SERVICE MANUAL MUH-GA50VB- MUH-GA50VB - MUH-GA60VB - MUH-GA80VB - E1 OUTDOOR UNIT. No. OB368 REVISED EDITION-B. Wireless type Models HFC.

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1 Revision:B - E has been added. SPLIT-TYPE, HEAT PUMP AIR CONDITIONERS Please void OB68 REVISED EDITION-A. OUTDOOR UNIT SERVICE MANUAL HFC utilized R40A. OB68 REVISED EDITION-B Wireless type Models E - E - E - - E Indoor unit service manual MSH-A VB Series (OB67) CONTENTS. TECHNICAL CHANES. PART NAMES AND FUNCTIONS 5. SPECIFICATION 6 4. NOISE CRITERIA CURVES 8 5. OUTLINES AND DIMENSIONS 9 6. WIRIN DIARAM 0 7. REFRIERANT SYSTEM DIARAM 8. PERFORMANCE CURVES 5 9. SERVICE FUNCTIONS 5 0. TROUBLESHOOTIN 5. DISASSEMBLY INSTRUCTIONS 5. PARTS LIST 9. RoHS PARTS LIST 46 NOTE: This service manual describes technical data of outdoor units. RoHS compliant products have <> mark on the spec name plate. For servicing of RoHS compliant products, refer to the RoHS Parts List.

2 Revision:A RoHS PARTS LIST has been added. Revision:B - E has been added. TECHNICAL CHANES MUH-A8WV - E -. Oil separator has been removed.. Model name has been changed. Indication of capacity has been changed. (BTU kw) MUH-A4WV - E - MUH-A0WV - E -. Model name has been changed. Indication of capacity has been changed. (BTU kw) - E -. Outdoor heat exchanger has been changed. ( row row). Outdoor fan motor has been changed.. Oil separator has been added. E E E E INFORMATION FOR THE AIR CONDITIONER WITH R40A REFRIERANT This room air conditioner adopts an HFC refrigerant (R40A) which never destroys the ozone layer. Pay particular attention to the following points, though the basic installation procedure is same as that for R conditioners. As R40A has working pressure approximate.6 times as high as that of R, some special tools and piping parts/ materials are required. Refer to the table below. Take sufficient care not to allow water and other contaminations to enter the R40A refrigerant during storage and installation, since it is more susceptible to contaminations than R. For refrigerant piping, use clean, pressure-proof parts/materials specifically designed for R40A. (Refer to. Refrigerant piping.) 4 Composition change may occur in R40A since it is a mixed refrigerant. When charging, charge liquid refrigerant to prevent composition change. Refrigerating Refrigerant oil New refrigerant Refrigerant R40A Composition (Ratio) HFC-: HFC-5 (50%:50%) Refrigerant handling Pseudo-azeotropic refrigerant Chlorine t included Safety group (ASHRAE) A/A Molecular weight 7.6 Boiling point (:) -5.4 Steam pressure [5:](Mpa).557 Saturated steam density [5:](Kg/K) 64 Combustibility n combustible ODP w 0 WP w 70 Refrigerant charge method From liquid phase in cylinder Additional charge on leakage Possible Kind Incompatible oil Color n Smell n w :Ozone Depletion Potential : based on CFC- w :lobal Warming Potential : based on CO Previous refrigerant R R (00%) Single refrigerant Included A n combustible as phase Possible Compatible oil Light yellow n

3 Compressor New Specification Current Specification The incompatible refrigeration oil easily separates from refrigerant and is in the upper layer inside the suction muffler. Raising position of the oil back hole enables to back the Since refrigerant and refrigeration oil are compatible each, refrigeration oil backs to the compressor through the lower position oil back hole. refrigeration oil of the upper layer to flow back to the compressor. Suction muffler Suction muffler Compressor Oil back hole Refrigeration oil Compressor Oil back hole Refrigerant Refrigeration oil /Refrigerant NOTE : The unit of pressure has been changed to MPa on the international system of units(si unit system). The conversion factor is: (MPa [auge]) =0.(kgf/f [auge]) Conversion chart of refrigerant temperature and pressure (MPa [auge]) R40A Saturated liquid pressure R NOTE : The unit of pressure has been changed to MPa on the international system of units(si unit system). The conversion factor is: (MPa [auge]) =0.(kgf/f [auge]) (:).Tools dedicated for the air conditioner with R40A refrigerant The following tools are required for R40A refrigerant. Some R tools can be substituted for R40A tools. The diameter of the service port on the stop valve in outdoor unit has been changed to prevent any other refrigerant being charged into the unit. Cap size has been changed from 7/6 UNF with 0 threads to / UNF with 0 threads. R40A tools Can R tools be used? Description R40A has high pressures beyond the measurement range of existing auge manifold gauges. Port diameters have been changed to prevent any other refrigerant from being charged into the unit. Charge hose as leak detector Hose material and cap size have been changed to improve the pressure resistance. Dedicated for HFC refrigerant. Torque wrench 6.5 mm and 9.5 mm.7 mm and 5.88 mm Flare tool Flare gauge New Clamp bar hole has been enlarged to reinforce the spring strength in the tool. Provided for flaring work (to be used with R flare tool). Vacuum pump Provided to prevent the back flow of oil. This adapter enables you to use New adapter vacuum pumps. Electronic scale for It is difficult to measure R40A with a charging cylinder because the New refrigerant charging refrigerant bubbles due to high pressure and high-speed vaporization : t Substitutable for R40A : Substitutable for R40A

4 .Refrigerant piping Specifications Use the refrigerant pipes that meet the following specifications. Pipe Outside diameter mm Wall thickness Insulation material For liquid For gas mm 0.8 mm 0.8 mm.0 mm Heat resisting foam plastic Specific gravity Thickness 8 mm Use a copper pipe or a copper-alloy seamless pipe with a thickness of 0.8 mm (6.5, 9.5,.7),.0 mm (5.88). Never use any pipe with a thickness less than 0.8 mm (6.5, 9.5,.7),.0 mm (5.88), as the pressure resistance is insufficient. Flaring work and flare nut Flaring work for R40A pipe differs from that for R pipe. For details of flaring work, refer to Installation manual FLARIN WORK. Pipe diameter mm Dimension of flare nut R40A R Refrigerantion oil Apply the special refrigeration oil (accessories: packed with indoor unit) to the flare and the union seat surfaces. 4.Air purge Do not discharge the refrigerant into the atmosphere. Take care not to discharge refrigerant into the atmosphere during installation, reinstallation, or repairs to the refrigerant circuit. Use the vacuum pump for air purging for the purpose of environmental protection. 5.Additional charge For additional charging, charge the refrigerant from liquid phase of the gas cylinder. If the refrigerant is charged from the gas phase, composition change may occur in the refrigerant inside the cylinder and the outdoor unit. In this case, ability of the refrigerating cycle decreases or normal operation can be impossible. However, charging the liquid refrigerant all at once may cause the compressor to be locked. Thus, charge the refrigerant slowly. Union Stop valve Indoor unit Refrigerant gas cylinder operating valve Liquid pipe as pipe Service port Outdoor unit auge manifold valve (for R40A) Charge hose (for R40A) Refrigerant gas cylinder for R40A with siphon Refrigerant (liquid) Electronic scale for refrigerant charging 4

5 PART NAMES AND FUNCTIONS Air inlet (back and side) Air inlet (back and side) Piping Drainage hose Air outlet Air outlet Drain outlet ACCESSORIES Drain socket Drain cap { Drain cap {6 5

6 SPECIFICATION Outdoor model Function Power supply Capacity Dehumidification Air flow(high) Power outlet Running current Power input Power factor Starting current Compressor motor current Fan motor current A Coefficient of performance(c.o.p) Capacity Electrical data Compressor Fan motor Special remarks Model Output Winding resistance(at 0:) Model Winding resistance(at 0:) Dimensions WOHOD Weight Sound level(high) Fan speed(high) Fan speed regulator Refrigerant filling capacity(r40a) Refrigeration oil (Model) Thermistor RT6(at 0:) kw r/h K /h A A W % A A W " " mm kg db rpm kg cc k" E E E E Cooling Single phase 0V, 50Hz, ,70, RN96VHSHT,00 C-R.80 C-S.00 RA6V50-PA RA6V60-MA WHT-BLK 79.5 BLK-RED 8.0 WHT-BLK 7. BLK-RED o605o (NEO).8 Heating NOTE: Test conditions are based on ISO55. Cooling : Indoor DB7 C WB9 C Heating : Indoor DB0 C WB 5.5 C Outdoor DB5 C WB(4 C) Outdoor DB 7 C WB 6 C Indoor-Outdoor piping length : 5m 5. Cooling , Single phase 0V, 50Hz, NN9VBAHT,900 C-R 0.80 C-S.64 RA6V85-DA WHT-BLK 68.8 BLK-RED o850o ,00 (NEO).8 Heating ,

7 Capacity Electrical data Outdoor model Function Power supply Capacity Dehumidification Air flow(high/low) Power outlet Running current Power input Power factor Starting current Compressor motor current Fan motor current Coefficient of performance(c.o.p) Compressor Fan motor Special remarks Model Output Winding resistance(at 0:) Model Winding resistance(at 0:) Dimensions WOHOD Weight Sound level(high/low) Fan speed(high/low) Fan speed regulator Refrigerant filling capacity(r40a) Refrigeration oil (Model) Thermistor RT6(at 0:) Thermistor RT6(at 5:) Thermistor RT6(at 0:) kw R/h K /h A A W % A A A W " " mm kg db rpm kg cc k" k" k" Cooling ,940/, , Single phase 0V, 50Hz NN7VAAHT,500 C-R 0.64 C-S.6 RA6V75-AD WHT-BLK 6.8 BLK-YLW 55.9 YLW-RED o850o /5 805/45.40,00 (NEO ) NOTE: Test conditions are based on ISO55. Cooling : Indoor DB7 C WB9 C Heating : Indoor DB0 C WB 5.5 C Outdoor DB5 C WB(4 C) Outdoor DB 7 C WB 6 C Indoor-Outdoor piping length : 5m Heating 9.4,940/, ,

8 4 NOISE CRITERIA CURVES FAN SPEED SPL(dB(A)) LINE FAN SPEED SPL(dB(A)) LINE High 5 High 5 OCTAVE BAND SOUND PRESSURE LEVEL, db re MICRO BAR Test conditions, Cooling : Dry-bulb temperature 5: Wet-bulb temperature 4: Heating : Dry-bulb temperature 7: Wet-bulb temperature 6: APPROXIMATE THRESHOLD OF HEARIN FOR CONTINUOUS NOISE BAND CENTER FREQUENCIES, Hz NC-70 NC-60 NC-50 NC-40 NC-0 NC-0 OCTAVE BAND SOUND PRESSURE LEVEL, db re MICRO BAR Test conditions, Cooling : Dry-bulb temperature 5: Wet-bulb temperature 4: Heating : Dry-bulb temperature 7: Wet-bulb temperature 6: APPROXIMATE THRESHOLD OF HEARIN FOR CONTINUOUS NOISE BAND CENTER FREQUENCIES, Hz NC-70 NC-60 NC-50 NC-40 NC-0 NC-0 FAN SPEED SPL(dB(A)) LINE High 55 OUTDOOR UNIT OCTAVE BAND SOUND PRESSURE LEVEL, db re MICRO BAR Test conditions, Cooling : Dry-bulb temperature 5: Wet-bulb temperature 4: Heating : Dry-bulb temperature 7: Wet-bulb temperature 6: APPROXIMATE THRESHOLD OF HEARIN FOR CONTINUOUS NOISE BAND CENTER FREQUENCIES, Hz NC-70 NC-60 NC-50 NC-40 NC-0 NC-0 m MICROPHONE 8

9 5 OUTLINES AND DIMENSIONS Unit: mm Drainage hole [ Air in 0 REQUIRED SPACE 00mm or more 00mm or more 00mm or more 48 Air in Drainage holes [ Air out 0 500mm or more Service panel 50mm or more Liquid refrigerant pipe joint Refrigerant pipe (flared) [ as refrigerant pipe joint Refrigerant pipe (flared) [ REQUIRED SPACE 00mm or more Open as a rule 500mm or more if the front and both sides are open 00mm or more 00mm or more if there are obstacles to both sides Open as a rule 500mm or more if the back, both sides and top are open 50mm or more Service panel 850 Liquid refrigerant pipe joint Refrigerant pipe (flared) [6.5 () [9.5 () as refrigerant pipe joint Refrigerant pipe (flared) [5.88

10 6 WIRIN DIARAM SYMBOL C C65 DSAR F6 MC TO INDOOR UNIT CONNECTIN V POWER SUPPLY ~/N 0V 50Hz TB TB BRN CIRCUIT BREAKER L BRN PE N N BLU RN/YLW RED BLK DSAR BLU RT6 CN70 F6 TAB0 CN66 T6 4 S4 CN7 SR6 SR6 DEICER P.C. BOARD C WHT C RED MC S R BLK MF 4 CN7 WHT BLK RED NAME COMPRESSOR CAPACITOR OUTDOOR FAN CAPACITOR SURE ABSORBER SYMBOL MF NR6 RT6 NAME OUTDOOR FAN MOTOR (INNER PROTECTOR) VARISTOR DEFROST THERMISTOR SYMBOL TB,TB S4 5C NAME TERMINAL BLOCK R.V. COIL COMPRESSOR CONTACTOR FUSE (A) SR6,SR6 SOLID STATE RELAY COMPRESOR (INNER PROTECTOR) T6 TRANSFORMER 5C NOTES:.About the indoor side electric wiring refer to the indoor unit electric wiring diagram for servicing..use copper conductors only. (For field wiring).symbols below indicate. : Terminal block : Connector NR6 C65 RED ORN WHT BLK RT6 MF CIRCUIT BREAKER TB L POWER SUPPLY ~ / N 0V 50Hz TO INDOOR UNIT CONNECTIN V N RN/YLW TB N PE BRN DSAR BLU BLU BRN BLU BRN CN66 X6 X5 DEICER P.C. BOARD 5C 4 SR6 T6 A 5C A WHT BLK WHT ORN RED 4 BLK WHT CN7 CN7 X6 COM NO X5 TAB5 COM NO CN NR6 F6 C 0 RED ORN C RED BLK S C MC R NOTES:.Use copper conductors only (For field wiring)..since the indoor and outdoor unit connecting wires have polarity, connect them according to the numbers (,N)..Symbols below indicate. : Terminal block, : Connector BLU S4 RED BLU SYMBOL C C DSAR F6 MC MF NR6 RT6 SR6 TB TB T6 X5 X6 S4 5C NAME COMPRESSOR CAPACITOR OUTDOOR FAN CAPACITOR SURE ABSORBER FUSE (.5A) COMPRESSOR (INNER PROTECTOR) OUTDOOR FAN MOTOR (INNER PROTECTOR) VARISTOR DEFROST THERMISTOR SOLID STATE RELAY TERMINAL BLOCK TERMINAL BLOCK TRANSFORMER CONTACTOR R. V. COIL RELAY R. V. COIL COMPRESSOR CONTACTOR

11 CIRCUIT BREAKER L TB POWER SUPPLY ~ / N 0V 50Hz TO INDOOR UNIT CONNECTIN V N RN/YLW TB N PE BRN DSAR BLU BLU BRN BLU BRN WHT RT6 CN66 X6 DEICER P.C. BOARD 5C CZ RT6 RT6 CN66 X5 WHT LEV 6 CN74 SR6 SR6 A T6 WHT 5C YLW BLK 6 5 YLW BLK WHT WHT ORN RED 4 RED ORN C CN7 CN7 X6 COM NO X5 TAB5 CN NR6 F6 A MF C COM NO S RED BLK C MC R BLU S4 RED BLU SYMBOL NAME SYMBOL NAME SYMBOL NAME CZ C C DSAR F6 LEV MC CZ SURE ABSORBER COMPRESSOR CAPACITOR OUTDOOR FAN CAPACITOR SURE ABSORBER FUSE(.5A) EXPANSION VALVE COIL COMPRESSOR (INNER PROTECTOR) MF NR6 RT6 RT6 RT6 SR6 SR6 OUTDOOR FAN MOTOR (INNER PROTECTOR) VARISTOR DEFROST THERMISTOR DISCHARE TEMPERATURE THERMISTOR AMBIENT TEMPERATURE THERMISTOR SOLID STATE RELAY SOLID STATE RELAY TB TB T6 X5 X6 S4 5C TERMINAL BLOCK TERMINAL BLOCK TRANSFORMER CONTACTOR R.V. COIL RELAY R.V. COIL COMPRESSOR CONTACTOR NOTES:.Use copper conductors only (For field wiring)..since the indoor and outdoor unit connecting wires have polarity, connect them according to the numbers (,N)..Symbols below indicate. : Terminal block, : Connector

12 7 REFRIERANT SYSTEM DIARAM - E Unit:mm Refrigerant pipe [.7 (with heat insulator) 4- way valve Flared connection Stop valve (with service port) Muffler Defrost thermistor RT6 Outdoor heat exchanger Compressor Flared connection Refrigerant pipe [6.5 (with heat insulator) Stop valve Strainer #00 Capillary tube [.0o[.6o450 Capillary tube Check valve [.0o[.6o00 Capillary tube [.0o[.6o750 ( pcs) R.V. coil Heating ON Cooling OFF - E Refrigerant pipe [.7 (with heat insulator) 4- way valve Flared connection Stop valve (with service port) Oil separator #00 Defrost thermistor RT6 Outdoor heat exchanger Capillary tube [.5o[0.6o,000 Compressor Flared connection Refrigerant pipe [6.5 (with heat insulator) Stop valve Strainer #00 Capillary tube [.0o[.8o800 Check valve Capillary tube [.0o[.8o50 Capillary tube [.0o[.6o750 ( pcs) R.V. coil Heating ON Cooling OFF Refrigerant flow in cooling Refrigerant flow in heating

13 Unit:mm Refrigerant pipe [5.88 (with heat insulator) 4- way valve Flared connection Stop valve (with service port) Muffler Muffler #00 Outdoor heat exchanger Compressor Defrost thermistor RT6 Flared connection Capillary tube [.0X[.0X750 Receiver Refrigerant pipe [6.5 (with heat insulator) Stop valve Strainer Capillary tube #00 [.0X[.0X750 Check valve R.V. coil Heating ON Cooling OFF Refrigerant pipe [5.88 (with heat insulator) 4-way valve Muffler #00 Flared connection Stop valve (with service port) Discharge temperature thermistor RT6 Defrost thermistor RT6 Outdoor heat exchanger Muffler Compressor Ambient temperature thermistor RT6 Flared connection Refrigerant pipe [9.5 (with heat insulator) Strainer Receiver #00 Stop valve Capillary tube [.6 [.4 50 LEV Strainer #00 R.V. coil heating ON cooling OFF Refrigerant flow in cooling Refrigerant flow in heating

14 MAX. REFRIERANT PIPIN LENTH Model Refrigerant piping Max. length : m A Piping size O.D : mm as Liquid MAX. HEIHT DIFFERENCE Indoor unit wmax. Height difference: 0m(MSH-A50/A60VB)/ 5m(MSH-A80VB) Refrigerant Piping Max. Length A Outdoor unit w Height difference should be within 0m(MSH-A50VB/A60VB)/ 5m(MSH-A80VB) regardless of which unit, indoor or outdoor position is high. ADDITIONAL REFRIERANT CHARE(R40A : g) Model Outdoor unit precharged 7m Refrigerant piping length (one way) 0m 5m 0m 5m, Calculation : Xg=0g/m (Refrigerant piping length (m) 7) Model Outdoor unit precharged 7m Refrigerant piping length (one way) 0m 5m 0m 5m, Calculation : Xg=0g/m (Refrigerant piping length (m) 7) Model Outdoor unit precharged 7m 0m Refrigerant piping length (one way) 5m 0m 5m 0m, ,65 Calculation : Xg=55g/mo(Refrigerant piping length(m)-7) 4

15 8 PERFORMANCE CURVES The standard specifications apply only to the operation of the air conditioner under normal conditions, since operating conditions vary according to the areas where these units are installed. The following information has been provided to clarify the operating characteristics of the air conditioner under the conditions indicated by the performance curve. () UARANTEED VOLTAE 98 ~ 64V, 50Hz () AIR FLOW Air flow should be set at MAX. () MAIN READINS () Indoor intake air wet-bulb temperature : CWB () Indoor outlet air wet-bulb temperature : CWB () Outdoor intake air dry-bulb temperature : CDB (4) Total input: W (5) Indoor intake air dry-bulb temperature : CDB (6) Outdoor intake air wet-bulb temperature : CWB (7) Total input : W Indoor air wet/dry-bulb temperature difference on the left side of the chart on this page and next page shows the difference between the indoor intake air wet/dry-bulb temperature and the indoor outlet air wet/dry-bulb temperature for your reference at service. How to measure the indoor air wet-bulb/dry-bulb temperature difference. Attach at least sets of wet and dry-bulb thermometers to the indoor air intake as shown in the figure, and at least sets of wet and dry-bulb thermometers to the indoor air outlet. The thermometers must be attached to the position where air speed is high.. Attach at least sets of wet and dry-bulb thermometers to the outdoor air intake. Cover the thermometers to prevent direct rays of the sun.. Check that the air filter is cleaned. 4. Open windows and doors of room. 5. Press the EMERENCY OPERATION switch once(twice) to start the EMERENCY COOL(HEAT) MODE. 6. When system stabilizes after more than 5 minutes, measure temperature and take an average temperature minutes later, measure temperature again and check that the temperature does not change. INDOOR UNIT OUTDOOR UNIT } } Cooling Heating Wet and dry-bulb thermometers Wet and dry-bulb thermometers MSH-A50VB MSH-A60VB MSH-A80VB 5

16 MSH-A50VB MSH-A60VB MSH-A80VB NOTE:The above curves are for the heating operation without any frost. OUTDOOR LOW PRESSURE AND OUTDOOR UNIT CURRENT COOL operation Both indoor and outdoor unit are under the same temperature/humidity condition. Dry-bulb temperature Relative humidity(%) Air flow should be set at MAX. The unit of pressure has been changed to MPa on the international system of units(si unit system). The conversion factor is : (MPa [auge]) =0.(kgf/f [auge]) (kgf/f[auge])(mpa[auge]) Outdoor low pressure (kgf/f[auge])(mpa[auge]). Outdoor low pressure V V (:) (%) 70(%) Ambient temperature( C) Ambient temperature( C) Ambient humidity(%) Ambient humidity(%) V (%) 5(:) Ambient temperature( C) Ambient humidity(%) Outdoor unit current (A) Outdoor unit current (A) Ambient temperature( C) Ambient humidity(%) 0V 5(:)

17 (kgf/f[auge])(mpa[auge]) Outdoor low pressure 0V Outdoor unit current(a) V (:) (%) Ambient temperature( C) Ambient humidity(%) HEAT operation Condition indoor:dry bulb temperature 0.0 C Wet bulb temperature 4.5 C (:) (%) Ambient temperature( C) Ambient humidity(%) Outdoor:Dry bulb temperature 7,5,0 C Wet bulb temperature 6,,4.5 C 0 4 Outdoor unit current (A) 9 8 0V Outdoor unit current (A) 0V (:) Ambient temperature( C) Ambient temperature( C) 0 0V Outdoor unit current(a) (:) Ambient temperature( C) 7

18 PERFORMANCE DATA COOL operation MSH-A50VB : (0V) CAPACITY : 5.0(kW) SHF : 0.65 INPUT : 780(W) OUTDOOR DB(:) INDOOR DB(:) INDOOR WB(:) Q SHC SHF INPUT Q SHC SHF INPUT Q SHC SHF INPUT Q SHC SHF INPUT NOTE Q : Total capacity (kw) SHF : Sensible heat factor DB : Dry-bulb temperature SHC : Sensible heat capacity (kw) INPUT : Total power input (W) WB : Wet-bulb temperature 8

19 PERFORMANCE DATA COOL operation MSH-A50VB : (0V) CAPACITY : 5.0(kW) SHF : 0.65 INPUT : 780(W) OUTDOOR DB(:) INDOOR DB(:) INDOOR WB(:) Q SHC SHF INPUT Q SHC SHF INPUT Q SHC SHF INPUT NOTE Q : Total capacity (kw) SHF : Sensible heat factor DB : Dry-bulb temperature SHC : Sensible heat capacity (kw) INPUT : Total power input (W) WB : Wet-bulb temperature 9

20 PERFORMANCE DATA COOL operation MSH-A60VB : (0V) CAPACITY : 6.(kW) SHF : 0.64 INPUT : 40(W) OUTDOOR DB(:) INDOOR DB(:) INDOOR WB(:) Q SHC SHF INPUT Q SHC SHF INPUT Q SHC SHF INPUT Q SHC SHF INPUT NOTE Q : Total capacity (kw) SHF : Sensible heat factor DB : Dry-bulb temperature SHC : Sensible heat capacity (kw) INPUT : Total power input (W) WB : Wet-bulb temperature 0

21 PERFORMANCE DATA COOL operation MSH-A60VB : (0V) CAPACITY : 6.(kW) SHF : 0.64 INPUT : 40(W) OUTDOOR DB(:) INDOOR DB(:) INDOOR WB(:) Q SHC SHF INPUT Q SHC SHF INPUT Q SHC SHF INPUT NOTE Q : Total capacity (kw) SHF : Sensible heat factor DB : Dry-bulb temperature SHC : Sensible heat capacity (kw) INPUT : Total power input (W) WB : Wet-bulb temperature

22 PERFORMANCE DATA COOL operation MSH-A80VB : (0V) CAPACITY : 8.5(kW) SHF : 0.6 INPUT : 60(W) OUTDOOR DB(:) INDOOR DB(:) INDOOR WB(:) Q SHC SHF INPUT Q SHC SHF INPUT Q SHC SHF INPUT Q SHC SHF INPUT NOTE Q : Total capacity (kw) SHF : Sensible heat factor DB : Dry-bulb temperature SHC : Sensible heat capacity (kw) INPUT : Total power input (W) WB : Wet-bulb temperature

23 PERFORMANCE DATA COOL operation MSH-A80VB : (0V) CAPACITY : 8.5(kW) SHF : 0.6 INPUT : 60(W) OUTDOOR DB(:) INDOOR DB(:) INDOOR WB(:) Q SHC SHF INPUT Q SHC SHF INPUT Q SHC SHF INPUT NOTE Q : Total capacity (kw) SHF : Sensible heat factor DB : Dry-bulb temperature SHC : Sensible heat capacity (kw) INPUT : Total power input (W) WB : Wet-bulb temperature

24 PERFORMANCE DATA HEAT operation MSH-A50VB : (0V) CAPACITY : 5.(kW) INPUT : 60(W) OUTDOOR WB(:) INDOOR DB(:) Q INPUT Q INPUT Q INPUT Q INPUT Q INPUT Q INPUT Q INPUT NOTE Q :Total capacity (kw) INPUT:Total power input (W) DB : Dry-bulb temperature MSH-A60VB : (0V) CAPACITY : 7.(kW) INPUT : 480(W) OUTDOOR WB(:) INDOOR DB(:) Q INPUT Q INPUT Q INPUT Q INPUT Q INPUT Q INPUT Q INPUT NOTE Q :Total capacity (kw) INPUT:Total power input (W) DB : Dry-bulb temperature MSH-A80VB : (0V) CAPACITY : 9.4(kW) INPUT : 40(W) OUTDOOR WB(:) INDOOR DB(:) Q INPUT Q INPUT Q INPUT Q INPUT Q INPUT Q INPUT Q INPUT NOTE Q :Total capacity (kw) INPUT:Total power input (W) DB : Dry-bulb temperature

25 9 SERVICE FUNCTIONS 9-. COMPULSORY DEFROSTIN MODE FOR SERVICE By short circuit of the connector JPDS and JPS()/ JP and R87(MUH-A60/A80VB) on the outdoor deicer P.C. board, defrosting mode can be accomplished regardless of the defrost interval restriction. (Refer to 0-5.) Defrost thermistor RT6 must read below - C. 9-. CHANE IN DEFROST SETTIN <JRF> When the JRF wire of the deicer P.C. board is cut, the defrost interval time will be changed. <JR> When the JR wire of the deicer P.C. board is cut, the defrost temperature will be changed. (Refer to 0-5.) Model Jumper wire JRF JR Change point Defrost interval time changes from 40 minutes to 5 minutes. Defrost start temperature changes from -: to 0:. () Defrost start temperature does not change.(-.0:)(muh-a60/a80vb) Defrost finish temperature changes from : to 0:.() Defrost finish temperature changes from : to 5:.() Defrost finish temperature changes from : to 5:.() 0 TROUBLESHOOTIN 0-. Cautions on troubleshooting. Before troubleshooting, check the following: () Check the power supply voltage. () Check the indoor/outdoor connecting wire for mis-wiring.. Take care the following during servicing. () Before servicing the air conditioner, be sure to turn OFF the main unit first with the remote controller, and then after confirming the horizontal vane is closed, turn OFF the breaker and / or disconnect the power plug. () Be sure to turn OFF the power supply before removing the front panel, the cabinet, the top panel, and the electronic control P.C. board. () When removing the electronic control P.C. board, hold the edge of the board with care NOT to apply stress on the components. (4) When connecting or disconnecting the connectors, hold the housing of the connector. DO NOT pull the lead wires. Lead wiring Housing point. Troubleshooting procedure () First, check if the OPERATION INDICATOR lamp on the indoor unit is flashing on and off to indicate an abnormality. To make sure, check how many times the abnormality indication is flashing on and off before starting service work. () Before servicing check that the connector and terminal are connected properly. () If the electronic control P.C. board is supposed to be defective, check the copper foil pattern for disconnection and the components for bursting and discolouration. (4) When troubleshooting, refer to 0-. 5

26 0-. Instruction of troubleshooting Start Indoor unit operates. Outdoor unit doesn't operate. Indoor unit operates. Outdoor unit doesn't operate normally. Indoor unit doesn't receive the signal from remote controller. OPERATION INDICATOR lamp on the indoor unit is flashing on and off. Outdoor unit operates only in Test Run operation. w Outdoor unit doesn't operate even in Test Run operation. w Outdoor unit doesn't stop even if indoor unit stops. Unit doesn't operate normal operation in COOL or HEAT mode. Indoor unit operates, when the EMERENCY OPERATION switch is pressed. Indoor unit doesn't operate, when the EMERENCY OPERATION switch is pressed. Check room temperature thermistor. Refer to "Test point diagram and voltage". Refer to 0-4.A "Check of outdoor unit". Refer to 0-4.B "Check of outdoor unit". Refer to 0-4.C "Check of R.V. coil". Refer to "Check of remote controller and receiver P.C. board".. Check indoor / outdoor connecting wire.. Refer to "Check of indoor electronic control P.C. board". Flash on and off at 0.5- second intervals Cause: Indoor/ outdoor unit Mis-wiring -time flash Cause: Indoor unit Trouble of room temperature/ indoor coil thermistor -time flash Cause: Indoor unit Trouble of indoor fan motor 4-time flash Cause: Indoor unit Trouble of indoor unit control system 6-time flash Cause: Outdoor unit Trouble of thermistor in outdoor unit 7-time flash Cause: Outdoor unit Trouble of outdoor control system 0-time flash Cause: Outdoor unit Trouble of low discharge temperature protection Refer to 0-4.D "How to check mis-wiring (When outdoor unit doesn't work)". Check room temperature thermistor and indoor coil thermistor. Refer to "Test point diagram and voltage". Refer to "Check of indoor fan motor". Replace the indoor electronic control P.C. board. Refer to 0-4.F "Check of outdoor thermistor". Replace the deicer P.C. board. Refer to 0-4.E "Check of LEV". Refer to indoor unit service manual. w"test Run operation" means the operation within 0 minutes after EMERENCY OPERATION switch is pressed. 6

27 0-. Trouble criterion of main parts Part name Defrost thermistor (RT6) Discharge temperature thermistor(rt6) Check method and criterion Measure the resistance with a tester. (Part temperature 0 C ~ 40 C) Refer to 0-5. "Test point diagram and voltage", "Outdoor deicer P.C. board", the chart of thermistor. Measure the resistance with a tester. Before measurement, hold the thermistor with your hands to warm it up. (Part temperature 0 C ~ 40 C) Refer to 0-5. "Test point diagram and voltage", "Outdoor deicer P.C. board", the chart of thermistor. Figure Ambient temperature thermistor(rt6) Measure the resistance with a tester. (Part temperature 0 C ~ 40 C) Refer to 0-5. "Test point diagram and voltage", "Outdoor deicer P.C. board", the chart of thermistor. Compressor (MC) INNER PROTECTOR 60i 5: OPEN 90i0: CLOSE Measure the resistance between the terminals with a tester. (Part temperature 0 C ~ 40 C) Terminal C R C S.59 " ~.95 ".65 " ~.4 " rmal 0.7 " ~ 0.87 ".45 " ~.77 " 0.56 " ~ 0.7 ".4 " ~.76 " S WHT C P ~ AUX. MAIN RED R BLK Outdoor fan motor(mf) INNER PROTECTOR 0i 5: OPEN ( 8i5: CLOSE w ) INNER PROTECTOR 5i 5: OPEN ( 8i5: CLOSE w ) Measure the resistance between the terminals with a tester. (Part temperature 0 C ~ 40 C) Color of lead wire WHT BLK BLK RED BLK YLW YLW RED - E 70.4 " ~ 85.5 " 7.6 " ~ 89. " - E 6. " ~ 76.6 " 79. " ~ 96. " rmal 6.0 " ~ 74.0 " 55.4 " ~ 67.7 " 8.5 " ~ 00. " 49. " ~ 60. ".9 " ~ 8.0 " P BLK MAIN AUX. RED ORN WHT MAIN AUX.AUX. C P BLK YLW REDORNWHT R.V. coil(s4) LEV(Expansion valve) w Reference value Measure the resistance between the terminals with a tester. (Part temperature 0 C ~ 40 C) rmal.67 k" ~.68 k" Measure the resistance with a tester. (Part temperature : 0 C ~ 40 C) Color of lead wire rmal WHT RED RED ORN 4.0 " ~ 49.0 " YLW BRN BRN BLU WHT6 RED ORN4 YLW5 LEV BRN BLU P :INNER PROTECTOR 7

28 0-4. Troubleshooting flow Compressor and/or outdoor fan motor doesn t operate. A Check of outdoor unit Operate the unit in COOL or HEAT mode by pressing the EMERENCY OPERATION switch. -minute time delay works. Test run operation operates for 0 minutes. Compressor doesn't operate. Is there 5V DC between J05 + J0 on the deicer P.C. board? w Is there 0V AC between on the compressor contactor (5C) and N on the outdoor terminal block (TB)? Check the compressor and compressor capacitor. Refer to 0-. Replace the deicer P.C. board. Is there 0V AC between 4 on the compressor contactor (5C) and TAB0 on the deicer P.C. board? w Replace the deicer P.C. board. Rectify the indoor and outdoor connecting wire. Is there 0V AC between L N on the outdoor terminal block (TB)? Rectify the connecting wire. Outdoor fan motor doesn't operate. Rectify the indoor and outdoor connecting wire. Is there 5V DC between J05 + J0 on the deicer P.C. board? w Is there 0V AC between 4 on the compressor contactor (5C) and TAB 0 on the deicer P.C. board? w Is there 0V AC between L N on the outdoor terminal block (TB)? Check the outdoor fan motor. Refer to 0-. Replace the deicer P.C. board. Rectify the connecting wire. w Refer to

29 Turn ON the power supply. Is there 0V AC to between L-N on the outdoor terminal block? Check the outdoor power supply and connection of wiring. Compressor does not operate. Is there 5V DC between J0 + - J40 on the deicer P.C. board? w Is there 0V AC between CN70 - on the deicer P.C. board? w Rectify the connecting wire. Operate the unit in COOL or HEAT mode by pressing the EMERENCY OPERATION switch. Replace the deicer P.C. board. minutes after the power supply turns ON, is there 0V AC between A-A on the compressor contactor (5C)? Replace the deicer P.C. board. Is there 0V AC between /T on the compressor contactor(5c) and N on the outdoor terminal block? Is there 0V AC between /L on the compressor contactor(5c) and N on the outdoor terminal block? Rectify the connecting wire. Check the compressor. Refer to 0-. Replace the compressor contactor(5c). Outdoor fan motor does not operate. Is there 5V DC between J0 + - J40 on the deicer P.C. board? w Is there 0V AC CN70 - on the deicer P.C. board? w Rectify the connecting wire. Operate the unit in COOL or HEAT mode by pressing the EMERENCY OPERATION switch. Replace the deicer P.C. board. Is there 0V AC between CN7 - ()/ CN7 - or - () on the deicer P.C. board? w Replace the deicer P.C. board. Check the outdoor fan motor. Refer to 0-. w Refer to

30 Compressor and/or outdoor fan motor doesn t stop. B Check of outdoor unit Turn OFF the power supply. After minute, turn ON power supply again. Does compressor stop? OK Is there 0V AC between on the compressor contactor (5C) and N on the outdoor terminal block (TB)? Replace the deicer P.C. board. Rectify the connecting wire. Does outdoor fan motor stop? Replace the deicer P.C. board. OK Turn OFF the power supply. After 0 seconds, turn ON the power supply again. Operate the unit in COOL or HEAT mode by pressing the EMERENCY OPERATION switch. 4 Operate the unit for minute or more and stop it by pressing the EMERENCY OPERATION switch again. After 0 seconds, does compressor stop? Ok Is there 0V AC between A-A on the compressor contactor (5C)? Replace the deicer P.C. board. Is there 0V AC between /T on the compressor contactor (5C) and N on the outdoor terminal block? Replace the compressor contactor(5c). Rectify the connecting wire. After 0 seconds, does outdoor fan motor stop? Replace the deicer P.C. board. Ok Unit operates HEAT mode even if it is set to COOL mode. C Check of R.V. coil w First, measure the resistance of R.V. coil to confirm it is disconnected or is not short-circuit. Disconnect the TAB5 on the deicer P.C. board. (MUH-A60/A80VB) Turn ON the power supply and operate the indoor unit in COOL mode by pressing the EMERENCY OPERATION switch. After minutes, does the unit operate in HEAT mode? Ok Is there 0V AC between CN7 ()/ CN7 (MUH-A60/A80VB) on the deicer P.C. board? Replace the deicer P.C. board. Replace the R.V. coil. 0

31 Unit operates COOL mode even if it is set to HEAT mode. C Check of R.V. coil w First, measure the resistance of R.V. coil to confirm it is disconnected or is not short-circuit. Disconnect the TAB5 on the deicer P.C. board. (MUH-A60/A80VB) Turn ON the power supply and operate the indoor unit in HEAT mode by pressing the EMERENCY OPERATION switch. After minutes, does the unit operate in COOL mode? OK When OPERATION INDICATOR lamp flashes ON and OFF in every 0.5-second. Outdoor unit doesn t operate. D How to check mis-wiring Is there 0V AC between CN7 ()/ CN7 (MUH-A60/A80VB) on the deicer P.C. board? Replace the R.V. coil. Start Replace the deicer P.C. board w Short circuit of JP and JPS on the indoor electronic control P.C. board enables self -check to be displayed in seconds. Turn ON the power supply. (indoor/ outdoor unit) Press EMERENCY OPERATION switch once. After minutes, mis-wiring is indicated (0.5-second ON, 0.5-second OFF) on OPERATION INDICATOR lamp on indoor unit.w Correct them. Is this mis-wiring, poor contact, or wire disconnection?. Turn OFF the power supply (indoor/ outdoor unit) and disconnect indoor/outdoor connecting wire on indoor side.. Short-circuit terminal block N- by lead wire.. Turn ON the power supply (indoor unit) and press EMERENCY OPERATION switch once. Is there 0V DC between both ends of R on the indoor electronic control P.C. board? ( By tester, the stylus is between 0 ~ 0V. ) Turn OFF the power supply. (indoor unit) Connect indoor/ outdoor connecting wire. Replace the indoor electronic control P.C. board. Turn ON the power supply. (outdoor unit) Is there 0V AC between L-N on the outdoor terminal block? Check the outdoor power supply and connection of wiring. Is there 5V DC between J05 + -J0 - ()/ J0 + -J40 - (MUH-A60/A80VB) on the deicer P.C. board?(refer to 0-5.) Replace the deicer P.C. board. During EMERENCY OPERATION, is there 0V DC between both ends of R60 on the deicer P.C. board? (Refer to 0-5.) (By tester, the stylus is between 5 ~0V.) Replace the deicer P.C. board. Make the wiring between CN70 on the deicer P.C. board and outdoor terminal block correct. (Refer to 0-5.) Refer to indoor unit service manual.

32 When OPERATION INDICATOR lamp flashes 0-time. Heating/ Cooling doesn't operate. E Check of LEV (Expansion valve) Turn ON the power supply. During pressing both the OPERATION SELECT button and the TOO COOL button on the remote controller at the same time, press the RESET button. First, release the RESET button. And release the other two buttons since all LCD in operation display section of the remote controller is displayed after seconds. With remote controller set toward the indoor unit, press OPERATE/ STOP (ON/ OFF) button and confirm one beep tone. LEV operates in full-opening direction. C CLOCK AMPM AMPM Do you hear the expansion valve "click, click "? Do you feel the expansion valve vibrate on touching it? Ok Is LEV properly fixed to the expansion valve? Properly fix the LEV to the expansion valve. Does the resistance of LEV have the characteristics on 0-? Replace the deicer P.C. board. Replace the LEV. NOTE : After check of LEV, do the undermentioned operations.. Turn OFF the power supply and turn ON again.. Press the RESET button on the remote controller. When OPERATION INDICATOR lamp flashes 6-time. Thermistors in the outdoor unit are abnormal. F Check of outdoor thermistor w Disconnect the connectors CN66 and/ or CN66 from the deicer P.C. board. (Check the characteristics of each thermistor.) Defrost thermistor(rt6) Measure resistance between CN 66 and. Turn OFF the power supply. <> Discharge temperature thermistor(rt6) Measure resistance between CN 66 and. <> Ambient temperature thermistor(rt6) Measure resistance between CN 66 and 4. Does the resistance of thermistor have the characteristics on 0-5? Replace the thermistor. Connect CN66 and CN66. Turn ON the power supply and press the EMERENCY OPERATION switch. Replace the deicer P.C. board. Does the unit operate 0 minutes or more? Ok W. W It is thought defective contact of the connector.

33 0V AC} 0-5. Test point diagram and voltage Outdoor deicer P.C. board CN7 Outdoor fan motor 0V AC } CN7 R.V. coil 0V AC } Power supply input NR6 Varistor 5V DC J05 J (Refer to 0-4.A or 0-4.D.) } F6 Fuse A/50V + -- R60 5~0V DC CN66 - Defrost thermistor RT6 (Refer to 0-4.F) } Defrost interval time short pin (JPDS, JPS) (Refer to 9-.) } Jumper wire for change in defrost setting (JRF,JR) (Refer to 9-.) V DC J04 J0 -- +

34 Outdoor deicer P.C. board Defrost thermistor (RT6) Ambient temperature thermistor (RT6) Resistance(k") Temperature(:) Resistance(k") Discharge temperature thermistor(rt6) Temperature(:) CN66 - Defrost thermistor (RT6) (Refer to 0-4.F) <> CN66 - Discharge temperature thermistor (RT6) (Refer to 0-4.F) <> CN66-4 Ambient temperature thermistor (RT6) (Refer to 0-4.F) <> LEV connector (CN74) Fan motor connector (CN7) Varistor (NR6) } R.V. coil (CN7) Defrost interval time short pin(jp, R87) (Refer to 9-.) + } V DC Fuse.5A / 50V J0 + 5V DC J40 (Refer to 0-4.A or 0-4.D.) } Varistor (NR6) } CN70-0V AC (Refer to 0-4.A or 0-4.D.) Jumper wire for change in defrost setting (JRF, JR) (Refer to 9-.) + } R60 0V DC (Refer to 0-4.D.) 4

35 DISASSEMBLY INSTRUCTIONS <"Terminal with locking mechanism" Detaching points> The terminal which has the locking mechanism can be detached as shown below. There are two types ( Refer to () and ()) of the terminal with locking mechanism. The terminal without locking mechanism can be detached by pulling it out. Check the shape of the terminal before detaching. () Slide the sleeve and check if there is a locking lever or not. () The terminal with this connector has the locking mechanism. Sleeve Locking lever Slide the sleeve. Pull the terminal while pushing the locking lever. Connector Hold the sleeve, and pull out the terminal slowly. -. OUTDOOR UNIT OPERATIN PROCEDURE. Removing the cabinet () Remove the screws of the cabinet. () Hold the down of the cabinet on the both side and remove the cabinet. Photo PHOTOS Photo Screws of the cabinet Screws of the cabinet Service panel. Removing the deicer P.C. board () Remove the service panel and the cabinet. () Disconnect all the connectors and the terminals on the deicer P.C. board. () Remove the deicer P.C. board. Photo Screw of the relay panel Deicer P.C. board Terminal blocks Relay panel Screw of the relay panel 5

36 OPERATIN PROCEDURE PHOTOS. Removing the propeller and the outdoor fan motor () Remove the cabinet. (Refer to.) () Remove the propeller nut and the propeller. NOTE : Loose the propeller in the rotating direction for removal. When attaching the propeller, align the mark on the propeller and the motor shaft cut section. Set the propeller fan in position by using the cut on the shaft and the mark on the propeller. () Remove the clamp of outdoor fan motor lead wire and disconnect the outdoor fan motor connector. (4) Remove the screws fixing the outdoor fan motor. (5) Remove the outdoor fan motor. Photo 4 Propeller Set screws of the outdoor fan motor Lead clamps Propeller nut Set screws of the outdoor fan motor Outdoor fan motor 4. Removing the compressor () Remove the cabinet. (Refer to.) () Remove the relay panel. () Remove the soundproof felt. (4) Remove the terminal cover on the compressor. (5) Disconnect lead wires from the compressor. (6) Recover gas from the refrigerant circuit. (7) Disconnect the welded part of the discharge pipe. (8) Disconnect the welded part of the suction pipe. (9) Remove nuts fixing the compressor. (0) Remove the compressor. Photo 5 Discharge pipe Terminal cover NOTE : Recover gas from the pipes until the pressure gauge shows 0 kg/cm (0 MPa). Compressor Suction pipe Compressor set nuts 6

37 -. OUTDOOR UNIT OPERATIN PROCEDURE.Removing the cabinet () Remove the screws of the service panel. () Remove the screws of the top panel. () Remove the screw of the valve cover. (4) Remove the service panel. (5) Remove the top panel. (6) Remove the valve cover. (7) Remove the screws of the front panel. (8) Remove the front panel. (9) Remove the screws of the back panel. (0) Remove the back panel. NOTE : These photos are. is almost the same as. Photo Screws of the cabinet PHOTOS Screw of the top panel Photo Screw of the motor support Photo Screws of the cabinet Screw of the service panel Screws of the back panel Screws of the front panel Screws of the top panel Set screws of the back panel Screw of the valve cover. Removing the deicer P.C. board () Remove the service panel and the cabinet. () Disconnect all the connectors and the terminals on the deicer P.C. board. () Remove the deicer P.C. board. Photo 4 Deicer P.C. board Terminal blocks Screws of the relay panel Screws of the relay panel 7

38 OPERATIN PROCEDURE. Removing the propeller and the outdoor fan motor () Remove the cabinet. (Refer to.) () Remove the propeller nut and the propeller. NOTE : Loose the propeller in the rotating direction for removal. When attaching the propeller, align the mark on the propeller and the motor shaft cut section. Set the propeller fan in position by using the cut on the shaft and the mark on the propeller. () Remove the clamp of outdoor fan motor lead wire and disconnect the outdoor fan motor connector. (4) Remove the screws fixing the outdoor fan motor. (5) Remove the outdoor fan motor. Photo 5 Propeller nut PHOTOS Set screws of the outdoor fan motor Propeller Set screws of the outdoor fan motor 4. Removing the compressor () Remove the cabinet. (Refer to.) () Remove the relay panel. () Remove the soundproof felt. (4) Remove the terminal cover on the compressor. (5) Disconnect lead wires from the compressor. (6) Recover gas from the refrigerant circuit. (7) Disconnect the welded part of the discharge pipe. (8) Disconnect the welded part of the suction pipe. (9) Remove nuts fixing the compressor. (0) Remove the compressor. NOTE : Recover gas from the pipes until the pressure gauge shows 0 kg/cm (0 MPa). Photo 6 Suction pipe Discharge pipe Terminal cover Compressor set nuts 8

39 PARTS LIST (non-rohs compliant) -. OUTDOOR UNIT STRUCTURAL PARTS, ELECTRICAL PARTS AND FUNCTIONAL PARTS Part numbers that are circled are not shown in the illustration NO. Part. Part Name Symbol in Wiring Diagram Q'ty/unit - E Remarks E0 87 E0 87 E E E E E E E E E E E E E E E E E E E E E E E E E E BACK PANEL CABINET RILLE OUTDOOR HEAT EXCHANER PROPELLER MOTOR SUPPORT COMPRESSOR RUBBER SET COMPRESSOR BASE STOP VALVE(AS) STOP VALVE(LIQUID) SERVICE PANEL 4-WAY VALVE COMPRESSOR CAPACITOR OUTDOOR FAN MOTOR SURE ABSORBER DEICER P.C. BOARD TERMINAL BLOCK TERMINAL BLOCK DEFROST THERMISTOR HANDLE CAPILLARY TUBE CAPILLARY TUBE CAPILLARY TUBE FUSE R.V. COIL CHECK VALVE VARISTOR MC C MF DSAR TB TB RT6 F6 S4 NR6 RUBBERS/SET RN96VHSHT {.7 { / 440V AC RA6V50 - P P {.0 { {.0 { {.0 { V/ A 9

40 PARTS LIST (non-rohs compliant) -. OUTDOOR UNIT STRUCTURAL PARTS, ELECTRICAL PARTS AND FUNCTIONAL PARTS

41 PARTS LIST (non-rohs compliant) -. OUTDOOR UNIT STRUCTURAL PARTS, ELECTRICAL PARTS AND FUNCTIONAL PARTS Part numbers that are circled are not shown in the illustration. NO Part. E E E E E E0 89 E E E E0 B6 490 E0 8 0 E E E E E E E E E E E E E E0 89 E E E0 7 8 E E E Part Name TOP PANEL OUTDOOR HEAT EXCHANER OUTDOOR FAN MOTOR PROPELLER BASE CABINET HANDLE FAN UARD 4-WAY VALVE R.V. COIL DEFROST THERMISTOR COMPRESSOR RUBBER SET COMPRESSOR STOP VALVE(AS) STOP VALVE(LIQUID) VALVE COVER SERVICE PANEL SURE ABSORBER TERMINAL BLOCK TERMINAL BLOCK OUTDOOR FAN CAPACITOR DEICER P.C. BOARD COMPRESSOR CONTACTOR COMPRESSOR CAPACITOR BACK PANEL HANDLE MOTOR SUPPORT FUSE VARISTOR CHECK VALVE CAPILLARY TUBE Symbol in Wiring Diagram MF S4 RT6 MC DSAR TB TB C 5C C F6 NR6 Q'ty/unit - E 4 Remarks RA6V85-4RUBBERS/ SET NN9VBAHT {5.88 {6.5 P P.0+/ 440V AC 55+/ 440V AC 50V/.5A {.0x{.0x750 4

42 PARTS LIST (non-rohs compliant) -. OUTDOOR UNIT STRUCTURAL PARTS, ELECTRICAL PARTS AND FUNCTIONAL PARTS

43 PARTS LIST (non-rohs compliant) -. OUTDOOR UNIT STRUCTURAL PARTS, ELECTRICAL PARTS AND FUNCTIONAL PARTS Part numbers that are circled are not shown in the illustration. NO Part. E E E E E E E0 89 E E E E0 B6 490 E0 8 0 E E E E E E E E E E E E E E0 89 E E E E E0 7 8 E E E Part Name TOP PANEL THERMISTOR OUTDOOR HEAT EXCHANER OUTDOOR FAN MOTOR PROPELLER BASE CABINET HANDLE FAN UARD 4-WAY VALVE R.V. COIL DEFROST THERMISTOR COMPRESSOR RUBBER SET COMPRESSOR STOP VALVE(AS) STOP VALVE(LIQUID) VALVE COVER SERVICE PANEL SURE ABSORBER TERMINAL BLOCK TERMINAL BLOCK OUTDOOR FAN CAPACITOR DEICER P.C. BOARD COMPRESSOR CONTACTOR COMPRESSOR CAPACITOR BACK PANEL HANDLE MOTOR SUPPORT EXPANSION VALVE EXPANSION VALVE COIL FUSE VARISTOR CZ SURE ABSORBER CAPILLARY TUBE(TAPER PIPE) Symbol in Wiring Diagram RT6, RT6 MF S4 RT6 MC DSAR TB TB C 5C C LEV F6 NR6 CZ Q'ty/unit - E 4 Remarks DISCHARE, AMBIENT RA6V75-4RUBBERS/ SET NN7VAAHT {5.88 {9.5 P P 4.0+/ 440V AC 60+/ 440V AC 50V/.5A {.6x{.4x50 4

44 PARTS LIST (non-rohs compliant) -4. ACCESSORY Symbol NO. Part. Part Name in Wiring Diagram E E E DRAIN SOCKET DRAIN CAP DRAIN CAP - E Q'ty/unit - - E E Remarks [ PCS/ SET [6 44

45 45

46 RoHS PARTS LIST (RoHS compliant) -. OUTDOOR UNIT STRUCTURAL PARTS, ELECTRICAL PARTS AND FUNCTIONAL PARTS