GOETTL Air Conditioner/heat Pump(outside Unit) Manual 98090203
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User Manual: GOETTL GOETTL Air conditioner/heat pump(outside unit) Manual GOETTL Air conditioner/heat pump(outside unit) Owner's Manual, GOETTL Air conditioner/heat pump(outside unit) installation guides
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Installation & Operating Instructions For Heat Pump Units Manufactured GOETTL By AIR CONDITIONING, INC. P.O. Box 52029, Phoenix, Arizona 85072-2029 _TABLE OF CONTENTS PAGE INTRODUCTION .................................................................................... 1 II. DIMENSIONS ......................................................................................... 2 II1. POWER SUPPLY & WIRING ................................................................. 2 IV. INSTALLATION 3 Io Vo VI. ...................................................................................... START UP/CHECK-OUT PROCEDURE ............................................... 5 ELECTRICAL OPERATION ................................................................... 8 VII _IE_tS'T-AN C E H EATE RS ...................................................................... VIII, _:[:-ION' IX. WIRING AND MAINTENANCE DIAGRAMS ....................................................... .............................. _8 9 11 INSTALLATION AND OPERATING INSTRUCTION MANUAL HEAT PUMP - HP MODELS 1 1/2 - 5 1/2 TONS 1. INTRODUCTION Please take a few minutes to read our instructions before you install and use yonheat pump. This will help you obtain the full value from your unit. It will also help you avoid any needless service costs that result from causes we cannot control and cannot cover in our guarantee. RULES FOR INSTALLATION AND SAFE OPERATION 1. Read these rules and the instructions carefully. Failure to follow the rules and the instructions could cause a malfunction of the heat pump unit resulting in injury,death and/or property damage. 2. Check your local codes and utility standards. The installation must comply with their rules. 3. Shut off the electric oower before makino connections on the unit or removing 0anels for servicing. (There may be more than one di_;connect!. 4. Referto Section VIII for maintenance procedures. 5. Do not operate this unit at outdoor temperatures below 60"F on cooling nor above 75° on heating. 6. The components of a heat pump may have sharp edges or protrusions which can cut you. The tubing and compressor contain high pressure refrigerant. They must not be exposed to high temperature or be punctured. When installing or servicing the heat pump, be extremely careful to avoid injury. 7. The refrigerant circuitis in a closed, pressurized system. If for any reason, the system needs to be opened for servicing, it is imperative that both high and low sides of the system be purged completely intoa recovery tank before any section of the tubing is cut or unbrazed. The importance of proper installation cannot be overemphasized. The best designed unit wll appear to operate poorly if installed improperly. Unlike the small appliance where quality of operation can usually be determined as it leaves the factory, the performance of a heat pump depends, to a large extent, on its installation. Problems always occur if the installer does not take precautions in the following areas: Wire Size Duct Size Duct Openings Duct Insulation Refrigerant Charge - Inadequate wire sizes can cause an excessive voltage drop, causing the compressor and fan motors to operate at undesirably low voltage levels. - Inadequate duct size, elbows, distributors or registers can restdct air flow. - Improperly sealed duct sections can cause considerable loss in cooling capacity due to air leakages. - Inadequate duct installation in attic space will cause heat gain in the system. - Unit is precharged, but should a charge be necessary, it should be verified against the operating system pressures, temperatures, and current draws as specified in the catalog. These heat pumps have proven their reliability over several decades. Years of research, engineering and only the highest quality component parts and workmanship have gone into these heat pumps to" make them the most reliable in the industry. Before a model is released for production, it undergoes a battery of tests in environmental test rooms with temperatures ranging from sub-freezing 0°F to 120°F desert temperatures. -1 - II. DIMENSIONS • k It is very important that the ducts for a serf-contained system be properly sized, installed, sealed, and insulated for the best performance of the system. It is recommended that both the supply and the retum duct be insulated (2") when installed in an unconditioned area. Where the supply duct is exposed to the outdoor temperatures, vapor barrier material should be used. All duct work should be installed in accordance with ASHRAE or NAHB. I I / HP MODELS Fig. 1 MODEL A B C D E F G H 6 6 6 6 6 6 10 10 10 7 1 1 1 1 1 1 1 1 51/4 1 1 1 1 1 1 1 1 1 1 HP181D/F 43 1/4 28/323/8 24 20 14 1/2 HP241F 43 1/4 32 3/8 24 21 14 1/2 HP301F/H 43 114 32 3/8 24.- 21 14 112 HP361F/H 49 1/4 33 3/4 30 21 20 1/2 HP421F 49 1/4 33 3/4 30 21 20 1/2 HP421H 49 1/4 33 3/4 30 21 20 1/2 HP481F2/H 57 3/4 44 3/8 30 1/4 21 16 1/4 HP601F2 57 3/4 44 3/8 30 1/4 32 16 1/4 HP601H 57 3/4 44 3/8 34 1/4 32 16 1/4 HP662A 57 3/4 44 3/8 34 114 34 23 112 _lJ. 1 J K L 4/6 3/1( 1 112 2 1/2 55/8 11/2 !21/2 55/8 11/2 21/2 63/8 11/2 21/2 63/8 11/2 21/2 63/8 11/2 21/? 63/16 2 23/4 63/16 13/4 23/4 63/16 1 3/4 23/4 51/8 13/4 23/4 i III. POWER SUPPLY & WIRING Pages 11, 12 & 13 show typical wiring diagrams for the various units. However, each unit will have its appropriate wiring diagram attached to the access panel of the wiring control section. All wiring and fusing must comply with local and national electrical code requirernents. The 24 volt control circuit connections are made at the right side of the panel (See fig. 1). The main power connections are made at the "L" terminals of contractor, through knockout in side of unit. These connections must be tight and elect'ricallysecure. A fused disconnect must be weather tight. When the unit is outdoors, the fused disconnect must be installed at the unit location. The fuse(s) shouldbe dual element type. Fuse and ampacity ratings are listed in the table on page 3 and also on the rating plate on the unit. CAUTION: Unit must always be grounded with a suitable ground connection. -2- ELECTRICAL DATA AT 230V MODEL NUMBER I 1Ph I 47 I H O,FI 62.5 3Ph I I I 76/76 94/00.5 107/107 129/129 169/169 . 110/T/ 110/88 130/99 137/129 158 12.4/12.4 18/16 17.8/19.9 23.7/23.7 30.1/28.9 27.9 14.1/11.4 14.1/13.9 14.8/15.0 16.0/20.0 17.6 1.4/1.4 2.1/1.9 3.0/1.8 3.1 1.4/1.4 2.1/1.9 2.2/1.9 3.0/1.8 3.1 2.4/2.4 3.1/2.3 3.3/3.3 4.4/3.5 5.1 180 Compressor 1Ph 9.9 11.5 3 Ph -OL1tdoor Motor Indoor Motor Full Load 1 Ph J_ps' 3 Ph Full Load 1 Ph ,a_ps, 3 Ph UnitTotaJ 1Ph .8 .8 1.1 MaximumFuse Size,Amps 11.8 20 3 Ph MinimumCircuitAmpacity 1 Ph 1.4/1.4 14.3 _ --1 2.4/2.4 3.1/2.3 3.3/3.3 4.4/3.5 5.1 13.6 15.0/15.9 21.8/19.8 25.0/24.1 25.2/28.9 37.4/34.2 36.1 . . 17.9/15.2 19.3/18.1 20.3120.5 23.4/25.3 25.8 25 30/30 40/40 45/45 55/55 60/60 60 30/25 35/35 35/35 40/50 45 26.3/24 28/29.1 35.1/34.9 45.0/41.5 43.0 21.4/18.1 22.8/21.6 27.4/30.3 30.1 . 3 Ph i Based on UL operating conditions. 1.3 . 3Ph 1Ph 1.2/1.2 o 16.5 18.1/18.1 ° 24124 ° Data appliesto 230V. Unit operatesat 208/230V. "* 460V unitsavailableon specialorder. = Check nameplate- may be sllghUydifierer_withalternatecompressor. IV. INSTALLATION ROOF MOUNTED PACKAGED UNIT / / FILTER WALL S Typical roof mounted installation This system is a completely self-contained heating/cooling unit with all components in one cabinet. It is shipped completely charged with the proper amount of refrigerant. The unit is ready for operation after connecting duct work, condensate drain and power supply. An adhesive backed soft-foam weather strip or caulking must be attached on to the horizontal channel between the supply and return air openings as shown on page 4. A condensate "p"trap must be installed for every unit as shown also on page 4. -3- 4 Normally, the unit is installed outdoors either on the roof or ground, where practical. In normal roof installation, the unit is placed on an angle iron frame, and where required in some instances, isolated from the frame with rubber, cork or spdng mounts. These mounts are to help eliminate vibration and noise. Ground installation is basically the same for both self-contained units and split-system outdoor -units.Locate the unit on a concrete slab or blocks not connected to the buildings foundation. Allow adequate clearance for service and air intake and discharge. The unit must be level in order to assure proper condensate drainage, and the gravity flow condensate line should be a minimum of 314 inch I.D. diameter and be properly graded. Loosen the compressor mounting bolt_tO ensure that the compressor is resting on the rubber grommets and not on the metal sleeves. The actual amount of total refrigerant charge for each installation may have to be adjusted to insure that unit performance characteristics (compressor electrical current draw, suction and discharge pressures) are consistent with those given in the application tables for the applicable ambient conditions. It is extremely important that a condensate "P" trap be installed in the drain line below the bottom of the unit, as shown in the sketch below. Apart from ensuring proper drainage, the condensate trap will prevent the hot and humid outside air from being drawn into the conditioned space through the drain line, thus reducing cooling and dehumidification of the unit. SUPPLY AI SOFT-FOAM WEATHER STRIP RETURN SYSTEM DRAIN TRAP. _4- AIR COMPONENTS SCROLL WITH SPECIAL FEATURES: COMPRESSOR: Units equipped with scroll compressors do not have crankcase heaters and do not require hard start kits. However, they do have a 3 minute anti-short cycle timer. On three phase compressor, incorrect phase sequence will result in the compressor running backwards. CAUTION: Never use the scroll compressor to pump itself down (create a vacuum) by closingoff the suction line. The high vacuum caused by the unit pumping down could cause severe intemal fusite arcing resulting in a compressor failure. Damage resultingfrom intemal fusite arcing due to extremely low pressure is apparent when an "in-warranty" compressor is disassembled and will result in denial of warranty claims, by the compressor manufacturer. ANTI-SHORT CYCLE TIMER: Two different types of anti-short cycle timers may be used for compressor protection. described as follows: ° ° They are Model TA24A3 manufactured by SSAC. FUNCTION - No delay on initial start up; but a momentary power failure will initiate a 3 minute delay before the compressor contactor can be re-energized. Also, a brownout control feature will prevent compressor start-up due to low line voltage. Anti-short cycle timer is inherent in the electronic controls of the defrost control board. The operation is similar to the above control -- no delay on initial start up; but a momentary power failure will initiate a 3 minute delay before the compressor contactor can be re-energized. V. START-UP/CHECK-OUT PREUMINARY PROCEDURES START-UP 1. If power to unit has been disconnected for any extended period of time, restore power twelve (12) hours prior to start-up procedure. COOUNG CYCLE CHECK-OUT 1. With thermostat calling for cooling switch(es) to start system. and set 10 ° below room temperature, • " -5" engage disconnect Check the voltage at the compressor motorconnections. If the voltage is 5% below or 10% above the rated voltage or there is a d'dferencegreater than 3% between phases, shut down the system and call the power company. A failure to do so may cause damage to the equipment. g After the unit is in operation, it will take about 30 minutes runningtime to stabilize the system. . 4. In order to check for a properlyworking system, it is recommended that a thermometer be placed in the-return air and one placed in the air supply. After all insulatingof ductwod_and adjustments of air registers are complete, a temperature difference of 15° to 20 ° is considered satisfactory. When the above steps are completed, a check of voltage and amperage should be made of all motors. These readings should be within 10% of the performance ratings given for the specific ambients. ° Suction and discharge pressures should also be checked to ensure that they agree reasonably well with the pressures shown in the catalog for the prevailing ambient conditions. Also, a suction superheat temperature of 20°F (10°F for units with scroll compressors) plus or minus 5 ° F is common for these units when the outdoor ambient is approximately 95°F. This should be used as a gauge in determining that the system is not overcharged or has lost some of its charge. . . Finally, the thermostat should be checked out to assure proper operation. Literature packed with the thermostat and sub-base will provide information for this check out. HEATING CYCLE CHECK-OUT 1. With the thermostat calling for heat and set at 10° above room temperature, engage disconnect switch(es) to start the system. . . All units are factory tested to assure operation of the defrost control system. The clock on the defrost control is factory set to check for defrost conditions every 60 minutes of unit operation. The defrost control used in heat pumps has three possible time settings; 30 minutes, 60 minutes, 90 minutes. This clock can be re-set to meet the needs of the area in which the equipment is installed. In areas where the winter temperatures are low, a 30 minute setting is recommended. The heat pump is equipped with an electronic defrost control. This solid state defrost control operates in conjunction with an extemal sensor located at a "cold"spot on the outdoor coil. The control operates on a "Time/Temp" to initiate and "Temp" to terminate the cycle. The control will initiate a defrost cycle every 60 minutes (set by the factory) if the coiltemperature at the sensor is approximately 35"F or less. As the coil is being defrosted, its temperature will rise until it reaches approximately 65°F. At this point the sensor will terminate the defrost cycle. The entire process will take between one and three minutes. In areas where the air is generally moisture laden and frost is prevalent, the defrost interval time may be shortened from 60 minutes to 30 minutes by simply moving the jumper wire (see figure 3) from the "T2" pin to the "1"1". In the event of a failure of the sensor to open to terminate the defrost, the control has a built-in lr minute maximum defrost time, after which it will automatically end the defrost cycle. 4. A field check-out of the defrost control board can be made by the following steps: 1. Attach a "jumper"wire across the two terminals of the sensor wires (see wiring diagrams on pages 11 through 14 showing the sensor being wired to the =COM" terminal of the defrost control board). = 1 Attach a "jumper" wire across the two "TST" terminals. The timing cycles are divided by a factor of 256. (e.g. 90 minutes is reduced to 21.1 seconds, 60 minutes to 14 seconds and 30 minutes to 7 seconds). At "T1" setting the unit should go into defrost in 7 seconds. For this test, the unit will stay in "defrost" for only about 2 to 3 seconds due to the 10 minute override. (L_. = 2.3 seconds) °°° TST H 24V OUT COM (_) flfl H 0 0 T3 HLD T2 T1. JUMPER WIRE FIGURE 3 T3 = 90, T2 = 60, T1 = 30 -7- Vl. ELECTRICAL COOUNG OPERATION CYCLE With the disconnect on "ON" position, voltage is supplied to the primary of the control transformer and crankcase heater. The control transformer reduces the voltage from 230 or 208 to 24 volts for the low voltage and the thermostat circuit. With a single-stage cool/single-stage heat t_Lh_mostat set in the cooling _o_ition, current is supplied from one side of the 24 volt secondary of the control transformer to the "R" terminal of the thermostat. The other side of this transformer connects to the main contractor coil through the high pressure control. When the thermostat calls for"COOLING', current from the "R" terminal is switched on to the =Y" terminal causing the compressor contactor to be energized. The main contactor closes the contacts in the high voltage circuit. The completion of this circuit will start both the outdoor fan motor and the compressor. The indoor fan relay which is internally wired from "G" to "Y" in the thermostat sub-base is also energized and starts the indoor fan motor. The system will operate normally and begin to cool. HEATING CYCLE With the thermostat set in the heating mode, the "B" terminal energizes the reversing valve relay. With a call for heat the compressor contactor is energized "W" to =Y"through the jumper wire in the control panel. The indoor and outdoor fan motors are started in the same manner as in the cooling cycle. The reversing valve is always energized whenever the system switch on the thermostat is in the heat position. This eliminates the =swish" at the end of each cycle. Only in the de-ice cycle will the "swish" occur. VII. RESISTANCE HEATERS Resistance heaters are available as an optional field-installed accessory for self-contained heat pumps. Resistance heaters are recommended for areas where winters are severe, because as the outdoor temperature falls, the amount of heat available in the air decreases, making it more difficult to capture. This fact of nature causes the heat pump capacity to fall at a time when the heating requirement rises. Resistance heaters can compensate for this difference in capacity. Heat pumps with resistance heaters require a single-stage cool/two-stage heat thermostat. With the two-stage thermostat, the resistance heaters are energized if the thermostat is turned more than two degrees higher than the indoor temperature, or the indoor temperature falls more than two degrees below the thermostat setting. The heaters will also be energized during the defrost cycle. "8- _ VIII. OPERATION AND MAINTENANCE II thermostat is chattering, or if the uoit is started too quickly. Do not be alarmed ifthis happens. Just let the pressures balance out and then start the unit. 1. Be sure the filter is clean. Inspect every 30 days of operation; if obstructed, clean or replace filter at once. DO NOT RUN WITHOUT A FILTER. 2. Always let the thermostat control the operation of the system. Never try to "second guess" the thermostat, or tamPer with it. Jus[ s_=tthe thermostat at the comfort level desired AND LEAVE IT ALONE. If it gets too chilly, just turn the thermostat up a degree at a time until the desired level is achieved. Don't turn the thermostat back and forth. 3. Heat pumps cannot cool off a house as fast as a furnace heats it. It pulls the temperature down slowly. Therefore, do not turn on and expect immediate action. It may take a day or so to pull down a hot, moist house when the unit is first installed, especially after it has been =soaked" in 100-110 ° ambient for days. 4. Keep both the evaporator and condenser coil surfaces clean. Accumulation of dirt will restrict the air flow and reduce the performance of your unit. 5. Keep condensate drain lines clear and clean. All blower fan motors are factory lubricated and require no attention. The compressor is hermetically sealed, requiring no attention. 6. Your new heat pump is mounted outdoors. It is good practice to treat itjust as you would your automobile if it was exposed to the elements constantly; an occasional coat of wax will give added protection against the elements. 7. Your new heat pump compressor is equipped with a Permanent Split Capacitor motor. Therefore, ALWAYS WAIT AT LEAST THREE MINUTES AFTER SHUTTING UNIT OFF BEFORE TRYING TO RESTART. If the unit is started before the refrigerant pressures have a chance to balance, the compressor motor may trip on its overload, or, in very rare cases, blow a fuse. Under any normal operation, this will not happen. It is most likely to happen if a - It is a good practice when there is a power outage, especially during severe thunder storms, to switch off yotJr_nit at the thermostat until the electrical power has been permanently restored. This could prolong the life of your compressor. . IMPORTANT o - READ CAREFULLY Your new heat pump may contain a special compressorwarming electricalcircuitto keep the compressorwarm during longoff periods. Do not be alarmed if this creates a light "humming" sound while the unit is not running. The "hum" may or may not occur. Whenever the power has been disconnected from the unit for longer than twelve hours, be sure to turn the power"back on twelve hours before starting the unit. This will give the compressor warming circuit a chance to operate and protect the compressor from damage. HOW TO GET THE MAXIMUM PLEASURE FROM YOUR HEAT PUMP In order that you may fully enjoy the comfort your Heat Pump can bring you, an understanding of the basic principles involved are outlined in the following paragraphs. HEATING LOAD The air temperature rise through a heat pump on the heating cycle is not as great as that through a fuel fired furnace. The supply air coming into the room may be only 12 to 26, degrees warmer than the room air. Therefore "hot and cold" spots are not evident in Heat Pump installations as they are in fuel fired heating systems. Any residential THERMOSTAT within the house from electric lights, cooking, the TV set, etc. helps to heat the rooms therefore, that much less heat is required from the b_lsr, furnace, or heat pump. For cooling, a temperature of 75 to 78 degrees is preferred by most people. You may select lower temperature setting if you wish and you will probably have that temperature a good portion of the time. But do not be disappointed and condemn the equipment if the temperature gets a few degrees war_e_during hot weather. Set the thermostat at the temperature agreeable to the family and leave it there. heating system is the reverse of a cooling system. Family living habits that help the heating system hurt the cooling system. The heat pump, furnace, or boilerdelivers heat into the rooms and the heat that is created Cooling is just the reverse. The cooling equipment removes heat and humidity. Any extra heat released into the rooms from these same sources will make the room air warmer and SETTING Do not be concerned if, in the evening, when the outside temperature drops below the inside temperature, your air conditioning system is still running. The entire structure of your house has been soaking up heat from the sun all day long. After the sun has set there is still a tremendous place an extra burden upon the equipment. Let's take the heat caused by cooking. For example, four top burners of a gas range can produce more heat than a three horsepower air conditioner can remove. It is much more practical and economical to ventilate this concen- amount of heat in the walls, ceiling, roof, furnishings, etc., that must be disposed of before the air conditioner stops running. Outdoor temperatures can drop rapidly after sundown, while the house and its furnishings continue to give off heat for several hours. trate heat and moisture load than it is to dispose of it through your air conditioner. Here is a general rule. Whenever you plan to have your oven or range top burners on for more than a few minutes during hot weather, close off the kitchen from the rest of the house, open a window or outside door, and turn on your kitchen ventilator. Indoor Blower and Outdoor Fan Operation: To improve the efficiency of the unit, the blower is operated on a time delay. Depending on the outside ambient, the blower could delay starting up for 5 to 15 seconds even though the thermostat calls for cooling or heating and when the thermostat is satisfied, the blower could. You can also effectively reduce the load on your cooling system by keeping window shades, blinds, or drapes closed or by installing awnings or canopies. keep on running for 1/2 to I 1/2 minutes longer. Do not be alarmed if you do not hear the blower running immediately after the unit switches on. When you unit is being automatically defrosted, the outdoor fan will stop while the unit is still running. Do not be concerned, this is a normal operation. The fan will automatically restart after the unit has completed its defrost cycle. After a defrost cycle, you may find condensate dripping from the unit on to the pad or roof. This is normal. There are days when the temperature is relatively high, yet it is comfortable because the air is dry. This is because the relative humidity is low. There are other days when the temperature is about the same but there is discomfort. This is because the humidity is high. Your unitis a Heat Pump. It is producing heated" air on the heating cycle and cooled air on the cooling cycle. The cooling or heating is accomplished by means of remote controls, is completelyautomatic, and requires no attention after setting to the comfort level you desire. Indoors, the air should be both cool and relatively dry for comfort. Therefore," the cooling unit has been designed and moisture. to remove both heat -10- -- TYPICAL 1 STAGE COOL / 1 STAGE HEAT SYSTEM TYPICAL THERMOSTAT J_73K£ _" 87 _i_ Wr- _.OD 4 9 _ _ _ T J m I ._L I OUII_OR FAN MOTOR • _ ....... .,i ................. .,,,i I TYPICAL "1" 1_ 1 STAGE COOL / 2 STAGE HEAT SYSTEM "/' 6"r ol,..i. a _IL - g_ ,i. i ! I • t _. I I i ! ii I t I i t I II Iiii 'I I I i'iii *I t I! iiiii I ..... ................... _ J N[ATIR_ lUAV I AC'_lZ m _*n_r ) $ I INDO(_ LOWER MOTOR guN. CAPACITOR I I'111 ii I ILU£ OU'mOOR FAN MOTOR 'I I ALTtRNATI[ ROwI_-OUT TYPICAL WIRING WITH SCROLL COMPRESSOR r" _LAC_ ] ! i YE_OW FACTORY _ ..... -FIELD ...... -FIELD LOW VOLTAGE BROWN WIRING LOW VOLTAGE FACTORY _ BROWN ELUE BLUE LINE VO.TAGIE I ! RED WIRING LINE VOLTAGE 0ETROST CONmO_ s_c T_,_ RED Y2 CI ;LUt m TRANSFORMER IIIII _cx ACCESSORY REC_ffACLE Pu_u_ CONTACTOR R£O RED DEFROSTR_AY I REI) RED R_ I ELACK BLACK B.ACK wHn_ BLACK BLAO( OUTDOOR FAN MOTOR NOTES: _T_ 1. FOR REPLACEMENT WRING USE MINIMUM105"C WRING MATERIA L RED Rn) DUAL CAPACITOR RE]) TYPICAL WIRING WITH INERTIA COMPRESSOR =. O_NGE @ l YELLOW. T I L BLUE ® BROWN BROWN 2 ¸ u 3 @ BLUE BLUE ORANGE RED m 4 5 6 7 i 8 ACCESSOR'T RECEPTACLE 208V TAP CAUTION : INSLLATE UNUSED LEAD. ', BLACK NOTE : >" RED PURPLE 1. FOR REPLACEMENT WIRING USE MINIMUM 1050C WRING MATERIAL. -r 0 tO I CONTACTOR BLACK I O3 BROWN OUTDOOR FAN MOTOR IKDOOR FAN MOTOR WHITE RED BROWN . LEGEM_ : RE) DUAL CAPACITOR PTCR COMPRESSOR =, FACTORY WRING LOW VOLTAGE == FIB.D WRING LOW VCLTAGE ,,,, FACTORY WIRING LINE VOLTAGE , . FIELD WRING LINE VOLTAGE
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