TECHNICAL & SERVICE MANUAL - PDF Free Download

SPLIT-TYPE, HEAT PUMP AIR CONDITIONERS SPLIT-TYPE, AIR CONDITIONERS TECHNICAL & SERVICE MANUAL R07C Outdoor unit [model names] No.OC6 REVISED EDITION-B PUH-PVGAA PUH-P.6VGAA PUH-P.6YGAA PUH-PVGAA PUH-PYGAA PUH-P.5VGAA PUH-P.5YGAA PUH-PVGAA PUH-PYGAA PUH-PVGAA PUH-PYGAA PUH-P5YGAA PUH-P6YGAA PU-P.6VGAA PU-P.6YGAA PU-PVGAA PU-PYGAA PU-P.5VGAA PU-P.5YGAA PU-PVGAA PU-PYGAA PU-PVGAA PU-PYGAA PU-P5YGAA PU-P6YGAA Service Ref. is on page. Revision: [PUH-5, 6YGAA.UK PU-5, 6YGAA.UK] TECHNICAL CHANGES, SPECIFICATIONS, DATA and PARTS LIST have been partially modified. COMPRESSOR CONVERSION KIT(TFD-0) has been added to the PARTS LIST(page 69). Please void OC6 REVISED EDITION-A. Model name indication CONTENTS. TECHNICAL CHANGES. SAFETY PRECAUTION. COMBINATION OF INDOOR AND OUTDOOR UNITS 6. PART NAMES AND FUNCTIONS 7 5. SPECIFICATIONS 8 6. DATA 5 7. OUTLINES AND DIMENSIONS 8 8. WIRING DIAGRAM 9. WIRING SPECIFICATIONS 6 0. REFRIGERANT SYSTEM DIAGRAM 7. TROUBLESHOOTING. DISASSEMBLY PROCEDURE 6. PARTS LIST 0. OPTIONAL PARTS Back Cover

[Service Ref.] PUH-PVGAA.UK PUH-P.6VGAA.UK PU-P.6VGAA.UK PUH-P.6YGAA.UK PU-P.6YGAA.UK PUH-PVGAA.UK PU-PVGAA.UK PUH-PYGAA.UK PU-PYGAA.UK PUH-P.5VGAA.UK PU-P.5VGAA.UK PUH-P.5YGAA.UK PU-P.5YGAA.UK PUH-PVGAA.UK PU-PVGAA.UK PUH-PYGAA.UK PU-PYGAA.UK PUH-PVGAA.UK PU-PVGAA.UK PUH-PYGAA.UK PU-PYGAA.UK PUH-P5YGAA.UK PU-P5YGAA.UK PUH-P6YGAA.UK PU-P6YGAA.UK PUH-PVGAA.UK PUH-P.6VGAA.UK PU-P.6VGAA.UK PUH-P.6YGAA.UK PU-P.6YGAA.UK PUH-PVGAA.UK PU-PVGAA.UK PUH-PYGAA.UK PU-PYGAA.UK PUH-P.5VGAA.UK PU-P.5VGAA.UK PUH-P.5YGAA.UK PU-P.5YGAA.UK PUH-PVGAA.UK PU-PVGAA.UK PUH-PYGAA.UK PU-PYGAA.UK PUH-PVGAA.UK PU-PVGAA.UK PUH-PYGAA.UK PU-PYGAA.UK PUH-P5YGAA.UK PU-P5YGAA.UK PUH-P6YGAA.UK PU-P6YGAA.UK

TECHNICAL CHANGES (REVISED EDITION-A) PUH-P,.6,,.5,, VGAA.UK PUH-P,.6,,.5,, VGAA.UK PUH-P.6,,.5,, YGAA.UK PUH-P.6,,.5,, YGAA.UK PU-P.6,,.5,, VGAA.UK PU-P.6,,.5,, VGAA.UK PU-P.6,,.5,, YGAA.UK PU-P.6,,.5,, YGAA.UK Strainer (#50) for stop valve of liquid pipe side and Filter Drier are not used. (REVISED EDITION-A) PUH-P,.6,,.5,, VGAA.UK PUH-P,.6,,.5,, VGAA.UK PUH-P.6,,.5,,, 5, 6YGAA.UK PUH-P.6,,.5,,, 5, 6YGAA.UK PU-P.6,,.5,, VGAA.UK PU-P.6,,.5,, VGAA.UK PU-P.6,,.5,,, 5, 6YGAA.UK PU-P.6,,.5,,, 5, 6YGAA.UK Microcomputer of Outdoor Controller Board has changed since Filter Drier is not used. (The limit of discharging temperature has been added.) (REVISED EDITION-A) PUH-P5YGAA.UK PUH-P5YGAA.UK The method of connecting the Compressor s terminals has changed from Faston type to Screw type. (REVISED EDITION-B) PUH-P5YGAA.UK PUH-P6YGAA.UK PU-P5YGAA.UK PU-P6YGAA.UK Compressor has changed due to the change in refrigerant oil. Refrigerant oil : MA-POE MAW-POE Compressor model : ZR6KCE-TFD-5 ZR6KCW-TFD-5 ZR7KCE-TFD-5 ZR7KCW-TFD-5

SAFETY PRECAUTION Cautions for using with the outdoor unit which adopts R07C refrigerant. Do not use the existing refrigerant piping. -The old refrigerant and refrigerant oil in the existing piping contains a large amount of chlorine which may cause the refrigerant oil of the new unit to deteriorate. Do not use copper pipes which are broken, deformed or discolour. In addition, be sure that the inner surfaces of the pipes are clean, free of hazardous sulphur and oxides, or have no dust / dirt, shaving particles, oils, moisture or any other contamination. -If there is a large amount of residual oil (hydraulic oil, etc.) inside the piping and joints, deterioration of the refrigerant oil will result. Store the piping to be used during installation indoors and keep both ends of the piping sealed until just before brazing. (Store elbows and other joints in a plastic bag.) -If dust, dirt, or water enters the refrigerant cycle, deterioration of the oil and compressor trouble may result. Use ester oil, ether oil or alkyl benzene (small amount) as the refrigerant oil to coat flares and flange connections. -The refrigerant oil will degrade if it is mixed with a large amount of mineral oil. Use liquid refrigerant to fill the system. -If gas refrigerant is used to fill the system, the composition of the refrigerant in the cylinder will change and performance may drop. Do not use a refrigerant other than R07C. -If another refrigerant (R, etc.) is used, the chlorine in the refrigerant may cause the refrigerant oil to deteriorate. Use a vacuum pump with a reverse flow check valve. -The vacuum pump oil may flow back into the refrigerant cycle and cause the refrigerant oil to deteriorate. Do not use the following tools that are used with conventional refrigerant. (Gauge manifold, charge hose, gas leak detector, reverse flow check valve, refrigerant charge base, vacuum gauge, refrigerant recovery equipment) -If the conventional refrigerant and refrigerant oil are mixed in the R07C, the refrigerant may deteriorated. -If water is mixed in the R07C, the refrigerant oil may deteriorate. -Since R07C does not contain any chlorine, gas leak detectors for conventional refrigerant will not react to it. Do not use a charging cylinder. -Using a charging cylinder may cause the refrigerant to deteriorate. Be especially careful when managing the tools. -if dust, dirt, or water gets in the refrigerant cycle, the refrigerant may deteriorate. Do not use the drier which is sold in the field. -The drier for R07C refrigerant is pre-attached to outdoor unit refrigerant circuit. -Some drier in the field are not in conformity with R07C refrigerant.

[] Service tools Use the below service tools as exclusive tools for R07C refrigerant. No. Tool name Specifications Gauge manifold Only for R07C. Use the existing fitting SPECIFICATIONS. (UNF7/6) Use high-tension side pressure of.mpa G or over. Charge hose Only for R07C. Use pressure performance of 5.0MPa G or over. Electronic scale Gas leak detector Use the detector for R07C. 5 Adapter for reverse flow check. Attach on vacuum pump. 6 Refrigerant charge base. 7 Refrigerant cylinder. For R07C Top of cylinder (Brown) Cylinder with syphon 8 Refrigerant recovery equipment. [] Notice on repair After recovering the all refrigerant in the unit, perform repair work. Do not release refrigerant in the air. After completing the repair work, recharge the specified amount of liquid refrigerant. [] Refrigerant recharging () Refrigerant recharging process Direct charging from the cylinder. R07C cylinder are available on the market has a syphon pipe. Leave the syphon pipe cylinder standing and recharge it. (By liquid refrigerant) Unit Gravimeter () Recharge in refrigerant leakage case After recovering the all refrigerant in the unit, proceed to working. Do not release the refrigerant in the air. After completing the repair service, recharge the cycle with the specified amount of liquid refrigerant. 5

COMBINATION OF INDOOR AND OUTDOOR UNITS Indoor unit Heat pump type Outdoor unit Cooling only type Heat pump with electric heater Heat pump without electric heater or Cooling only Service Ref. PEHD-P EAH PCH-P GAH PKH-P GALH PKH-P FALH PSH-P GAH PLH-P KAH.UK PLH-P AAH.UK PEAD-P EA PCA-P GA PKA-P GAL PKA-P FAL PSA-P GA PLA-P KA.UK PLA-P AA.UK PMH-P BA PMH-P BA PCA-P HA Service Manual No. MEE 0K08 OC8 OC76 OC75 OC OC5 OC6 MEE 0K08 OC8 OC76 OC75 OC OC0 OC OC8 OC79 OC89 REVISED EDITION-B REVISED EDITION-B REVISED EDITION-B REVISED EDITION-A REVISED EDITION-A REVISED EDITION-A REVISED EDITION-B REVISED EDITION-B REVISED EDITION-B REVISED EDITION-A REVISED EDITION-A REVISED EDITION-A REVISED EDITION-B V.6 V Y PUH-P GAA.UK PUH-P GAA.UK PU-P GAA.UK PU-P GAA.UK.5 5 6.6.5 5 6 V Y V Y V Y V Y Y Y V Y V Y V Y V Y V Y Y Y 6

PART NAMES AND FUNCTIONS Air outlet (Expels warm air during cooling) Air outlet Air intake Air intake PUH-PVGAA.UK PU(H)-P.6VGAA.UK PU(H)-P.6YGAA.UK PUH-PVGAA.UK PU(H)-P.6VGAA.UK PU(H)-P.6YGAA.UK PU(H)-PVGAA.UK PU(H)-P.5VGAA.UK PU(H)-PVGAA.UK PU(H)-PVGAA.UK PU(H)-P.5VGAA.UK PU(H)-PVGAA.UK PU(H)-PYGAA.UK PU(H)-P.5YGAA.UK PU(H)-PYGAA.UK PU(H)-PYGAA.UK PU(H)-P.5YGAA.UK PU(H)-PYGAA.UK Air intake Air outlet Air intake Air outlet PU(H)-PVGAA.UK PU(H)-PYGAA.UK PU(H)-PVGAA.UK PU(H)-PYGAA.UK PU(H)-P5YGAA.UK PU(H)-P6YGAA.UK PU(H)-P5YGAA.UK PU(H)-P6YGAA.UK CHARGELESS SYSTEM PRE-CHARGED REFRIGERANT IS SUPPLIED FOR PIPING LENGTH AT SHIPMENT. (Max.0m(PU(H)-P~P.5) / 0m(PU(H)-P~P6)) The refrigerant circuit with LEV(Linear Expansion Valve) and a large accumulator always control the optimal refrigerant level regardless of the length (0/0m max. and 5m min.) of piping. The additional refrigerant charging work during installation often causes problems. Heretofore it is completely eliminated. This unique system improves the quality and reliability of the work done.it also helps to speed up the installation time. 7

5 SPECIFICATIONS. Heat pump OUTDOOR UNIT REFRIGERANT PIPING Service Ref. Function Power supply (phase, cycle, voltage) Input Running current Starting current External finish Refrigerant control Compressor Model Motor output Starter type Protection devices Crankcase heater Heat exchanger Fan Fan(drive) o No. Fan motor output Airflow Defrost method Noise level Dimensions Weight Refrigerant Charge Oil (Model) Pipe size O.D. Connection method Between the indoor & outdoor unit Cooling Heating W D H kw A A kw W kw K/min(CFM) db db mm(in.) mm(in.) mm(in.) kg(lbs) kg(lbs) L Liquid mm(in.) Gas mm(in.) Indoor side Outdoor side Height difference Piping length Notes. Rating Conditions (ISO T) Cooling : Indoor : D.B. 7 C(80 F), W.B. 9 C(66 F) Outdoor : D.B. 5 C(95 F), W.B. C(75 F) Heating : Indoor : D.B. 0 C(68 F) Outdoor : D.B. 7 C(5 F), W.B. 6 C( F) Refrigerant piping length (one way) : 5m (6ft). Guaranteed operating range Cooling Heating Upper limit Lower limit Upper limit Lower limit Indoor D.B. 5 C, W.B..5 C D.B. 9 C, W.B. 5 C D.B. 8 C D.B. 7 C Outdoor D.B. 6 C D.B. -5 C D.B. C, W.B. 8 C D.B. - C, W.B. - C. Above data based on indicated voltage Indoor Unit phase 0V 50Hz Outdoor Unit phase 0V 50Hz / phase 5V 50Hz PUH-PVGAA.UK PUH-PVGAA.UK Cooling Heating Single,50Hz,0-0-0V..0.9.5 0 RE89VHSMT 0.9 Internal thermostat HP switch Discharge thermo 5(,590) 6 8 50(0).7(.8) 6.5(/).7(/) Max. 0m Max. 0m Munsell 5Y 7/ Linear Expansion Valve Hermetic RE77VHSMT/RE77YFKM. Line start 0 Plate fin coil Propeller (direct) o 0.07 Reverse cycle 900(5-7/6) 0+0(+/) 650(5-5/8) R07C 0.57(Ester)MEL56 Flared Flared PUH-P.6VGAA / YGAA.UK PUH-P.6VGAA / YGAA.UK Cooling Heating Single,50Hz,0-0-0V / -ph,50hz,80-00-5v.59.6 7.6 /.9 7.59 /.56 Internal thermostat HP switch Discharge thermo 6/0 Thermal relay HP switch Discharge thermo 5(,590) 7 9 55().5(5.5) 9.5(/8) 5.88(5/8) Max. 0m Max. 0m 8

OUTDOOR UNIT REFRIGERANT PIPING Service Ref. Function Power supply (phase, cycle, voltage) Input Running current Starting current External finish Refrigerant control Compressor Model Motor output Starter type Protection devices Crankcase heater Heat exchanger Fan Fan(drive) o No. Fan motor output Airflow Defrost method Noise level Dimensions Weight Refrigerant Charge Oil (Model) Pipe size O.D. Connection method Between the indoor & outdoor unit Cooling Heating W D H kw A A kw W kw K/min(CFM) db db mm(in.) mm(in.) mm(in.) kg(lbs) kg(lbs) L Liquid mm(in.) Gas mm(in.) Indoor side Outdoor side Height difference Piping length Notes. Rating Conditions (ISO T) Cooling : Indoor : D.B. 7 C(80 F), W.B. 9 C(66 F) Outdoor : D.B. 5 C(95 F), W.B. C(75 F) Heating : Indoor : D.B. 0 C(68 F) Outdoor : D.B. 7 C(5 F), W.B. 6 C( F) Refrigerant piping length (one way) : 5m (6ft). Guaranteed operating range Cooling Heating Upper limit Lower limit Upper limit Lower limit Indoor D.B. 5 C, W.B..5 C D.B. 9 C, W.B. 5 C D.B. 8 C D.B. 7 C Outdoor D.B. 6 C D.B. -5 C D.B. C, W.B. 8 C D.B. - C, W.B. - C. Above data based on indicated voltage Indoor Unit phase 0V 50Hz Outdoor Unit phase 0V 50Hz / phase 5V 50Hz PUH-PVGAA / YGAA.UK PUH-PVGAA / YGAA.UK PUH-P.5VGAA / YGAA.UK PUH-P.5VGAA / YGAA.UK Cooling Heating Cooling Heating Single, 50Hz, 0-0-0V/-ph, 50Hz, 80-00-5V(wires).9 0.6 /.70.6 0.57 /.8.77.90 /.8.68.5 /. 6 / 77 / 5 Munsell 5Y 7/ Linear Expansion Valve NE6VMJMT / NE6YEKMT.6 55(,90) 9 7(57).6(5.7) Max. 0m Max. 0m Internal thermostat HP switch Discharge thermo Hermetic Line start 8 Plate fin coil Propeller (direct) o 0.07 Reverse cycle 8 900(5-7/6) 0+0(+/) 855(-5/8) R07C. (Ester)MEL56 9.5(/8) 5.88(5/8) Flared Flared NEVMJMT / NEYEKMT.9 Thermal relay HP switch Discharge thermo 50(,770) 50 8(8).(6.8) Max. 50m Max. 50m 9

OUTDOOR UNIT REFRIGERANT PIPING Service Ref. Function Power supply (phase, cycle, voltage) Input Running current Starting current External finish Refrigerant control Compressor Model Motor output Starter type Protection devices Crankcase heater Heat exchanger Fan Fan(drive) o No. Fan motor output Airflow Defrost method Noise level Dimensions Weight Refrigerant Charge Oil (Model) Pipe size O.D. Connection method Between the indoor & outdoor unit Cooling Heating W D H kw A A kw W kw K/min(CFM) db db mm(in.) mm(in.) mm(in.) kg(lbs) kg(lbs) L Liquid mm(in.) Gas mm(in.) Indoor side Outdoor side Height difference Piping length Notes. Rating Conditions (ISO T) Cooling : Indoor : D.B. 7 C(80 F), W.B. 9 C(66 F) Outdoor : D.B. 5 C(95 F), W.B. C(75 F) Heating : Indoor : D.B. 0 C(68 F) Outdoor : D.B. 7 C(5 F), W.B. 6 C( F) Refrigerant piping length (one way) : 5m (6ft). Guaranteed operating range Cooling Heating Upper limit Lower limit Upper limit Lower limit Indoor D.B. 5 C, W.B..5 C D.B. 9 C, W.B. 5 C D.B. 8 C D.B. 7 C Outdoor D.B. 6 C D.B. -5 C D.B. C, W.B. 8 C D.B. - C, W.B. - C. Above data based on indicated voltage Indoor Unit phase 0V 50Hz Outdoor Unit phase 0V 50Hz / phase 5V 50Hz PUH-PVGAA / YGAA.UK PUH-PVGAA / YGAA.UK PUH-PVGAA / YGAA.UK PUH-PVGAA / YGAA.UK Cooling Heating Cooling Heating Single, 50Hz, 0-0-0V/-ph, 50Hz, 80-00-5V(wires).7.8 / 5.9.8 5.76 / 5.6. 5.7 / 5.55.6 6.58 / 5.86 9 / 7 99 / 9 Munsell 5Y 7/ Linear Expansion Valve NE5VNJMT / NE5YDKMT.5 Propeller (direct) o 0.07 50(,770) 9 5 855(-5/8) 8(8).(7.) 5.88(5/8) Internal thermostat HP switch Discharge thermo Hermetic Line start 8 Plate fin coil Reverse cycle 900(5-7/6) 0+0(+/) R07C. (Ester)MEL56 9.5(/8) Flared Flared Max. 50m Max. 50m NE56VNJMT / NE56YDKMT.7 Thermal relay HP switch Discharge thermo Propeller (direct) o 0.07+0.07 85(,000) 5 5,60(9-5/8) 96().0(8.8) 9.05(/) 0

OUTDOOR UNIT REFRIGERANT PIPING Service Ref. Function Power supply (phase, cycle, voltage) Input Running current Starting current External finish Refrigerant control Compressor Model Heat exchanger Fan Defrost method Noise level Dimensions Motor output Starter type Protection devices Crankcase heater Fan(drive) o No. Fan motor output Airflow Weight Refrigerant Charge Oil (Model) Pipe size O.D. Connection method Between the indoor & outdoor unit Cooling Heating W D H kw A A kw W kw K/min(CFM) db(a) db(a) mm(in.) mm(in.) mm(in.) kg(lbs) kg(lbs) L Liquid mm(in.) Gas mm(in.) Indoor side Outdoor side Height difference Piping length Notes. Rating Conditions (ISO T) Cooling : Indoor : D.B. 7 C(80 F), W.B. 9 C (66 F) Outdoor : D.B. 5 C(95 F), W.B. C (75 F) Heating : Indoor : D.B. 0 C(68 F) Outdoor : D.B. 7 C(5 F), W.B. 6 C ( F) Refrigerant piping length (one way) : 5m (6ft). Guaranteed operating range Cooling Heating Upper limit Lower limit Upper limit Lower limit Indoor D.B. 5 C, W.B..5 C D.B. 9 C, W.B. 5 C D.B. 8 C D.B. 7 C. Above data based on indicated voltage Indoor Unit phase 0V 50Hz Outdoor Unit phase 5V 50Hz PUH-P5YGAA.UK PUH-P5YGAA.UK PUH-P6YGAA.UK PUH-P6YGAA.UK Cooling Heating Cooling Heating -ph, 50Hz, 80-00-5V(wires).70 7.60 5.0 8.5 5.58 9.0 5.9 9.56 65.5 7 Munsell 5Y 7/ Linear Expansion Valve Outdoor D.B. 6 C D.B. -5 C D.B. C, W.B. 8 C D.B. - C, W.B. - C Hermetic ZR6KCE-TFD-0 (YGAA.UK) ZR7KCW-TFD-5 ZR6KCW-TFD-5 (YGAA.UK).5. Line start Internal thermostat, thermal relay, HP switch, Discharge thermo 8 Plate fin coil Propeller (direct) o 0.07 +0.07 95(,60) 00(,50) 55 56.6(0.).690 (Ester) MAW-POE Reverse cycle,050(-5/6) 0+0(+/),60(9-5/8) (69) R07C 9.5(/8) 9.05(/) Flared Flared Max. 50m Max. 50m 57 58.9(0.8).77 (Ester) MAW-POE

. Cooling only type OUTDOOR UNIT REFRIGERANT PIPING Service Ref. Function Power supply (phase, cycle, voltage) Input Running current Starting current External finish Refrigerant control Compressor Model Motor output Starter type Protection devices Crankcase heater Heat exchanger Fan Defrost method Noise level Dimensions Fan(drive) o No. Fan motor output Airflow Weight Refrigerant Charge Oil (Model) Pipe size O.D. Connection method Between the indoor & outdoor unit Cooling W D H kw A A kw W kw K/min(CFM) db mm(in.) mm(in.) mm(in.) kg(lbs) kg(lbs) L Liquid mm(in.) Gas mm(in.) Indoor side Outdoor side Height difference Piping length Notes. Rating Conditions (ISO T) Cooling : Indoor : D.B. 7 C(80 F), W.B. 9 C (66 F) Outdoor : D.B. 5 C(95 F), W.B. C (75 F) Refrigerant piping length (one way) : 5m (6ft). Guaranteed operating range Cooling Upper limit Lower limit Indoor D.B. 5 C, W.B..5 C D.B. 9 C, W.B. 5 C Outdoor D.B. 6 C D.B. -5 C. Above data based on indicated voltage Indoor Unit phase 0V 50Hz Outdoor Unit phase 0V 50Hz / phase 5V 50Hz PU-P.6VGAA / YGAA.UK PU-P.6VGAA / YGAA.UK PU-PVGAA / YGAA.UK PU-PVGAA / YGAA.UK PU-P.5VGAA / YGAA.UK PU-P.5VGAA / YGAA.UK Cooling Cooling Cooling Single, 50Hz, 0-0-0V / -ph, 50Hz, 80-00-5V(wires).59 7.6 /.9 6 / 0.77.90 /.8 77 / 5.9 0.6 /.70 6 / Munsell 5Y 7/ Linear Expansion Valve Hermetic RE77VHSMT/RE77YFKM NE6VMJMT/NE6YEKMT NEVMJMT/NEYEKMT..6.9 Line start Internal thermostat, HP switch, Discharge thermo / Thermal relay,discharge thermo,hp switch 0 8 Plate fin coil Propeller (direct) o 0.07 5(,590) 55(,90) 50(,770) 7 8 900(5-7/6) 0+0(+/) 650(5-5/8) 855(-5/8) 55() 8(8).5(5.5) 0.57 (Ester)MEL56 Max. 0m Max. 0m 7(57) R07C.6(5.7) 9.5(/8) 5.88(5/8) Flared Flared.(6.8). (Ester)MEL56 Max. 50m Max. 50m

OUTDOOR UNIT REFRIGERANT PIPING Service Ref. Function Power supply (phase, cycle, voltage) Input Running current Starting current External finish Refrigerant control Compressor Model Motor output Starter type Protection devices Crankcase heater Heat exchanger Fan Fan(drive) o No. Fan motor output Airflow Defrost method Noise level Dimensions Weight Refrigerant Charge Oil (Model) Pipe size O.D. Connection method Between the indoor & outdoor unit Cooling W D H kw A A kw W kw K/min(CFM) db mm(in.) mm(in.) mm(in.) kg(lbs) kg(lbs) L Liquid mm(in.) Gas mm(in.) Indoor side Outdoor side Height difference Piping length Notes. Rating Conditions (ISO T) Cooling : Indoor : D.B. 7 C(80 F), W.B. 9 C(66 F) Outdoor : D.B. 5 C(95 F), W.B. C(75 F) Refrigerant piping length (one way) : 5m (6ft). Guaranteed operating range Cooling Upper limit Lower limit Indoor D.B. 5 C, W.B..5 C D.B. 9 C, W.B. 5 C Outdoor D.B. 6 C D.B. -5 C. Above data based on indicated voltage Indoor Unit phase 0V 50Hz Outdoor Unit phase 0V 50Hz/ phase 5V 50Hz PU-PVGAA / YGAA.UK PU-PVGAA / YGAA.UK PU-PVGAA / YGAA.UK PU-PVGAA / YGAA.UK Cooling Cooling Single, 50Hz, 0-0-0V/-ph, 50Hz, 80-00-5V(wires).7..8 / 5.9 5.7 / 5.55 9 / 7 99 / 9 Munsell 5Y 7/ Linear Expansion Valve NE5VNJMT / NE5YDKMT.5 Propeller (direct) o 0.07 50(,770) 9 855(-5/8) 8(8).(7.) 5.88(5/8) Internal thermostat HP switch Discharge thermo Hermetic Line start 8 Plate fin coil 900(5-7/6) 0+0(+/) R07C. (Ester)MEL56 9.5(/8) Flared Flared Max. 50m Max. 50m NE56VNJMT / NE56YDKMT.7 Thermal relay HP switch Discharge thermo Propeller (direct) o 0.07+0.07 85(,000) 5,60(9-5/8) 96().0(8.8) 9.05(/)

OUTDOOR UNIT REFRIGERANT PIPING Service Ref. Function Power supply (phase, cycle, voltage) Input Running current Starting current External finish Refrigerant control Compressor Model Heat exchanger Fan Defrost method Noise level Dimensions Motor output Starter type Protection devices Crankcase heater Fan(drive) o No. Fan motor output Airflow Weight Refrigerant Charge Oil (Model) Pipe size O.D. Connection method Between the indoor & outdoor unit Cooling W D H kw A A kw W kw K/min(CFM) db mm(in.) mm(in.) mm(in.) kg(lbs) kg(lbs) L Liquid mm(in.) Gas mm(in.) Indoor side Outdoor side Height difference Piping length PU-P5YGAA.UK PU-P6YGAA.UK PU-P5YGAA.UK PU-P6YGAA.UK Cooling Cooling -ph, 50Hz, 80-00-5V(wires).70 5.58 7.60 9.0 65.5 7 Munsell 5Y 7/ Linear Expansion Valve Hermetic ZR6KCE-TFD-0 (YGAA.UK) ZR7KCW-TFD-5 ZR6KCW-TFD-5 (YGAA.UK).5. Line start Internal thermostat, thermal relay, HP switch, Discharge thermo 8 Plate fin coil Propeller (direct) o 0.07+0.07 95(,60) 00(,50) 55 57.6(0.).690 MAW-POE,050(-5/6) 0+0(+/),60(9-5/8) (69) R07C 9.5(/8) 9.05(/) Flared Flared Max. 50m Max. 50m Notes. Rating Conditions (ISO T) Cooling : Indoor : D.B. 7 C(80 F), W.B. 9 C(66 F) Outdoor : D.B. 5 C(95 F), W.B. C(75 F) Refrigerant piping length (one way) : 5m (6ft).9(0.8).77 MAW-POE. Guaranteed operating range Cooling Upper limit Lower limit Indoor D.B. 5 C, W.B..5 C D.B. 9 C, W.B. 5 C Outdoor D.B. 6 C D.B. -5 C. Above data based on indicated voltage Indoor Unit phase 0V 50Hz Outdoor Unit phase 5V 50Hz

6 DATA. REFILLING REFRIGERANT CHARGE (R07C : kg) Service Ref. PUH-PVGAA().UK PUH-P.6VGAA().UK PU-P.6VGAA().UK PUH-P.6YGAA().UK PU-P.6YGAA().UK PUH-PVGAA().UK PU-PVGAA().UK PUH-PYGAA().UK PU-PYGAA().UK PUH-P.5VGAA().UK PU-P.5VGAA().UK PUH-P.5YGAA().UK PU-P.5YGAA().UK PUH-PVGAA().UK PU-PVGAA().UK PUH-PYGAA().UK PU-PYGAA().UK PUH-PVGAA().UK PU-PVGAA().UK PUH-PYGAA().UK PU-PYGAA().UK PUH-P5YGAA().UK PU-P5YGAA().UK PUH-P6YGAA().UK PU-P6YGAA().UK Piping length (one way) 0m 0m 0m 0m 50m.6...5.5.9.9.9.9...0..7.5.5.6.6.....7.7..6.8.6.6.......0.0.6.9.0.0.7.7.9.9.9.9.7.7 5. 5.6.5.5.5.5 5. 5. 6.0 6. Factory charged.7.5.5.6.6.....0.0.6.9 This is a dividing line between the ones that need no refrigerant charge and the ones that need additional refrigerant charge.. COMPRESSOR TECHNICAL DATA Unit Compressor model U-V Winding (R-C) Resistance U-W ( " ) (S-C) W-V PUH-PVGAA().UK RE89VHSMT.79.6 PUH-P.6VGAA().UK PU-P.6VGA().UK RE77VHSMT.80.00 PUH-P.6YGAA().UK PU-P.6YGA().UK RE77YFKM 0.8 0.8 0.8 PUH-PVGAA().UK PU-PVGAA().UK NE6VMJMT 0.89.0 (at 0 C) [Except P5, P6] PUH-PYGAA().UK PU-PYGAA().UK NE6YEKMT 5.0 5.0 5.0 Unit Compressor model Winding Resistance ( " ) U-V (R-C) U-W (S-C) W-V PUH-P.5VGAA().UK PU-P.5VGAA().UK NEVMJMT 0.87. PUH-P.5YGAA().UK PU-P.5YGAA().UK NENEKMT 5.00 5.00 5.00 PUH-PVGAA().UK PU-PVGAA().UK NE5VNJMT 0.6.67 PUH-PYGAA().UK PU-PYGAA().UK NE5YDKMT.59.59.59 Unit Compressor model Winding Resistance ( " ) U-V (R-C) U-W (S-C) W-V PUH-PVGAA().UK PU-PVGAA().UK NE56VNJMT 0.6.59 PUH-PYGAA().UK PU-PYGAA().UK NE56YDKMT... (at 5 C) PUH-P5YGAA().UK PU-P5YGAA().UK ZR6KCE-TFD ZR6KCW-TFD 0.68 ~ 0.7 0.68 ~ 0.7 0.68 ~ 0.7 (at 5 C) PUH-P6YGAA().UK PU-P6YGAA().UK ZR7KCW-TFD 0.57 0.57 0.57 5

. NOISE CRITERION CURVES MICROPHONE m UNIT m GROUND PUH-PVGAA().UK OCTAVE BAND SOUND PRESSURE LEVEL, db re 0.000 MICRO BAR 90 80 70 60 50 0 0 0 0 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE MODE SPL(dB) COOLING 6 HEATING 8 6 5 50 500 000 000 000 8000 BAND CENTER FREQUENCIES, Hz LINE NC-70 NC-60 NC-50 NC-0 NC-0 NC-0 PUH-P.6VGAA().UK PUH-P.6YGAA().UK PU-P.6VGAA().UK PU-P.6YGAA().UK OCTAVE BAND SOUND PRESSURE LEVEL, db re 0.000 MICRO BAR 90 80 70 60 50 0 0 0 0 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE MODE SPL(dB) COOLING 7 HEATING 9 6 5 50 500 000 000 000 8000 BAND CENTER FREQUENCIES, Hz LINE NC-70 NC-60 NC-50 NC-0 NC-0 NC-0 PUH-PVGAA().UK PUH-PYGAA().UK PU-PVGAA().UK PU-PYGAA().UK MODE COOLING HEATING SPL(dB) 8 9 LINE PUH-P.5VGAA().UK PUH-P.5YGAA().UK PU-P.5VGAA().UK PU-P.5YGAA().UK MODE COOLING HEATING SPL(dB) 8 50 LINE OCTAVE BAND SOUND PRESSURE LEVEL, db re 0.000 MICRO BAR 90 80 70 60 50 0 0 0 0 NC-70 NC-60 NC-50 NC-0 NC-0 APPROXIMATE THRESHOLD OF HEARING FOR NC-0 CONTINUOUS NOISE 6 5 50 500 000 000 000 8000 BAND CENTER FREQUENCIES, Hz OCTAVE BAND SOUND PRESSURE LEVEL, db re 0.000 MICRO BAR 90 80 70 60 50 0 0 0 0 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE NC-70 NC-60 NC-50 NC-0 NC-0 NC-0 6 5 50 500 000 000 000 8000 BAND CENTER FREQUENCIES, Hz 6

PUH-PVGAA().UK PUH-PYGAA().UK PU-PVGAA().UK PU-PYGAA().UK OCTAVE BAND SOUND PRESSURE LEVEL, db re 0.000 MICRO BAR 90 80 70 60 50 0 0 0 0 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE MODE COOLING HEATING SPL(dB) 9 5 6 5 50 500 000 000 000 8000 BAND CENTER FREQUENCIES, Hz LINE NC-70 NC-60 NC-50 NC-0 NC-0 NC-0 PUH-PVGAA().UK PUH-PYGAA().UK PU-PVGAA().UK PU-PYGAA().UK OCTAVE BAND SOUND PRESSURE LEVEL, db re 0.000 MICRO BAR 90 80 70 60 50 0 0 0 0 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE MODE COOLING HEATING SPL(dB) 5 5 6 5 50 500 000 000 000 8000 BAND CENTER FREQUENCIES, Hz LINE NC-70 NC-60 NC-50 NC-0 NC-0 NC-0 PUH-P5YGAA().UK PU-P5YGAA().UK MODE COOLING HEATING SPL(dB) 55 56 LINE PUH-P6YGAA().UK PU-P6YGAA().UK MODE COOLING HEATING SPL(dB) 57 58 LINE OCTAVE BAND SOUND PRESSURE LEVEL, db re 0.000 MICRO BAR 90 80 70 60 50 0 0 0 0 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE 6 5 50 500 000 000 000 8000 BAND CENTER FREQUENCIES, Hz NC-70 NC-60 NC-50 NC-0 NC-0 NC-0 OCTAVE BAND SOUND PRESSURE LEVEL, db re 0.000 MICRO BAR 90 80 70 60 50 0 0 0 0 APPROXIMATE THRESHOLD OF HEARING FOR CONTINUOUS NOISE 6 5 50 500 000 000 000 8000 BAND CENTER FREQUENCIES, Hz NC-70 NC-60 NC-50 NC-0 NC-0 NC-0 7

R S T 7 OUTLINES AND DIMENSIONS PUH-PVGAA().UK PUH-P.6VGAA().UK PUH-P.6YGAA().UK PU-P.6VGAA().UK PU-P.6YGAA().UK Rear Air Intake -U Shaped notched holes (Foundation Bolt M0) 00 500 70 () 9 Installation Feet 55 58 5 8 Air Discharge 5 Terminal Connections Left...Power supply Wiring Right..Indoor/Outdoor Wiring 900 8 Handle for moving Service Panel Earth Point w 8 w 96 Front Piping Cover Rear Piping Cover 8 70 8 70 Bottom Piping Hole (Knock-Out) Power Supply Wiring Hole (-[7Knock-Out) Drain Hole (5-[holes) Power Supply Wiring Hole (-[7Knock-Out) 55 Right Piping Hole (Knock-Out) 55 55 Unit : mm 00 Side Air Intake 85 5 0 0 FREE SPACE (Around the Unit) The diagram below shows a basic example. Explanation of particular details are given in the installation manuals etc. F RE E SERVICE SPACE Dimensions of space needed for service access are shown in the below diagram. FOUNDATION BOLTS.. Refrigerant GAS pipe connection (FLARE)P.6V(Y)GAA: [5.88 (5/8F).. Refrigerant GAS pipe connection (FLARE)PVGAA : [.7 (/F).. Refrigerant LIQUID pipe connection (FLARE)P.6V(Y)GAA: [9.5 (/8F).. Refrigerant LIQUID pipe connection (FLARE)PVGAA : [6.5 (/F).. Height of STOP VALVE connection location. 0 0 0 0 Side Air Intake Rear Air Intake 0 -x0 oval holes (Foundation Bolt M0) Handle for moving 0 09 Over 500mm Over 0mm Explanation of Notes 67 650 w.. -[.6 holes (for securing the top of the unit) These holes are provided for cases where the unit must be secured by the base AND by the top surface. Use Self Tapping screws 5 x L5 or less.(obtained locally) Piping Knock-Out Hole Details 0 < Front Side > < Right Side > < Rear Side > Power Supply Wiring Hole (-[7Knock-Out) Front Trunking Hole (Knock-Out) 0 00 0 Rear Trunking Hole (Knock-Out) [9 55 68 6 68 6 65 9 55 7 00 [9 9 65 50 50 Rear Piping Hole (Knock-Out) 550 Less than 0mm Over500 Please secure the unit firmly with foundation (M0) bolts. (Bolts and washers must be purchased locally). <Foundation bolt height> FOUNDATION Front Piping Hole (Knock-Out) PIPING-WIRING DIRECTIONS Piping and wiring connections can be made from directions: Front, Right, Rear and Below. Over500 Over00 Over 00mm Over 0mm Over0 Service Space 8

R S T PUH-PVGAA().UK PUH-PYGAA().UK PUH-P.5VGAA().UK PUH-P.5YGAA().UK PUH-PVGAA().UK PUH-PYGAA().UK PU-PVGAA().UK PU-PYGAA().UK PU-P.5VGAA().UK PU-P.5YGAA().UK PU-PVGAA().UK PU-PYGAA().UK -U Shaped notched holes (Foundation Bolt M0) 00 70 () 9 55 58 5 8 5 Terminal Connections Left...Power supply Wiring Right..Indoor/Outdoor Wiring Service Panel Handle Earth Point 67 w 76 w 8 Front Piping Cover Rear Piping Cover 8 70 8 70 Bottom Piping Hole (Knock-Out) Unit : mm Side Air Intake Rear Air Intake Piping Knock-Out Hole Details < Front Side > Power Supply Wiring Hole (-[7Knock-Out) < Right Side > Power Supply Wiring Hole (-[7Knock-Out) < Rear Side > Power Supply Wiring Hole (-[7Knock-Out) Side Air Intake -x0 oval holes (Foundation Bolt M0) Handle Rear Air Intake Installation Feet Air Discharge Drain Hole (5-[holes) Front Trunking Hole (Knock-Out) 0 00 0 Rear Trunking Hole (Knock-Out) [9 Rear Piping Hole (Knock-Out) 68 6 55 68 6 Front Piping Hole (Knock-Out) Right Piping Hole (Knock-Out) 65 9 55 7 00 [9 9 65 50 50 0 00 09 500 8 900 55 55 55 550 85 5 0 0 FREE SPACE (Around the Unit) The diagram below shows a basic example. Explanation of particular details are given in the installation manuals etc. Over0 Explanation of Notes w... Refrigerant GAS pipe connection (FLARE) [5.88 (5/8F)... Refrigerant LIQUID pipe connection (FLARE) [9.5 (/8F)... Height of STOP VALVE connection location.... -[.6 holes (for securing the top of the unit) These holes are provided for cases where the unit must be secured by the base AND by the top surface together. Use Self Tapping screws 5 x L5 or less. (Obtained Locally) 0 0 0 0 Handle 855 80 Over500 Less than 0mm Over00 F RE E SERVICE SPACE Dimensions of space needed for service access are shown in the below diagram. Over500 Service Space FOUNDATION BOLTS PIPING-WIRING DIRECTIONS Please secure the unit firmly with foundation (M0) bolts. (Bolts and washers must be purchased locally). <Foundation bolt height> FOUNDATION Piping and wiring connections can be made from directions: Front, Right, Rear and Below. Over 0mm Over 500mm Over 00mm Over 0mm 0 0 9

PUH-PVGAA().UK PUH-PYGAA().UK PU-PVGAA().UK PU-PYGAA().UK -U Shaped notched holes (Foundation Bolt M0) 00 70 () 9 50 58 8 5 5 Terminal Connections Left...Power supply Wiring Right..Indoor/Outdoor Wiring Service Panel Earth Point Handle 0 W 76 W 8 Front Piping Cover Rear Piping Cover 70 8 8 70 Bottom Piping Hole (Knock-Out) Unit : mm Piping Knock-Out Hole Details < Front Side > Power Supply Wiring Hole (-[7Knock-Out) < Right Side > Power Supply Wiring Hole (-[7Knock-Out) < Rear Side > Power Supply Wiring Hole (-[7Knock-Out) 00 0 Rear Trunking Hole (Knock-Out) Rear Air Intake Installation Feet Side Air Intake -x0 oval holes (Foundation Bolt M0) Drain Hole (5-[Holes) Front Trunking Hole (Knock-Out) 0 [9 [9 65 9 Rear Piping Hole (Knock-Out) 50 50 55 68 6 7 00 550 68 6 55 Front Piping Hole (Knock-Out) 9 65 Right Piping Hole (Knock-Out) 00 500 8 900 85 5 5 598 0 Air Discharge 0 FREE SPACE (Around the Unit) The diagram below shows a basic example. Explanation of particular details are given in the installation manuals etc. SERVICE SPACE FOUNDATION BOLTS Please secure the unit firmly with foundation (M0) bolts. (Bolts and washers must be purchased locally). <Foundation bolt height> FOUNDATION 0 0 0 Handle 0 0 Side Air Intake Rear Air Intake Handle 0 09 55 55 55 60 6 0 PIPING-WIRING DIRECTIONS Piping and wiring connections can be made from directions: Front, Right, Rear and Below. Over500 Less than 0mm Over00 F RE Over0 Dimensions of space needed for service access are shown in the below diagram. Over500 Over 500mm Over 00mm E Over 0mm Service Space Over 0mm Explanation of Notes w... Refrigerant GAS pipe connection(flare) [9.05 (/F)... Refrigerant LIQUID pipe connection(flare) [9.5 (/8F)... Height of STOP VALVE connection location.... -[.6 holes (for securing the top of the unit) These holes are provided for cases where the unit must be secured by the base AND by the top surface together. Use Self Tapping screws 5 x L5 or less. (Obtained Locally) 0

PUH-P5YGAA().UK PU-P5YGAA().UK PUH-P6YGAA().UK PU-P6YGAA().UK -U Shaped notched holes (Foundation Bolt M0) 5 70 () 9 50 58 5 5 Terminal Connections Left...Power supply Wiring Right..Indoor/Outdoor Wiring Service Panel Earth Point Handle 0 w w 78 Front Piping Cover Rear Piping Cover 8 90 70 8 Bottom Piping Hole (Knock-Out) Drain Hole (5-[Holes) Unit : mm Handle Piping Knock-Out Hole Details < Front Side > Power Supply Wiring Hole (-[7Knock-Out) < Right Side > Power Supply Wiring Hole (-[7Knock-Out) < Rear Side > Power Supply Wiring Hole (-[7Knock-Out) Front Trunking Hole (Knock-Out) 0 00 0 Rear Trunking Hole (Knock-Out) Side Air Intake -x0 oval holes (Foundation Bolt M0) Side Air Intake Rear Air Intake Handle 98 Rear Air Intake Air Discharge [9 [9 65 9 Rear Piping Hole (Knock-Out) 50 50 55 68 6 7 00 550 68 6 55 Front Piping Hole (Knock-Out) 9 65 Right Piping Hole (Knock-Out) 0 09 7 600 Installation Feet 050 8 8 8 85 5 5 598 0 0 FREE SPACE (Around the Unit) SERVICE SPACE FOUNDATION BOLTS The diagram below shows a basic example. Explanation of particular details are given in the installation manuals etc. <Foundation bolt height> FOUNDATION 0 95 95 5 0 5 6 60 Over500 Less than 0mm Over00 F RE Over0 Dimensions of space needed for service access are shown in the below diagram. Over500 Service Space Please secure the unit firmly with foundation (M0) bolts. (Bolts and washers must be purchased locally). PIPING-WIRING DIRECTIONS Piping and wiring connections can be made from directions: Front, Right, Rear and Below. Over 500mm Over 00mm E Over 0mm Over 0mm Explanation of Notes w... Refrigerant GAS pipe connection(flare) [9.05 (/F)... Refrigerant LIQUID pipe connection(flare) [9.5 (/8F)... Height of STOP VALVE connection location.... -[.6 holes (for securing the top of the unit) These holes are provided for cases where the unit must be secured by the base AND by the top surface together. Use Self Tapping screws 5 x L5 or less. (Obtained Locally)

8 WIRING DIAGRAM PUH-P,.6,,.5,, VGAA.UK PUH-P,.6,,.5,, VGAA.UK

PUH-P.6,,.5,,, 5, 6YGAA.UK PUH-P.6,,.5,,, 5, 6YGAA.UK

PU-P.6,,.5,, VGAA.UK PU-P.6,,.5,, VGAA.UK

PU-P.6,,.5,,, 5, 6YGAA.UK PU-P.6,,.5,,, 5, 6YGAA.UK 5

9 WIRING SPECIFICATIONS WIRING SPECIFICATIONS FOR 0~0V 50Hz (INDOOR-OUTDOOR CONNECTING CABLE) Cross section of cable Round Wire size (mm ).5 Number of wires PU(H)-PVGAA().UK~P6YGAA().UK (Except PUH-8YE,PUH-0YE) L(m) Polarity 6 Clockwise : S-S-S w Pay attention to stripe of yellow and green (50) Flat.5 Not applicable (Because center wire has no cover finish) Not applicable 5 Flat.5 From left to right : S-Open-S-S (5) Round.5 Clockwise : S-S-S-Open w Connect S and S to the opposite angle 60 : Power supply cords of appliances shall not be lighter than design 5 IEC or 7 IEC. : In case that cable with stripe of yellow and green is available. : In case of regular polarity connection (S-S-S), wire size is.5mm. : In case of regular polarity connection (S-S-S). 5 : In the flat cables are connected as this picture, they can be used up to 80m. S S S (C Flat cable ) 6 : Mentioned cable length is just a reference value. It may be different depending on the condition of installation, Humidity or materials, etc. 6

0 REFRIGERANT SYSTEM DIAGRAM PUH-P,.6,,.5, VGAA.UK PUH-P.6,,.5, YGAA.UK Indoor unit (TH) (TH5) Distributor with strainer Indoor coil thermistor (TH) Refrigerant pipe Ball valve P.7A({/") -way valve P.6~P 5.88A({5/8") (#50) (with heat insulator) Strainer Strainer Flexible tube Flared connection Refrigerant pipe P 6.5A({/") P.6~P 9.5A({/8") (with heat insulator) Service port Accumulator (#50) Strainer Drier Stop valve (with service port) High pressure Outdoor unit protect switch Outdoor heat exchanger Service port Compressor (#00) Strainer Muffler (TH) (#00) Strainer Linear expansion valve Refrigerant flow in cooling Refrigerant flow in heating (TH6) (TH) Distributor with strainer <-way valve solenoid coil> Heating : ON Cooling : OFF PUH-PVGAA.UK PUH-PYGAA.UK Indoor unit (TH) (TH5) Distributor with strainer Indoor coil thermistor (TH) Strainer Refrigerant pipe Ball valve -way valve 9.05A({/") (#50) (with heat insulator) Strainer Flexible tube Flared connection Service port Accumulator (#50) Strainer Drier Refrigerant pipe Stop valve 9.5A({/8") (with service port) (with heat insulator) Muffler High pressure protect switch Service port Outdoor unit (TH) (TH) Compressor (#00) (#00) Strainer Strainer Liner expansion valve (TH6) Distributor with strainer Capillary tube (O.D..0 I.D..0-L50) pcs Refrigerant flow in cooling Refrigerant flow in heating PUH-P5YGAA.UK PUH-P5YGAA.UK Indoor unit (TH) (TH5) Distributor with strainer (TH) PUH-P6YGAA.UK PUH-P6YGAA.UK Refrigerant pipe 9.05A({/") (with heat insulator) Strainer Flexible tube Service port Capillary Flared tube w connection Ball valve Bypass valve (#50) Strainer Refrigerant pipe Strainer 9.5A({/8") (#50) (with heat insulator) Stop valve (with service port) -way valve High pressure protect switch Service port Accumulator Compressor Drier Strainer (#00) Muffler (TH) Strainer (#00) Liner expansion valve Outdoor unit (TH) Refrigerant flow in cooling Refrigerant flow in heating (TH6) Distributor with strainer Capillary tube (O.D..0 I.D..0-L00) pcs w : O.D..0 I.D..0-L00(PUH-P5YGAA().UK) O.D..0 I.D..0-L50(PUH-P6YGAA().UK) 7

PU-P.6,,.5, VGAA.UK PU-P.6,,.5, YGAA.UK Indoor unit (TH) (TH5) Distributor with strainer Indoor coil thermistor (TH) Strainer Refrigerant pipe 5.88A({5/8") (with heat insulator) Flexible tube Flared connection Ball valve (#50) Strainer Service port Accumulator (#50) Strainer Drier Refrigerant pipe Stop valve 9.5A({/8") (with service port) (with heat insulator) High pressure Outdoor unit protect switch Outdoor heat exchanger Service port Compressor (#00) Strainer (TH) Refrigerant flow in cooling (#00) Strainer Linear expansion valve (TH6) (TH) Distributor with strainer PU-PVGAA.UK PU-PYGAA.UK Indoor unit (TH) (TH5) Distributor with strainer Indoor coil thermistor (TH) Refrigerant pipe 9.05A({/") (with heat insulator) Strainer Flexible tube Flared connection Ball valve (#50) Strainer Service port Accumulator (#50) Strainer Drier Refrigerant pipe Stop valve 9.5A({/8") (with service port) (with heat insulator) High pressure protect switch Compressor Service port Outdoor unit (TH) (TH) (#00) Strainer Liner expansion valve Refrigerant flow in cooling (#00) Strainer (TH6) Distributor with strainer Capillary tube (O.D..0 I.D..0-L50) pcs PU-P5YGAA.UK PU-P5YGAA.UK Indoor unit (TH) (TH5) Distributor with strainer (TH) PU-P6YGAA.UK PU-P6YGAA.UK Refrigerant pipe 9.05A({/") (with heat insulator) Strainer Flexible tube Flared connection Refrigerant pipe 9.5A({/8") (with heat insulator) Ball valve (#50) Strainer Service port Accumulator (#50) Strainer Drier High pressure protect switch Service port Outdoor unit (TH) (TH) Compressor Strainer Strainer (#00) (#00) Stop valve (with service port) Liner expansion valve Refrigerant flow in cooling (TH6) Distributor with strainer Capillary tube (O.D..0 I.D..0-L00) pcs 8

PUH-P,.6,,.5, VGAA.UK PUH-P.6,,.5, YGAA.UK Indoor unit (TH) (TH5) Distributor with strainer Indoor coil thermistor (TH) Refrigerant pipe Ball valve P.7A({/") -way valve P.6~P 5.88A({5/8") (#50) (with heat insulator) Strainer Strainer Flexible tube Flared connection Refrigerant pipe P 6.5A({/") P.6~P 9.5A({/8") (with heat insulator) Service port Accumulator Stop valve (with service port) High pressure Outdoor unit protect switch Outdoor heat exchanger Compressor Service port Muffler (TH) (#00) Strainer Refrigerant flow in cooling Refrigerant flow in heating (#00) Strainer Linear expansion valve (TH6) (TH) Distributor with strainer <-way valve solenoid coil> Heating : ON Cooling : OFF PUH-PVGAA.UK PUH-PYGAA.UK Indoor unit (TH) (TH5) Distributor with strainer Indoor coil thermistor (TH) Refrigerant pipe Ball valve -way valve 9.05A({/") (#50) (with heat insulator) Strainer Strainer Flexible tube Flared connection Refrigerant pipe 9.5A({/8") (with heat insulator) Service port Accumulator Stop valve (with service port) Muffler High pressure protect switch Compressor Service port Outdoor unit (TH) (TH) (#00) Strainer (#00) Strainer Liner expansion valve (TH6) Distributor with strainer Capillary tube (O.D..0 I.D..0-L50) pcs Refrigerant flow in cooling Refrigerant flow in heating 9

TROUBLESHOOTING. SELF-DIAGNOSTIC FUNCTION The blinking patterns of two LEDsLED(Green) and LED(Red)show the diagnoses of troubles in case of malfunction. By 7SEG indicator board indicates the operation mode and inspection types. For the details, refer to OCT0 REVISED EDITION-C. LED (Green) LED (Red) Indication (O.B) Error Name Inspection method LED LED (Green) (Red) blink blink Negative Phase detection The wires of power supply and connecting wires of indoor / outdoor units are crossed with one another. outdoor power supply board (TB). blinks 5CM connector open blinks blink blinks blinks blinks Remote controller transmission error (Signal receiving error: Remote controller side) Remote controller transmission error (Transmitting error: Remote controller side) Remote controller transmission error Check if the wires of power supply are connected to their corresponding terminals on TB. Check if the wirings are correct on power supply (TB) and Check if the connectors of 5CM (5C) on outdoor controller board are disconnected. Check the continuity of connector 5CM (5C) by using a tester. Indoor / outdoor unit connector mis-wiring Check if the wirings are correct on the connecting wires of Excessive numbers of indoor units per an indoor / outdoor units. outdoor unit (five or more) Check if a single outdoor unit connects five or more indoor Mis-wiring of indoor / outdoor unit connection units. wires (crossed wiring or disconnection) Start-up time is up Indoor / outdoor unit transmission error Check if the wirings are correct on the connecting wires of (Signal receiving error: Indoor controller side) indoor / outdoor units. Indoor / outdoor unit transmission error Check if there is noise on the wires of power supply and (Transmitting error: Indoor controller side) connecting wires of indoor / outdoor units. Indoor / outdoor unit transmission error Check if there is noise on both indoor and outdoor (Signal receiving error :Outdoor controller side) controller board. Indoor / outdoor unit transmission error Turn the power off and let the units operate again to confirm. (Transmitting error: Outdoor controller side) Check if the wirings are correct on indoor units or remote controllers. Check if there is noise on the transmission lines of remote controllers. Turn the power off and let the units operate again to confirm. (Signal receiving error: Indoor controller side) Remote controller transmission error (Transmitting error: Indoor controller side) Undefined error code Check if there is noise on the transmission lines of remote controllers. Check if there is noise on the connecting wires of indoor/outdoor units. Turn the power off and let the units operate again to confirm. To be continued on the next page.

From the preceding page. Indication (O.B) Error Name Inspection method LED LED (Green) (Red) blinks blink Abnormal high discharge temperature(th) Check if ball valves are open. Check the continuity of connector (TH) on outdoor controller board by using a tester. blinks blinks blinks blinks 5 blinks blinks blinks blinks Abnormal high pressure (High-pressure switch 6H has been tripped) Protection from overheat operation (TH) Compressor's overcurrent (Overload) Thermal relay (5C) has been tripped Overcurrent has locked the operation of compressor in start-up. Open / short circuit of discharge thermistor (TH) Open / short circuit of liquid pipe thermistor (TH) Open / short circuit of EVA / COND pipe thermistor (TH5) Abnormality of room temperature thermistor (Indoor unit side: TH) Abnormality of Liquid pipe thermistor (Indoor unit side:th) Abnormality of EVA / COND pipe thermistor (Indoor unit side: TH5) Abnormality of drain sensor (Indoor unit side : (DS)) Malfunction of drain-up machine Abnormality of pipe temperature Check if the unit fills the refrigerant at the same amount as specified. Check if indoor / outdoor units have a short cycle on their air ducts. Check if the connector of 5C (6H) on outdoor controller board is disconnected. Check if the units get their heat exchanger and filter dirty and clogged. Measure resistance values among terminals on linear expansion valve by using a tester. Check if outdoor unit has a short cycle on its air duct. Check if the connector of TH on outdoor controller board is disconnected. Check if ball valves are open. Measure resistance values among terminals on compressor by using a tester. Check if outdoor unit has a short cycle on its air duct. Check if the connector of 5CM (5C) on outdoor controller board is disconnected. 5 Check if the units get their heat exchanger and filter dirty and clogged. Check if the connectors of TH, TH, and TH6 on outdoor controller board are disconnected. Measure the resistance values of each thermistor (TH, TH, and TH6). Check if the connectors of CN0, CN, and CN9 on outdoor controller board are disconnected. Measure the resistance values of each thermistor (TH, TH, and TH5). Check if the connector of CN on outdoor controller board is disconnected. Measure the resistance value of drain sensor. Measure resistance values among terminals on drain-up machine by using a tester. Check if the connectors of CN0, CN, and CN9 on outdoor controller board are disconnected. Check if ball valves are open. Check if the wirings are correct on the connecting wires of indoor / outdoor units.

. HOW TO CHECK THE PARTS PUH-P,.6,,.5,, VGAA().UK PU-P.6,,.5,, VGAA().UK Parts name Liquid temperature thermistor (TH) Discharge temperature thermistor (TH) Condenser/evaporator temperature thermistor (TH6) FAN MOTOR(MF) Check points Disconnect the connector then measure the resistance using a tester. (Surrounding temperature 0:~0:) TH TH TH6 PUH-P.6,,.5,,, 5, 6YGAA().UK PU-P.6,,.5,,, 5, 6YGAA().UK Normal 60k"~0k".k"~9.6k".k"~9.6k" Abnormal Open or short Measure the resistance between the terminals using a tester. (Surrounding temperature 0C ) (Refer to the next pege for a detail.) Black Orange Red White Motor lead wire White Black White Red Normal 57." ±0% 99.7" ±0% Abnormal Open or short Protector OPEN :0i5: CLOSE :88i5: Linear expansion valve (LEV) Blue White Red M 5 Brown 6 Yellow Orange Disconnect the connector then measure the resistance using a tester. (Surrounding temperature 0:) () - (5) White - Red () - (6) Yellow - Brown Normal 50" ±0% () - (5) Orange - Red () - (6) Blue - Brown Abnormal Open or short -WAY VALVE SOLENOID COIL (S) Measure the resistance between the terminals using a tester. (Surrounding temperature 0C ) Normal 0" Abnormal Open or short BYPASS VALVE SOLENOID COIL (R) PUH-P5/6YGAA.UK only CRANKCASE HEATER (HC) Measure the resistance between the terminals using a tester. (Surrounding temperature 0 ) P, P.6 90" ±7% Normal P5, P6 970" P~P6 56" ±7% Abnormal Open or short Measure the resistance between the terminals using a tester. Normal Abnormal Open or short

< characteristic graph> for lower temperature Liquid temperature thermistor(th) Condenser/evaporator temperature thermistor(th6) 50 < for lower temperature > R0=5k' ± % Fixed number of B=80k' ± % Rt=5exp { 80( 7+t 7 ) } 0: 5k' 0: 9.6k' 0: 6.k' 5: 5.k' 0:.k' 0:.0k' Resistance (K") 0 0 0 0 0-0 -0 0 0 0 0 0 50 Temperature (:) for higher temperature Discharge temperature thermistor(th) 500 < for higher temperature > R0=7.65k' ±% Fixed number of B=057k' ±% Rt=7.65exp { 057( 7+t 9 ) } 0: 50k' 0: 60k' 0: 0k' 50: 70k' 60: 8k' 70: k' 80: k' 90: 7.5k' 00:.0k' 0: 9.8k' Resistance (K") 00 00 00 00 0 5 50 75 00 0 Temperature (:) Linear expansion valve Operation summary of the linear expansion valve. Linear expansion valve open/close through stepping motor after receiving the pulse signal from the controller board. Valve position can be changed in proportion to the number of pulse signal. <Connection between the controller board and the linear expansion valve> Controller board DCV Linear expansion valve Brown 6 White Red M 5 Blue Brown 6 Yellow Orange [ [ [ [ Red Blue Orange Yellow White 5 Drive circuit [ [ [ [ Connector(CNLEV)

<Output pulse signal and the valve operation> Output (Phase) { ON { ON { OFF { OFF OFF ON ON OFF Output ➁ Linear expansion valve operation OFF OFF ON ON D ON OFF OFF ON C Closing a valve : Opening a valve : The output pulse shifts in above order.. When linear expansion valve operation stops, all output phase become OFF.. At phase interruption or when phase does not shift in order, motor does not rotate smoothly and motor will locks and vibrates. When the switch is turned on, 00 pulse closing valve signal will be send till it goes to A point in order to define the valve position. Valve position (capacity) A E Close Open 000 pulse Opening a valve all the way When the valve move smoothly, there is no noise or vibration occurring from the linear expansion valve : however, when the pulse number moves from E to A or when the valve is locked, more noise can be heard than normal situation. Noise can be detected by placing the ear against the screw driver handle while putting the screw driver to the linear expansion valve. B Pulse number Extra tightning (80~00pulse) ➂ Trouble shooting Problem Check point Corrective measure Remove the connector from the controller board and connect diagnostic LEDs. Exchange the indoor controller board at drive circuit failure. Operation circuit failure of the micro processor. Linear expansion valve mechanism is locked. k" LED Pulse signal will be sent out for 0 seconds as soon as the main switch is turn on. If there is LED with lights on or lights off, it means the operation circuit is abnormal. Motor will idle and make ticking noise when motor is operated while the linear expansion valve is locked. This ticking sound is the sign of the abnormality. 6 5 Exchange the linear expansion vale. Short or breakage of the motor coil of the linear expansion valve. Wrong connection of the connector or contact failure. Measure the resistance between the each coil (red-white, red-orange, brown-yellow, brown-blue) using a tester. It is normal if the resistance is in the range of 50'±0%. Check improperly connected connector terminals and the wire colors. Remove the connector on the controller board side and check electrical conductance Exchange the linear expansion valve. Disconnect the connector at the controller board, then check the continuity. 5

DISASSEMBLY PROCEDURE PUH-P5YGAA().UK, PUH-P6YGAA().UK OPERATING PROCEDURE. Removing the Service panel and Top panel () Remove the service panel fixing screws (5 5) and slide the hook to remove the service panel. () Remove the screws ( for front, for rear/5 5) of the top panel and remove it. PHOTOS Photo Top panel screws Top panel <When the rear screws of the top panel are not possible to remove> Remove the front screws (5 5) of the top panel and lift the front side of the top panel. Fan guard Service panel Service panel screws Fan guard screws. Removing the Fan and Fan motor () Remove the 6 fan guard screws (5 5) to remove it. (See Photo ) () Remove the propeller nut (M8) and propeller fan. () Remove the fan motor screws (5 5) to remove the fan motor. Photo Fan motor screws Fan motor. Removing the Electrical box () Remove the service panel. (See Photo ) () Remove the top panel. (See Photo ) () Remove the Bypass valve, Crankcase heater, Pressure switch<for high pressure>, Liquid temperature thermistor, Discharge temperature thermistor, condenser/evaporator temperature thermistor and -way valve from the connector housing on the controller board,then disconnect the fan motor lead wire from the housing mentioned before and the condenser lead wire for the fan from the electrical box. <Diagram symbol in the connector housing> Bypass valve solenoid coil (SV) Crankcase heater (CH) Pressure switch <for high pressure> (6H) Liquid temperature thermistor (TH) Discharge temperature thermistor (TH) Condenser/evaporator temperature thermistor (TH6) -way valve solenoid coil (S) Fan motor (MF, MF) () Remove the terminal cover and disconnect the compressor lead wire and inner thermal device terminal. (5) Remove the electrical box screw ( 0) and lift the box to remove it. The electric box cover is hooked at points on the left and point on the right. Photo Fan guard Electric parts box Outdoor unit controller board Electrical box fixing screw Terminal cover Cover panel Compressor Cover panel fixing screw 6

OPERATING PROCEDURE. Removing the liquid temperature thermistor, discharge temperature thermistor and condenser/evaporator temperature thermistor () Remove the service panel. (See Photo ) () Remove the top panel. (See Photo ) (When the top panel removing is not possible, remove the electric parts box. Refer to.) w When removing liquid temperature thermistor and the discharge temperature thermistor, it unnecessary to remove the top panel. (See Photo 5) () Disconnect the lead wire of the liquid temperature thermistor, discharge temperature thermistor and condenser/evaporator temperature thermistor from the housing (TH, TH, TH6) on the controller board. () Loosen the lead wire clamps on the electrical box. (5) Pull out the thermistor from the sensor holder. Photo Electrical box PHOTOS Clamp Condenser/evaporator temperature thermistor 5. Removing the bypass valve solenoid coil (SV) () Remove the service panel. (See Photo ) () Remove the top panel. (See Photo ) (When the top panel removing is not possible, remove the electrical box. Refer to. ) () Remove coil fixing screw (M 8) and disconnect the lead wire of the bypass valve solenoid coil (SV) from on the controller board. 6. Removing the bypass valve () Remove the service panel. (See Photo ) () Remove the top panel. (See Photo ) () Remove the bypass valve solenoid coil. (See Photo ) () Recover gas from the refrigerant circuit. (5) Remove the braze at the intake and outlet of the bypass valve. Note : Before using a burner, reclaim gas from the pipes until the pressure gauge shows 0 kg/cm (0 MPa). Use the burner under the condition that gas can be recovered even when the inner pressure rises by heat. When installing the bypass valve, cover it with a wet cloth to prevent it from heating, then braze the pipes. 7. Removing the -way valve solenoid coil (S) () Remove the service panel. (See Photo ) () Remove -way valve solenoid coil fixing screw (M5 6) and disconnect the lead wire of the -way valve solenoid coil (S) from the controller board. 8. Removing the -way valve () Remove the service panel. (See Photo ) () Remove the -way valve solenoid coil. (See Photo 5) () Recover gas from the refrigerant circuit. () Remove the braze pipe of the -way valve. Note : Before using a burner, reclaim gas from the pipes until the pressure gauge shows 0 kg/cm (0 MPa). Use the burner under the condition that gas can be recovered even when the inner pressure rises by heat. When installing the -way valve, cover it with a wet cloth to prevent it from heating, then braze the pipes. Photo 5 Rear panel Liquid temperature thermistor Linear expansion valve coil Pressure switch <High> Bypass valve solenoid coil Bypass valve solenoid coil fixing screw -way valve -way valve solenoid coil fixing screw -way valve solenoid coil Discharge temperature thermistor 7

OPERATING PROCEDURE PHOTOS 9. Removing the High pressure switch () Remove the service panel. (See Photo ) () Remove the top panel. (See Photo ) () Remove the electrical box. (See Photo ) () Disconnect the lead wire of the pressure switch. (See Photo 6) (5) Remove the braze part of the pressure switch. Photo 6 Lead wire Capillary tube Note : When installing the pressure switch, cover the pressure switch with a wet cloth to prevent the pressure switch from heating, then braze it. Pressure switch <High> Valve bed fixing screws 0. Removing the linear expansion valve () Remove the service panel. (See Photo ) () Remove the top panel. (See Photo ) () Remove the electrical box. (See Photo ) () Recover gas from the refrigerant circuit. (5) Remove the linear expansion valve coil. (See Photo 7) (6) Remove the braze pipes of the linear expansion valve. Photo 7 Bypass valve solenoid coil Bypass valve Note : When installing the linear expansion valve, remove its coil and cover the valve with a wet cloth so as to prevent it from heating, then braze the pipes. Linear expansion valve coil Note : By detaching the rear panel, the brazed parts will easily become separated. Note : Before using a burner, reclaim gas from the pipes until the pressure gauge shows 0 kg/cm (0 MPa). Use the burner under the condition that gas can be recovered even when the inner pressure rises by heat. Accumulator Linear expansion valve. Removing the Bell mouth () Remove the 6 fan guard fixing screws (5 5) to remove it. (See Photo ) () Remove the top panel. () Remove a bell mouth fixing screw (5 5) to remove it. Photo 8 Bell mouth fixing screw 8

OPERATING PROCEDURE. Removing the compressor () Remove the service panel. (See Photo ) () Remove the top panel. (See Photo ) () Remove the electric parts box. (See Photo ) () Remove the bell mouth. (See Photo 8) (5) Remove the valve bed fixing screws ( 0) and the ball valve fixing screws(5 6) to remove the valve bed. (6) Remove the rear panel fixing screws (5 5) to the panel. (7) Remove the cover panel fixing screw (5 5) to remove the front side of cover panel. (8) Recover gas from the refrigerant circuit. (9) Remove the points of the compressor fixing nut with a monkey wrench. (0) Remove the brazed pipe of compressor intake and outlet to remove the compressor <Reference> w When the power supply terminal block of the compressor is fixed with the screws, the tightening torque is from. to.7 N.m. NOTE Before using a burner, reclaim gas from the pipes until the pressure gauge shows 0 kg/cm (0 MPa). Use the burner under the condition that gas can be recovered even when the inner pressure rises by heat. Photo 9 PHOTOS Accumulator Compressor. Removing the accumulator. () Recover gas from the refrigerant circuit. () Remove the compressor or remove the rear panel. () Remove the brazed pipe of accumulator intake and outlet to remove the accumulator NOTE : Before using a burner, reclaim gas from the pipes until the pressure gauge shows 0 kg/cm (0 MPa). Use the burner under the condition that gas can be recovered even when the inner pressure rises by heat. Compressor fixing nuts 9

PARTS LIST STRUCTURAL PARTS PUH-PVGAA.UK PUH-PVGAA.UK PUH-P.6VGAA.UK PUH-P.6VGAA.UK PUH-P.6YGAA.UK PUH-P.6YGAA.UK PU-P.6VGAA.UK PU-P.6VGAA.UK PU-P.6YGAA.UK PU-P.6YGAA.UK 5 7 6 5 6 7 8 9 0 No. Part No. S70 0L 6 Part Name TOP PANEL F.ST SCREW Q, ty/set PUH- PUH-P.6 PU-P.6 Specification P.UK.UK.UK VGAA VGAA YGAA VGAA YGAA VGAA VGAA YGAA VGAA YGAA (5 5) 6 6 6 6 6 Remarks (Drawing No.) (DGF56H5) Wining Diagram Symbol Recommended Q, ty Unit Price Amount S70 0L 6 REAR SUPPORT S70 T 6 FRONT SUPPORT 5 S70 0L 9 BELL MOUTH 6 S70 E0 675 WIRE GRILL - S 7 SEPARATOR ASSY (RG00R05G0) 8 S70 E0 686 BASE 9 S70 96W 0 MOTOR SUPPORT 0 VALVE BED ASSY (RG00R08G0) S70 00 699 LABEL (MITSUBISHI) S70 L 658 COVER PANEL S70 0L 658 COVER PANEL S70 E00 68 REAR PANEL 5 S70 0L 655 PANEL HANDLE S70 E09 66 SERVICE PANEL 6 S70 E08 66 S70 E0 66 SERVICE PANEL SERVICE PANEL S70 E05 66 SERVICE PANEL 7 S70 0L 698 REAR GUARD 0

STRUCTURAL PARTS PUH-PVGAA.UK PUH-PVGAA.UK PUH-PYGAA.UK PUH-PYGAA.UK PU-PVGAA.UK PU-PVGAA.UK PU-PYGAA.UK PU-PYGAA.UK 7 6 5 5 6 7 8 9 0 No. Part No. Part Name Specificatio Q, ty/set PUH-P.UK PU-P.UK Remarks Wining Recommended Diagram VGAA YGAA VGAA YGAA (Drawing No.) Symbol Q, ty VGAA YGAA VGAA YGAA 5 6 7 8 9 0 5 S70 0L 6 S70 97W 6 S70 E00 6 S70 6L 9 S70 E0 675 S70 97W 0 S70 E0 686 S70 0L 655 S70 L 658 S70 0L 658 S70 E0 68 S70 00 699 S70 E0 66 TOP PANEL F.ST SCREW REAR SUPPORT FRONT SUPPORT BELL MOUTH WIRE GRILL-M MOTOR SUPPORT SEPARATOR ASSY VALVE BED ASSY BASE PANEL HANDLE COVER PANEL- COVER PANEL- REAR PANEL LABEL (MITSUBISHI) SERVICE PANEL (5 5) 6 6 6 6 (DGF56H5) (RG00R05G0) (RG00R08G0) 6 S70 E 66 SERVICE PANEL S70 E0 66 SERVICE PANEL 7 S70 E06 66 S70 L 698 SERVICE PANEL REAR GUARD Unit Price Amount

STRUCTURAL PARTS PUH-P.5VGAA.UK PUH-P.5VGAA.UK PUH-P.5YGAA.UK PUH-P.5YGAA.UK PU-P.5VGAA.UK PU-P.5VGAA.UK PU-P.5YGAA.UK PU-P.5YGAA.UK 7 6 5 5 6 No. Part No. Part Name Specificatio S70 0L 6 S70 97W 6 S70 E00 6 5 S70 6L 9 6 S70 E0 675 7 S70 97W 0 8 9 0 S70 E0 686 S70 0L 655 S70 L 658 S70 0L 658 S70 E0 68 5 S70 00 699 S70 E0 66 S70 E 66 6 S70 E0 66 S70 E06 66 7 S70 0L 698 TOP PANEL F.ST SCREW REAR SUPPORT FRONT SUPPORT BELL MOUTH WIRE GRILL-M MOTOR SUPPORT SEPARATOR ASSY VALVE BED ASSY BASE PANEL HANDLE COVER PANEL- COVER PANEL- REAR PANEL LABEL (MITSUBISHI) SERVICE PANEL SERVICE PANEL SERVICE PANEL SERVICE PANEL REAR GUARD 7 8 9 0 (5 5) Q, ty/set PUH-P.5 UK PU-P.5 UK VGAA YGAA VGAA YGAA VGAA YGAA VGAA YGAA 6 6 6 6 Remarks (Drawing No.) (DGF56H5) (RG00R05G0) (RG00R08G0) Wining Diagram Symbol Recommended Q, ty Unit Price Amount

STRUCTURAL PARTS PUH-PVGAA.UK PUH-PVGAA.UK PUH-PYGAA.UK PUH-PYGAA.UK PU-PVGAA.UK PU-PVGAA.UK PU-PYGAA.UK PU-PYGAA.UK 7 6 5 5 6 No. Part No. Part Name Specificatio S70 0L 6 S70 97W 6 S70 E00 6 5 S70 6L 9 6 S70 E0 675 7 S70 97W 0 8 9 0 S70 E0 686 S70 0L 655 S70 L 658 S70 0L 658 S70 E0 68 5 S70 00 699 S70 E0 66 S70 E 66 6 S70 E0 66 S70 E06 66 7 S70 0L 698 TOP PANEL F.ST SCREW REAR SUPPORT FRONT SUPPORT BELL MOUTH WIRE GRILL-M MOTOR SUPPORT SEPARATOR ASSY VALVE BED ASSY BASE PANEL HANDLE COVER PANEL- COVER PANEL- REAR PANEL LABEL (MITSUBISHI) SERVICE PANEL SERVICE PANEL SERVICE PANEL SERVICE PANEL REAR GUARD 7 8 9 0 (5 5) Q, ty/set PUH-P.UK PU-P.UK VGAA YGAA VGAA YGAA VGAA YGAA VGAA YGAA 6 6 6 6 Remarks (Drawing No.) (DGF56H5) (RG00R05G0) (RG00R08G0) Wining Diagram Symbol Recommended Q, ty Unit Price Amount

STRUCTURAL PARTS PUH-PVGAA.UK PUH-PVGAA.UK PU-PVGAA.UK PU-PVGAA.UK PUH-PYGAA.UK PUH-PYGAA.UK PU-PYGAA.UK PU-PYGAA.UK 6 5 8 7 6 5 7 8 9 0 No. Part No. Part Name Q, ty/set Remarks Wining Recommended Specification PUH-P.UK PU-P.UK Diagram (Drawing No.) VGAA YGAA VGAA YGAA Symbol Q, ty VGAA YGAA VGAA YGAA S70 0L 6 TOP PANEL F.ST SCREW (5 5) 8 8 8 8 (DGF56H5) S70 98W 6 REAR SUPPORT S70 E0 6 FRONT SUPPORT 5 S70 L 9 BELL MOUTH 6 S70 E0 675 WIRE GRILL - L 7 S70 0L 9 BELL MOUTH 8 S70 L 0 MOTOR SUPPORT 9 SEPARATOR ASSY (RG00R05G0) 0 VALVE BED ASSY (RG00R08G0) S70 E0 686 BASE S70 0L 655 PANEL HANDLE S70 L 658 COVER PANEL- S70 0L 658 COVER PANEL- 5 S70 E0 68 REAR PANEL 6 S70 00 699 LABEL (MITSUBISHI) S70 E 66 SERVICE PANEL 7 S70 E 66 SERVICE PANEL S70 E0 66 SERVICE PANEL S70 E07 66 SERVICE PANEL 8 S70 0L 698 REAR GUARD Unit Price Amount

STRUCTURAL PARTS PUH-P5YGAA.UK PUH-P5YGAA.UK PUH-P6YGAA.UK PUH-P6YGAA.UK PU-P5YGAA.UK PU-P5YGAA.UK PU-P6YGAA.UK PU-P6YGAA.UK 9 8 7 6 5 6 7 8 9 0 5 Q, ty/set No. Part No. Part Name Specification PUH-P5,6 PU-P5,6 YGAA.UK YGAA.UK YGAA.UK YGAA.UK S70 7T 6 TOP PANEL 5 6 7 8 9 0 5 6 7 8 9 F.ST SCREW S70 98W 6 REAR SUPPORT S70 7T 6 FRONT SUPPORT S70 L 9 BELL MOUTH S70 E0 675 WIRE GRILL - L S70 0L 9 BELL MOUTH S70 L 0 MOTOR SUPPORT SEPARATOR ASSY S70 A0 59 ACCUMULATOR DRAIN PAN VALVE BED ASSY S70 E0 686 BASE S70 0L 655 PANEL HANDLE S70 L 658 COVER PANEL- S70 0L 658 COVER PANEL- S70 E0 68 REAR PANEL S70 00 699 LABEL(MITSUBISHI) S70 E 66 SERVICE PANEL S70 E0 66 SERVICE PANEL S70 7T 698 REAR GUARD (5 5) 8 8 Remarks (Drawing No.) (DGF56H5) (RG00R06G0) (RG00R08G0) Wining Recom- Symbol Q, Diagrammended ty Unit Price Amount 5

FUNCTIONAL PARTS PUH-PVGAA.UK PUH-PVGAA.UK FUSE 6 5 0 9 8 7 5 6 6 5 7 8 9 0 6

No. Part No. Part Name Specification S70 9 708 CONTACTOR S-U 0V S70 E0 76 S70 E0 76 S70 E0 76 TERMINAL BLOCK TERMINAL BLOCK OUTDOOR FAN MOTOR P(L,N) P(S,S,S) N06P7MT 5 S70 0L 5 PROPELLER FAN 6 7 8 9 S70 0L 097 S70 E6 0 S70 E00 67 S70 E00 NUT THERMISTOR (DISCHARGE) MUFFLER CHARGE PLUG M8 0 S70 00 8 STOP VALVE(LIQUID) / S70 06 00 COMPRESSOR RE89VHSMT S70 E0 6 S70 E0 0 S70 E0 5 S70 66L 50 6 S70 E0 05 7 S70 E0 0 CRANKCASE HEATER ACCUMULATOR BALL VALVE STRAINER FILTER DRYER LINEAR EXPANSION VALVE 0V / 0W / #50-8 S70 50 -WAY VALVE SOLENOID COIL 9 S70 E0 0 0 S70 E5 0 S70 E99 08 S70 E00 08 S70 L 5 -WAY VALVE (REVERSING) THERMISTOR ( LIQUID, CONDENSER / EVAPORATOR ) HEAT EXCHANGER HIGH PRESSURE SWITCH OUTDOOR CONTROLLER BOARD OFF:.MPa ON:.6MPa S70 50 9 FUSE 6.A 5 S70 0L 55 6 S70 E00 7 OUTDOOR FAN CAPACITOR COMPRESSOR CAPACITOR.+ 0V 0+ 0V Q, ty/set Price Wining Recommended PUH-PV Remarks Diagram Symbol Q, ty Unit Amount GAA.UK GAA.UK 5C TB TB MF TH MC CH LEV S TH, TH6 6H O.B (PART OF BOARD) FUSE C C5 7

FUNCTIONAL PARTS PUH-P.6VGAA.UK PU-P.6VGAA.UK PUH-P.6VGAA.UK PU-P.6VGAA.UK FUSE 6 5 0 9 8 7 5 6 6 5 7 8 9 0 8

Part number that is circled is not shown in the figure. No. Part No. Part Name Specification Q, ty/set Price Wining Recommended PUH-P.6V PU-P.6V Remarks Diagram GAA Symbol Q, ty Unit Amount.UK GAA GAA.UK.UK GAA.UK S70 9 708 CONTACTOR S-U 0V 5C S70 E0 76 S70 E0 76 S70 E0 76 TERMINAL BLOCK TERMINAL BLOCK OUTDOOR FAN MOTOR P(L,N) P(S,S,S) N06P7MT TB TB MF 5 S70 0L 5 PROPELLER FAN 6 S70 0L 097 NUT M8 7 8 9 S70 E6 0 S70 E00 67 S70 E00 THERMISTOR (DISCHARGE) MUFFLER CHARGE PLUG TH 0 S70 00 8 STOP VALVE(LIQUID) /8 S70 06 00 COMPRESSOR RE77VHSMT MC S70 E0 6 S70 E0 0 S70 E0 5 S70 66L 50 6 S70 E0 05 7 S70 E0 0 CRANKCASE HEATER ACCUMULATOR BALL VALVE STRAINER FILTER DRYER LINEAR EXPANSION VALVE 0V / 0W 5/8 #50- CH LEV 8 S70 50 -WAY VALVE SOLENOID COIL S 9 S70 E0 0 0 S70 E5 0 S70 E00 08 S70 E00 08 S70 L 5 -WAY VALVE (REVERSING) THERMISTOR ( LIQUID, CONDENSER / EVAPORATOR ) HEAT EXCHANGER HIGH PRESSURE SWITCH OUTDOOR CONTROLLER BOARD OFF:.MPa ON:.6MPa TH, TH6 6H O.B S70 50 9 FUSE 6.A (PART OF BOARD) FUSE 5 S70 0L 55 6 S70 E0 7 7 S70 0L 50 OUTDOOR FAN CAPACITOR COMPRESSOR CAPACITOR STRAINER.+ 0V 0+ 00V #50-9.5 C C5 9

FUNCTIONAL PARTS PUH-P.6YGAA.UK PU-P.6YGAA.UK PUH-P.6YGAA.UK PU-P.6YGAA.UK FUSE 5 0 9 8 7 5 6 6 5 7 8 9 0 50

Part number that is circled is not shown in the figure. No. Part No. Part Name Specification Q, ty/set Price Wining Recommended PUH-P.6Y PU-P.6Y Remarks Diagram GAA Symbol Q, ty Unit Amount.UK GAA GAA.UK.UK GAA.UK S70 50 708 CONTACTOR MSO-N 5C,5C S70 E0 76 S70 E0 76 S70 E0 76 TERMINAL BLOCK TERMINAL BLOCK OUTDOOR FAN MOTOR P(L,L,L,N) P(S,S,S) N06P7MT TB TB MF 5 S70 0L 5 PROPELLER FAN 6 S70 0L 097 NUT M8 7 8 9 S70 E6 0 S70 E00 67 S70 E00 THERMISTOR (DISCHARGE) MUFFLER CHARGE PLUG TH 0 S70 00 8 STOP VALVE(LIQUID) /8 S70 06 00 COMPRESSOR RE77YFKM MC 5 6 7 S70 E0 6 S70 E0 0 S70 E0 S70 66L 50 S70 E0 05 S70 E0 0 CRANKCASE HEATER ACCUMULATOR BALL VALVE STRAINER FILTER DRYER LINEAR EXPANSION VALVE 0V / 8W 5/8 #50- CH LEV 8 S70 50 -WAY VALVE SOLENOID COIL S 9 0 S70 E0 0 S70 E5 0 S70 E00 08 S70 E00 08 S70 L 5 -WAY VALVE (REVERSING) THERMISTOR ( LIQUID, CONDENSER / EVAPORATOR ) HEAT EXCHANGER HIGH PRESSURE SWITCH OUTDOOR CONTROLLER BOARD OFF:.MPa ON:.6MPa TH, TH6 6H O.B S70 50 9 FUSE 6.A (PART OF BOARD) FUSE 5 6 S70 0L 55 S70 0L 50 OUTDOOR FAN CAPACITOR STRAINER.+ 0V #50-9.5 C 5

FUNCTIONAL PARTS PUH-PVGAA.UK PUH-PVGAA.UK PU-PVGAA.UK PU-PVGAA.UK FUSE 6 5 0 9 8 7 5 6 6 5 7 8 9 0 5

Part number that is circled is not shown in the figure. No. Part No. Part Name Specification 5 S70 0 708 CONTACTOR S70 E0 76 TERMINAL BLOCK S70 E0 76 TERMINAL BLOCK S70 E0 76 OUTDOOR FAN MOTOR S70 0L 5 PROPELLER FAN S-N8EX P(L,N) P(S,S,S) N06P7MT 6 7 S70 0L 097 NUT S70 E6 0 THERMISTOR (DISCHARGE) M8 8 S70 6L 67 MUFFLER 9 S70 E00 CHARGE PLUG 0 S70 00 8 STOP VALVE (LIQUID) S70 06 00 COMPRESSOR S70 E0 6 CRANKCASE HEATER S70 E0 0 ACCUMULATOR /8 NE6VMJMT 0V / 8W 5 6 S70 E0 BALL VALVE S70 6L 50 STRAINER S70 E0 05 FILTER DRYER 5/8 #50-6 7 S70 50 -WAY VALVE SOLENOID COIL 8 S70 A00 0 -WAY VALVE (REVERSING) 9 S70 E5 0 THERMISTOR( LIQUID, CONDENSER / EVAPORATOR ) 0 S70 E0 0 LINEAR EXPANSION VALVE S70 E0 08 HEAT EXCHANGER S70 E00 08 HIGH PRESSURE SWITCH S70 L 5 OUTDOOR CONTROLLER BOARD OFF:.MPa ON:.6MPa 5 6 7 S70 50 9 FUSE S70 0L 55 OUTDOOR FAN CAPACITOR S70 00 7 COMPRESSOR CAPACITOR S70 0L 50 STRAINER 6.A.+ 0V 50+ 0V #50-9.5 PUH-PV Q, ty/set GAA.UK GAA.UK GAA.UK GAA.UK PU-PV Remarks Wining Diagram Symbol 5C TB TB MF TH MC CH S TH, TH6 LEV 6H O.B (PART OF BOARD) FUSE C C5 Recommended Q, ty Price Unit Amount 5

FUNCTIONAL PARTS PUH-P.5VGAA.UK PUH-P.5VGAA.UK PU-P.5VGAA.UK PU-P.5VGAA.UK FUSE 6 5 0 9 8 7 5 6 6 5 7 8 9 0 5

Part number that is circled is not shown in the figure. No. Part No. Part Name Specification 5 S70 0 708 CONTACTOR S70 E0 76 TERMINAL BLOCK S70 E0 76 TERMINAL BLOCK S70 E0 76 OUTDOOR FAN MOTOR S70 0L 5 PROPELLER FAN S-N8EX P(L,N) P(S,S,S) N06P7MT 6 7 S70 0L 097 NUT S70 E6 0 THERMISTOR (DISCHARGE) M8 8 S70 6L 67 MUFFLER 9 S70 E00 CHARGE PLUG 0 S70 00 8 STOP VALVE (LIQUID) S70 066 00 COMPRESSOR S70 E0 6 CRANKCASE HEATER S70 E0 0 ACCUMULATOR /8 NEVMJMT 0V / 8W 5 6 S70 E0 BALL VALVE S70 6L 50 STRAINER S70 E0 05 FILTER DRYER 5/8 #50-6 7 S70 50 -WAY VALVE SOLENOID COIL 8 S70 A00 0 -WAY VALVE (REVERSING) 9 S70 E5 0 THERMISTOR( LIQUID, CONDENSER / EVAPORATOR ) 0 S70 E0 0 LINEAR EXPANSION VALVE S70 E0 08 HEAT EXCHANGER S70 E00 08 HIGH PRESSURE SWITCH S70 L 5 OUTDOOR CONTROLLER BOARD OFF:.MPa ON:.6MPa 5 6 7 S70 50 9 FUSE S70 0L 55 OUTDOOR FAN CAPACITOR S70 869 7 COMPRESSOR CAPACITOR S70 0L 50 STRAINER 6.A.+ 0V 5+ 0V #50-9.5 PUH-P.5V Q, ty/set GAA.UK GAA.UK GAA.UK GAA.UK PU-P.5V Remarks Wining Diagram Symbol 5C TB TB MF TH MC CH S TH, TH6 LEV 6H O.B (PART OF BOARD) FUSE C C5 Recommended Q, ty Price Unit Amount 55

FUNCTIONAL PARTS PUH-PVGAA.UK PUH-PVGAA.UK PU-PVGAA.UK PU-PVGAA.UK FUSE 6 5 0 9 8 7 5 6 6 5 7 8 9 0 56

Part number that is circled is not shown in the figure. No. Part No. Part Name Specification 5 S70 0 708 CONTACTOR S70 E0 76 TERMINAL BLOCK S70 E0 76 TERMINAL BLOCK S70 E0 76 OUTDOOR FAN MOTOR S70 0L 5 PROPELLER FAN S-N8EX P(L,N) P(S,S,S) N06P7MT 6 7 S70 0L 097 NUT S70 E6 0 THERMISTOR (DISCHARGE) M8 8 S70 6L 67 MUFFLER 9 S70 E00 CHARGE PLUG 0 S70 00 8 STOP VALVE (LIQUID) S70 068 00 COMPRESSOR S70 E0 6 CRANKCASE HEATER S70 E0 0 ACCUMULATOR /8 NE5VNJMT 0V / 8W 5 6 S70 E0 BALL VALVE S70 6L 50 STRAINER S70 E0 05 FILTER DRYER 5/8 #50-6 7 S70 50 -WAY VALVE SOLENOID COIL 8 S70 A00 0 -WAY VALVE (REVERSING) 9 S70 E5 0 THERMISTOR( LIQUID, CONDENSER / EVAPORATOR ) 0 S70 E0 0 LINEAR EXPANSION VALVE S70 E0 08 HEAT EXCHANGER S70 E00 08 HIGH PRESSURE SWITCH S70 L 5 OUTDOOR CONTROLLER BOARD OFF:.MPa ON:.6MPa 5 6 7 S70 50 9 FUSE S70 0L 55 OUTDOOR FAN CAPACITOR S70 976 7 COMPRESSOR CAPACITOR S70 0L 50 STRAINER 6.A.+ 0V 60+ 50V #50-9.5 PUH-PV Q, ty/set GAA.UK GAA.UK GAA.UK GAA.UK PU-PV Remarks Wining Diagram Symbol 5C TB TB MF TH MC CH S TH, TH6 LEV 6H O.B (PART OF BOARD) FUSE C C5 Recommended Q, ty Price Unit Amount 57

FUNCTIONAL PARTS PUH-PYGAA.UK PUH-PYGAA.UK PU-PYGAA.UK PU-PYGAA.UK 5 FUSE 0 9 8 7 5 6 6 5 7 8 9 0 58

Part number that is circled is not shown in the figure. Q, ty/set Wining Recommended No. Part No. Part Name Specification PUH-PY PU-PY Remarks Diagram Symbol Q, ty GAA.UK GAA.UK GAA.UK GAA.UK S70 708 CONTACTOR MSO-N 5C,5C S70 E0 76 TERMINAL BLOCK P(L,L,L,N) TB S70 E0 76 TERMINAL BLOCK P(S,S,S) TB S70 E0 76 OUTDOOR FAN MOTOR N06P7MT MF 5 S70 0L 5 PROPELLER FAN 6 S70 0L 097 NUT M8 7 S70 E6 0 THERMISTOR (DISCHARGE) TH 8 S70 6L 67 MUFFLER 9 S70 E00 CHARGE PLUG 0 S70 00 8 STOP VALVE (LIQUID) /8 S70 065 00 COMPRESSOR NE6YEKMT MC S70 E0 6 CRANKCASE HEATER 0V 8W S70 E0 0 ACCUMULATOR S70 E0 BALL VALVE 5/8 CH 5 S70 6L 50 STRAINER #50-6 6 S70 E0 05 FILTER DRYER 7 S70 50 -WAY VALVE SOLENOID COIL S 8 S70 A00 0 -WAY VALVE (REVERSING) 9 S70 E5 0 THERMISTOR( LIQUID, CONDENSER / EVAPORATOR ) TH, TH6 0 S70 E0 0 LINEAR EXPANSION VALVE LEV S70 E0 08 HEAT EXCHANGER S70 E00 08 HIGH PRESSURE SWITCH OFF:.MPa ON:.6MPa 6H S70 L 5 OUTDOOR CONTROLLER BOARD O.B S70 50 9 FUSE 6.A (PART OF BOARD) FUSE 5 S70 0L 55 OUTDOOR FAN CAPACITOR.+ 0V C 6 S70 0L 50 STRAINER #50-9.5 Price Unit Amount 59

FUNCTIONAL PARTS PUH-P.5YGAA.UK PUH-P.5YGAA.UK PU-P.5YGAA.UK PU-P.5YGAA.UK 5 FUSE 0 9 8 7 5 6 6 5 7 8 9 0 60

Part number that is circled is not shown in the figure. Q, ty/set Wining Recommended No. Part No. Part Name Specification PUH-P.5Y PU-P.5Y Remarks Diagram Symbol Q, ty GAA.UK GAA.UK GAA.UK GAA.UK S70 708 CONTACTOR MSO-N 5C,5C S70 E0 76 TERMINAL BLOCK P(L,L,L,N) TB S70 E0 76 TERMINAL BLOCK P(S,S,S) TB S70 E0 76 OUTDOOR FAN MOTOR N06P7MT MF 5 S70 0L 5 PROPELLER FAN 6 S70 0L 097 NUT M8 7 S70 E6 0 THERMISTOR (DISCHARGE) TH 8 S70 6L 67 MUFFLER 9 S70 E00 CHARGE PLUG 0 S70 00 8 STOP VALVE (LIQUID) /8 S70 067 00 COMPRESSOR NEYEKMT MC S70 E0 6 CRANKCASE HEATER 0V / 8W S70 E0 0 ACCUMULATOR S70 E0 BALL VALVE 5/8 CH 5 S70 6L 50 STRAINER #50-6 6 S70 E0 05 FILTER DRYER 7 S70 50 -WAY VALVE SOLENOID COIL S 8 S70 A00 0 -WAY VALVE (REVERSING) 9 S70 E5 0 THERMISTOR( LIQUID, CONDENSER / EVAPORATOR ) TH, TH6 0 S70 E0 0 LINEAR EXPANSION VALVE LEV S70 E0 08 HEAT EXCHANGER S70 E00 08 HIGH PRESSURE SWITCH OFF:.MPa ON:.6MPa 6H S70 L 5 OUTDOOR CONTROLLER BOARD O.B S70 50 9 FUSE 6.A (PART OF BOARD) FUSE 5 S70 0L 55 OUTDOOR FAN CAPACITOR.+ 0V C 6 S70 0L 50 STRAINER #50-9.5 Price Unit Amount 6

FUNCTIONAL PARTS PUH-PYGAA.UK PUH-PYGAA.UK PU-PYGAA.UK PU-PYGAA.UK 5 FUSE 0 9 8 7 5 6 6 5 7 8 9 0 6

Part number that is circled is not shown in the figure. Q, ty/set Wining Recommended No. Part No. Part Name Specification PUH-PY PU-PY Remarks Diagram Symbol Q, ty GAA.UK GAA.UK GAA.UK GAA.UK S70 708 CONTACTOR MSO-N 5C,5C S70 E0 76 TERMINAL BLOCK P(L,L,L,N) TB S70 E0 76 TERMINAL BLOCK P(S,S,S) TB S70 E0 76 OUTDOOR FAN MOTOR N06P7MT MF 5 S70 0L 5 PROPELLER FAN 6 S70 0L 097 NUT M8 7 S70 E6 0 THERMISTOR (DISCHARGE) TH 8 S70 6L 67 MUFFLER 9 S70 E00 CHARGE PLUG 0 S70 00 8 STOP VALVE (LIQUID) /8 S70 069 00 COMPRESSOR NE5YDKMT MC S70 E0 6 CRANKCASE HEATER 0V / 8W S70 E0 0 ACCUMULATOR S70 E0 BALL VALVE 5/8 CH 5 S70 6L 50 STRAINER #50-6 6 S70 E0 05 FILTER DRYER 7 S70 50 -WAY VALVE SOLENOID COIL S 8 S70 A00 0 -WAY VALVE (REVERSING) 9 S70 E5 0 THERMISTOR( LIQUID, CONDENSER / EVAPORATOR ) TH, TH6 0 S70 E0 0 LINEAR EXPANSION VALVE LEV S70 E0 08 HEAT EXCHANGER S70 E00 08 HIGH PRESSURE SWITCH OFF:.MPa ON:.6MPa 6H S70 L 5 OUTDOOR CONTROLLER BOARD O.B S70 50 9 FUSE 6.A (PART OF BOARD) FUSE 5 S70 0L 55 OUTDOOR FAN CAPACITOR.+ 0V C 6 S70 0L 50 STRAINER #50-9.5 Price Unit Amount 6

FUNCTIONAL PARTS PUH-PVGAA.UK PUH-PVGAA.UK PU-PVGAA.UK PU-PVGAA.UK 9 FUSE 8 7 6 5 9 0 9 8 7 6 5 5 6 7 8 9 0 6

Part number that is circled is not shown in the figure. No. Part No. Part Name Specification S70 E0 76 OUTDOOR FAN MOTOR S70 0L 5 PROPELLER FAN 5 6 7 8 9 S70 0L 097 NUT S70 E05 08 HEAT EXCHANGER S70 E0 76 OUTDOOR FAN MOTOR S70 E00 08 HIGH PRESSURE SWITCH S70 L 67 MUFFLER S70 E8 0 THERMISTOR (DISCHARGE) S70 E00 CHARGE PLUG 0 S70 07 00 COMPRESSOR S70 00 8 STOP VALVE (LIQUID) S70 E05 6 CRANKCASE HEATER S70 E05 BALL VALVE S70 E05 0 ACCUMULATOR 5 S70 L 50 STRAINER 6 S70 E0 05 FILTER DRYER 7 S70 E0 5 CAPILLARY TUBE 8 S70 E0 5 CAPILLARY TUBE 9 S70 E 0 THERMISTOR( LIQUID, CONDENSER / EVAPORATOR ) 0 S70 E05 0 LINEAR EXPANSION VALVE S70 S70 50 60 -WAY VALVE SOLENOID COIL 0 -WAY VALVE (REVERSING) S70 L 5 OUTDOOR CONTROLLER BOARD S70 50 9 FUSE 5 S70 0L 55 OUTDOOR FAN CAPACITOR 6 S70 E0 76 TERMINAL BLOCK 7 S70 E0 76 TERMINAL BLOCK 8 S70 0 708 CONTACTOR 9 S70 E0 08 HEAT EXCHANGER 0 S70 0L 50 STRAINER S70 976 7 COMPRESSOR CAPACITOR N06P7MT M8 N0A67MT OFF:.MPa ON:.6MPa NE56VNJMT /8 0V / 8W / #50-9. [.0 [.0 50mm [.0 [.0 50mm 6.A.+ 0V P(S,S,S) P(L,N) S-N8EX #50-9.5 60+ 50V Q, ty/set Wining Recommended PUH-PV PU-PV Remarks Diagram Symbol Q, ty GAA.UK GAA.UK GAA.UK GAA.UK MF MF 6H TH MC CH TH, TH6 LEV S O.B (PART OF BOARD) FUSE C, C TB TB 5C C5 Unit Price Amount 65

FUNCTIONAL PARTS PUH-PYGAA.UK PUH-PYGAA.UK PU-PYGAA.UK PU-PYGAA.UK 9 FUSE 8 7 6 5 9 0 9 8 7 6 5 5 6 7 8 9 0 66

Part number that is circled is not shown in the figure. No. Part No. Part Name Specification S70 E0 76 OUTDOOR FAN MOTOR S70 0L 5 PROPELLER FAN 5 6 7 8 9 S70 0L 097 NUT S70 E05 08 HEAT EXCHANGER S70 E0 76 OUTDOOR FAN MOTOR S70 E00 08 HIGH PRESSURE SWITCH S70 L 67 MUFFLER S70 E8 0 THERMISTOR (DISCHARGE) S70 E00 CHARGE PLUG 0 S70 070 00 COMPRESSOR S70 00 8 STOP VALVE (LIQUID) S70 E05 6 CRANKCASE HEATER S70 E05 BALL VALVE S70 E05 0 ACCUMULATOR 5 S70 L 50 STRAINER 6 S70 E0 05 FILTER DRYER 7 S70 E0 5 CAPILLARY TUBE 8 S70 E0 5 CAPILLARY TUBE 9 S70 E 0 THERMISTOR( LIQUID, CONDENSER / EVAPORATOR ) 0 S70 E05 0 LINEAR EXPANSION VALVE S70 S70 50 60 -WAY VALVE SOLENOID COIL 0 -WAY VALVE (REVERSING) S70 L 5 OUTDOOR CONTROLLER BOARD S70 50 9 FUSE 5 S70 0L 55 OUTDOOR FAN CAPACITOR 6 S70 E0 76 TERMINAL BLOCK 7 S70 E0 76 TERMINAL BLOCK 8 S70 708 CONTACTOR 9 S70 E0 08 HEAT EXCHANGER 0 S70 0L 50 STRAINER N06P7MT M8 N0A67MT OFF:.MPa ON:.6MPa NE56YDKMT /8 0V / 8W / #50-9. [.0 [.0 50mm [.0 [.0 50mm 6.A.+ 0V P(S,S,S) P(L,L,L,N) MSO-N #50-9.5 Q, ty/set Wining Recommended PUH-PY PU-PY Remarks Diagram Symbol Q, ty GAA.UK GAA.UK GAA.UK GAA.UK MF MF 6H TH MC CH TH, TH6 LEV S O.B (PART OF BOARD) FUSE C, C TB TB 5C, 5C Unit Price Amount 67

FUNCTIONAL PARTS PUH-P5YGAA.UK PUH-P5YGAA.UK PU-P5YGAA.UK PU-P5YGAA.UK FUSE 0 9 8 7 6 5 0 9 8 7 6 5 5 6 7 8 9 0 68

W Part number that is circled is not shown in the figure. Q, ty/set No. Part No. Part Name Specification Wining Recommended PUH-P5Y PU-P5Y Remarks Diagram Symbol Q, ty GAA.UK GAA.UK GAA.UK GAA.UK S70 E0 76 OUTDOOR FAN MOTOR N06P7MT MF S70 0L 5 PROPELLER FAN S70 0L 097 NUT M8 S70 E07 08 HEAT EXCHANGER 5 S70 E0 76 OUTDOOR FAN MOTOR N0A67MT MF 6 S70 E9 0 THERMISTOR (DISCHARGE) TH 7 S70 E06 0 LINEAR EXPANSION VALVE LEV 8 S70 080 00 COMPRESSOR (WITH CONVERSION KIT) ZR6KCW-TFD-5 MC 9 S70 00 8 STOP VALVE (LIQUID) /8" 0 S70 E05 BALL VALVE /" S70 E0 6 CRANKCASE HEATER 0V / 8W CH S70 E7 0 THERMISTOR ( LIQUID, CONDENSER / EVAPORATOR ) TH, TH6 S70 L 50 STRAINER #50-9. S70 L 67 MUFFLER 5 S70 E00 08 HIGH PRESSURE SWITCH OFF:.MPa ON:.6MPa 6H 6 S70 E0 CHARGE PLUG 7 S70 5 -WAY VALVE SOLENOID COIL S 8 S70 E0 0 -WAY VALVE (REVERSING) 9 S70 E0 05 FILTER DRYER 0 S70 E05 5 CAPILLARY TUBE [.0 [.0 00mm S70 E06 5 CAPILLARY TUBE [.0 [.0 00mm S70 E0 5 CAPILLARY TUBE [.0 [.0 00mm S70 A 8 BYPASS VALVE S70 5 BYPASS VALVE SOLENOID COIL SV 5 S70 E06 0 ACCUMULATOR 6 S70 E00 CHARGE PLUG 7 S70 L 5 OUTDOOR CONTROLLER BOARD O.B 8 S70 50 9 FUSE 6.A (PART OF BOARD) FUSE 9 S70 7T 55 FAN MOTOR CAPACITOR.5+ 0V C, C 0 S70 E0 76 TERMINAL BLOCK P(S,S,S) TB S70 E0 76 TERMINAL BLOCK P(L,L,L,N) TB S70 708 CONTACTOR MSO-N0 5C, 5C S70 E06 08 HEAT EXCHANGER S70 0L 50 STRAINER #50-9.5 5 S70 56 95 ACOCSTIC COMPRESSOR CAP 6 S70 56 96 ACOCSTIC COMPRESSOR BASE 7 S70 56 97 ACOCSTIC COMPRESSOR JACKET W COMPRESSOR COVERSION KIT (TFD-0) is packaged with compressor ZR6KCE-TFD-5 which Parts No. is S70 080 00. COMPRESSOR CONVERSION KIT (TFD-0) is necessary only for replacing faston type COMPRESSOR ZR6KCE-TFD-0 with screw type COMPRESSOR ZR6KCW-TFD-5. Unit Price Amount 69

FUNCTIONAL PARTS PUH-P6YGAA.UK PUH-P6YGAA.UK PU-P6YGAA.UK PU-P6YGAA.UK FUSE 0 9 8 7 6 5 0 9 8 7 6 5 5 6 7 8 9 0 70