SPP ���������������������������������������� �������� Distributor: Job Site Reference: Dealer: Fail Date: Technician's Name: Installation date: MODEL INFO Model # Serial # ELECTRICAL INFO Package Unit: Control Voltage:_________ Vac Air Cleaner: Supply Voltage:______ Vac ��____ UV Lights: 3 Phase (��) Voltages: T1��T2______Vac Thermostat: Electronic Air Cleaner: Humidifier: T1��T3______Vac T2��T3_____Vac AIRFLOW (EQ. On page 2) Electric Heat Temp Rise CFM Method COMPRESSOR DATA Comfort Alert Code:__________________________ Volts = _______ Amps = _______ Comp. Start Voltage: _______ Vac Ret. Air Temp.____°F Sup. Air Temp. ____°F Comp. Run Amps: Com_______ Run________Start_______ cfm = ________ Locked Rotor Amps: _________ amps R��S=_____�� Run Cap: __________ μF(1�� only) R��C=_____�� Do Refrigerant Pressures Equal When Power is Removed?: ____yes ____no S��C=_____�� Hard Start Kit Used?: ____yes ____no R��S �� R��C+C��S REFRIGERANT PROPERTIES A. Vapor Line Temp. at *Total External Static Method Ret. Static + Sup. Static = Total External Static Use the Total External Static in conjunction with the "Blower Performance" data in the Product Specification Sheets or the unit's "Tech Label". NOTE: 350-400 CFM PER TON SYSTEM CAPACITY (Cal. On page 2) SuperHeat_______°F Service Port: _______°F Htg. Capacity (HP): _________btuh B. Vapor Pressure at (A - B) Service Port: _______psig = ______°F Clg. Capacity (AC/HP):__________btuh C. Liquid Line Temp. at Service Port: _______°F D. Liquid Pressure at GAS HEAT PROPERTIES SubCooling_______°F (C - D) Service Port: _______psig = ______°F Local Heat Content**: ________ btu/hr AC/HP PROPERTIES Filter Type:______________________________ Seconds per Revolution**:_______sec/rev Return Air: _______°FDB _______°FWB High Fire Rate**: _____btu/h NG___ Supply Air: _______°FDB _______°FWB Low Fire Rate**: _____btu/hr LP___ Supply Static Pressure*: Hi_____"w.c. Supply Pressure***: _______"w.c. Return Static Pressure*: Hi_____"w.c. Orifice #:______ Flash Code:_____ cfm: ________ cfm Manifold Pressure: High Fire:_______"w.c. Clg. Metering Device: ____txv ____piston #_____ Low Fire:_______"w.c. Htg.Metering Device: ____txv ____piston #____ Htg.Blower Speed Tap: Hi ____ Lo_____ Clg. Blower Speed Tap: Hi ____ Lo_____ Blower Amps: Hi____amps Lo____amps Blower Amps: Hi Cool_____amps Lo Cool______amps Supply Air Temp.: High Fire:_______°F Defrost Time Interval: ______ min Quite Shift: ____On ____ Off Low Fire:_______°F Air Temp. Entering Outdoor Coil:_______°F Return Air Temp.: High Fire:_______°F Air Temp. Leaving Outdoor Coil:_______°F Low Fire:_______°F Outdoor Fan Amps: _______ amps Temperature Rise†: High Fire:_______°F ADDTL. COMMENTS: Low Fire:_______°F Inducer Amps: High Fire:_______amps Low Fire:_______amps Pressure Switch Close: ________"w.c. Pressure Switch Open: ________"w.c. Supply Static*: High Fire:______"w.c. Return Static*: High Fire:______"w.c. Flame Sensor Current: __________μA dc Heat Off-Delay: _____ sec * Used in the "Total External Static" method in conjunction with the "Blower Performance Data" in Product Specification sheets or the unit's "Tech Label" to calculate airflow. *** Supply pressure should be checked with all other gas appliances running. † Temperature rise is equal to the supply air temp. minus the return air temp. at steady state operation. The supply air temp. should be measured away form the line of sight of the heat exchanger. ������������������������������International Comfort Products ������������������ 4010681000�� �������������������������������������������������������������������������������������������������������� 121 ������������������������������������������������������������������������������ www.uri.com www.goarcoaire.com
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