Service Manual MAX HEAT Off Fan Only High Heat High Cool Low Heat MAX COOL Low Cool ! Allow 3 min. between restarts Temperature Cooler Warmer Cool Power Fan Only Fan Speed Timer Operatio n On/Off Tempera ture Cooler Start Stop Money Saver ® Set Hr. Warm er Cool Power Fan Only Fan Speed Timer Operatio n On/Off Start Stop Money Saver ® Set Hr.
TECHNICAL SUPPORT CONTACT INFORMATION FRIEDRICH AIR CONDITIONING CO. Post Office Box 1540 · San Antonio, Texas 78295-1540 4200 N. Pan Am Expressway · San Antonio, Texas 78218-5212 (210) 357-4400 · FAX (210) 357-4490 www.friedrich.com Printed in the U.S.A.
Table Of Contents Important Safety Information ........................................................................................................................................ 2-4 Introduction ...................................................................................................................................................................... 5 Unit Identification ..........................................................................................................................
IMPORTANT SAFETY INFORMATION The information contained in this manual is intended for use by a qualified service technician who is familiar with the safety procedures required for installation and repair, and who is equipped with the proper tools and test instruments required to service this product.
• Do not spray or pour water on the return air grille, discharge air grille, evaporator coil, control panel, and sleeve on the room side of the air conditioning unit while cleaning. • Electrical component malfunction caused by water could result in electric shock or other electrically unsafe conditions when the power is restored and the unit is turned on, even after the exterior is dry. • Never operate the A/C unit with wet hands.
PROPERTY DAMAGE HAZARDS FIRE DAMAGE HAZARDS: • Read the Installation/Operation Manual for this air conditioning unit prior to operating. • Use air conditioner on a single dedicated circuit within the specified amperage rating. • Connect to a properly grounded outlet only. • Do not remove ground prong of plug. • Do not cut or modify the power supply cord. • Do not use extension cords with the unit. • Failure to follow these instructions can result in fire and minor to serious property damage.
Introduction This service manual is designed to be used in conjunction with the installation manuals provided with each air conditioning system component. This service manual was written to assist the professional RAC service technician to quickly and accurately diagnose and repair malfunctions. This manual will deal with subjects in a general nature. (i.e. all text will not pertain to all models).
Unit Identification Model Number Code S S 08 L 1 0 E 8th Digit – Engineering Major change 1st Digit – Function S = Straight Cool, Value Series Y = Heat Pump E = Electric Heat K = Straight Cool R = Straight Cool X = Straight Cool 7th Digit – Options 0 = Straight Cool & Heat Pump Models 1 = 1 KW Heat Strip, Nominal 3 = 3 KW Heat Strip, Nominal 4 = 4 KW Heat Strip, Nominal 5 = 5 KW Heat Strip, Nominal 2nd Digit Q = Q-Star S = Small Chassis M = Medium Chassis L = Large Chassis H = HazardGard 6th Digit – Vo
Chassis Specifications for 2009, 2008 models ENERGY STAR® Models Cooling Capacity BTU/h Model Heating Capacity Rated Electrical Characteristics (60 Hertz) Volts Rated Cooling Amps Cooling Watts Heating Amps Heating Watts Energy Coefficient Efficiency Of Ratio Performance EER COP Moisture Room Side Weight Removal Air Circulation Lbs. Pints/Hr.
installation information / sleeve dimensions Shell Depth to Depth Louvers with Front Minimum Extension Into Room* Minimum Extension Outside* Thru-the-wall Installation Finished Hole Window Width Sleeve Height Width Height Width Q 14" 19 ¾" 21 3∕8" 8 ½" 5 ½" 10 ¾" 22" 42" 14 ¼" 20" 8 ½” S 15 15 ∕16" 15 25 ∕16" 3 27 ∕8" 8 ¾" 1 3 ∕16" 15 16 ∕16" 3 27 ∕8" 42" 3 16 ∕16" 3 26 ∕16" 7 3 ∕8" M 15 17 ∕16" 15 25 ∕16" 3 27 ∕8" 8 ¾" 1 3 ∕16" 15 16 ∕16" 3 27 ∕8" 42"
PERFORMANCE DATA for 2009, 2008 models L-Chassis M-Chassis S-Chassis Q-Chassis COOLING PERFORMANCE DATA* EVAP. AIR TEMP. DEG. F Discharge Air Temp. Drop F. CONDENSER Discharge Temp Suction Temp Super Heat Sub-Cooling TEMPERATURE DEG. F OPERATING PRESSURES Suction Discharge ELECTRICAL RATINGS Amps Cool Amps Heat Locked Rotor Amps R-22 REF. Charge in OZ. BREAKER FUSE Voltage 60 Hertz Amps XQ05L10A-C 56 24 119 151 58 13 20 89 255 4.9 28.0 21.
electrical DATA WARNING ELECTRIC SHOCK HAZARD Turn off electric power before service or installation. All electrical connections and wiring MUST be installed by a qualified electrician and conform to the National Electrical Code and all local codes which have jurisdiction. Failure to do so can result in personal injury or death. NOTICE FIRE HAZARD Not following the above WARNING could result in fire or electically unsafe conditions which could cause moderate or serious property damage.
WARNING: Before operating your unit WARNING Make sure the wiring is adequate for your unit. ELECTRICAL SHOCK HAZARD If you have fuses, they should be of the time delay type. Before you install or relocate this unit, be sure that the amperage rating of the circuit breaker or time delay fuse does not exceed the amp rating listed in Figure 1. Make sure your electrical receptacle has the same configuration as your air conditioner’s plug. If different, consult a Licensed Electrician.
How to operate the Friedrich room air conditioner (QuietMaster Programmable) To start unit 1 2 If your air conditioner is installed and plugged into a proper receptacle, it is ready to go. Touch Power button once. The unit will automatically be in Cool mode with the temperature set at 75°F (24°C) and the fan speed at F1, the sleep setting. There is a 3minute delay before the compressor will turn on. (See "Automatic Component Protection" on this page).
How to use the remote control* (QuietMaster Programmable) To start unit 1 To set the timer POWER - Press the Power button once. The unit will automatically turn on in the mode and fan speed it was last left on. To set mode of operation 2 COOL - Press the Cool button to automatically switch the operating mode to COOL. 3 FAN ONLY - Press the Fan Only button if you want to run the fan only.
How to operate the Friedrich room air conditioner To start unit 8 If your air conditioner is installed and plugged into a proper receptacle, it is ready to go. The first time the unit is started, the compressor will delay for three minutes. See Automatic Component Protection on the following page. 1 Touch the Power button once. The unit will automatically be in Cool mode with the temperature set at 75°F (24°C) and the fan speed at F1, the sleep setting.
How to use the remote control (XQ models) To start unit 1 To set the timer POWER - Press the Power button once. The unit will automatically start in the mode and fan speed it was last left on. To set mode of operation NOTE: You can set the START and STOP times a minimum of one hour apart, and a maximum of 23 hours apart. 9 TIMER START - Press Start to view the current start time for cooling. Continue pressing the Start button until you arrive at the start time you desire.
How to operate the Friedrich room air conditioner (QuietMaster / Twintemp models) To start unit If your air conditioner is installed and plugged into a properly grounded receptacle, it is ready to operate. Mode control (QuietMaster) Off The upper dial (Figure 7) allows you to select cooling at four different speeds, as well as Fan Only (Models SL28 and SL36 only have three cooling speeds.). Fan Only Off - to turn the unit off. High Cool - for quick cooling.
EQ08 models Function Control The left knob is a six position control that allows you to select heat or cool in either low speed or high speed. Plus you can select fan only if you wish. Function Control The right hand knob is the thermostat - turn it clockwise for cooler, counter-clockwise for warmer (See Figure 9). MAX HEAT Fan Only High Heat Low Heat High Cool Low Cool MAX COOL Allow ! 3 min.
Activating Error Code Mode: (Submode of Test Mode) Unit must be in Test Mode to enter Error Code Mode 1. Activate Error Code Mode by pressing the “TIMER ON/ OFF” button on XQ models. LED for the “TIMER ON/ OFF” will flash 1 bps while Error Code Mode is active. Pressing the “TEMP/HR ” button will display 00. Consecutive presses will scroll through all error codes logged. Press the “TEMP/HR ” button to see the reverse order of all error codes logged.
TESTING THE ROTARY CONTROL SWITCHES (Heat Pump & Electric Heat Models) (See Figure 12) An e ight position control switch i s used t o regulate the operation of the fan motor and compressor. The compressor can be operated with the fan operating at low, medium or high speed in the cooling or heating mode. The fan motor can also be operated independently on medium speed. See switch section as indicated on decorative control panel.
SYSTEM CONTROL SWITCH - TEST (See Figure 15) Disconnect leads from control switch. There must be continuity as follows: 1. “Off” Position - no continuity between terminals. 2. “Lo Cool” Position - between terminals “L1” and “C,” “LO” and “MS.” 3. “Med Cool” Position - between terminals “L1” and “C,” “M” and “MS.” 4. “Hi Cool” Position - between terminals “L1” and “C,” “H” and “MS.” 5. “Fan Only” Position - between terminals “L1” and “2.
COMPONENTS TESTING THERMOSTAT (“EQ08” Models) (See Figure 17) This thermostat is single pole-double throw, cross ambient with a range of 60° to 92°F and a differential of ±2°F. Terminal “2” is common. Figure 17 Thermostat (EQ Model) In the heating cycle, the heat anticipator is energized to supply a small amount of heat during the “on” cycle. This will open the contacts in the thermostat prematurely to maintain a closer differential between the “cut in” and “cut out” temperature.
COMPONENTS TESTING (Continued) RESISTOR: Heat Anticipator (See Figure 20) Failure of the resistor will cause prolonged “off” and “on” cycles of the unit. When replacing a resistor, be sure and use the exact replacement.
COMPONENTS TESTING (Continued) FAN MOTOR A single phase permanent split capacitor motor is used to drive the evaporator blower and condenser fan. A self-resetting overload is located inside the motor to protect against high temperature and high amperage conditions. (See Figure 23) WARNING ELECTRIC SHOCK HAZARD Disconnect power to the unit before servicing. Failure to follow this warning could result in serious injury or death. FAN MOTOR - TEST 1. Determine that capacitor is serviceable. 2.
COMPONENTS TESTING (Continued) HEATING ELEMENT (See Figure 25) All heat pumps and electric heat models are equipped with a heating element with the exception of models starting with YS09. The “YS” and “ES” models are equipped with a 3.3 KW element. The “YM” and “EM” models are equipped with a 4.0 KW element. The “YL” and “EL” models are equipped with a 5.2 KW element. The EQ08 has a 1.15 KW element.
ELECTRONIC CONTROL SEQUENCE OF OPERATION QME PROGRAMMABLE AND XQ MODELS Mode Control The mode control pad(s) allow the selection of the operating modes of the unit. There is a two second delay before the mode activates its appropriate relay. OPERATING SEQUENCE / CHARACTERISTICS AND FEATURES Compressor Operation The run state of the compressor is determined by the difference between the indoor ambient temperature and the set temperature. See specific mode of operation for details.
REFRIGERATION SEQUENCE OF OPERATION A good understanding of the basic operation of the refrigeration system is essential for the service technician. Without this understanding, accurate troubleshooting of refrigeration system problems will be more difficult and time consuming, if not (in some cases) entirely impossible. The refrigeration system uses four basic principles (laws) in its operation they are as follows: 1. “Heat always flows from a warmer body to a cooler body.” 2.
SEALED REFRIGERATION SYSTEM REPAIRS IMPORTANT ANY SEALED SYSTEM REPAIRS TO COOL-ONLY MODELS REQUIRE THE INSTALLATION OF A LIQUID LINE DRIER. ALSO, ANY SEALED SYSTEM REPAIRS TO HEAT PUMP MODELS REQUIRE THE INSTALLATION OF A SUCTION LINE DRIER. EQUIPMENT REQUIRED: 1. Voltmeter 9. 2. Ammeter 10. Low Pressure Gauge - (30 - 150 lbs.) 3. Ohmmeter 11. Vacuum Gauge - (0 - 1000 microns) 4. E.P.A. Approved Refrigerant Recovery System EQUIPMENT MUST BE CAPABLE OF: 5.
Method Of Charging / Repairs The acceptable method for charging the RAC system is the Weighed in Charge Method. The weighed in charge method is applicable to all units. It is the preferred method to use, as it is the most accurate. The weighed in method should always be used whenever a charge is removed from a unit such as for a leak repair, compressor replacement, or when there is no refrigerant charge left in the unit. To charge by this method, requires the following steps: 1.
WARNING WARNING ELECTRIC SHOCK HAZARD Turn off electric power before service or installation. HIGH PRESSURE HAZARD Sealed Refrigeration System contains refrigerant and oil under high pressure. Extreme care must be used, if it becomes necessary to work on equipment with power applied. Proper safety procedures must be followed, and proper protective clothing must be worn when working with refrigerants. Failure to do so could result in serious injury or death.
Restricted Refrigerant System Troubleshooting a restricted refrigerant system can be difficult. The following procedures are the more common problems and solutions to these problems. There are two types of refrigerant restrictions: Partial restrictions and complete restrictions. A partial restriction allows some of the refrigerant to circulate through the system. With a complete restriction there is no circulation of refrigerant in the system.
HERMETIC COMPONENTS CHECK WARNING WARNING BURN HAZARD Proper safety procedures must be followed, and proper protective clothing must be worn when working with a torch. CUT/SEVER HAZARD Be careful with the sharp edges and corners. Wear protective clothing and gloves, etc. Failure to follow these procedures could result in moderate or serious injury. Failure to do so could result in serious injury. METERING DEVICE Capillary Tube Systems All units are equipped with capillary tube metering devices. 3.
REVERSING VALVE DESCRIPTION/OPERATION WARNING ELECTRIC SHOCK HAZARD Disconnect power to the unit before servicing. Failure to follow this warning could result in serious injury or death. The Reversing Valve controls the direction of refrigerant flow to the indoor and outdoor coils. It consists of a pressure-operated, main valve and a pilot valve actuated by a solenoid plunger. The solenoid is energized during the heating cycle only. The reversing valves used in the RAC system is a 2-position, 4-way valve.
TESTING THE COIL WARNING ELECTRIC SHOCK HAZARD Unplug and/or disconnect all electrical power to the unit before performing inspections, maintenances or service. Failure to do so could result in electric shock, serious injury or death. The solenoid coil is an electromagnetic type coil mounted on the reversing valve and is energized during the operation of the compressor in the heating cycle. 1. Turn off high voltage electrical power to unit. 2. Unplug line voltage lead from reversing valve coil. 3.
Touch Test in Heating/Cooling Cycle WARNING BURN HAZARD Certain unit components operate at temperatures hot enough to cause burns. 6. Protect new valve body from heat while brazing with plastic heat sink (Thermo Trap) or wrap valve body with wet rag. 7. Fit all lines into new valve and braze lines into new valve. Proper safety procedures must be followed, and proper protective clothing must be worn. WARNING EXPLOSION HAZARD The use of nitrogen requires a pressure regulator.
COMPRESSOR CHECKS WARNING ELECTRIC SHOCK HAZARD Turn off electric power before service or installation. Extreme care must be used, if it becomes necessary to work on equipment with power applied. Failure to do so could result in serious injury or death. Locked Rotor Voltage (L.R.V.) Test Locked rotor voltage (L.R.V.) is the actual voltage available at the compressor under a stalled condition. Single Phase Connections Disconnect power from unit.
Single Phase Resistance Test WARNING 1. Improper air flow over the evaporator. 2. Overcharged refrigerant system causing liquid to be returned to the compressor. 3. Restricted refrigerant system. 4. Lack of lubrication. Remove the leads from the compressor terminals and set the ohmmeter on the lowest scale (R x 1). 5. Liquid refrigerant returning to compressor causing oil to be washed out of bearings. Touch the leads of the ohmmeter from terminals common to start (“C” to “S”).
COMPRESSOR REPLACEMENT Recommended procedure for compressor replacement WARNING RISK OF ELECTRIC SHOCK Unplug and/or disconnect all electrical power to the unit before performing inspections, maintenances or service. Failure to do so could result in electric shock, serious injury or death. 1. Be certain to perform all necessary electrical and refrigeration tests to be sure the compressor is actually defective before replacing. WARNING 3.
SPECIAL PROCEDURE IN THE CASE OF MOTOR COMPRESSOR BURNOUT WARNING ELECTRIC SHOCK HAZARD Turn off electric power before service or installation. Failure to do so may result in personal injury, or death. WARNING HIGH PRESSURE HAZARD Sealed Refrigeration System contains refrigerant and oil under high pressure. Proper safety procedures must be followed, and proper protective clothing must be worn when working with refrigerants. Failure to follow these procedures could result in serious injury or death.
ROUTINE MAINTENANCE WARNING ELECTRIC SHOCK HAZARD Turn off electric power before inspections, maintenances, or service. Extreme care must be used, if it becomes necessary to work on equipment with power applied. NOTICE Units are to be inspected and serviced by qualified service personnel only. Use proper protection on surrounding property. Failure to follow this notice could result in moderate or serious property damage. Failure to do so could result in serious injury or death.
ROUTINE MAINTENANCE (Continued) NOTICE Do not drill holes in the bottom of the drain pan or the underside of the unit. Not following this notice could result in damage to the unit or condensate water leaking inappropriately which could cause water damage to surrounding property. SLEEVE / DRAIN Inspect the sleeve and drain system periodically (at least yearly or bi-yearly) and clean of all obstructions and debris. Clean both areas with an antibacterial and antifungal cleaner.
COOLING ONLY ROOM AIR CONDITIONERS: TROUBLESHOOTING TIPS Problem Compressor does not run Possible Cause Low voltage Check voltage at compressor. 115V & 230V units will operate at 10% voltage variance T-stat not set cold enough or inoperative Set t-stat to coldest position. Test t-stat & replace if inoperative Compressor hums but cuts off on overload Hard start compressor. Direct test compressor.
COOLING ONLY ROOM AIR CONDITIONERS: TROUBLESHOOTING TIPS Problem Possible Cause Fuse blown or circuit tripped Replace fuse, reset breaker. If repeats, check fuse or breaker size.
COOLING ONLY ROOM AIR CONDITIONERS: TROUBLESHOOTING TIPS Problem Possible Cause Overload inoperative. Opens too soon Check operation of unit. Replace overload if system operation is satisfactory Compressor restarted before system pressures equalized Allow a minimum of 2 minutes to allow pressures to equalize before attempting to restart. Instruct customer of waiting period Compressor runs Low or fluctuating voltage for short periods only.
COOLING ONLY ROOM AIR CONDITIONERS: TROUBLESHOOTING TIPS Problem Water “spitting” into room Problem Excessive moisture Problem T-stat or thermistor short cycles Problem Possible Cause Action Sublimation: When unconditioned saturated, outside air mixes with conditioned air, condensation forms on the cooler surfaces Ensure that foam gaskets are installed in between window panes & in between the unit & the sleeve.
HEAT / COOL ONLY ROOM AIR CONDITIONERS: TROUBLESHOOTING TIPS Problem Room temperature uneven (Heating cycle) Possible Cause Action Heat anticipator (resistor) shorted (on applicable models) Disconnect power to unit. Remove resistor from t-stat bulb block. Plus in unit & allow to operate. Feel resistor for heat. If not heat, replace resistor Wide differential - partial loss of t-stat bulb charge Replace t-stat & check Refer to appropriate wiring diagram.
HEAT / COOL ROOM AIR CONDITIONERS: TROUBLE SHOOTING TIPS Problem Possible Cause Unit cools when heat is called for Action Incorrect wiring Refer to applicable wiring diagram Defective solenoid coil Check for continuity of coil Reversing valve fails to shift Block condenser coil & switch unit to cooling. Allow pressure to build up in system, then switch to heating. If valve fails to shift, replace valve.
TROUBLESHOOTING CHART — HEATPUMP REFRIGERANT SYSTEM DIAGNOSIS - HEATING CYCLE LOW SUCTION PRESSURE HIGH SUCTION PRESSURE LOW HEAD PRESSURE HIGH HEAD PRESSURE Low Airflow Across Outdoor Coil Outdoor Ambient Too High for Operation in Heating Refrigerant System Restriction Outdoor Ambient Too High For Operation In Heating Refrigerant System Restriction Reversing Valve not Fully Seated Reversing Valve not Fully Seated Low Airflow Across Indoor Coil Undercharged Overcharged Undercharged Overcharged
TROUBLESHOOTING TOUCH TEST CHART: TO SERVICE REVERSING VALVES Normal Cooling Hot Cool Normal Heating Hot Cool Hot as (1) 5 NOTES: RIGHT Pilot RIGHT PilotTube Capillary Capillary Tube LEFT Pilot Tube to OUTSIDE 4 LEFTCapillary Pilot Tube Capillary Tube 3 Cool as (2) COIL Tube to OUTSIDE COIL SUCTION TUBE 2 to INSIDE Tube toTube INSIDE COILCOIL 1 SUCTION TUBE to to Compressor Compressor DISCHARGE TUBE from Compressor from Compressor VALVE OPERATING CONDITION DISCHARGE TUBE NORMAL FU
ELECTRONIC CONTROL COOL ONLY MODELS: XQ05L10A-C XQ06L10A-C XQ08L10A-B,A-E XQ10L10A-C XQ12L10A-B,A-C 49
ELECTRONIC CONTROL COOL ONLY MODELS: SS08L10-E,-F,-G SS10L10-D,-E SS12L10-E,-F SS14L10-D,-E SS12L30-E,-F SS16L30-D,-E SM18L30A-D,A-E SM21L30-E,-F SM24L30-C,-D 50
ELECTROMECHANICAL CONTROL COOL ONLY MODELS: KS12L10-E,-F KS15L10-C,-D KM18L30-C,-D KM24L30-C,-D 51
ELECTROMECHANICAL CONTROL COOL ONLY MODELS: SL28L30-D,-E SL36L30A-D,A-E 52
ELECTROMECHANICAL CONTROL COOL WITH ELECTRIC HEAT MODEL: EQ08L11A-B,A-E 53
ELECTROMECHANICAL CONTROL COOL WITH ELECTRIC HEAT MODELS: ES12L33-D,-E ES16L33-C,-D EM18L34-C EM24L34-B 54
ELECTROMECHANICAL CONTROL COOL WITH ELECTRIC HEAT MODELS: EL36L35A-D,A-E 55
ELECTROMECHANICAL CONTROL HEAT PUMP ONLY MODELS: YS09L10-F,-G 56
ELECTROMECHANICAL CONTROL HEAT PUMP WITH ELECTRIC HEAT MODELS: YS13L33-D,-E YM18L34-D,-E 57
ELECTROMECHANICAL CONTROL HEAT PUMP WITH ELECTRIC HEAT MODELS: YL24L35-E,-F 58
INSTRUCTIONS FOR USING COOLING LOAD ESTIMATE FORM FOR ROOM AIR CONDITIONERS (AHAM PUB. NO. RAC-1) A. This cooling load estimate form is suitable for estimating the cooling load for comfort air conditioning installations which do not require specific conditions of inside temperature and humidity. B. The form is based on an outside design temperature of 95°F dry bulb and 75°F wet bulb.
COOLING LOAD ESTIMATE FORM HEAT GAIN FROM 1. 2. 3. WINDOWS: Northeast * East Southeast South Southwest West Northwest North Heat gain from the sun. These factors are for single glass only. For glass block, multiply the above factors by 0.5; for double glass or storm windows, multiply the above factors by 0.8. WINDOWS: Heat by conduction (Total of all windows.) Single glass Double glass or glass block WALLS: (Based on linear feet of wall) a. Outside walls North Exposure Other than North exposure b.
HEAT LOAD FORM The heat load form on the following page may be used by servicing personnel to determine the heat loss of a conditioned space and the ambient winter design temperatures in which the unit will heat the calculated space. The upper half of the form is for computing the heat loss of the space to be conditioned. It is necessary only to insert the proper measurements on the lines provided and multiply by the given factors, then add this result for the total heat loss in BTU/Hr./°F. The BTU/Hr.
HEATING LOAD FORM FRIEDRICH ROOM UNIT HEAT PUMPS WALLS: (Linear Feet) 2” Insulation Average WINDOWS & DOORS (Area, sq. ft.) Single Glass: Double Glass: BTU/HR PER °F TEMP. DIFFERENCE Lin. Ft. x 1.6 Lin. Ft. x 2.6 Sq. Ft. x 1.13 Sq. Ft. x 0.61 INFILTRATION - WINDOWS & DOORS: AVG. Loose Lin. Ft. x 1.0 Lin. Ft. x 2.0 CEILING: (Area, Sq. Ft.) Insulated (6”) Insulated (2”) Built-up Roof (2” insulated Built-up Roof (1/2” insulated) No Insulation Sq. Ft. x 0.07 Sq. Ft. x 0.10 Sq. Ft. x 0.10 Sq. Ft. x 0.20 Sq.
Friedrich Air Conditioning Company P.O. Box 1540 San Antonio, TX 78295 210.357.4400 www.friedrich.com ROOM AIR CONDITIONERS LIMITED WARRANTY FIRST YEAR ANY PART: If any part supplied by FRIEDRICH fails because of a defect in workmanship or material within twelve months from date of original purchase, FRIEDRICH will repair the product at no charge, provided room air conditioner is reasonably accessible for service.
TECHNICAL SUPPORT CONTACT INFORMATION FRIEDRICH AIR CONDITIONING CO. Post Office Box 1540 · San Antonio, Texas 78295-1540 4200 N. Pan Am Expressway · San Antonio, Texas 78218-5212 (210) 357-4400 · FAX (210) 357-4490 www.friedrich.com Printed in the U.S.A.
FRIEDRICH AIR CONDITIONING CO. Post Office Box 1540 · San Antonio, Texas 78295-1540 4200 N. Pan Am Expressway · San Antonio, Texas 78218-5212 (210) 357-4400 · FAX (210) 357-4490 www.friedrich.com Printed in the U.S.A.
