Addison RCA051 - Check, Test and Start Form

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CHECK, TEST AND START FORM
GENERAL INFORMATION DATE
Customer Name______________________________ Dealer Name ______________________________
Address ____________________________________ Address __________________________________
City________________________________________ City _____________________________________
ST, Zip _____________________________________ ST, Zip___________________________________
Phone # ____________________________________ Phone #__________________________________
PRODUCT INFORMATION
Unit Model #_________________________________ Unit Serial #_______________________________
Application: Total Equivalent Piping____________________ Total Vertical Lift_______________
A/H Non-Cond. Space ___________________Ductwork-Estimate Total Equivalent Feet ________________________
Liquid Line Solenoid Installed_________________________ Hot Gas Bypass Installed_________________________
Cylinder Unloading______________________Type of Head Pressure Control Used ___________________________
Hot Gas Reheat _____________ Phase Monitor Protection_________________Type of Thermostat______________
Electric Heat Installed _________________ Liquid Injection _________________ Other Optional
_____________
OPERATING INFORMATION
Supply Voltage L1-L2____________________ L2-L3 _______________________L1-L3_______________________
(Return) Entering Air Temperature___________ DB__________ WB _________ Design Duct ESP ____________
(Supply) Leaving Air Temperature ___________ DB__________ WB _________ Design CFM ________________
Outdoor Air (Inlet) Temperature _____________ DB__________WB _________
Outdoor Fan Discharge Air Temperature__________ DB ________
Suction Pressure ________ PSIG Suction Line Temperature __________ Degrees Superheat _______ Degrees
Note: To Calculate Superheat Convert Suction Pressure to Saturation Temperature, Then Subtract the Suction Line
Temperature From the Saturation Temperature of the Evaporator.
Discharge Pressure ______ PSIG Liquid Line Head Pressure ______ PSIG
Liquid Line Temperature _________ Degrees Subcooling _________Degrees
Note: To Caluclate Subcooling Convert Head Pressure to Saturation Temperature, Then Subtract the Liquid Line
Temperature From the Condensing Temperature (Saturation).
Oil Level ___________Crankcase Heater Operating ____________ Sight Glass Clear ____________
Noise Level ___________ Condition of Unit _________________________________________________________
Compressor(s)
#1 FLA _____ Voltage T1-T2 _______T2-T3_______T1-T3______ Amperage 1PH _______ 2PH______3PH _____
#2 FLA _____ Voltage T1-T2 _______T2-T3_______T1-T3______ Amperage 1PH _______ 2PH______3PH _____
Condenser Fan(s) HP ___________ FLA ____________ Blower Motor HP _____________ FLA __________
#1 Voltage ________________ Amperage______________ #3 Voltage _______________ Amperage ___________
#2 Voltage ________________ Amperage______________ #4 Voltage _______________ Amperage __________
SETTINGS CUT-IN CUT-OUT CUT-IN CUT-OUT
High Pressure Switch
Low Pressure Switch
Pumpdown Low Pressure
Low Ambient Fan #1
Low Ambient Fan #2
Low Ambient Fan #3
Low Ambient Fan #4
Oil Failure Control
Hot Gas Bypass
Cylinder Unloader Switch