null,null,null,"·","4-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of emergency heating.  As the SAT goes further below the SAT heating set point (70°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (70°F, adjustable), the different stages will turn off."]
["EMHT","R4STG",null,null,null,"·","4-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of emergency heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["EMHT","STGG",null,null,null,null,"·","Gas Furnace:  Terminal W1 turning on energizes the gas furnace controller and first-stage emergency heating is enabled.  If the SAT is 1°F (adjustable) or more above the SAT heating set point (70°F, adjustable), terminal W1 turns off which de-energizes the gas furnace controller, and first-stage emergency heating is turned off.  All other stages operate as above."]
["EMHT","RSTGG",null,null,null,null,"·","Gas Furnace:  Terminal W1 turning on energizes the gas furnace controller and first-stage emergency heating is enabled.  If the SAT is 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 turns off which de-energizes the gas furnace controller, and first-stage emergency heating is turned off.  All other stages operate as above."]
["EMHT","MODH",null,null,"·","Modulated Emergency Heat:"]
["EMHT","MODE",null,null,null,"·","SCR Electric Heat:  On demand for emergency heating, the ALC controller modulates the electric heating SCR based upon the SAT heating set point (70°F, adjustable)."]
["EMHT","RMODE",null,null,null,"·","SCR Electric Heat:  On demand for emergency heating, the ALC controller modulates the electric heating SCR based upon the SAT heating set point (90°F, adjustable)."]
["EMHT","MODG",null,null,null,"·","Modulating Gas Furnace:  On demand for emergency heating, the ALC controller modulates the gas furnace controller to control the gas flow based upon the SAT heating set point (70°F, adjustable)."]
["EMHT","RMODG",null,null,null,"·","Modulating Gas Furnace:  On demand for emergency heating, the ALC controller modulates the gas furnace controller to control the gas flow based upon the SAT heating set point (90°F, adjustable)."]
["EMHT","MODW",null,null,null,"·","Modulating Hot Water Heat:  On demand for emergency heating, the ALC controller modulates the hot water valve to control the hot water flow based upon the SAT heating set point (70°F, adjustable)."]
["EMHT","RMODW",null,null,null,"·","Modulating Hot Water Heat:  On demand for emergency heating, the ALC controller modulates the hot water valve to control the hot water flow based upon the SAT heating set point (90°F, adjustable)."]
["EMHT","MODS",null,null,null,"·","Modulating Steam Heat:  On demand for emergency heating, the ALC controller modulates the steam valve to control the flow of steam based upon the SAT heating set point (70°F, adjustable)."]
["EMHT","RMODS",null,null,null,"·","Modulating Steam Heat:  On demand for emergency heating, the ALC controller modulates the steam valve to control the flow of steam based upon the SAT heating set point (90°F, adjustable)."]
["EMHT"]
["UM","H",null,"UNOCCUPIED MODE:"]
["UM","CO2OCC",null,null,"·","When the CO2 level goes 10ppm (fixed) below the CO2 set point 300ppm (adjustable) for 2 minutes (fixed), the Occupancy Control ends the Occupied Mode."]
["UM","EMR",null,null,"·","When the normally closed EMR contact is opened, the Occupancy Control ends the Occupied Mode."]
["UM","SF",null,null,"·","When the Occupancy Control indicates the end of the Occupied Mode, the compressor(s) and outdoor fan(s) will turn off (subject to minimum run-time).  The SF will continue to run for 2 minutes before turning off."]
["UM","HSF",null,null,"·","When the Occupancy Control indicates the end of the Occupied Mode, the compressor(s) and outdoor fan(s) will turn off (subject to minimum run-time), or the heating system will turn off.  The SF will continue to run for 2 minutes before turning off."]
["UM","SFEF",null,null,"·","When the Occupancy Control indicates the end of the Occupied Mode, the compressor(s) and outdoor fan(s) will turn off (subject to minimum run-time).  The SF and EF will continue to run for 2 minutes before turning off."]
["UM","HSFEF",null,null,"·","When the Occupancy Control indicates the end of the Occupied Mode, the compressor(s) and outdoor fan(s) will turn off (subject to minimum run-time) or the heating system will turn off.  The SF and EF will continue to run for 2 minutes before turning off."]
["UM","ECWOD",null,null,"·","After this, the ECW will turn off and the OA damper will close.  The unit is now off."]
["UM","ECWNOOD",null,null,"·","After this, the ECW will turn off.  The unit is now off."]
["UM","OD",null,null,"·","After this, the OA damper will close.  The unit is now off."]
["UM","NOOD",null,null,"·","After this, the unit is now off."]
["UM","RECWOD",null,null,"·","After this, the ECW will turn off, the OA damper will close, and the RA damper will open.  The unit is now off."]
["UM","ROD",null,null,"·","After this, the OA damper will close and the RA damper will open.  The unit is now off."]
["UM","OSCLG",null,null,"·","Optimal Start:  The unit will utilize an optimal start algorithm for pre-occupied mode start-up.  This algorithm directs the unit to perform a cool-down sequence in order to achieve the required comfort conditions by the start of scheduled occupied period.  The algorithm is learning adaptive and will minimize the necessary runtime of the procedure as it gains more experience with the zone.  The OA damper will remain closed and the RA damper will remain open during the process."]
["UM","OSHTG",null,null,"·","Optimal Start:  The unit will utilize an optimal start algorithm for pre-occupied mode start-up.  This algorithm directs the unit to perform a warm-up sequence in order to achieve the required comfort conditions by the start of scheduled occupied period.  The algorithm is learning adaptive and will minimize the necessary runtime of the procedure as it gains more experience with the zone.  The OA damper will remain closed and the RA damper will remain open during the process."]
["UM","OSCLGHTG",null,null,"·","Optimal Start:  The unit will utilize an optimal start algorithm for pre-occupied mode start-up.  This algorithm directs the unit to perform a warm-up or cool-down sequence in order to achieve the required comfort conditions by the start of scheduled occupied period.  The algorithm is learning adaptive and will minimize the necessary runtime of the procedure as it gains more experience with the zone.  The OA damper will remain closed and the RA damper will remain open during the process."]
["UM"]
["NSB","H",null,"NIGHT SETBACK MODE:"]
["NSB","OD100",null,"· ","In Night Setback Mode, the OA damper will open when there is a demand for zone conditioning."]
["NSB","ODRD",null,"· ","In Night Setback Mode, the OA damper is closed and the RA damper is open."]
["NSB","EFODRD",null,"· ","In Night Setback Mode, the EF is off, the OA damper is closed, and the RA damper is open."]
["NSB","EFECWODRD",null,"· ","In Night Setback Mode, the EF and ECW are off, the OA damper is closed, and the RA damper is open."]
["NSB"]
["NSB","SFH",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$492:P492), \".\")","v":"1."},"Supply Fan (SF):",null,null,null,null,null,null,null,null,null,null,1]
["NSB","SF100",null,null,"·","When there is a demand for space conditioning, after the OA Damper opens, the SF turns on."]
["NSB","SFREC",null,null,"·","When there is a demand for space conditioning, the SF will turn on."]
["NSB","SF",null,null,"·","The SF will run for 60 seconds (fixed) before space conditioning will be enabled."]
["NSB","SF100",null,null,"·","When the space conditioning demand has been satisfied and turned off, the SF will continue to run for an additional 2 minutes before turning off.  After the SF turns off, the OA Damper will close."]
["NSB","SFREC",null,null,"·","When the space conditioning demand has been satisfied and turned off, the SF will continue to run for an additional 2 minutes before turning off."]
["NSB","SFVSCH",null,null,"·","SF-VSC:  Supply Fan with Variable Speed Control."]
["NSB","SFVSCAMS",null,null,null,"·","The SF-VSC will modulate its speed based on the SF-AMS signal and the SF air flow set point."]
["NSB","SFVSCCAV",null,null,null,"·","The SF-VSC's speed will be manually set based upon the SF air flow and/or static pressure value.  Select “Manual Override” in the BACview keypad and input the required speed (%) as determined in the field by Test and Balancing."]
["NSB","SFVSCSFDPT",null,null,null,"·","The SF-VSC will modulate its speed based upon the SF-DPT signal and the supply duct static pressure set point."]
["NSB","SFVSCZNDPT",null,null,null,"·","The SF-VSC will modulate its speed based upon the ZN-DPT signal and the building static pressure set point."]
["NSB","SFVSCZAT",null,null,null,"·","The SF-VSC will modulate its speed based upon the ZAT cooling set point (80°F, adjustable)."]
["NSB","SFVSC",null,null,null,"·","Optional:  For CAV, select “Manual Override” in the BACview keypad and input the required speed (%) per field test and balance."]
["NSB","SF"]
["NSB","EFH",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$492:P506), \".\")","v":"2."},"Exhaust Fan (EF):",null,null,null,null,null,null,null,null,null,null,2]
["NSB","EF100",null,null,"·","At the same time the SF turns on, the EF will be enabled to run."]
["NSB","EF",null,null,"·","The EF shall be enabled to run while the SF is on.  When the space conditioning demand has been satisfied and turned off, the EF will be enabled to run for an additional 2 minutes before turning off."]
["NSB","EFVSCH",null,null,"·","EF-VSC:  Exhaust Fan with Variable Speed Control."]
["NSB","EFVSCAMS",null,null,null,"·","The EF-VSC will modulate its speed based on the EF-AMS signal and the EF air flow set point."]
["NSB","EFVSCCAV",null,null,null,"·","The EF-VSC's speed will be manually set based upon the EF air flow and/or static pressure value.  Select “Manual Override” in the BACview keypad and input the required speed (%) as determined in the field by Test and Balancing."]
["NSB","EFVSCEFDPT",null,null,null,"·","If the EF-DPT signal is above the exhaust duct static pressure set point,  the EF-VSC will modulate its speed based upon the EF-DPT and the set point.  If the EF-DPT signal is below the exhaust duct static pressure set point, the EF will modulate down to 0% (adjustable) speed."]
["NSB","EFVSCZNDPT",null,null,null,"·","If the ZN-DPT signal is above the building static pressure set point,  the EF-VSC will modulate its speed based upon the ZN-DPT and the set point.  If the ZN-DPT signal is below the building static pressure set point, the EF will modulate down to 0% (adjustable) speed."]
["NSB","EFVSC",null,null,null,"·","Optional:  For constant air volume (CAV), select “Manual Override” in the BACview keypad and input the required speed (%) as determined in the field by Test and Balancing."]
["NSB","EF"]
["NSB","ECWH",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$492:P516), \".\")","v":"3."},"Energy Conservation Wheel (ECW):",null,null,null,null,null,null,null,null,null,null,3]
["NSB","ECWBO",null,null,"·","ECW provided by others."]
["NSB","ECWALC",null,null,"·","After the SF turns on, the ECW is enabled."]
["NSB","ECWJCI",null,null,"·","As the OA damper opens, the Johnson Controls Incorporated (JCI) C450 controller is enabled."]
["NSB","ECWJCI",null,null,"·","At this point, the ECW becomes an independently controlled piece of equipment."]
["NSB","ECWBP",null,null,"·","The ECW By-Pass Damper will open when the ECW is off and it will close when the ECW is on."]
["NSB","ECWSTDH",null,null,"·","ECW Standard Operation:"]
["NSB","ECWSTD",null,null,null,"·","When the OAT is 3°F (adjustable) or more above or below the RAT, the ECW will be on, otherwise it is off."]
["NSB","ECWOODH",null,null,"·","ECW with On/Off Defrost:"]
["NSB","ECWOOD",null,null,null,"·","When the OAT is 3°F (adjustable) or more above or below the RAT, the ECW will be on.  It will be off if the OAT is less than 3°F (adjustable) above or below the RAT or if the WExAT is below 25°F (adjustable) to allow for wheel defrosting.  When the WExAT rises above 35°F (adjustable), the wheel will turn back on."]
["NSB","ECWVFDH",null,null,"·","ECW with VFD Controlled Defrost (WM-VFD):"]
["NSB","ECWVFD",null,null,null,"·","When the OAT is 3°F (adjustable) or more above or below the RAT, the ECW will be on.  It will be off if the OAT is less than 3°F (adjustable) above or below the RAT.  If the WExAT goes below 25°F (adjustable), it will modulate speed down to 10 Hz (minimum, adjustable) to allow for wheel defrosting.  It will increase speed as the WExAT rises toward 25°F (adjustable) or more."]
["NSB","ECW"]
["NSB","CLGH",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$492:P529), \".\")","v":"4."},"Cooling Mode:",null,null,null,null,null,null,null,null,null,null,4]
["NSB","CLGASHP",null,null,"·","Reversing Valve is \"OFF\" in Cooling Mode."]
["NSB","CLGWSHP",null,null,"·","Reversing Valve is \"ON\" in Cooling Mode."]
["NSB","CMECAT",null,null,"·","Cooling Mode is available when the ECAT is above the ECAT cooling lower limit (55°F, adjustable) and there is a demand for cooling."]
["NSB","CMOAT",null,null,"·","Cooling Mode is available when the OAT is above the OAT cooling lower limit (55°F, adjustable) and there is a demand for cooling."]
["NSB","CMREC",null,null,"·","Cooling Mode is available when the OAT is above the OAT cooling lower limit (40°F, adjustable) and there is a demand for cooling."]
["NSB","CLGZAT",null,null,"·","When the ZAT is 1°F (adjustable) or more above the ZAT cooling set point (80°F, adjustable), compressor #1 turns on."]
["NSB","CLG2ZAT",null,null,"·","When the ZAT is 2°F (adjustable) or more above the ZAT cooling set point (80°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["NSB","CLG2ZAT",null,null,"·","When the ZAT is equal to the ZAT cooling set point (80°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["NSB","CLGZAT",null,null,"·","When the ZAT is 1°F (adjustable) or more below the ZAT cooling set point (80°F, adjustable), compressor #1 turns off."]
["NSB","CTANDEM",null,null,"·","Tandem Compressor:  The lag circuit is enabled when the unloader switch is energized.  The unloader switch is energized when the compressor suction pressure goes above set point 140psi (adjustable on the unloader switch).  When the suction pressure goes below the set point minus the differential of 32psi (adjustable), the lag circuit turns off.  A time delay module with a 5-minute minimum run time and 5-minute minimum off time is used to prevent compressor short cycling."]
["NSB","C2OPT",null,null,"·","Optional:  When enabled, if there is a call for 1st stage cooling, 2nd stage cooling will also be enabled after a 5-minute delay.  Default is \"OFF\"."]
["NSB","CLG",null,null,"·","Compressor enabling logic includes a 5-minute (fixed) minimum run-time as well as the 5-minute (fixed) minimum time-off delay to prevent compressor short cycling."]
["NSB","CDIGH",null,null,"·","Digital Compressor:"]
["NSB","C2DIGH",null,null,"·","Digital Compressors:"]
["NSB","CDIG",null,null,null,"·","The ALC controls the capacity of the digital compressor by rapidly loading and unloading the compressor in 15 second intervals."]
["NSB","C2DIG",null,null,null,"·","The ALC controls the capacity of the digital compressors by rapidly loading and unloading the compressor in 15 second intervals."]
["NSB","CDIGSAT",null,null,null,"·","The digital compressor will modulate based upon the SAT sensor and set point (55°F, adjustable)."]
["NSB","CVSCH",null,null,"·","Vari-Speed Compressor:"]
["NSB","C2VSCH",null,null,"·","Vari-Speed Compressors:"]
["NSB","CVSCSAT",null,null,null,"·","The vari-speed compressor modulation will be based upon the SAT sensor and set point (55°F, adjustable)."]
["NSB","C2DXLAT",null,null,"·","If there is a current call for 1st stage cooling and compressor #1 is shut down due to an alarm (HPS1, LPS1, or DX LAT1), compressor #2 will be turned on to take its place until it returns."]
["NSB","C2SLT",null,null,"·","If there is a current call for 1st stage cooling and compressor #1 is shut down due to an alarm (HPS1, LPS1, or SLT1), compressor #2 will be turned on to take its place until it returns."]
["NSB","CLG"]
["NSB","DHH",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$492:P553), \".\")","v":"5."},"Dehumidification Mode:",null,null,null,null,null,null,null,null,null,null,5]
["NSB","DHASHP",null,null,"·","Reversing Valve is \"OFF\" in Dehumidification Mode."]
["NSB","DHWSHP",null,null,"·","Reversing Valve is \"ON\" in Dehumidification Mode."]
["NSB","DMECAT",null,null,"·","Dehumidification Mode is available if the ECAT is greater than 60°F (adjustable) and there is no call for heating."]
["NSB","DMOAT",null,null,"·","Dehumidification Mode is available if the OAT is greater than 60°F (adjustable) and there is no call for heating."]
["NSB","DMREC",null,null,"·","Dehumidification Mode is available if the OAT is greater than 40°F (adjustable) and there is no call for heating."]
["NSB","DH",null,null,"·","Satisfying the ZAT cooling set point is the priority."]
["NSB","DHZRH",null,null,"·","When the Z-RH is 1% (adjustable) or more above the Z-RH set point (65%rh, adjustable), and there is no call for heating, Dehumidification Mode is enabled.  After the minimum time-off delay, compressor #1 turns on."]
["NSB","DHC2ZRH",null,null,"·","When the Z-RH is 2% (adjustable) or more above the Z-RH set point (65%rh, adjustable), and after the minimum time-off delay, compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on.  Both compressors respond in sequence and run at full cooling."]
["NSB","DHHGRH",null,null,"·","HGRH is enabled to operate as necessary based upon the SAT dehumidification set point (72°F, adjustable)."]
["NSB","DHC2ZRH",null,null,"·","When Z-RH is 1% (adjustable) or more below the Z-RH set point (65%rh, adjustable), after 10 minutes (adj.) time delay, compressor #2 turns off."]
["NSB","DHZRH",null,null,"·","When the Z-RH is 2% (adjustable) or more below the Z-RH set point (65%rh, adjustable), compressor #1 turns off and Dehumidification Mode is disabled."]
["NSB","DHDIGH",null,null,"·","Digital Compressor:"]
["NSB","DH2DIGH",null,null,"·","Digital Compressors:"]
["NSB","DHDIGDXLAT",null,null,null,"·","The digital compressor will modulate based upon the DX LAT sensor and the DX LAT Dehumidification set point (50°F, adjustable)."]
["NSB","DHDIGSLT",null,null,null,"·","The digital compressor will modulate based upon the SLT sensor and the SLT Dehumidification set point (45°F, adjustable)."]
["NSB","DHVSCH",null,null,"·","Vari-Speed Compressor:"]
["NSB","DH2VSCH",null,null,"·","Vari-Speed Compressors:"]
["NSB","DHVSCSADP",null,null,null,"·","The vari-speed compressor modulation will be based upon the SADP sensor and set point (55°F, adj.)."]
["NSB","DHHGOOH",null,null,"·","Hot Gas Reheat (HGRH) – On/Off:"]
["NSB","DHHGOO",null,null,null,"·","When the SAT is 1°F (adjustable) or more below the SAT dehumidification set point (72°F, adjustable), HGRH turns on and cycles based upon the SAT dehumidification set point (72°F, adjustable)."]
["NSB","DHHGOO",null,null,null,"·","When the SAT is 2°F (adjustable) or more above the SAT dehumidification set point (72°F, adjustable), HGRH turns off."]
["NSB","DHHGMODH",null,null,"·","Hot Gas Reheat (HGRH) – Modulating:"]
["NSB","DHHGMOD",null,null,null,"·","When the SAT is 1°F (adjustable) or more below the SAT dehumidification set point (72°F, adjustable), HGRH turns on and modulates based upon the SAT dehumidification set point (72°F, adjustable)."]
["NSB","DHHGMOD",null,null,null,"·","When SAT is 2°F (adjustable) or more above the SAT dehumidification set point (72°F, adjustable), HGRH turns off."]
["NSB","DH"]
["NSB","HTGH",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$492:P579), \".\")","v":"6."},"Heating Mode:",null,null,null,null,null,null,null,null,null,null,6]
["NSB","HM",null,null,"·","Heating Mode is available when the OAT is below the OAT heating upper limit (60°F, adjustable) and there is a demand for heating."]
["NSB","HTGZAT",null,null,"·","When the ZAT is 1°F (adjustable) or more below the ZAT heating set point (60°F, adjustable), heating is enabled and operates based upon SAT heating set point (90°F, adjustable)."]
["NSB","HTGZAT",null,null,"·","When ZAT is 1°F (adjustable) or more above the ZAT heating set point (60°F, adjustable), heating is disabled."]
["NSB","HSTGEH",null,null,"·","Staged Heat (Electric Heat):"]
["NSB","HSTGGH",null,null,"·","Staged Heat (Gas Furnace):"]
["NSB","H1STG",null,null,null,"·","1-Stage Heat:  Terminal W1 turning on enables first-stage heating.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 and first-stage heating turn off."]
["NSB","H2STG",null,null,null,"·","2-Stage Heat:  Terminal W1 turning on enables first-stage heating.  As SAT goes further below the SAT heating set point (90°F, adjustable), terminal W2 energizes and second-stage heating is enabled.  As SAT rises, terminal W2 turns off and second-stage heating turns off.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 and first-stage heating turn off."]
["NSB","H3STG",null,null,null,"·","3-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["NSB","H4STG",null,null,null,"·","4-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["NSB","HSTGG",null,null,null,null,"·","Gas Furnace:  Terminal W1 turning on energizes the gas furnace controller and first-stage auxiliary heating is enabled.  If the SAT is 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 turns off which de-energizes the gas furnace controller, and first-stage auxiliary heating is turned off.  All other stages operate as above."]
["NSB","HMODH",null,null,"·","Modulated Heat:"]
["NSB","HMODE",null,null,null,"·","SCR Electric Heat:  On demand for heating, the ALC controller modulates the electric heating SCR based upon the SAT heating set point (90°F, adjustable)."]
["NSB","HMODG",null,null,null,"·","Modulating Gas Furnace:  On demand for heating, the ALC controller modulates the gas furnace controller to control the gas flow based upon the SAT heating set point (90°F, adjustable)."]
["NSB","HMODW",null,null,null,"·","Modulating Hot Water Heat:  On demand for heating, the ALC controller modulates the hot water valve to control the hot water flow based upon the SAT heating set point (90°F, adjustable)."]
["NSB","HMODS",null,null,null,"·","Modulating Steam Heat:  On demand for heating, the ALC controller modulates the steam valve to control the flow of steam based upon the SAT heating set point (90°F, adjustable)."]
["NSB","HPASHP",null,null,"·","Reversing Valve is \"ON\" in Heating Mode."]
["NSB","HPWSHP",null,null,"·","Reversing Valve is \"OFF\" in Heating Mode."]
["NSB","HPZAT",null,null,"·","When the ZAT is 1°F (adjustable) or more below the ZAT heating set point (60°F, adjustable), compressor #1 turns on."]
["NSB","HP2ZAT",null,null,"·","When the ZAT is 2°F (adjustable) or more below the ZAT heating set point (60°F, adjustable), compressor #2 turns on -- not less than 10 minutes (adjustable) after compressor #1 turned on."]
["NSB","HP2ZAT",null,null,"·","When the ZAT is at the ZAT heating set point (60°F, adjustable),  after 10 minutes (adj.) time delay, compressor #2 turns off."]
["NSB","HPZAT",null,null,"·","When the ZAT is 1°F (adjustable) or more above the ZAT heating set point (60°F, adjustable), compressor #1 turns off."]
["NSB","HPSFVSC",null,null,"·","Heat pump operation shall be disabled if the SF-VSC modulation drops below 85% (adjustable)."]
["NSB","HP2OPT",null,null,"·","Optional:  When enabled, if there is a call for 1st stage heating, 2nd stage heating will also be enabled after a 5-minute delay.  Default is \"OFF\"."]
["NSB","HP",null,null,"·","Compressor enabling logic includes a 5-minute (fixed) minimum run-time as well as the 5-minute (fixed) minimum time-off delay to prevent compressor short cycling."]
["NSB","HPDIGH",null,null,"·","Digital Compressor:"]
["NSB","HP2DIGH",null,null,"·","Digital Compressors:"]
["NSB","HPDIG",null,null,null,"·","The ALC controls the capacity of the digital compressor by rapidly loading and unloading the compressor in 15 second intervals."]
["NSB","HP2DIG",null,null,null,"·","The ALC controls the capacity of the digital compressors by rapidly loading and unloading the compressor in 15 second intervals."]
["NSB","HPDIGSAT",null,null,null,"·","The digital compressor modulates based upon the SAT sensor and SAT heating set point (90°F, adjustable)."]
["NSB","HPVSCH",null,null,"·","Vari-Speed Compressor:"]
["NSB","HP2VSCH",null,null,"·","Vari-Speed Compressors:"]
["NSB","HPVSCSAT",null,null,null,"·","The vari-speed compressor modulation will be based upon the SAT sensor and heating set point (90°F, adj.)."]
["NSB","HP2DXLAT",null,null,"·","If there is a current call for 1st stage heating and compressor #1 is shut down due to an alarm (HPS1, LPS1, or DX LAT1), compressor #2 will be turned on to take its place until it returns."]
["NSB","HP2SLT",null,null,"·","If there is a current call for 1st stage heating and compressor #1 is shut down due to an alarm (HPS1, LPS1, or SLT1), compressor #2 will be turned on to take its place until it returns."]
["NSB","AHTGH",null,null,"·","Auxiliary Heat:"]
["NSB","AHTGC1",null,null,null,"·","After the heat pump has been enabled, when the SAT is 2°F (adjustable) or more below the SAT heating set point (90°F, adjustable), and after a 10-minute (adjustable) delay period, auxiliary heating will be enabled.  When the SAT is equal to the SAT heating set point (90°F, adjustable), auxiliary heating will be disabled."]
["NSB","AHTGC2",null,null,null,"·","After both heat pumps have been enabled, when SAT is 2°F (adjustable) or more below the SAT heating set point (90°F, adjustable), and after a 10-minute (adjustable) delay period, auxiliary heating will be enabled.  When SAT is equal to SAT heating set point (90°F, adjustable), auxiliary heating will be disabled."]
["NSB","AHSTGEH",null,null,null,"·","Staged Auxiliary Heat (Electric Heat):"]
["NSB","AHSTGGH",null,null,null,"·","Staged Auxiliary Heat (Gas Furnace):"]
["NSB","AH1STG",null,null,null,null,"·","1-Stage Heat:  Terminal W1 turning on enables first-stage auxiliary heating.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 and first-stage auxiliary heating turn off."]
["NSB","AH2STG",null,null,null,null,"·","2-Stage Heat:  Terminal W1 turning on enables first-stage auxiliary heating.  As SAT goes further below the SAT heating set point (90°F, adjustable), terminal W2 energizes and second-stage auxiliary heating is enabled.  As SAT rises, terminal W2 turns off and second-stage auxiliary heating turns off.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 and first-stage auxiliary heating turn off."]
["NSB","AH3STG",null,null,null,null,"·","3-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of auxiliary heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["NSB","AH4STG",null,null,null,null,"·","4-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of auxiliary heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["NSB","AHSTGG",null,null,null,null,null,"·","Gas Furnace:  Terminal W1 turning on energizes the gas furnace controller and first-stage auxiliary heating is enabled.  If the SAT is equal to the SAT heating set point (90°F, adjustable), terminal W1 turns off which de-energizes the gas furnace controller, and first-stage auxiliary heating is turned off.  All other stages operate as above."]
["NSB","AHMODH",null,null,null,"·","Modulated Auxiliary Heat:"]
["NSB","AHMODE",null,null,null,null,"·","SCR Electric Heat:  On demand for auxiliary heating, the ALC controller modulates the electric heating SCR based upon the SAT heating set point (90°F, adjustable)."]
["NSB","AHMODG",null,null,null,null,"·","Modulating Gas Furnace:  On demand for auxiliary heating, the ALC controller modulates the gas furnace controller to control the gas flow based upon the SAT heating set point (90°F, adjustable)."]
["NSB","AHMODW",null,null,null,null,"·","Modulating Hot Water Heat:  On demand for auxiliary heating, the ALC controller modulates the hot water valve to control the hot water flow based upon the SAT heating set point (90°F, adjustable)."]
["NSB","AHMODS",null,null,null,null,"·","Modulating Steam Heat:  On demand for auxiliary heating, the ALC controller modulates the steam valve to control the flow of steam based upon the SAT heating set point (90°F, adjustable)."]
["NSB","HTG"]
["NSB","EHTGH",null,{"$f":"CONCATENATE(SUBTOTAL(103, $P$492:P630), \".\")","v":"7."},"Emergency Heating Mode:",null,null,null,null,null,null,null,null,null,null,7]
["NSB","EHTGC1",null,null,"·","Compressor is \"OFF\" in Emergency Heating Mode."]
["NSB","EHTGC2",null,null,"·","Compressors are \"OFF\" in Emergency Heating Mode."]
["NSB","EHTGC1SF",null,null,"·","Emergency Heating mode is selectable using the BACview display pad or Building Automation System (BAS) (default is “OFF”).  Emergency Heating mode will automatically be turned on if the heat pump compressor fails or is disabled due to OAT going below the Compressor Disable set point of 26°F (adjustable)."]
["NSB","EC1SFVSC",null,null,"·","Emergency Heating mode is selectable using the BACview display pad or Building Automation System (BAS) (default is “OFF”).  Emergency Heating mode will automatically be turned on if the heat pump compressor fails or is disabled due to either the OAT going below the Compressor Disable set point of 26°F (adjustable) or the SF-VSC modulating below 85% (adjustable)."]
["NSB","EHTGC2SF",null,null,"·","Emergency Heating mode is selectable using the BACview display pad or Building Automation System (BAS) (default is “OFF”).  Emergency Heating mode will automatically be turned on if both heat pump compressors fail or are disabled due to OAT going below the Compressor Disable set point of 26°F (adjustable)."]
["NSB","EC2SFVSC",null,null,"·","Emergency Heating mode is selectable using the BACview display pad or Building Automation System (BAS) (default is “OFF”).  Emergency Heating mode will automatically be turned on if both heat pump compressors fail or are disabled due to either the OAT going below the Compressor Disable set point of 26°F (adjustable) or the SF-VSC modulating below 85% (adjustable)."]
["NSB","EHM",null,null,"·","Emergency Heating Mode is available when the OAT is below the OAT heating upper limit (60°F, adjustable) and there is a demand for heating."]
["NSB","EHZAT",null,null,"·","When the ZAT is 1°F (adjustable) or more below the ZAT emergency heating set point (60°F, adjustable), emergency heating is enabled and operates based upon SAT heating set point (90°F, adjustable)."]
["NSB","EHZAT",null,null,"·","When the ZAT is 1°F (adjustable) or more above the ZAT emergency heating set point (60°F, adjustable), emergency heating is disabled."]
["NSB","EHSTGEH",null,null,"·","Staged Emergency Heat (Electric Heat):"]
["NSB","EHSTGGH",null,null,"·","Staged Emergency Heat (Gas Furnace):"]
["NSB","EH1STG",null,null,null,"·","1-Stage Heat:  Terminal W1 turning on enables first-stage emergency heating.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 and first-stage emergency heating turn off."]
["NSB","EH2STG",null,null,null,"·","2-Stage Heat:  Terminal W1 turning on enables first-stage emergency heating.  As SAT goes further below the SAT heating set point (90°F, adjustable), terminal W2 energizes and second-stage emergency heating is enabled.  As SAT rises, terminal W2 turns off and second-stage emergency heating turns off.  As the SAT goes 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 turns off and first-stage emergency heating turns off."]
["NSB","EH3STG",null,null,null,"·","3-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of emergency heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["NSB","EH4STG",null,null,null,"·","4-Stage Heat:  Terminal W1 turning on enables the Heating Analog Relay Module (HARM) on the control panel which activates the different stages of emergency heating.  As the SAT goes further below the SAT heating set point (90°F, adjustable), the different stages will turn on.  As the SAT goes further above the SAT heating set point (90°F, adjustable), the different stages will turn off."]
["NSB","EHSTGG",null,null,null,null,"·","Gas Furnace:  Terminal W1 turning on energizes the gas furnace controller and first-stage emergency heating is enabled.  If the SAT is 1°F (adjustable) or more above the SAT heating set point (90°F, adjustable), terminal W1 turns off which de-energizes the gas furnace controller, and first-stage emergency heating is turned off.  All other stages operate as above."]
["NSB","EHMODH",null,null,"·","Modulated Emergency Heat:"]
["NSB","EHMODE",null,null,null,"·","SCR Electric Heat:  On demand for emergency heating, the ALC controller modulates the electric heating SCR based upon the SAT heating set point (90°F, adjustable)."]
["NSB","EHMODG",null,null,null,"·","Modulating Gas Furnace:  On demand for emergency heating, the ALC controller modulates the gas furnace controller to control the gas flow based upon the SAT heating set point (90°F, adjustable)."]
["NSB","EHMODW",null,null,null,"·","Modulating Hot Water Heat:  On demand for emergency heating, the ALC controller modulates the hot water valve to control the hot water flow based upon the SAT heating set point (90°F, adjustable)."]
["NSB","EHMODS",null,null,null,"·","Modulating Steam Heat:  On demand for emergency heating, the ALC controller modulates the steam valve to control the flow of steam based upon the SAT heating set point (90°F, adjustable)."]
["NSB","EHTG"]
["SWITCH","H",null,"Safety Switches:"]
["SWITCH","SS",null,null,"·","High Pressure Switch (HPS1):  If HPS1 is open, compressor #1 will turn off and the ALC controller will issue an alarm.  After manually resetting HPS1, the HPS1 alarm will reset.  Following a minimum time off delay, compressor #1 will turn on.  If the ALC controller records 3 high pressure start/restart failure incidents within 1 hour, compressor #1 is locked out and the ALC controller will issue an alarm.  The compressor lock-out can be reset in the BACview display pad or by cycling the power of the ALC controller."]
["SWITCH","2SS",null,null,null,"·","This sequence is the same for compressor #2, Y2, and HPS2."]
["SWITCH","SS",null,null,"·","Low Pressure Switch (LPS1):  If LPS1 is open after the LPS1 by-pass time, the ALC controller will issue an alarm and compressor #1 turns off.  After 30 seconds (fixed), the LPS1 alarm will reset.  Following a minimum time off delay, compressor #1 will turn on.  If the ALC controller records 3 low pressure start/restart failure incidents within 1 hour, compressor #1 is locked out and the ALC controller will issue an alarm.  The compressor lock-out can be reset in the BACview display pad or by cycling the power of the ALC controller."]
["SWITCH","2SS",null,null,null,"·","This sequence is the same for compressor #2, Y2, and LPS2."]
["SWITCH"]
["SAFE","H",null,"Safety Shutdown:"]
["SAFE","SD",null,null,"·","Smoke Detector:  When a smoke detector (SD) is provided, it is wired directly to the ALC controller.  If smoke is detected, the ALC controller will shut down the unit."]
["SAFE",null,null,null,"·","If a compressor fails to start 3 times in an hour due to high pressure switch lock out."]
["SAFE",null,null,null,"·","If a compressor fails to start 3 times in a 24-hour period due to low pressure switch lock out."]
["SAFE","DXLAT",null,null,"·","If a compressor fails to start 3 times in an hour due to DX leaving air temperature lock out."]
["SAFE","SLT",null,null,"·","If a compressor fails to start 3 times in an hour due to suction line temperature lock out."]
["SAFE",null,null,null,"·","If the ALC controller detects an SAT sensor failure."]
["SAFE","EMSD",null,null,"·","Emergency Shutdown (EMSD):  The digital input should be field wired to a normally closed (N.C.) switch.  When the contact opens, the unit will immediately shut down and the ALC controller will send an Emergency Shutdown alarm to the Building Automation System (BAS).  When the contact closes, the alarm resets automatically and the unit returns to normal operation."]
["SAFE"]
["QUICK","H",null,"Start-up Settings, Controls, and Options"]
["QUICK",null,null,null,"·","Refer to the Addison Quick Start Guide for procedures to modify operating parameters and select options."]
["QUICK"]
["ALARM","H",null,"Standard Alarms:  (alarms require reset in the BACview or cycling the power of the ALC controller unless noted)"]
["ALARM","OADA",null,null,{"$f":"CONCATENATE($Q$672, \".\")","v":"1."},"OADA Alarm:  When the OADA fails to open or closes due to OADA-A (adj.) being open; following 2 minute (adjustable) delay.  Unit will automatically shut down.",null,null,null,null,null,null,null,null,null,null,1]
["ALARM","OADA",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q673), \".\")","v":"2."},"OADA Hand:  When the OADA is commanded closed but the OADA-A (adj.) still indicates to the ALC it is open; following 2 minute (adjustable) delay.",null,null,null,null,null,null,null,null,null,null,2]
["ALARM","ECW",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q674), \".\")","v":"3."},"ECW Alarm:  When the ECW fails to start or stops due to WM-CS open; following 1 minute (adjustable) delay.",null,null,null,null,null,null,null,null,null,null,3]
["ALARM","ECW",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q675), \".\")","v":"4."},"ECW Hand:  When the ECW is commanded off but the WM-CS still indicates to the ALC it is on; following 1 minute (adjustable) delay.",null,null,null,null,null,null,null,null,null,null,4]
["ALARM","SF",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q676), \".\")","v":"5."},"Supply Fan Alarm:  When the SF fails to start and the SF-APS does not confirm air flow to ALC, following 1 minute (adjustable) delay.  Unit will automatically shut down.",null,null,null,null,null,null,null,null,null,null,5]
["ALARM","SF100",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q677), \".\")","v":"6."},"Supply Fan Hand:  When the SF is commanded off and the SF-APS still indicates air flow to ALC, following 1 minute (adjustable) delay.  OA Damper (if existing) will be commanded to remain open.",null,null,null,null,null,null,null,null,null,null,6]
["ALARM","SFREC",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q678), \".\")","v":"7."},"Supply Fan Hand:  When the SF is commanded off and the SF-APS still indicates air flow to ALC, following 1 minute (adjustable) delay.  OA Damper (if existing) will be commanded to close.",null,null,null,null,null,null,null,null,null,null,7]
["ALARM","SFDPT",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q679), \".\")","v":"8."},"High Supply Duct Pressure Alarm:  When the SF-DPT exceeds 5\" H2O (adjustable), following a 5 sec. (fixed) delay.  Unit will automatically shut down.  Alarm resets when SF-DPT goes below 5\" H2O, following a 2 minute (adjustable) delay.  Lock out occurs if alarm happens 3 times in 1 hour (High Supply Duct Pressure STOP).",null,null,null,null,null,null,null,null,null,null,8]
["ALARM","SF",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q680), \".\")","v":"9."},"Supply Fan Run Time:  When the SF run time has exceeded the maximum run time allotted (adjustable).",null,null,null,null,null,null,null,null,null,null,9]
["ALARM","EF",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q681), \".\")","v":"10."},"Exhaust Fan Alarm:  When the EF fails to start and the EF-APS does not confirm air flow to ALC, following 1 minute (adjustable) delay.",null,null,null,null,null,null,null,null,null,null,10]
["ALARM","EF",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q682), \".\")","v":"11."},"Exhaust Fan Hand:  When the EF is commanded off and the EF-APS still indicates air flow to ALC, following 1 minute (adjustable) delay.",null,null,null,null,null,null,null,null,null,null,11]
["ALARM","EF",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q683), \".\")","v":"12."},"Exhaust Fan Run Time:  When the EF run time has exceeded the maximum run time allotted (adjustable).",null,null,null,null,null,null,null,null,null,null,12]
["ALARM","CLG1",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q684), \".\")","v":"13."},"Compressor #1 Alarm:  Compressor stops due to CC1-CS open; following 60 second (fixed) delay.  Compressor lock out occurs if alarm happens 3 times in 1 hour (Compressor #1 STOP).",null,null,null,null,null,null,null,null,null,null,13]
["ALARM","CLG1",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q685), \".\")","v":"14."},"Compressor #1 Hand:  Compressor is commanded off but the CC1-CS still indicates to the ALC it is on; following 60 second (fixed) delay.",null,null,null,null,null,null,null,null,null,null,14]
["ALARM","CLG1",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q686), \".\")","v":"15."},"Compressor #1 Run Time:  When the C1 run time has exceeded the maximum run time allotted (adjustable).",null,null,null,null,null,null,null,null,null,null,15]
["ALARM","CLG1",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q687), \".\")","v":"16."},"High Pressure Switch #1 Alarm:  Compressor stops due to HPS1 open; following 30 second (fixed) delay.  Requires HPS1 manual reset.  Compressor lock out occurs if alarm happens 3 times in 1 hour (High Pressure Switch #1 STOP).",null,null,null,null,null,null,null,null,null,null,16]
["ALARM","CLG1",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q688), \".\")","v":"17."},"Low Pressure Switch #1 Alarm:  Compressor stops due to LPS1 open; following 90 second (fixed) delay.  Compressor lock out occurs if alarm happens 3 times in 24 hours (Low Pressure Switch #1 STOP).",null,null,null,null,null,null,null,null,null,null,17]
["ALARM","C1DXLAT",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q689), \".\")","v":"18."},"Freeze Protection #1 Alarm:  Compressor stops due to DX LAT1 freeze condition; following 3 minute (adjustable) delay.  Compressor lock out occurs if alarm happens 3 times in 1 hour (FP #1 STOP).",null,null,null,null,null,null,null,null,null,null,18]
["ALARM","C1SLT",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q690), \".\")","v":"19."},"Freeze Protection #1 Alarm:  Compressor stops due to SLT1 freeze condition; following 3 minute (adjustable) delay.  Compressor lock out occurs if alarm happens 3 times in 1 hour (FP #1 STOP).",null,null,null,null,null,null,null,null,null,null,19]
["ALARM","CLG2",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q691), \".\")","v":"20."},"Compressor #2 Alarm:  Compressor stops due to CC2-CS open; following 60 second (fixed) delay.  Compressor lock out occurs if alarm happens 3 times in 1 hour (Compressor #2 STOP).",null,null,null,null,null,null,null,null,null,null,20]
["ALARM","CLG2",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q692), \".\")","v":"21."},"Compressor #2 Hand:  Compressor is commanded off but the CC2-CS still indicates to the ALC it is on; following 60 second (fixed) delay.",null,null,null,null,null,null,null,null,null,null,21]
["ALARM","CLG2",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q693), \".\")","v":"22."},"Compressor #2 Run Time:  When the C2 run time has exceeded the maximum run time allotted (adjustable).",null,null,null,null,null,null,null,null,null,null,22]
["ALARM","CLG2",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q694), \".\")","v":"23."},"High Pressure Switch #2 Alarm:  Compressor stops due to HPS2 open; following 30 second (fixed) delay.  Requires HPS2 manual reset.  Compressor lock out occurs if alarm happens 3 times in 1 hour (High Pressure Switch #2 STOP).",null,null,null,null,null,null,null,null,null,null,23]
["ALARM","CLG2",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q695), \".\")","v":"24."},"Low Pressure Switch #2 Alarm:  Compressor stops due to LPS2 open; following 90 second (fixed) delay.  Compressor lock out occurs if alarm happens 3 times in 24 hours (Low Pressure Switch #2 STOP).",null,null,null,null,null,null,null,null,null,null,24]
["ALARM","C2DXLAT",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q696), \".\")","v":"25."},"Freeze Protection #2 Alarm:  Compressor stops due to DX LAT2 freeze condition, following 3 minute (adjustable) delay. Compressor lock out occurs if alarm happens  3 times in 1 hour (FP #2 STOP).",null,null,null,null,null,null,null,null,null,null,25]
["ALARM","C2SLT",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q697), \".\")","v":"26."},"Freeze Protection #2 Alarm:  Compressor stops due to SLT2 freeze condition, following 3 minute (adjustable) delay. Compressor lock out occurs if alarm happens  3 times in 1 hour (FP #2 STOP).",null,null,null,null,null,null,null,null,null,null,26]
["ALARM",null,null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q698), \".\")","v":"27."},"Sensor Failure:  Readings exceed sensor limits, following 2 minute (fixed) delay.  Alarms reset automatically.",null,null,null,null,null,null,null,null,null,null,27]
["ALARM",null,null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q699), \".\")","v":"28."},"SAT Sensor Failure:  Open: -60.2°F, Short: 296°F.  Unit will automatically shut down.",null,null,null,null,null,null,null,null,null,null,28]
["ALARM","HTGE",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q700), \".\")","v":"29."},"High SAT Alarm:  SAT high limit, 120°F (adjustable) with Electric Heat.  Alarm resets automatically.",null,null,null,null,null,null,null,null,null,null,29]
["ALARM","HTGG",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q701), \".\")","v":"30."},"High SAT Alarm:  SAT high limit, 130°F (adjustable) with Gas Furnace Heat.  Alarm resets automatically.",null,null,null,null,null,null,null,null,null,null,30]
["ALARM",null,null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q702), \".\")","v":"31."},"Low SAT Alarm:  SAT low limit, 40°F (adjustable), following 10 minute (adjustable) delay.  Unit will automatically shut down.",null,null,null,null,null,null,null,null,null,null,31]
["ALARM","HTG",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q703), \".\")","v":"32."},"Heat Failure:  In heating mode and the SAT falls below 50°F (adjustable), following 10 minute (adjustable) delay.  Alarm resets automatically.",null,null,null,null,null,null,null,null,null,null,32]
["ALARM","CO2",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q704), \".\")","v":"33."},"High CO2 Alarm:  CO2 greater than the CO2 set point (1200 ppm; adjustable) plus the CO2 set point offset value (200 ppm; adjustable), following 2 minute (fixed) delay.",null,null,null,null,null,null,null,null,null,null,33]
["ALARM","FZTC1",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q705), \".\")","v":"34."},"Freeze Stat Alarm:  If Freeze Stat (FZT) relay opens indicating a water line freeze condition.  Compressor will automatically shut down.  Alarm resets automatically when FZT relay closes.",null,null,null,null,null,null,null,null,null,null,34]
["ALARM","FZTC2",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q706), \".\")","v":"35."},"Freeze Stat Alarm:  If Freeze Stat (FZT) relay opens indicating a water line freeze condition.  Both compressors will automatically shut down.  Alarm resets automatically when FZT relay closes.",null,null,null,null,null,null,null,null,null,null,35]
["ALARM","WFSC1",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q707), \".\")","v":"36."},"Water Flow Alarm:  If Water Flow Switch (WFS) relay opens indicating no flow or low flow in water line.  Compressor will automatically shut down.  Alarm resets automatically when WFS relay closes.",null,null,null,null,null,null,null,null,null,null,36]
["ALARM","WFSC2",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q708), \".\")","v":"37."},"Water Flow Alarm:  If Water Flow Switch (WFS) relay opens indicating a no flow or low flow in water line.  Both compressors will automatically shut down.  Alarm resets automatically when WFS relay closes.",null,null,null,null,null,null,null,null,null,null,37]
["ALARM","BFA",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q709), \".\")","v":"38."},"Burner Failure Alarm:  If normally open (N.O.) Gas Burner Failure contact from the furnace (by others) closes.  OA damper shall close following a 2 minute (adjustable) delay.  Alarm resets automatically.",null,null,null,null,null,null,null,null,null,null,38]
["ALARM","CFI",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q710), \".\")","v":"39."},"Clogged Filter Alarm:  Clogged filter indicator (CFI), following 2 minute (fixed) delay.  Alarm resets automatically.",null,null,null,null,null,null,null,null,null,null,39]
["ALARM","COS",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q711), \".\")","v":"40."},"Condensate Overflow Alarm:  If the Condensate Overflow switch opens, following a 30 second (fixed) delay.  Unit will automatically shut down.",null,null,null,null,null,null,null,null,null,null,40]
["ALARM","SD",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q712), \".\")","v":"41."},"Smoke Detector Alarm:  When smoke is detected, following 30 second (fixed) delay.  Unit will automatically shut down.",null,null,null,null,null,null,null,null,null,null,41]
["ALARM","EMSD",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q713), \".\")","v":"42."},"EMSD Alarm:  When the EMSD contact is opened.  Unit will automatically shut down.  Alarm resets automatically when the EMSD contact is closed again.",null,null,null,null,null,null,null,null,null,null,42]
["ALARM","SP",null,null,{"$f":"CONCATENATE(SUBTOTAL(103, $Q$672:Q714), \".\")","v":"43."},"Set Point Overlap Alarm:  If OAT cooling and heating set points are selected such that the ranges overlap.  Alarm logic will reset modified set points to previous value.  Alarm resets automatically.",null,null,null,null,null,null,null,null,null,null,43]
["ALARM"]
["END"]

{"sheet":"Inside CP","index":1,"n_rows":76,"n_cols":6,"rows_kept":76,"cut":false,"hidden":false,"merged":[[0,2,0,5],[75,2,75,5]]}
[null,null,"LEGEND - ITEMS INSIDE CONTROL PANEL"]
["START",null,"ITEM","FUNCTIONAL DESIGNATION","LINE NUMBER","DESCRIPTION"]
["SF","C",101,"SFC",148,"Supply Fan Motor Contactor"]
["SF","VS",101,"SFR",148,"Supply Fan Motor Relay"]
["SF",null,102,"MSP-SF",38,"Motor Starter Protection-Supply Fan"]
["SF","VS",103,"SF-VFD",38,"Supply Fan-Variable Frequency Drive"]
["CLG","C1",104,"CC1",110,"Compressor Contactor no. 1"]
["CLG","C1T",104,"CC1A, CC1B","110, 113","Compressor Contactor no. 1A and 1B"]
["CLG","C1",105,"CC1-A1, CC1-A2","#","\"CC1\" Auxiliary Contact no. 1 and 2"]
["CLG","C1T",105,"CC1A-A1, CC1A-A2","#","\"CC1A\" Auxiliary Contact no. 1 and 2"]
["CLG","C1T",106,"CC1B-A1","#","\"CC1B\" Auxiliary Contact no. 1"]
["CLG","C1",107,"MSP-CC1",1,"Motor Starter Protection-“CC1”"]
["CLG","C1T",107,"MSP-CC1A, MSP-CC1B","1, 6","Motor Starter Protection-“CC1A, CC1B”"]
["CLG","C2",108,"CC2",123,"Compressor Contactor no. 2"]
["CLG","C2T",108,"CC2A, CC2B","123, 126","Compressor Contactor no. 2A and 2B"]
["CLG","C2",109,"CC2-A1, CC2-A2","#","\"CC2\" Auxiliary Contact no. 1 and 2"]
["CLG","C2T",109,"CC2A-A1, CC2A-A2","#","\"CC2A\" Auxiliary Contact no. 1 and 2"]
["CLG","C2T",110,"CC2B-A1","#","\"CC2B\" Auxiliary Contact no. 1"]
["CLG","C2",111,"MSP-CC2",11,"Motor Starter Protection-“CC2”"]
["CLG","C2T",111,"MSP-CC2A, MSP-CC2B","11, 16","Motor Starter Protection-“CC2A, CC2B”"]
["CLG","DIG",112,"DIG1",108,"Digital Compressor no. 1 Unloader Solenoid"]
["CLG","2DIG",112,"DIG1, DIG2","108, 121","Digital Compressor no. 1 and 2 Unloader Solenoid"]
["ASHP","C1",113,"DR1",91,"Defrost Relay no. 1"]
["ASHP","C2",113,"DR1, DR2","91, 99","Defrost Relay no. 1 and 2"]
["ASHP","C1",114,"DTM1",88,"Defrost Timer no. 1"]
["ASHP","C2",114,"DTM1, DTM2","88, 96","Defrost Timer no. 1 and 2"]
["EF","C",115,"EFC",152,"Exhaust Fan Contactor"]
["EF","VS",115,"EFR",152,"Exhaust Fan Relay"]
["EF",null,116,"MSP-EF",46,"Motor Starter Protection-Exhaust Fan"]
["EF","VS",117,"EFVFD",46,"Exhaust Fan-Variable Frequency Drive"]
["STD",null,118,"EGB",4,"Equipment Grounding Bar"]
["STD",null,119,"F1, F2, F3","59, 60, 61","Fusing-See Fuse Table on this sheet"]
["STD",null,120,"CB",71,"Circuit Breaker-See Fuse Table on this sheet"]
["CLG","OFC",121,"OFC1",79,"Outdoor Fan Contactor no. 1"]
["CLG","2OFC",121,"OFC1, OFC2","79, 83","Outdoor Fan Contactor no. 1 and 2"]
["CLG","OF",122,"MSP-OF1",22,"Motor Starter Protection-Outdoor Fan no. 1"]
["CLG","2OF",123,"MSP-OF2",30,"Motor Starter Protection-Outdoor Fan no. 2"]
["CLG","OF2",123,"MSP-OF2",26,"Motor Starter Protection-Outdoor Fan no. 2"]
["CLG","3OF",124,"MSP-OF3",30,"Motor Starter Protection-Outdoor Fan no. 3"]
["CLG","4OF",125,"MSP-OF4",34,"Motor Starter Protection-Outdoor Fan no. 4"]
["CLG","OFV",126,"OF1VFD","22, 25","Outdoor Fan Variable Frequency Drive no. 1"]
["CLG","2OFV",126,"OF1VFD, OF2VFD","22, 25, 30","Outdoor Fan Variable Frequency Drive no. 1 and 2"]
["CLG","OFB",127,"OFBC1",74,"Fan By-pass Contactor no. 1"]
["CLG","2OFB",127,"OFBC1, OFBC2","74, 77","Fan By-pass Contactor no. 1 and 2"]
["HTG","HARM",128,"HARM","Sheet 4","Heating Analog Relay Module"]
["CLG","HGM",129,"MDC1",214,"Modulating Discharge-Line Controller no. 1"]
["CLG","2HGM",129,"MDC1, MDC2",214,"Modulating Discharge-Line Controller no. 1 and 2"]
["CLG","HGM",130,"MRC1",202,"Modulating Reheat Controller no. 1"]
["CLG","2HGM",130,"MRC1, MRC2",202,"Modulating Reheat Controller no. 1 and 2"]
["STD",null,131,"PDB","1, 2, 3","Power Distribution Block"]
["STD",null,132,"PM","59, 71","Power/Phase Monitor"]
["CLG","HG",133,"RHR",156,"Reheat Relay"]
["HP",null,134,"RVR",158,"Reversing Valve Relay"]
["STD",null,135,"T1","62, 67","Control Transformer no. 1"]
["CLG","HGM",136,"T2",200,"Control Transformer no. 2"]
["STD",null,137,"TB1","Sheet 2-5","Terminal Board no. 1"]
["STD",null,138,"TB2",71,"Terminal Board no. 2"]
["CLG","HGM",139,"TB3","204, 216","Terminal Board no. 3"]
["STD",null,140,"TB-A","Sheet 5","Terminal Board no. -A"]
["STD",null,141,"TB-D","Sheet 5","Terminal Board no. -D"]
["STD",null,142,"TB-E","Sheet 5","Terminal Board no. -E"]
["STD",null,143,"TB-F","Sheet 5","Terminal Board no. -F"]
["CLG","C1T",144,"TD1",113,"Time Delay no. 1"]
["CLG","C2T",144,"TD1, TD2","113, 126","Time Delay no. 1 and 2"]
["CLG","C1T",145,"BY-PASS TIMER 1",115,"By-pass Time Delay no. 1"]
["CLG","C2T",145,"BY-PASS TIMER 1 & 2","115, 128","By-pass Time Delay no. 1 and 2"]
["ECW","C",146,"WMC",463,"Wheel Motor Contactor"]
["ECW","R",146,"WMR","???","Wheel Motor Relay"]
["ECW",null,147,"MSP-WM",54,"Motor Starter Protection-Wheel Motor"]
["ECW","VFD",148,"WMVFD",54,"Wheel Motor Variable Frequency Drive"]
["ECW",null,149,"C450",460,"Johnson Control C450 (0-10VDC)"]
["ECW",null,150,"WM-CS","55, 329","Wheel Motor Current Sensor"]
["CLG","HGM",151,"1K Ohm","212, 213","Resistor, 1K Ohms for MDC"]
["CLG","CR1",152,"CR1",112,"Compressor Relay no. 1"]
["CLG","CR12",152,"CR1 and CR2","112, 125","Compressor Relay no. 1 and 2"]
["END",null,"#  SEE LINE NUMBER TO THE RIGHT OF CONTACTOR COIL ON WIRING DIAGRAM."]

{"sheet":"Outside CP","index":2,"n_rows":47,"n_cols":6,"rows_kept":47,"cut":false,"hidden":false,"merged":[[0,2,0,5],[46,2,46,5]]}
[null,null,"LEGEND - ITEMS OUTSIDE CONTROL PANEL"]
["START",null,"ITEM","FUNCTIONAL DESIGNATION","LINE NUMBER","DESCRIPTION"]
["APS","SF",101,"APS",265,"Air Pressure Switch (Supply Fan)"]
["APS","SFEF",{"$f":"100 + SUBTOTAL(103, $D$3:D4)","v":102},"APS","265, 266","Air Pressure Switch (Supply Fan and Exhaust Fan)"]
["HTG","GAS",{"$f":"100 + SUBTOTAL(103, $D$3:D5)","v":103},"BCTL",165,"BCTL"]
["CLG","HGM",{"$f":"100 + SUBTOTAL(103, $D$3:D6)","v":104},"BOS1",132,"Bleed-Off Solenoid no. 1"]
["CLG","2HGM",{"$f":"100 + SUBTOTAL(103, $D$3:D7)","v":105},"BOS1, BOS2","132, 134","Bleed-Off Solenoid no. 1 and 2"]
["CLG","C1",{"$f":"100 + SUBTOTAL(103, $D$3:D8)","v":106},"CCH1",4,"Compressor Crankcase Heater No. 1"]
["CLG","C1T",{"$f":"100 + SUBTOTAL(103, $D$3:D9)","v":107},"CCH1A, CCH1B","4, 9","Compressor Crankcase Heater No. 1A and 1B"]
["CLG","C2",{"$f":"100 + SUBTOTAL(103, $D$3:D10)","v":108},"CCH2",14,"Compressor Crankcase Heater No. 2"]
["CLG","C2T",{"$f":"100 + SUBTOTAL(103, $D$3:D11)","v":109},"CCH2A, CCH2B","14, 19","Compressor Crankcase Heater No. 2A and 2B"]
["CLG","C1",{"$f":"100 + SUBTOTAL(103, $D$3:D12)","v":110},"CM1",2,"Compressor Motor No. 1"]
["CLG","C1T",{"$f":"100 + SUBTOTAL(103, $D$3:D13)","v":111},"CM1A, CM1B","2, 7","Compressor Motor No. 1A and 1B"]
["CLG","C2",{"$f":"100 + SUBTOTAL(103, $D$3:D14)","v":112},"CM2",12,"Compressor Motor No. 2"]
["CLG","C2T",{"$f":"100 + SUBTOTAL(103, $D$3:D15)","v":113},"CM2A, CM2B","12, 17","Compressor Motor No. 2A and 2B"]
["CLG","COP",{"$f":"100 + SUBTOTAL(103, $D$3:D16)","v":114},"COPM1","110, 181","Compressor Overcurrent Protection Module no. 1"]
["CLG","2COP",{"$f":"100 + SUBTOTAL(103, $D$3:D17)","v":115},"COPM2","123, 183","Compressor Overcurrent Protection Module no. 2"]
["DPT","SF",{"$f":"100 + SUBTOTAL(103, $D$3:D18)","v":116},"DPT260",340,"Differential Pressure Transmitter 260 (SF)"]
["DPT","SFEF",{"$f":"100 + SUBTOTAL(103, $D$3:D19)","v":117},"DPT260","340, 342","Differential Pressure Transmitter 260 (SF and EF)"]
["ASHP","C1",{"$f":"100 + SUBTOTAL(103, $D$3:D20)","v":118},"DTT1",93,"Defrost T’stat No. 1"]
["ASHP","C2",{"$f":"100 + SUBTOTAL(103, $D$3:D21)","v":119},"DTT1, DTT2","93, 101","Defrost T’stat No. 1 and 2"]
["ECON","OD",{"$f":"100 + SUBTOTAL(103, $D$3:D22)","v":120},"ECDA",179,"Economizer Damper Actuator"]
["ECON","ODRA",{"$f":"100 + SUBTOTAL(103, $D$3:D23)","v":121},"ECDA","178, 179","Economizer Damper Actuator"]
["EF",null,{"$f":"100 + SUBTOTAL(103, $D$3:D24)","v":122},"EFM1",47,"Exhaust Fan Motor No. 1"]
["STD",null,{"$f":"100 + SUBTOTAL(103, $D$3:D25)","v":123},"FS",71,"Fire Stat"]
["WSHP",null,{"$f":"100 + SUBTOTAL(103, $D$3:D26)","v":124},"FZT",266,"Freeze Stat"]
["CLG","C1",{"$f":"100 + SUBTOTAL(103, $D$3:D27)","v":125},"HP1",110,"High Pressure Switch No. 1"]
["CLG","C2",{"$f":"100 + SUBTOTAL(103, $D$3:D28)","v":126},"HP2",123,"High Pressure Switch No. 2"]
["CLG","C1",{"$f":"100 + SUBTOTAL(103, $D$3:D29)","v":127},"LP1",265,"Low Pressure Switch No. 1"]
["CLG","C2",{"$f":"100 + SUBTOTAL(103, $D$3:D30)","v":128},"LP2",266,"Low Pressure Switch No. 2"]
["CLG","LSS1",{"$f":"100 + SUBTOTAL(103, $D$3:D31)","v":129},"LSS1A, LSS1B","136, 138","Liquid Sub-Cooling Solenoid no. 1A and 1 B"]
["CLG","LSS2",{"$f":"100 + SUBTOTAL(103, $D$3:D32)","v":130},"LSS2A, LSS2B","140, 142","Liquid Sub-Cooling Solenoid no. 2A and 2B"]
["LLS","C1",{"$f":"100 + SUBTOTAL(103, $D$3:D33)","v":131},"LLS1",144,"Liquid Line Solenoid no. 1"]
["LLS","C2",{"$f":"100 + SUBTOTAL(103, $D$3:D34)","v":132},"LLS1, LLS2","144, 146","Liquid Line Solenoid no. 1 and 2"]
["CLG","OF",{"$f":"100 + SUBTOTAL(103, $D$3:D35)","v":133},"OFM1",29,"Outdoor Fan Motor No. 1"]
["CLG","2OF",{"$f":"100 + SUBTOTAL(103, $D$3:D36)","v":134},"OFM2",31,"Outdoor Fan Motor No. 2"]
["CLG","OF2",{"$f":"100 + SUBTOTAL(103, $D$3:D37)","v":135},"OFM2",27,"Outdoor Fan Motor No. 2"]
["CLG","3OF",{"$f":"100 + SUBTOTAL(103, $D$3:D38)","v":136},"OFM3",31,"Outdoor Fan Motor No. 3"]
["CLG","4OF",{"$f":"100 + SUBTOTAL(103, $D$3:D39)","v":137},"OFM4",35,"Outdoor Fan Motor No. 4"]
["CLG","HGOO",{"$f":"100 + SUBTOTAL(103, $D$3:D40)","v":138},"RHS1",132,"Reheat Solenoid no. 1"]
["CLG","2HGOO",{"$f":"100 + SUBTOTAL(103, $D$3:D41)","v":139},"RHS1, RHS2","132, 134","Reheat Solenoid no. 1 and 2"]
["HP","C1",{"$f":"100 + SUBTOTAL(103, $D$3:D42)","v":140},"RVS1",73,"Reversing Valve No. 1 "]
["HP","C2",{"$f":"100 + SUBTOTAL(103, $D$3:D43)","v":141},"RVS1, RVS2","73, 76","Reversing Valve No. 1 and 2"]
["SF",null,{"$f":"100 + SUBTOTAL(103, $D$3:D44)","v":142},"SFM1",39,"Supply Fan Motor No. 1"]
["WS",null,{"$f":"100 + SUBTOTAL(103, $D$3:D45)","v":143},"WFS",268,"Water Flow Switch"]
["ECW",null,{"$f":"100 + SUBTOTAL(103, $D$3:D46)","v":144},"WM",55,"EC Wheel Motor"]
["END"]

{"sheet":"Set Point Matrix","index":3,"n_rows":115,"n_cols":14,"rows_kept":115,"cut":false,"hidden":false,"merged":[[16,5,16,9],[28,5,28,9],[27,5,27,9],[23,3,23,9],[25,5,25,9],[0,3,1,9],[3,3,3,9],[0,12,0,13],[0,11,1,11],[0,10,1,10],[4,4,4,9],[5,5,6,9],[7,5,7,9],[34,5,34,9],[32,4,32,9],[24,4,24,9],[26,5,26,9],[29,5,29,9],[13,5,13,9],[14,5,14,9],[15,5,15,9],[17,5,17,9],[21,5,21,9],[18,5,18,9],[20,4,20,9],[8,5,8,9],[33,5,33,9],[35,5,35,9],[41,5,41,9],[49,4,49,9],[44,4,44,9],[39,3,39,9],[30,5,30,9],[10,3,10,9],[11,4,11,9],[12,5,12,9],[101,5,101,9],[36,5,36,9],[45,5,45,9],[42,6,42,9],[46,6,46,9],[38,3,38,9],[52,6,52,9],[47,6,47,9],[53,6,53,9],[55,3,55,9],[56,4,56,9],[57,5,57,9],[103,4,103,9],[100,5,100,9],[87,4,87,9],[94,5,94,9],[95,5,95,9],[90,5,90,9],[92,3,92,9],[93,4,93,9],[96,5,96,9],[88,5,88,9],[89,5,89,9],[104,5,104,9],[112,5,112,9],[107,5,107,9],[109,4,109,9],[110,5,110,9],[111,5,111,9],[106,5,106,9],[105,5,105,9],[72,12,72,13],[73,12,73,13],[77,4,77,9],[98,4,98,9],[99,5,99,9],[82,3,82,9],[80,5,80,9],[85,5,85,9],[84,5,84,9],[83,4,83,9],[79,5,79,9],[72,5,72,9],[78,5,78,9],[73,5,73,9],[74,5,74,9],[75,5,75,9],[59,5,59,9],[60,5,60,9],[40,4,40,9],[70,12,70,13],[71,5,71,9],[62,4,62,9],[63,5,63,9],[66,5,66,9],[70,5,70,9],[65,5,65,9],[68,4,68,9],[64,5,64,9],[50,5,50,9],[51,6,51,9],[58,5,58,9],[69,5,69,9]]}
[null,null,null,"Control Variable",null,null,null,null,null,null,"Abbreviation","Default\nSet Point","Adjustment Range"]
["START",null,null,null,null,null,null,null,null,null,null,null,"Minimum","Maximum"]
["MATRIX"]
["MATRIX",null,null,"Time Clock:"]
["MATRIX",null,null,null,"Set Points:"]
["MATRIX","SCHED",null,null,null,"Occupied Mode Period",null,null,null,null,null,"On: 7:00am"]
["MATRIX","SCHED",null,null,null,null,null,null,null,null,null,"Off: 5:00pm"]
["MATRIX",null,null,null,null,"Time Clock Override Time",null,null,null,null,null,"30 minutes","1 minute","120 minutes"]
["MATRIX",null,null,null,null,"Archive Time Delay",null,null,null,null,null,"10 minutes","5 minute","30 minutes"]
["MATRIX"]
["MATRIX","OD",null,"Dampers:"]
["MATRIX","ODSP",null,null,"Set Points:"]
["MATRIX","OADA",null,null,null,"Outdoor Air Damper Minimum Position",null,null,null,null,"OD Minimum",0.2,0,100]
["MATRIX","OADA",null,null,null,"Outdoor Air Damper Maximum Position",null,null,null,null,"OD Maximum",0.8,0,100]
["MATRIX","RADA",null,null,null,"Return Air Damper Minimum Position",null,null,null,null,"RD Minimum",0.2,0,100]
["MATRIX","RADA",null,null,null,"Return Air Damper Maximum Position",null,null,null,null,"RD Maximum",0.8,0,100]
["MATRIX","OAAMS",null,null,null,"Outdoor Air Air Monitoring Station",null,null,null,null,"OA-AMS",2000]
["MATRIX","CO2",null,null,null,"CO2 Set Point #1",null,null,null,null,null,"300ppm","1ppm","1999ppm"]
["MATRIX","CO2",null,null,null,"CO2 Set Point #2",null,null,null,null,null,"800ppm","1ppm","1999ppm"]
["MATRIX","ODSP"]
["MATRIX","ODDB",null,null,"Dead Bands:"]
["MATRIX","CO2",null,null,null,"CO2 Upper Dead Band",null,null,null,null,null,"100ppm","1ppm","1999ppm"]
["MATRIX","ODDB"]
["MATRIX","FANS",null,"Fans:"]
["MATRIX","FANSSP",null,null,"Set Points:"]
["MATRIX","SFAMS",null,null,null,"Supply Fan Air Monitoring Station",null,null,null,null,"SF-AMS",2000]
["MATRIX","SFDPT",null,null,null,"Supply Fan Static Pressure",null,null,null,null,"SF-DPT (Duct)","0.75\" H2O","0.0\" H2O","5.0\" H2O"]
["MATRIX","SFZATCLG",null,null,null,{"$f":"F61","v":"Zone Air Temperature - Cooling Mode"},null,null,null,null,{"$f":"K61","v":"ZAT Cooling"},{"$f":"L61","v":"72°F"}]
["MATRIX","SFZATHTG",null,null,null,{"$f":"F97","v":"Zone Air Temperature - Heating Mode"},null,null,null,null,{"$f":"K97","v":"ZAT Heating SP"},{"$f":"L97","v":"72°F"}]
["MATRIX","EFAMS",null,null,null,"Exhaust Fan Air Monitoring Station",null,null,null,null,"EF-AMS",2000]
["MATRIX","EFDPT",null,null,null,"Exhaust Fan Static Pressure",null,null,null,null,"EF-DPT (Zone)","0.02\" H2O","0.0\" H2O","1.0\" H2O"]
["MATRIX","FANSSP"]
["MATRIX","FANSDB",null,null,"Time Delays:"]
["MATRIX","SF",null,null,null,"Supply Fan APS By-Pass Time",null,null,null,null,"SF-APS","60 sec.","60 sec.","120 sec."]
["MATRIX","SF",null,null,null,"Supply Fan Minimum Run Time",null,null,null,null,null,"2 min.","1 min.","5 min."]
["MATRIX","EF",null,null,null,"Exhaust Fan APS By-Pass Time",null,null,null,null,"EF-APS","60 sec.","60 sec.","120 sec."]
["MATRIX","EF",null,null,null,"Exhaust Fan Minimum Run Time",null,null,null,null,null,"2 min.","1 min.","5 min."]
["MATRIX","FANSDB"]
["MATRIX","ECWJCI",null,"ECW:  (controlled by JCI C450 Module)"]
["MATRIX","ECWALC",null,"ECW:  (controlled by ALC Controller)"]
["MATRIX",null,null,null,"Standard Control:"]
["MATRIX",null,null,null,null,"Set Points:"]
["MATRIX",null,null,null,null,null,"\"ON\" when OAT <> RAT",null,null,null,"OAT/RAT","+/- 3°F"]
["MATRIX"]
["MATRIX",null,null,null,"On-Off Defrost Control:"]
["MATRIX",null,null,null,null,"Set Points:"]
["MATRIX",null,null,null,null,null,"\"ON\" when OAT <> RAT",null,null,null,"OAT/RAT","+/- 3°F"]
["MATRIX",null,null,null,null,null,"\"OFF\" when OAT < RAT",null,null,null,"OAT","15°F"]
["MATRIX"]
["MATRIX",null,null,null,"VFD Defrost Control:"]
["MATRIX",null,null,null,null,"Set Points:"]
["MATRIX",null,null,null,null,null,"\"ON\" (100%) when OAT <> RAT",null,null,null,"OAT/RAT","+/- 3°F"]
["MATRIX",null,null,null,null,null,"Ramps speed down when OAT < Set Point",null,null,null,"OAT","15°F"]
["MATRIX",null,null,null,null,null,"\"OFF\" (0%) when OAT = Set Point",null,null,null,"OAT","0°F"]
["MATRIX"]
["MATRIX",null,null,"Cooling:"]
["MATRIX",null,null,null,"Set Points:"]
["MATRIX",null,null,null,null,"Supply Air Temperature - Cooling Mode",null,null,null,null,"SAT Cooling","70°F","50°F","90°F"]
["MATRIX",null,null,null,null,"DX Leaving Air Temperature - Cooling Mode",null,null,null,null,"DX LAT Cooling","55°F","32°F","60°F"]
["MATRIX",null,null,null,null,"Suction Line Temperature - Cooling Mode",null,null,null,null,"SLT Cooling","45°F","32°F","60°F"]
["MATRIX",null,null,null,null,"Zone Air Temperature - Cooling Mode",null,null,null,null,"ZAT Cooling","72°F","50°F","90°F"]
["MATRIX"]
["MATRIX",null,null,null,"Dead Bands:"]
["MATRIX",null,null,null,null,"SAT - Compressor #1 - Lower/Upper Dead Band",null,null,null,null,null,"1°F/1°F"]
["MATRIX",null,null,null,null,"SAT - Compressor #2 - Lower/Upper Dead Band",null,null,null,null,null,"3°F/3°F"]
["MATRIX",null,null,null,null,"SAT - HGRH Lower/Upper Dead Band",null,null,null,null,null,"1°F/2°F"]
["MATRIX",null,null,null,null,"ZAT - Lower/Upper Dead Band",null,null,null,null,null,"1°F/1°F"]
["MATRIX"]
["MATRIX",null,null,null,"Time Delays:"]
["MATRIX",null,null,null,null,"DX LAT Freeze Delay",null,null,null,null,"FP Delay","15 min.","5 min.","30 min."]
["MATRIX",null,null,null,null,"Low Pressure Switch By-Pass Time",null,null,null,null,"LPS BPT","90 sec.","90, 120, 180, or 300 sec."]
["MATRIX",null,null,null,null,"SLT Freeze Delay",null,null,null,null,"FP Delay","15 min.","5 min.","30 min."]
["MATRIX",null,null,null,null,"Compressor #1/#2 Minimum Run Time",null,null,null,null,null,"5 min.","Not Adjustable"]
["MATRIX",null,null,null,null,"Compressor #1/#2 Minimum Time Off",null,null,null,null,null,"5 min.","Not Adjustable"]
["MATRIX",null,null,null,null,"Purge Cycle",null,null,null,null,"Purge Cycle","60 min."]
["MATRIX",null,null,null,null,"Purge Time \"ON\"",null,null,null,null,"Purge On","1 min."]
["MATRIX"]
["MATRIX",null,null,null,"Coil Freeze Protection:"]
["MATRIX",null,null,null,null,"SLT Upper Freeze Temperature",null,null,null,null,"SLT USP","38°F","35°F","40°F"]
["MATRIX",null,null,null,null,"SLT Middle Freeze Temperature",null,null,null,null,"SLT MSP","32°F","30°F","40°F"]
["MATRIX",null,null,null,null,"SLT Lower Freeze Temperature",null,null,null,null,"SLT LSP","28°F","28°F","35°F"]
["MATRIX"]
["MATRIX",null,null,"Dehumidification:"]
["MATRIX",null,null,null,"Set Points:"]
["MATRIX",null,null,null,null,"Outdoor Air Temperature - DH Mode",null,null,null,null,"DEHUM OAT","60°F","55°F","90°F"]
["MATRIX",null,null,null,null,"Zone Relative Humidity - DH Mode",null,null,null,null,"ZRH SP",0.55000000000000004,0.3,0.65]
["MATRIX"]
["MATRIX",null,null,null,"Dead Bands:"]
["MATRIX",null,null,null,null,"Zone Rel. Humidity - Comp. #1 - Upper Dead Band",null,null,null,null,"DH1 ZRH UDB",0.01]
["MATRIX",null,null,null,null,"Zone Rel. Humidity - Comp. #2 - Upper Dead Band",null,null,null,null,"DH2 ZRH UDB",0.02]
["MATRIX",null,null,null,null,"Zone Rel. Humidity - Lower Dead Band",null,null,null,null,"DH ZRH LDB",0.02]
["MATRIX"]
["MATRIX",null,null,"Heating:"]
["MATRIX",null,null,null,"Set Points:"]
["MATRIX",null,null,null,null,"Outdoor Air Temperature - Heating Mode",null,null,null,null,"HTG OAT","55°F","40°F","90°F"]
["MATRIX",null,null,null,null,"Leaving Air Temperature - Heating Mode",null,null,null,null,"HTG SAT","72°F","40°F","110°F"]
["MATRIX",null,null,null,null,"Zone Air Temperature - Heating Mode",null,null,null,null,"ZAT Heating SP","72°F","40°F","110°F"]
["MATRIX"]
["MATRIX",null,null,null,"Dead Bands:"]
["MATRIX",null,null,null,null,"OAT - Heating Mode - Lower/Upper Dead Band",null,null,null,null,"HTG OAT L/UDB","1°F/1°F"]
["MATRIX",null,null,null,null,"SAT - Heating Mode - Lower/Upper Dead Band",null,null,null,null,"HTG SAT L/UDB","2°F/2°F"]
["MATRIX",null,null,null,null,"ZAT - Heating Mode - Lower/Upper Dead Band",null,null,null,null,"HTG ZAT L/UDB","2°F/2°F"]
["MATRIX"]
["MATRIX",null,null,null,"Alarms:"]
["MATRIX",null,null,null,null,"SAT Heat Failure",null,null,null,null,"SAT HEAT FAIL","50°F","38°F","70°F"]
["MATRIX",null,null,null,null,"SAT Low Limit",null,null,null,null,"SAT LLIM","40°F","38°F","70°F"]
["MATRIX",null,null,null,null,"SAT High Limit - Electric Heat",null,null,null,null,"SAT HELIM","120°F","65°F","120°F"]
["MATRIX",null,null,null,null,"SAT High Limit - Gas Furnace",null,null,null,null,"SAT HGLIM","130°F","65°F","130°F"]
["MATRIX"]
["MATRIX",null,null,null,"Time Delays:"]
["MATRIX",null,null,null,null,"SAT Heat Fail Delay",null,null,null,null,"HEAT FAIL DELAY","15 min.","5 min.","30 min."]
["MATRIX",null,null,null,null,"Low SAT Delay",null,null,null,null,"LOW SAT DELAY","15 min.","5 min.","30 min."]
["MATRIX",null,null,null,null,"Gas Furnace Purge Time",null,null,null,null,"GAS PURGE","2 min.","1 min.","5 min."]
["MATRIX"]
["END"]

{"sheet":"Testing Mode","index":4,"n_rows":24,"n_cols":7,"rows_kept":24,"cut":false,"hidden":false,"merged":[[5,5,5,13],[11,5,11,13],[1,3,1,13],[4,5,4,13],[2,5,2,13],[3,5,3,13],[12,6,12,13],[10,5,10,13],[6,5,6,13],[7,5,7,13],[8,5,8,13],[9,5,9,13],[19,5,19,13],[21,5,21,13],[20,5,20,13],[13,6,13,13],[15,6,15,13],[14,6,14,13],[17,5,17,13],[16,5,16,13],[18,5,18,13]]}
["START"]
["TM","H",null,"TESTING MODE:"]
["TM",null,null,null,"·","Testing Mode overrides all inputs and sensors, and should only be used for testing whether or not signals sent from the ALC controller will turn on, turn off, or control the various components of the unit."]
["TM",null,null,null,"·","Testing Mode is activated from the BACview display pad.  Items for testing can be selected from the Testing Mode menu.  Testing Mode can run for up to ## minutes (automatically adjusted) depending on these selections."]
["TM",null,null,null,"·","Upon Testing Mode activation, the unit is taken out of Occupied Mode, the Supply Fan and the Exhaust Fan (if existing) turn off, and the Outdoor Air Damper closes.  Following a 30 second delay, a trigger signal is issued that switches the unit back into O"]
["TM","OD",null,null,"·","Outdoor Air Damper:  Thirty seconds after the trigger signal, the OA damper will begin to open.  As the OA damper opens, OADA auxiliary switches close.  The OD will remain open until the end of the testing sequence."]
["TM","SFC",null,null,"·","Supply Fan:  Approximately 2-1/2 minutes after the trigger signal, the SF will turn on.  The SF will remain on until the end of the testing sequence."]
["TM","SFVS",null,null,"·","Supply Fan:  Approximately 2-1/2 minutes after the trigger signal, the SF will turn on.  The VFD will be cycled from 30Hz (50%) up to 48Hz (80%), back down to 30Hz, and finally up to 48Hz (80%).  This process will take about 3 minutes.  The SF will remain"]
["TM","EF",null,null,"·","Exhaust Fan:  At the same time the SF starts, the EF will turn on.  The SF will remain on until the end of the testing sequence."]
["TM","EFVS",null,null,"·","Exhaust Fan:  At the same time the SF starts, the EF will turn on.  The VFD will be cycled from 30Hz (50%) up to 48Hz (80%) and back down to 30Hz.  This process will take about 2 minutes.  The EF will remain at 30Hz (50%) until the end of the testing sequ"]
["TM","CLG1",null,null,"·","Cooling Mode:  Approximately 5-1/2 minutes after the trigger signal, Y1 will turn on.  The compressor will remain on until the end of this phase of the testing sequence."]
["TM","DCM1",null,null,"·","Cooling Mode:  Approximately 5-1/2 minutes after the trigger signal, Y1 will turn on.  The DCM will cycle the loading of the compressor from 100%, down to 10%, and finally up to 100%.  This process will take about 2-1/2 minutes.  The compressor will remai"]
["TM","CLG2",null,null,null,"·","Approximately ## minutes (automatically adjusted) after the trigger signal, Y2 will turn on and compressor #2 will start.  The compressor will remain on until the end of this phase of the testing sequence."]
["TM","DCM2",null,null,null,"·","Approximately ## minutes (automatically adjusted) after the trigger signal, Y2 will turn on and compressor #2 will start.  The process for compressor #1 will be repeated for compressor #2.  The compressor will remain at 100% until the end of this phase of"]
["TM","HGRH",null,null,null,"·","Hot Gas Reheat:  Approximately ## minutes (automatically adjusted) after the trigger signal, the HGRH (RH) is enabled.  The HGRH will remain on until the end of the Cooling Mode phase of the testing sequence."]
["TM","HGMOD",null,null,null,"·","Hot Gas Reheat:  Approximately ## minutes (automatically adjusted) after the trigger signal, the HGRH (RH) is enabled.  It will modulate from 0% up to 100%, back down to 0%, and finally up to 100%.  This process will take about 3 minutes.  The HGRH will r"]
["TM","HTGMOD",null,null,"·","Heating Mode:  Approximately ## minutes (automatically adjusted) after the trigger signal, heating is enabled.  Heating will be modulated from 0% up to 100%, back down to 0%, and finally up to 100%.  This process will take about 6 minutes."]
["TM","HTGSTG",null,null,"·","Heating Mode:  Approximately ## minutes (automatically adjusted) after the trigger signal, heating is enabled.  Heating will be modulated from 1st Stage up to ##$$ Stage, back down to 1st Stage, and finally up to ##$$ Stage.  This process will take about "]
["TM","SF",null,null,"·","When the sequence timer has reached ## minutes (automatically adjusted) elapsed time, all equipment will be turned off, except the OA damper and the SF.  Then the unit will switch into Unoccupied Mode."]
["TM","SFEF",null,null,"·","When the sequence timer has reached ## minutes (automatically adjusted) elapsed time, all equipment will be turned off, except the OA damper, the SF, and the EF.  Then the unit will switch into Unoccupied Mode."]
["TM","SF",null,null,"·","The OA damper and the SF will remain open or continue to run for an additional 2 minutes and then turn off or close.  Upon final termination of all equipment (max. ## minutes, automatically adjusted) the testing sequence will be terminated and Testing Mod"]
["TM","SFEF",null,null,"·","The OA damper, the SF, and the EF will remain open or continue to run for an additional 2 minutes and then turn off or close.  Upon final termination of all equipment (max. ## minutes, automatically adjusted) the testing sequence will be terminated and Te"]
["TM"]
["END"]

{"sheet":"Points List","index":5,"n_rows":206,"n_cols":16,"rows_kept":206,"cut":false,"hidden":false,"merged":[[0,15,1,15],[0,9,0,14],[0,5,0,8],[0,3,1,4]]}
[null,null,null,"Points List",null,"Hardware Points",null,null,null,"Software Points",null,null,null,null,null,"Show On Graphics"]
["START",null,null,null,null,"AI","AO","BI","BO","AV","BV","Loop","Sched","Trend","Alarm"]
["POINTS","CO2",null,null,"Alternate CO2 Sensor - Optional","X"]
["POINTS","ZAT",null,null,"Alternate ZAT Sensor - Optional","X"]
["POINTS","ZRH",null,null,"Alternate Z-RH Sensor - Optional","X"]
["POINTS","DAC",null,null,"Digital-to-Analog Converter #1 Input","X"]
["POINTS","DAC",null,null,"Digital-to-Analog Converter #2 Input","X"]
["POINTS","DXLAT1",null,null,"DX LAT #1 Sensor","X"]
["POINTS","DXLAT2",null,null,"DX LAT #2 Sensor","X"]
["POINTS","ECRH",null,null,"EC-RH Sensor","X"]
["POINTS","ECAT",null,null,"ECAT Sensor","X"]
["POINTS","EFAMS",null,null,"Exhaust Fan AMS Sensor","X"]
["POINTS","EFDPT",null,null,"Exhaust Fan (Duct Static) DPT Sensor","X"]
["POINTS","MARH",null,null,"MA-RH Sensor","X"]
["POINTS","MAT",null,null,"MAT Sensor","X"]
["POINTS","OARH",null,null,"OA-RH Sensor","X"]
["POINTS","OAT",null,null,"OAT Sensor","X"]
["POINTS","OAAMS",null,null,"Outdoor Air AMS Sensor","X"]
["POINTS","RARH",null,null,"RA-RH Sensor","X"]
["POINTS","RAT",null,null,"RAT Sensor","X"]
["POINTS","SARH",null,null,"SA-RH Sensor","X"]
["POINTS","SAT",null,null,"SAT Sensor","X"]
["POINTS","SLT1",null,null,"SLT #1 Sensor","X"]
["POINTS","SLT2",null,null,"SLT #2 Sensor","X"]
["POINTS","SFAMS",null,null,"Supply Fan AMS Sensor","X"]
["POINTS","SFDPT",null,null,"Supply Fan DPT Sensor","X"]
["POINTS","WEXRH",null,null,"WEx-RH Sensor","X"]
["POINTS","WEXAT",null,null,"WExAT Sensor","X"]
["POINTS","ZNDPT",null,null,"Zone (Bldg. Static) DPT Sensor","X"]
["POINTS","CO2",null,null,"ZS Sensor - CO2","X"]
["POINTS","ZAT",null,null,"ZS Sensor - ZAT","X"]
["POINTS","ZRH",null,null,"ZS Sensor - Z-RH","X"]
["POINTS","C1DIG",null,null,"Compressor #1 Digital Output",null,"X"]
["POINTS","C2DIG",null,null,"Compressor #2 Digital Output",null,"X"]
["POINTS","ECWVFD",null,null,"EC Wheel Motor VFD Output",null,"X"]
["POINTS","EFVS",null,null,"Exhaust Fan VFD Output",null,"X"]
["POINTS","HEATMOD",null,null,"Heating Modulation Output",null,"X"]
["POINTS","HGRHMOD",null,null,"HGRH Modulation Output",null,"X"]
["POINTS","OADA",null,null,"OA Damper Angle Output",null,"X"]
["POINTS","SFVS",null,null,"Supply Fan VFD Output",null,"X"]
["POINTS","CFI",null,null,"Clogged Filter Indicator Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","COS",null,null,"Condensate Overflow Switch Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","C1",null,null,"Comp. #1 Current Sensor Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","C2",null,null,"Comp. #2 Current Sensor Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","DR1",null,null,"Defrost Relay #1 Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","DR2",null,null,"Defrost Relay #2 Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","ECWCS",null,null,"ECW Motor Current Sensor Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","EMRSD",null,null,"Energy Mgt. Relay / Emerg. Shutdown Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","EF",null,null,"Exhaust Fan APS Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","FZT",null,null,"Freezestat Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","C1",null,null,"High Pressure Switch #1 Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","C2",null,null,"High Pressure Switch #2 Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","C1",null,null,"Low Pressure Switch #1 Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","C2",null,null,"Low Pressure Switch #2 Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","OADA",null,null,"OADA Auxiliary Contact (Adj.) Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","SD",null,null,"Smoke Detector Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","SF",null,null,"Supply Fan APS Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","SS",null,null,"Start / Stop Switch Input",null,null,"X",null,null,null,null,null,"X"]
["POINTS","WFS",null,null,"Water Flow Switch Status",null,null,"X",null,null,null,null,null,"X"]
["POINTS","C1",null,null,"Compressor #1 Enable Output",null,null,null,"X"]
["POINTS","C2",null,null,"Compressor #2 Enable Output",null,null,null,"X"]
["POINTS","ECWEN",null,null,"EC Wheel Motor Enable Output",null,null,null,"X"]
["POINTS","EF",null,null,"Exhaust Fan Enable Output",null,null,null,"X"]
["POINTS","STDHTG",null,null,"Heating Enable Output",null,null,null,"X"]
["POINTS","HGRHEN",null,null,"Hot Gas Reheat Enable Output",null,null,null,"X"]
["POINTS","ODEN",null,null,"Outdoor Air Damper Enable Output",null,null,null,"X"]
["POINTS","RVEN",null,null,"Rev. Valve Enable Output",null,null,null,"X"]
["POINTS","SF",null,null,"Supply Fan Enable Output",null,null,null,"X"]
["POINTS","CO2",null,null,"Carbon Dioxide Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","C1DIG",null,null,"Compressor #1 Digital Percentage Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","C2DIG",null,null,"Compressor #2 Digital Percentage Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","DXLAT1",null,null,"DX Leaving Air Temperature #1 Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","DXLAT2",null,null,"DX Leaving Air Temperature #2 Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","ECDP",null,null,"Entering Coil Air Dew Point Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","ECAE",null,null,"Entering Coil Air Enthalpy Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","ECRH",null,null,"Entering Coil Air Relative Humidity Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","ECAT",null,null,"Entering Coil Air Temperature Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","ECWVFD",null,null,"ECW Motor VFD Frequency Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","EFAMS",null,null,"Exhaust Fan AMS Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","EFDPT",null,null,"Exhaust Fan (Duct Static) DPT Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","EFVS",null,null,"Exhaust Fan VFD Frequency Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","HEATMOD",null,null,"Heating Modulation Percentage Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","HGRHMOD",null,null,"HGRH Modulation Percentage Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","MADP",null,null,"Mixed Air Dew Point Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","MAE",null,null,"Mixed Air Enthalpy Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","MARH",null,null,"Mixed Air Relative Humidity Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","MAT",null,null,"Mixed Air Temperature Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","OCC",null,null,"Occupancy Control Options",null,null,null,null,"X"]
["POINTS","OAAMS",null,null,"Outdoor Air AMS Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","OADA",null,null,"Outdoor Air Damper Angle Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","OADP",null,null,"Outdoor Air Dew Point Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","OAE",null,null,"Outdoor Air Enthalpy Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","OARH",null,null,"Outdoor Air Relative Humidity Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","OAT",null,null,"Outdoor Air Temperature Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","RADP",null,null,"Return Air Dew Point Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","RAE",null,null,"Return Air Enthalpy Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","RADA",null,null,"Return Air Damper Angle Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","RARH",null,null,"Return Air Relative Humidity Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","RAT",null,null,"Return Air Temperature Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","SLT1",null,null,"Suction Line Temperature #1 Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","SLT2",null,null,"Suction Line Temperature #2 Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","SADP",null,null,"Supply Air Dew Point Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","SAE",null,null,"Supply Air Enthalpy Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","SARH",null,null,"Supply Air Relative Humidity Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","SAT",null,null,"Supply Air Temperature Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","SFAMS",null,null,"Supply Fan AMS Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","SFDPT",null,null,"Supply Fan DPT Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","SFVS",null,null,"Supply Fan VFD Frequency Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","WEXADP",null,null,"Wheel Exhaust Air Dew Point Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","WEXAE",null,null,"Wheel Exhaust Air Enthalpy Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","WEXRH",null,null,"Wheel Exhaust Air Relative Humidity Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","WEXAT",null,null,"Wheel Exhaust Air Temperature Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","ZADP",null,null,"Zone Air Dew Point Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","ZAE",null,null,"Zone Air Enthalpy Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","ZRH",null,null,"Zone Air Relative Humidity Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","ZAT",null,null,"Zone Air Temperature Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","ZNDPT",null,null,"Zone (Bldg. Static) DPT Status",null,null,null,null,"X",null,null,null,"X"]
["POINTS","ARCH",null,null,"Archive Now",null,null,null,null,null,"X"]
["POINTS","AUXHTG",null,null,"Aux. Heating Enable Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","CFI",null,null,"Clogged Filter Indicator Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","C1",null,null,"Compressor #1 Current Sensor Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","C1",null,null,"Compressor #1 Enable Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","C2",null,null,"Compressor #2 Current Sensor Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","C2",null,null,"Compressor #2 Enable Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","DR1",null,null,"Defrost Relay #1 Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","DR2",null,null,"Defrost Relay #2 Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","ECWCS",null,null,"ECW Motor Current Sensor Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","ECWEN",null,null,"ECW Motor Enable Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","EHTG",null,null,"Emerg. Heating Enable Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","EMSD",null,null,"Emergency Shutdown Status (N.C.)",null,null,null,null,null,"X",null,null,"X"]
["POINTS","EF",null,null,"Exhaust Fan APS Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","EF",null,null,"Exhaust Fan Enable Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","FZT",null,null,"Freezestat Status (N.C.)",null,null,null,null,null,"X",null,null,"X"]
["POINTS","C1",null,null,"High Pressure Switch #1 Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","C2",null,null,"High Pressure Switch #2 Status",null,null,null,null,null,"X",null,null,"X"]
["POINTS","HGRHEN",null,null,"Hot Gas Reheat Enable Status",null,null,null,null,null,"X",null,null,"X"]
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["POINTS","ZRH",null,null,"Z-RH Sensor Failure",null,null,null,null,null,null,null,null,null,"X"]
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["MAP",null,null,"SP ALARM","sp_alarm","R","ALM",850,"Discrete Input",10141,"BD",141,"",null,null,{"$f":"IF(N319=\"\",\"\",SUBTOTAL(103, $N$5:N319))","v":""},{"$f":"IF(N319=\"\",\"\",LEN(N319))","v":""}]
["MAP","ZAT",null,"ZAT FAIL","zat_failure","R","ALM",852,"Discrete Input",10152,"BD",152,"",null,null,{"$f":"IF(N320=\"\",\"\",SUBTOTAL(103, $N$5:N320))","v":""},""]
["MAP","ZRH",null,"ZRH FAIL","zrh_failure","R","ALM",853,"Discrete Input",10153,"BD",153,"",null,null,{"$f":"IF(N321=\"\",\"\",SUBTOTAL(103, $N$5:N321))","v":""},""]
["MAP","CO2",null,"CO2 FAIL","co2_failure","R","ALM",854,"Discrete Input",10154,"BD",154,"",null,null,{"$f":"IF(N322=\"\",\"\",SUBTOTAL(103, $N$5:N322))","v":""},""]
["MAP","SF",null,"SF ALARM","sf_alarm","R","ALM",855,"Discrete Input",10155,"BD",155,"",null,null,{"$f":"IF(N323=\"\",\"\",SUBTOTAL(103, $N$5:N323))","v":""},""]
["MAP","SF",null,"SF HAND","sf_hand_alarm","R","ALM",856,"Discrete Input",10156,"BD",156,"",null,null,{"$f":"IF(N324=\"\",\"\",SUBTOTAL(103, $N$5:N324))","v":""},""]
["MAP","SF",null,"SF RT ALARM","sfrt_alarm","R","ALM",857,"Discrete Input",10157,"BD",157,"",null,null,{"$f":"IF(N325=\"\",\"\",SUBTOTAL(103, $N$5:N325))","v":""},""]
["MAP","SFDPT",null,"HSDP ALARM","hsdp_alarm","R","ALM",858,"Discrete Input",10158,"BD",158,"",null,null,{"$f":"IF(N326=\"\",\"\",SUBTOTAL(103, $N$5:N326))","v":""},""]
["MAP","SFDPT",null,"HSDP STOP","hsdp_stop_alarm","R","ALM",859,"Discrete Input",10159,"BD",159,"",null,null,{"$f":"IF(N327=\"\",\"\",SUBTOTAL(103, $N$5:N327))","v":""},""]
["MAP","EF",null,"EF ALARM","ef_alarm","R","ALM",860,"Discrete Input",10160,"BD",160,"",null,null,{"$f":"IF(N328=\"\",\"\",SUBTOTAL(103, $N$5:N328))","v":""},""]
["MAP","EF",null,"EF HAND","ef_hand_alarm","R","ALM",861,"Discrete Input",10161,"BD",161,"",null,null,{"$f":"IF(N329=\"\",\"\",SUBTOTAL(103, $N$5:N329))","v":""},""]
["MAP","EF",null,"EF RT ALARM","efrt_alarm","R","ALM",862,"Discrete Input",10162,"BD",162,"",null,null,{"$f":"IF(N330=\"\",\"\",SUBTOTAL(103, $N$5:N330))","v":""},""]
["MAP","C1",null,"C1 ALARM","c1_alarm","R","ALM",863,"Discrete Input",10163,"BD",163,"",null,null,{"$f":"IF(N331=\"\",\"\",SUBTOTAL(103, $N$5:N331))","v":""},""]
["MAP","C1",null,"C1 STOP","c1_stop_alarm","R","ALM",864,"Discrete Input",10164,"BD",164,"",null,null,{"$f":"IF(N332=\"\",\"\",SUBTOTAL(103, $N$5:N332))","v":""},""]
["MAP","C1A",null,"C1A ALARM","c1a_alarm","R","ALM",863,"Discrete Input",10163,"BD",163,"",null,null,{"$f":"IF(N333=\"\",\"\",SUBTOTAL(103, $N$5:N333))","v":""},""]
["MAP","C1A",null,"C1A STOP","c1a_stop_alarm","R","ALM",864,"Discrete Input",10164,"BD",164,"",null,null,{"$f":"IF(N334=\"\",\"\",SUBTOTAL(103, $N$5:N334))","v":""},""]
["MAP","C1B",null,"C1B ALARM","c1b_alarm","R","ALM",865,"Discrete Input",10165,"BD",165,"",null,null,{"$f":"IF(N335=\"\",\"\",SUBTOTAL(103, $N$5:N335))","v":""},""]
["MAP","C1B",null,"C1B STOP","c1b_stop_alarm","R","ALM",866,"Discrete Input",10166,"BD",166,"",null,null,{"$f":"IF(N336=\"\",\"\",SUBTOTAL(103, $N$5:N336))","v":""},""]
["MAP","C1",null,"HPS1 ALARM","hps1_alarm","R","ALM",867,"Discrete Input",10167,"BD",167,"",null,null,{"$f":"IF(N337=\"\",\"\",SUBTOTAL(103, $N$5:N337))","v":""},""]
["MAP","C1",null,"HPS1 STOP","hps1_stop_alarm","R","ALM",868,"Discrete Input",10168,"BD",168,"",null,null,{"$f":"IF(N338=\"\",\"\",SUBTOTAL(103, $N$5:N338))","v":""},""]
["MAP","C1",null,"LPS1 ALARM","lps1_alarm","R","ALM",869,"Discrete Input",10169,"BD",169,"",null,null,{"$f":"IF(N339=\"\",\"\",SUBTOTAL(103, $N$5:N339))","v":""},""]
["MAP","C1",null,"LPS1 STOP","lps1_stop_alarm","R","ALM",870,"Discrete Input",10170,"BD",170,"",null,null,{"$f":"IF(N340=\"\",\"\",SUBTOTAL(103, $N$5:N340))","v":""},""]
["MAP","C1",null,"FP1 ALARM","fp1_alarm","R","ALM",871,"Discrete Input",10171,"BD",171,"",null,null,{"$f":"IF(N341=\"\",\"\",SUBTOTAL(103, $N$5:N341))","v":""},""]
["MAP","C1",null,"FP1 STOP","fp1_stop_alarm","R","ALM",872,"Discrete Input",10172,"BD",172,"",null,null,{"$f":"IF(N342=\"\",\"\",SUBTOTAL(103, $N$5:N342))","v":""},""]
["MAP","C1",null,"C1 HAND","c1_hand_alarm","R","ALM",873,"Discrete Input",10173,"BD",173,"",null,null,{"$f":"IF(N343=\"\",\"\",SUBTOTAL(103, $N$5:N343))","v":""},""]
["MAP","C1",null,"C1 RT ALARM","c1rt_alarm","R","ALM",874,"Discrete Input",10174,"BD",174,"",null,null,{"$f":"IF(N344=\"\",\"\",SUBTOTAL(103, $N$5:N344))","v":""},""]
["MAP","C1A",null,"C1A HAND","c1a_hand_alarm","R","ALM",873,"Discrete Input",10173,"BD",173,"",null,null,{"$f":"IF(N345=\"\",\"\",SUBTOTAL(103, $N$5:N345))","v":""},""]
["MAP","C1A",null,"C1A RT ALARM","c1art_alarm","R","ALM",874,"Discrete Input",10174,"BD",174,"",null,null,{"$f":"IF(N346=\"\",\"\",SUBTOTAL(103, $N$5:N346))","v":""},""]
["MAP","C1B",null,"C1B HAND","c1b_hand_alarm","R","ALM",875,"Discrete Input",10175,"BD",175,"",null,null,{"$f":"IF(N347=\"\",\"\",SUBTOTAL(103, $N$5:N347))","v":""},""]
["MAP","C1B",null,"C1B RT ALARM","c1brt_alarm","R","ALM",876,"Discrete Input",10176,"BD",176,"",null,null,{"$f":"IF(N348=\"\",\"\",SUBTOTAL(103, $N$5:N348))","v":""},""]
["MAP","C2",null,"C2 ALARM","c2_alarm","R","ALM",877,"Discrete Input",10177,"BD",177,"",null,null,{"$f":"IF(N349=\"\",\"\",SUBTOTAL(103, $N$5:N349))","v":""},{"$f":"IF(N349=\"\",\"\",LEN(N349))","v":""}]
["MAP","C2",null,"C2 STOP","c2_stop_alarm","R","ALM",878,"Discrete Input",10178,"BD",178,"",null,null,{"$f":"IF(N350=\"\",\"\",SUBTOTAL(103, $N$5:N350))","v":""},""]
["MAP","C2A",null,"C2A ALARM","c2a_alarm","R","ALM",877,"Discrete Input",10177,"BD",177,"",null,null,{"$f":"IF(N351=\"\",\"\",SUBTOTAL(103, $N$5:N351))","v":""},""]
["MAP","C2A",null,"C2A STOP","c2a_stop_alarm","R","ALM",878,"Discrete Input",10178,"BD",178,"",null,null,{"$f":"IF(N352=\"\",\"\",SUBTOTAL(103, $N$5:N352))","v":""},""]
["MAP","C2B",null,"C2B ALARM","c2b_alarm","R","ALM",879,"Discrete Input",10179,"BD",179,"",null,null,{"$f":"IF(N353=\"\",\"\",SUBTOTAL(103, $N$5:N353))","v":""},""]
["MAP","C2B",null,"C2B STOP","c2b_stop_alarm","R","ALM",880,"Discrete Input",10180,"BD",180,"",null,null,{"$f":"IF(N354=\"\",\"\",SUBTOTAL(103, $N$5:N354))","v":""},""]
["MAP","C2",null,"HPS2 ALARM","hps2_alarm","R","ALM",881,"Discrete Input",10181,"BD",181,"",null,null,{"$f":"IF(N355=\"\",\"\",SUBTOTAL(103, $N$5:N355))","v":""},""]
["MAP","C2",null,"HPS2 STOP","hps2_stop_alarm","R","ALM",882,"Discrete Input",10182,"BD",182,"",null,null,{"$f":"IF(N356=\"\",\"\",SUBTOTAL(103, $N$5:N356))","v":""},""]
["MAP","C2",null,"LPS2 ALARM","lps2_alarm","R","ALM",883,"Discrete Input",10183,"BD",183,"",null,null,{"$f":"IF(N357=\"\",\"\",SUBTOTAL(103, $N$5:N357))","v":""},""]
["MAP","C2",null,"LPS2 STOP","lps2_stop_alarm","R","ALM",884,"Discrete Input",10184,"BD",184,"",null,null,{"$f":"IF(N358=\"\",\"\",SUBTOTAL(103, $N$5:N358))","v":""},""]
["MAP","C2",null,"FP2 ALARM","fp2_alarm","R","ALM",885,"Discrete Input",10185,"BD",185,"",null,null,{"$f":"IF(N359=\"\",\"\",SUBTOTAL(103, $N$5:N359))","v":""},""]
["MAP","C2",null,"FP2 STOP","fp2_stop_alarm","R","ALM",886,"Discrete Input",10186,"BD",186,"",null,null,{"$f":"IF(N360=\"\",\"\",SUBTOTAL(103, $N$5:N360))","v":""},""]
["MAP","C2",null,"C2 HAND","c2_hand_alarm","R","ALM",887,"Discrete Input",10187,"BD",187,"",null,null,{"$f":"IF(N361=\"\",\"\",SUBTOTAL(103, $N$5:N361))","v":""},""]
["MAP","C2",null,"C2 RT ALARM","c2rt_alarm","R","ALM",888,"Discrete Input",10188,"BD",188,"",null,null,{"$f":"IF(N362=\"\",\"\",SUBTOTAL(103, $N$5:N362))","v":""},""]
["MAP","C2A",null,"C2A HAND","c2a_hand_alarm","R","ALM",887,"Discrete Input",10187,"BD",187,"",null,null,{"$f":"IF(N363=\"\",\"\",SUBTOTAL(103, $N$5:N363))","v":""},""]
["MAP","C2A",null,"C2A RT ALARM","c2art_alarm","R","ALM",888,"Discrete Input",10188,"BD",188,"",null,null,{"$f":"IF(N364=\"\",\"\",SUBTOTAL(103, $N$5:N364))","v":""},""]
["MAP","C2B",null,"C2B HAND","c2b_hand_alarm","R","ALM",889,"Discrete Input",10189,"BD",189,"",null,null,{"$f":"IF(N365=\"\",\"\",SUBTOTAL(103, $N$5:N365))","v":""},""]
["MAP","C2B",null,"C2B RT ALARM","c2brt_alarm","R","ALM",890,"Discrete Input",10190,"BD",190,"",null,null,{"$f":"IF(N366=\"\",\"\",SUBTOTAL(103, $N$5:N366))","v":""},""]
["MAP","HTG",null,"HT FAIL","heat_failure","R","ALM",891,"Discrete Input",10191,"BD",191,"",null,null,{"$f":"IF(N367=\"\",\"\",SUBTOTAL(103, $N$5:N367))","v":""},{"$f":"IF(N367=\"\",\"\",LEN(N367))","v":""}]
["MAP","HTG",null,"HSAT ALARM","hsat_alarm","R","ALM",892,"Discrete Input",10192,"BD",192,"",null,null,{"$f":"IF(N368=\"\",\"\",SUBTOTAL(103, $N$5:N368))","v":""},""]
["MAP",null,null,"CFI ALARM","cfi_alarm","R","ALM",893,"Discrete Input",10193,"BD",193,"",null,null,{"$f":"IF(N369=\"\",\"\",SUBTOTAL(103, $N$5:N369))","v":""},""]
["MAP",null,null,"COS ALARM","cos_alarm","R","ALM",894,"Discrete Input",10194,"BD",194,"",null,null,{"$f":"IF(N370=\"\",\"\",SUBTOTAL(103, $N$5:N370))","v":""},""]
["MAP",null,null,"EM SHTDN","em_shtdn_alarm","R","ALM",895,"Discrete Input",10195,"BD",195,"",null,null,{"$f":"IF(N371=\"\",\"\",SUBTOTAL(103, $N$5:N371))","v":""},""]
["MAP",null,null,"SD ALARM","sd_alarm","R","ALM",896,"Discrete Input",10196,"BD",196,"",null,null,{"$f":"IF(N372=\"\",\"\",SUBTOTAL(103, $N$5:N372))","v":""},""]
["MAP",null,null,"LSAT ALARM","low_sat_alarm","R","ALM",897,"Discrete Input",10197,"BD",197,"",null,null,{"$f":"IF(N373=\"\",\"\",SUBTOTAL(103, $N$5:N373))","v":""},""]
["MAP",null,null,"BAS LOST","bas_comm_lost_alarm","R","ALM",898,"Discrete Input",10198,"BD",198,"",null,null,{"$f":"IF(N374=\"\",\"\",SUBTOTAL(103, $N$5:N374))","v":""},{"$f":"IF(N374=\"\",\"\",LEN(N374))","v":""}]
["MAP","OD",null,"OADA ALARM","oada_alarm","R","ALM",950,"Discrete Input",10201,"BD",201,"",null,null,{"$f":"IF(N375=\"\",\"\",SUBTOTAL(103, $N$5:N375))","v":""},""]
["MAP","OD",null,"OADA HAND","oada_hand_alarm","R","ALM",951,"Discrete Input",10202,"BD",202,"",null,null,{"$f":"IF(N376=\"\",\"\",SUBTOTAL(103, $N$5:N376))","v":""},""]
["MAP","ECW",null,"ECW ALARM","ecw_alarm","R","ALM",952,"Discrete Input",10203,"BD",203,"",null,null,{"$f":"IF(N377=\"\",\"\",SUBTOTAL(103, $N$5:N377))","v":""},""]
["MAP","ECW",null,"ECW HAND","ecw_hand_alarm","R","ALM",953,"Discrete Input",10204,"BD",204,"",null,null,{"$f":"IF(N378=\"\",\"\",SUBTOTAL(103, $N$5:N378))","v":""},""]
["MAP","ECW",null,"ECW RT ALARM","ecwrt_alarm","R","ALM",954,"Discrete Input",10205,"BD",205,"",null,null,{"$f":"IF(N379=\"\",\"\",SUBTOTAL(103, $N$5:N379))","v":""},{"$f":"IF(N379=\"\",\"\",LEN(N379))","v":""}]
["MAP","ECDA",null,"NOT ECON","not_econ_fdd","R","ALM",961,"Discrete Input",10211,"BD",211,"",null,null,{"$f":"IF(N380=\"\",\"\",SUBTOTAL(103, $N$5:N380))","v":""},{"$f":"IF(N380=\"\",\"\",LEN(N380))","v":""}]
["MAP","ECDA",null,"ECON NOT","econ_not_fdd","R","ALM",962,"Discrete Input",10212,"BD",212,"",null,null,{"$f":"IF(N381=\"\",\"\",SUBTOTAL(103, $N$5:N381))","v":""},""]
["MAP","ECDA",null,"ECDA NOT","ecda_not_mod_fdd","R","ALM",963,"Discrete Input",10213,"BD",213,"",null,null,{"$f":"IF(N382=\"\",\"\",SUBTOTAL(103, $N$5:N382))","v":""},""]
["MAP","ECDA",null,"EXCESS OA","excess_oa_fdd","R","ALM",964,"Discrete Input",10214,"BD",214,"",null,null,{"$f":"IF(N383=\"\",\"\",SUBTOTAL(103, $N$5:N383))","v":""},""]
["MAP",null,null,"C1/C2 Stop Disables Unit","c1c2_stop_disables_unit","R/W","BV",847,"Coil",115,"BD",115,"",null,null,{"$f":"IF(N384=\"\",\"\",SUBTOTAL(103, $N$5:N384))","v":""},{"$f":"IF(N384=\"\",\"\",LEN(N384))","v":""}]
["MAP",null,null,"Alarm Status","alarm_status","R","BV",851,"Discrete Input",10151,"BD",151,0,"nvoAlarmStat","SNVT_switch(95)",{"$f":"IF(N385=\"\",\"\",SUBTOTAL(103, $N$5:N385))","v":117},12]
["MAP",null,null,"Alarm Reset","alarm_reset","R/W","BV",900,"Coil",220,"BD",220,0,"nviAlarmReset","SNVT_switch(95)",{"$f":"IF(N386=\"\",\"\",SUBTOTAL(103, $N$5:N386))","v":118},13]
["MAP",null,null,"Optimal Start On","opt_start_on","R","BV",902,"Discrete Input",10230,"BD",230,0,null,null,{"$f":"IF(N387=\"\",\"\",SUBTOTAL(103, $N$5:N387))","v":""},{"$f":"IF(N387=\"\",\"\",LEN(N387))","v":""}]
["MAP",null,null,"Occupancy Control","occ_control","R/W","MSV",101,"Holding Register",40001,"ADI",1,"",null,null,{"$f":"IF(N388=\"\",\"\",SUBTOTAL(103, $N$5:N388))","v":""},""]
["MAP","C1",null,"Low Pr. Sw. BPT","lps_bpt","R/W","MSV",549,"Holding Register",40225,"ADI",10,"",null,null,{"$f":"IF(N389=\"\",\"\",SUBTOTAL(103, $N$5:N389))","v":""},""]
["MAP",null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(N390=\"\",\"\",SUBTOTAL(103, $N$5:N390))","v":""},""]
["END"]

{"sheet":"Abbreviations","index":7,"n_rows":22,"n_cols":11,"rows_kept":22,"cut":false,"hidden":false,"merged":[[0,3,1,14],[2,3,2,4],[2,5,2,9],[2,10,2,14],[3,3,3,4],[3,5,3,9],[3,10,3,14],[4,3,4,4],[4,5,4,9],[4,10,4,14],[5,3,5,4],[5,5,5,9],[5,10,5,14],[6,3,6,4],[6,5,6,9],[6,10,6,14],[7,3,7,4],[7,5,7,9],[7,10,7,14],[8,3,8,4],[8,5,8,9],[8,10,8,14],[9,3,9,4],[9,5,9,9],[9,10,9,14],[10,3,10,4],[10,5,10,9],[10,10,10,14],[11,3,11,4],[11,5,11,9],[11,10,11,14],[12,3,12,4],[12,5,12,9],[12,10,12,14],[13,3,13,4],[13,5,13,9],[13,10,13,14],[14,3,14,4],[14,5,14,9],[14,10,14,14],[15,3,15,4],[15,5,15,9],[15,10,15,14],[16,3,16,4],[16,5,16,9],[16,10,16,14],[17,3,17,4],[17,5,17,9],[17,10,17,14],[20,3,20,4],[20,5,20,9],[20,10,20,14],[21,3,23,14],[18,3,18,4],[18,5,18,9],[18,10,18,14],[19,3,19,4],[19,5,19,9],[19,10,19,14]]}
[null,null,null,"Abbreviations"]
[]
[null,null,null,"AMS - Air Monitoring Station",null,"EF - Exhaust Fan",null,null,null,null,"OADP - Outside Air Dew Point"]
[null,null,null,"APS - Air Pressure Switch ",null,"Elec - Electric",null,null,null,null,"OAE - Outside Air Enthalpy"]
[null,null,null,"AUX - Auxiliary",null,"EM - Emergency ",null,null,null,null,"OA-RH - Outside Air Relitive Humidity"]
[null,null,null,"BAS - Building Automation System",null,"Emerg - Emergency",null,null,null,null,"OAT - Outside Air Temperature"]
[null,null,null,"C1 - Compressor #1",null,"EMR - Energy Management Relay",null,null,null,null,"OCC - Occupied"]
[null,null,null,"C2 - Compressor #2",null,"FZT - Water Freeze Thermostat",null,null,null,null,"REV - Reversing"]
[null,null,null,"CFI - Clogged Filter Indicator",null,"HGRH - Hot Gas Reheat",null,null,null,null,"SD - Smoke Detector"]
[null,null,null,"CLG - Cooling",null,"HLAT - High Leaving Air Temperature",null,null,null,null,"SF - Supply Fan"]
[null,null,null,"COMP - Compressor",null,"HT - Heat",null,null,null,null,"SLT - Suction Line Temperature"]
[null,null,null,"CS - Current Sensor",null,"HTG - Heating",null,null,null,null,"SP - Set point"]
[null,null,null,"Dehum - Dehumidification",null,"LAT - Leaving Air Temperature",null,null,null,null,"S/S - Start / Stop Switch"]
[null,null,null,"DIG - Digital Compressor",null,"LDB - Lower Dead Band",null,null,null,null,"UDB - Upper Dead Band"]
[null,null,null,"DOM - Delay On Make",null,"LLAT - Low Leaving Air Temerature",null,null,null,null,"USP - Upper Set Point"]
[null,null,null,"DPT - Differential Pressure Transmitter",null,"LOW PR.SW.BPT - Low Pressure Switch Bypass Time",null,null,null,null,"VFD - Variable Frequency Drive"]
[null,null,null,"ECAT - Entering Coil Air Temperature",null,"LP - Low Pressure",null,null,null,null,"WFS - Water Flow Switch"]
[null,null,null,"ECDP - Entering Coil Dew Point",null,"LSP - Lower Set Point",null,null,null,null,"ZAT - Zone Air Temperature"]
[null,null,null,"ECE - Entering Coil Enthalpy",null,"MIN - Minimum",null,null,null,null,"ZRH - Zone Air Relitive Humidity"]
[null,null,null,"EC-RH - Entering Coil Air Relitive Humidity",null,"MSP - Middle Set Point",null,null,null,null,"Z-RH - Zone Air Relitive Humidity"]
[null,null,null,"ECW - Energy Conservation Wheel",null,"OA - Outside Air"]
[null,null,null,"NOTE:  LonWorks only allows a maximum of 62 points, so only essential points will have been assigned a SNVT Name.  Please note that the Addison Multi program was designed to allow for multiple optional configurations and may contain mapping points not used in this unit.  AV = Analog Value; BV = Binary Value; ALM = Alarm; MSV = Multi-State Value."]