Mitsubishi Electric PEAD-P1.6EA Technical & Service Manual Download | Manualshive

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2. REMOTE CONTROLLER

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Summary of Contents for PEAD-P1.6EA

Page 1: ...ES DIMENSIONS 37 8 WIRING DIAGRAM 39 9 DISASSEMBLY INSTRUCTIONS 40 10 PARTS LIST 42 11 OPTIONAL PARTS 49 CONTENTS INDOOR UNIT REMOTE CONTROLLER This manual does not cover the following outdoor units When servicing them please refer to the service manual No OC180 REVISED EDITION A and this manual as a set PUH P1 6VGA PU P1 6VGA PUH P1 6YGA PUH P2VGA PU P2VGA PUH P2YGA PUH P2 5VGA1 PU P2 5VGA1 PUH P...

Page 2: ...EA PEAD P6EA Heat pump without electric heater or Cooling only 6YGA 5YGA 4YGA 3YGA 3VGA 6YGA 5YGA 4YGA 3YGA 3VGA Indoor unit Heat pump type Outdoor unit PUH P VGA YGA Cooling only type PU P VGA YGA Heat pump with electric heater PEHD P1 6EAH PEHD P2EAH PEHD P2 5EAH PEAD P1 6EA PEAD P2EA PEAD P2 5EA Heat pump without electric heater or Cooling only 2 5VGA1 2VGA 1 6VGA 2 5YGA1 2 5VGA1 2YGA 2VGA 1 6Y...

Page 3: ... 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 R407C If another refrigerant R22 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...

Page 4: ...ive tools for R407C refrigerant No Tool name Specifications 1 Gauge manifold Only for R407C Use the existing fitting SPECIFICATIONS UNF7 16 Use high tension side pressure of 3 43MPa G or over 2 Charge hose Only for R407C Use pressure performance of 5 10MPa G or over 3 Electronic scale 4 Gas leak detector Use the detector for R407C 5 Adaptor for reverse flow check Attach on vacuum pump 6 Refrigeran...

Page 5: ...4 PART NAMES AND FUNCTIONS 3 Indoor Unit A A In case of rear inlet Air intake sucks the air inside the room into the unit Air outlet In case of bottom inlet Only 1 6 2 5HP ...

Page 6: ...el 8 Ventilation Button 9 Checking built in Button 0 Test run Button A Filter Button This button does not operate in this model B ON OFF Button C Position of built in room temperature Never expose the remote controller to direct sunlight Doing so can result in the erroneous measurement of room tempera ture Never place any obstacle around the lower right hand section of the remote controller Doing ...

Page 7: ... Q T U G Caution Power ON display lights up when unit is in standby mode When power is turned ON for the first time the CENTRAL CTRL display appears to go off momentarily but this is not a malfunction When the central control remote control unit which is sold separately is used the ON OFF button operation switch but ton and TEMP adjustment button do not operate NOT AVAILABLE is displayed when the ...

Page 8: ...ell 5Y 8 1 Refrigerant control Linear Expansion Valve Compressor Hermetic Model RE277VHSM RE277YFKM NE38VMJM NE38YEJM Motor output kW 1 3 1 7 Starter type Line start Protection devices VGA Inner thermostat HP switch Discharge thermo YGA Thermal relay Discharge thermo HP switch Anti phase protector Crankcase heater W 30 38 Heat exchanger Plate fin coil Fan Fan drive No Propeller direct 1 Propeller ...

Page 9: ...50Hz Outdoor Unit Single phase 240V 50Hz 3 phase 415V 50Hz 2 Guaranteed operating range 1 Shows the total rating 2 Shows only the booster heater r ating Indoor Outdoor Cooling Upper limit D B 35 C W B 22 5 C D B 46 C Lower limi D B 19 C W B 15 C D B 5 C Heating Upper limit D B 28 C D B 24 C W B 18 C Lower limi D B 17 C D B 11 C W B 12 C OUTDOOR UNIT REFRIGERANT PIPING INDOOR UNIT Cooling Indoor D ...

Page 10: ... Upper limit D B 35 C W B 22 5 C D B 46 C Lower limi D B 19 C W B 15 C D B 5 C Heating Upper limit D B 28 C D B 24 C W B 18 C Lower limi D B 17 C D B 11 C W B 12 C OUTDOOR UNIT REFRIGERANT PIPING INDOOR UNIT PEHD P3EAH PEHD P4EAH PEAD P3EA PEAD P4EA Cooling Heating Cooling Heating 26 300 31 000 38 200 33 100 35 500 43 700 7 700 9 100 11 200 9 700 10 400 12 800 3 41 3 24 5 34 3 90 4 07 6 47 PEHD P3...

Page 11: ...10 28 Starting current A W 79 84 External finish Munsell 5Y 8 1 Refrigerant control Linear Expansion Valve Compressor Hermetic Model HE86YAA HE101YAA Motor output kW 4 3 5 1 Starter type Line start Protection de Crankcase heater vices Anti phase protector Internal thermostat LP switch HP switch thermal relay Discharge thermo 38 Heat exchanger Plate fin coil Fan Fan drive No Propeller direct 2 Fan ...

Page 12: ...imensions W mm in 935 36 13 16 D mm in 700 27 5 8 H mm in 295 11 5 8 Weight kg lbs 33 73 Service Ref PU P1 6VGA PU P2VGA Power supply Single phase 50Hz 220 240V Input kW 1 62 2 44 Running current A 7 43 10 39 Starting current A W 36 74 External finish Munsell 5Y 8 1 Refrigerant control Linear Expansion Valve Compressor Hermetic Model RE277VHSM NE38VMJM Motor output kW 1 3 1 7 Starter type Line sta...

Page 13: ... W mm in 1 175 46 1 8 D mm in 700 27 5 8 H mm in 295 11 5 8 Weight kg lbs 42 92 Service Ref PU P2 5VGA1 Power supply Single phase 50Hz 220 240V Input kW 2 51 Running current A 11 27 Starting current A W 77 External finish Munsell 5Y 8 1 Refrigerant control Linear Expansion Valve Compressor Hermetic Model NE41VMJM Motor output kW 1 9 Starter type Line start Protection de Crankcase heater vices Inne...

Page 14: ...136 Service Ref PU P3VGA YGA PU P4YGA Power supply Single phase 50Hz 220 240V 3 phase 50Hz 380 415V 4 wires 3 phase 50Hz 380 415V 4 wires Input kW 3 01 3 28 Running current A 13 73 5 46 5 49 Starting current A 93 41 45 External finish Munsell 5Y 8 1 Refrigerant control Linear Expansion Valve Compressor Hermetic Model NE52VNJM NE52YDJM NE56YDJM Motor output kW 2 5 2 7 Starter type Line start Protec...

Page 15: ...1 16 1 715 67 1 2 D mm in 740 29 1 8 H mm in 325 12 13 16 Weight kg lbs 65 143 70 154 Service Ref PU P5YGA PU P6YGA Power supply 3 phase 50Hz 380 415V 4 wires Input kW 4 29 5 24 Running current A 8 39 10 17 Starting current A W 79 84 External finish Munsell 5Y 8 1 Refrigerant control Linear Expansion Valve Compressor Hermetic Model HE86YAA HE101YAA Motor output kW 4 3 5 1 Starter type Line start P...

Page 16: ... W SHF P C 16 4005 2483 0 62 1 68 3825 2371 0 62 1 80 3645 2260 0 62 1 95 20 18 4320 2160 0 50 1 72 4185 2092 0 50 1 86 3915 1957 0 50 2 00 20 4680 1778 0 38 1 77 4500 1710 0 38 1 89 4230 1607 0 38 2 03 16 4005 2803 0 70 1 68 3825 2677 0 70 1 80 3645 2551 0 70 1 95 22 18 4320 2506 0 58 1 72 4185 2427 0 58 1 86 3915 2271 0 58 2 00 20 4680 2153 0 46 1 77 4500 2070 0 46 1 89 4230 1946 0 46 2 03 16 40...

Page 17: ...F P C 16 5495 3501 0 64 1 95 5328 3395 0 64 2 06 5162 3289 0 64 2 18 18 5883 3023 0 51 1 99 5717 2938 0 51 2 10 5522 2838 0 51 2 24 20 6327 2471 0 39 2 05 6188 2417 0 39 2 15 6022 2352 0 39 2 29 16 5495 3953 0 72 1 95 5328 3833 0 72 2 06 5162 3713 0 72 2 18 18 5883 3507 0 60 1 99 5717 3408 0 60 2 10 5522 3292 0 60 2 24 20 6327 2991 0 47 2 05 6188 2926 0 47 2 15 6022 2847 0 47 2 29 16 5495 4405 0 8...

Page 18: ...P C 16 5963 3646 0 61 2 57 5695 3482 0 61 2 76 5427 3318 0 61 2 99 18 6432 3171 0 49 2 64 6231 3072 0 49 2 84 5829 2874 0 49 3 06 20 6968 2611 0 37 2 70 6700 2511 0 37 2 90 6298 2360 0 37 3 11 16 5963 4116 0 69 2 57 5695 3931 0 69 2 76 5427 3746 0 69 2 99 18 6432 3679 0 57 2 64 6231 3564 0 57 2 84 5829 3334 0 57 3 06 20 6968 3161 0 45 2 70 6700 3039 0 45 2 90 6298 2857 0 45 3 11 16 5963 4587 0 77 ...

Page 19: ...P C 16 6853 4603 0 67 3 27 6545 4396 0 67 3 51 6237 4189 0 67 3 80 18 7392 4004 0 54 3 36 7161 3879 0 54 3 62 6699 3629 0 54 3 89 20 8008 3297 0 41 3 44 7700 3170 0 41 3 68 7238 2980 0 41 3 96 16 6853 5197 0 76 3 27 6545 4963 0 76 3 51 6237 4730 0 76 3 80 18 7392 4645 0 63 3 36 7161 4499 0 63 3 62 6699 4209 0 63 3 89 20 8008 3991 0 50 3 44 7700 3837 0 50 3 68 7238 3607 0 50 3 96 16 6853 5791 0 84 ...

Page 20: ...HF P C CA SHC W SHF P C 16 8633 5575 0 65 3 74 8245 5325 0 65 4 01 7857 5074 0 65 4 35 18 9312 4850 0 52 3 84 9021 4698 0 52 4 14 8439 4395 0 52 4 45 20 10088 3993 0 40 3 93 9700 3840 0 40 4 21 9118 3609 0 40 4 53 16 8633 6295 0 73 3 74 8245 6012 0 73 4 01 7857 5729 0 73 4 35 18 9312 5626 0 60 3 84 9021 5450 0 60 4 14 8439 5099 0 60 4 45 20 10088 4834 0 48 3 93 9700 4648 0 48 4 21 9118 4369 0 48 4...

Page 21: ... CA SHC W SHF P C 16 10947 7353 0 67 4 73 10455 7022 0 67 5 07 9963 6692 0 67 5 50 18 11808 6396 0 54 4 86 11439 6196 0 54 5 23 10701 5796 0 54 5 62 20 12792 5266 0 41 4 97 12300 5063 0 41 5 33 11562 4760 0 41 5 72 16 10947 8301 0 76 4 73 10455 7928 0 76 5 07 9963 7555 0 76 5 50 18 11808 7419 0 63 4 86 11439 7187 0 63 5 23 10701 6724 0 63 5 62 20 12792 6375 0 50 4 97 12300 6129 0 50 5 33 11562 576...

Page 22: ...C W SHF P C 16 12549 7996 0 64 5 66 11985 7637 0 64 6 07 11421 7278 0 64 6 58 18 13536 6956 0 51 5 82 13113 6739 0 51 6 26 12267 6304 0 51 6 73 20 14664 5727 0 39 5 95 14100 5507 0 39 6 37 13254 5176 0 39 6 85 16 12549 9028 0 72 5 66 11985 8623 0 72 6 07 11421 8217 0 72 6 58 18 13536 8069 0 60 5 82 13113 7817 0 60 6 26 12267 7312 0 60 6 73 20 14664 6933 0 47 5 95 14100 6666 0 47 6 37 13254 6266 0 ...

Page 23: ...0 0 960 0 950 0 940 0 930 0 920 0 910 PEHD P3EAH PEAD P3EA 1 00 0 981 0 968 0 952 0 940 0 925 0 913 0 900 0 886 0 874 PEHD P4EAH PEAD P4EA 1 00 0 989 0 980 0 970 0 960 0 950 0 940 0 930 0 920 0 910 PEHD P5EAH PEAD P5EA 1 00 0 981 0 968 0 952 0 940 0 925 0 913 0 900 0 886 0 874 PEHD P6EAH PEAD P6EA 1 00 0 975 0 955 0 935 0 918 0 900 0 884 0 869 0 855 0 840 OUTDOOR D B C TOTAL INPUT RATIO CAPACITY R...

Page 24: ...4 3 66 11856 4 07 13208 4 03 20 6344 2 60 6864 2 85 7592 3 30 10140 3 95 11440 4 40 12740 4 40 25 6136 2 77 6656 3 09 7280 3 58 9568 4 19 11024 4 70 12272 4 72 PEDH P5EAH PEAD P5EA 15 8827 2 84 9591 3 13 10703 3 61 14039 4 33 15846 4 81 17653 5 07 20 8479 3 07 9174 3 37 10147 3 90 13553 4 67 15290 5 19 17028 5 19 25 8201 3 27 8896 3 66 9730 4 23 12788 4 96 14734 5 56 16402 5 58 PEDH P6EAH PEAD P6E...

Page 25: ...D B C TOTAL INPUT RATIO CAPACITY RATIO 1 4 1 2 1 0 15 20 25 25 20 15 0 8 0 6 0 4 1 4 1 2 1 0 0 8 0 6 0 4 12 10 5 0 5 10 15 Correcting the capacity line influenced by frosting Not correcting the capacity line influenced by frosting Heating ...

Page 26: ...w CMM 10 12 6 8 14 16 18 6 8 10 12 14 16 20 40 60 80 100 120 140 0 8 0 9 1 0 1 1 1 2 1 3 Heating Air flow CMM Correction factor Fan Performance 30Pa External static pressure Pa 1Pa 0 1mmAg Air Flow CMM 6 8 10 12 14 16 18 20 8 10 12 14 16 18 20 22 20 40 60 80 100 120 140 0 8 0 9 1 0 1 1 Corrected Air Flow Capacity input Cooling Air flow CMM Correction factor Fan Performance 70Pa External static pre...

Page 27: ...tion factor Cooling 1 1 1 0 1 3 1 2 0 9 0 8 12 16 20 24 28 32 Air flow CMM Correction factor Heating PEHD P3EAH PEAD P3EA PEHD P2 5EAH PEAD P2 5EA Fan Performance 30Pa External static pressure Pa 1Pa 0 1mmAg Air Flow CMM 8 10 12 14 16 18 20 22 24 12 14 16 18 20 22 24 26 20 40 60 80 100 120 0 8 0 9 1 0 1 1 Corrected Air Flow Capacity input Cooling Air flow CMM Correction factor Fan Performance 70Pa...

Page 28: ...1 2 0 9 0 8 24 26 28 30 32 34 36 38 40 Air flow CMM Correction factor Heating PEHD P4EAH PEAD P4EA PEHD P5EAH PEAD P5EA Lo Hi 140 120 100 200 220 180 160 80 60 40 20 32 34 36 38 40 42 44 46 48 Air flow CMM Fan performance 130pa Recommended range Extemal static pressure Pa 1Pa 0 1mmAg 140 120 100 200 220 180 160 80 60 40 20 32 34 36 38 40 42 44 46 Air flow CMM Fan performance 70pa Recommended range...

Page 29: ...4 46 48 50 52 Air flow CMM Correction factor Cooling Lo Hi 200 180 160 140 120 100 80 60 40 20 36 38 40 42 44 46 48 50 Air flow CMM Fan performance 70pa Recommended range Extemal static pressure Pa 1Pa 0 1mmAg Lo 200 220 180 160 140 120 100 80 60 40 20 36 38 40 42 44 46 48 50 52 Air flow CMM Fan performance 130pa Recommended range Extemal static pressure Pa 1Pa 0 1mmAg Hi ...

Page 30: ... Cooling Heating Cooling Heating Cooling Heating Cooling Heating Capacity W 4450 4850 4450 4850 5500 6100 5500 6100 6600 7150 6600 7150 5750 5750 7000 7000 8550 8550 Total input kW 1 71 1 73 1 71 1 73 2 39 2 17 2 39 2 17 2 65 2 40 2 65 2 40 2 63 2 63 3 07 3 07 3 80 3 80 Indoor Input kW 0 13 0 13 0 13 0 13 0 14 0 14 0 14 0 14 0 16 0 16 0 16 0 16 0 90 0 90 0 90 0 90 1 40 1 40 Current A 0 55 0 55 0 5...

Page 31: ...ating Cooling Heating Capacity W 7600 9050 7600 9050 9600 10300 12200 13800 14000 16600 10950 10950 12500 16500 19300 Total input kW 3 35 3 18 3 35 3 18 3 83 4 00 4 87 4 74 5 81 5 90 5 08 5 08 6 20 7 44 8 60 Indoor Input kW 0 35 0 35 0 35 0 35 0 57 0 57 0 59 0 59 0 61 0 61 1 9 1 9 2 2 2 7 2 7 Current A 1 55 1 55 1 55 1 55 2 53 2 53 2 62 2 62 2 69 2 69 8 23 8 23 9 51 11 68 11 68 Starting current A ...

Page 32: ...PU P1 6VGA PU P2VGA PU P2 5VGA1 PU P3VGA PU P3YGA PU P4YGA PU P5YGA PU P6YGA Mode Cooling Cooling Cooling Cooling Cooling Cooling Cooling Cooling Capacity W 4450 5500 6600 7600 7600 9600 12200 14000 Total input kW 1 71 2 39 2 65 3 35 3 35 3 83 4 87 5 81 Indoor Input kW 0 13 0 14 0 16 0 35 0 35 0 57 0 59 0 61 Current A 0 55 0 61 0 70 1 55 1 55 2 53 2 62 2 69 Starting current A Outdoor Input kW 1 58...

Page 33: ...39 3 88 2 35 0 51 85 3 55 2 7 0 5 27 19 13 6 35 24 0 74 0 19 0 63 9 36 4 02 2 37 0 41 83 2 1 2 5 20 15 39 6 7 6 0 72 11 27 4 11 2 16 0 52 78 5 49 6 8 3 5 27 19 13 8 35 24 0 71 0 19 22 0 5 3 21 8 4 1 24 0 5 2 24 2 4 2 20 6 5 1 kgf F kgf F 20 6 4 4 0 72 10 32 4 03 2 14 0 40 76 1 1 3 5 20 15 39 1 7 6 Indoor unit Service Ref PEHD P1 6EAH PEHD P2EAH PEHD P2 5EAH PEAD P1 6EA PEAD P2EA PEAD P2EA PEHD P1 ...

Page 34: ...YGA 3 50 415 2 72 8 39 2 03 0 46 77 4 48 2 4 8 5 27 19 13 9 35 24 0 78 0 13 20 7 4 7 23 6 4 5 2 72 8 74 2 31 0 44 76 1 0 1 5 20 15 39 0 7 6 PEHD P5EAH PEAD P5EA Cooling 12 300 4 93 1 50 240 PUH P4YGA 3 50 415 2 64 5 49 2 07 0 51 77 5 48 9 6 9 5 27 19 14 6 35 24 0 75 0 22 21 1 5 2 23 1 4 2 2 64 5 79 2 26 0 41 81 1 0 5 5 20 15 39 0 7 6 PEHD P4EAH PEAD P4EA Cooling 9 700 3 90 1 50 240 PUH P3YGA 1 3 5...

Page 35: ...ature PEAD P1 6EA PEAD P1 6EA 1 50 240 PU P1 6VGA 1 50 240 PEAD P2EA PEAD P2EA 1 50 240 PU P2VGA 1 50 240 PEAD P2 5EA PEAD P2 5EA 1 50 240 PU P2 5VGA1 1 50 240 Cooling 4 500 1 75 0 55 7 43 2 02 0 50 78 5 52 4 8 1 5 27 19 14 0 35 24 0 72 0 21 Cooling 5 550 2 44 0 63 10 39 2 35 0 51 85 3 55 2 7 0 5 27 19 13 6 35 24 0 74 0 19 Cooling 6 700 2 68 0 72 11 27 2 16 0 52 78 5 49 6 8 3 5 27 19 13 8 35 24 0 ...

Page 36: ...50 415 Cooling 14 100 5 90 2 79 10 17 2 09 0 46 77 7 47 7 3 5 5 27 19 13 8 35 24 0 74 0 11 21 3 4 7 PEAD P5EA PEAD P5EA 1 50 240 PU P5YGA 3 50 415 Cooling 12 300 4 93 2 72 8 39 2 03 0 46 77 4 48 2 4 8 5 27 19 13 9 35 24 0 78 0 13 20 7 4 7 PEAD P4EA PEAD P4EA 1 50 240 PU P4YGA 3 50 415 Cooling 9 700 3 90 2 64 5 49 2 07 0 51 77 5 48 9 6 9 5 27 19 14 6 35 24 0 75 0 22 21 1 5 2 PEAD P3EA PEAD P3EA 1 5...

Page 37: ...STEM DIAGRAM Indoor unit Indoor heat exchanger Strainer Thermistor TH2 Distributor with strainer Refrigerant flow in cooling Refrigerant flow in heating Thermistor TH5 PEHD P1 6 2 2 5 3 4 5 6EAH PEAD P1 6 2 2 5 3 4 5 6EA ...

Page 38: ... 12 ø3 2 5HP 450 450 A C B 81 10 C 30 D 804 830 E D C B A 1044 1070 290 280 305 772 1012 Model P2 5 P1 6 2 7 OUTLINES DIMENSIONS 1 INDOOR UNIT PEHD P1 6 2 2 5EAH PEAD P1 6 2 2 5EA 19 05 1584 1610 470 460 1552 P6 15 88 1044 1070 290 F 19 05 E D C B A 1284 1310 370 360 280 1012 1252 Model P4 5 P3 8 44 243 308 323 75 7 6 5 13 Refrigerant piping flare connection liquid ø9 52 copper tube HP Refrigerant...

Page 39: ...38 2 REMOTE CONTROLLER 120 130 19 46 83 5 Front view Side view Rear view ...

Page 40: ... FUSE HEATER HEATER THERMAL SWITCH HEATER CONTACTOR SYMBOL NAME NAME L N PE 26H RED RED RED BLU BLK PNK PNK GRE BRN ORN YLW WHT BLK BRN ORN YLW C MF TB2 TB4 TH1 TH2 TH5 CAPACITOR FAN MOTOR FAN MOTOR TERMINAL BLOCK HEATER TERMINAL BLOCK INDOOR OUTDOOR CONNECTING LINE ROOM TEMPERATURE THERMISTOR 0 C 15KΩ 25Ω 5 4KΩ DETECT PIPE TEMPERATURE THERMISTOR LIQUID 0 C 15KΩ 25Ω 5 4KΩ DETECT COND EVA TEMPERATU...

Page 41: ...nd unhook the 2 catches on the other side of the drain pipe 3 Remove the 8 screws that fix the bottom plate assembly and remove it 4 Disconnect the fan motor connector from the con troller box For the models with booster heater disconnect the booster heater connector as well 5 Remove the fan base plate as follow Figure2 1 Remove the 4 screws1 2 Slide down the fan base plate to remove 6 Removal of ...

Page 42: ...nly PEHD P3 PEAD P3 2 2 Removing the booster heater 1 Remove the bottom plate drain pan and bottom plate assembly Refer 1 1 3 2 Disconnect the booster heater connector from the controller box 3 Remove the 2 lower screws on the both sides of the booster heater 4 Loosen the 2 upper screws on the both sides of the booster heater 5 Removing the booster heater Figure4 ...

Page 43: ...5EAH PEAD P2 5EA PEHD P2EAH PEAD P2EA PEHD P1 6EAH PEAD P1 6EA W638918G02 Bottom plate 2 ass y W638940G02 Bottom plate 2 ass y W638917Z03 Bottom plate 1 W638939Z03 Bottom plate 1 W268527G02 H EX General ass y W268527G01 H EX General ass y W638920G01 Drain pan ass y W638942G01 Drain pan ass y W638181G02 Filter W638181G01 Filter S70 091 669 S70 081 669 S70 021 480 S70 020 480 S70 011 669 S70 031 669...

Page 44: ...te 2 ass y W634052G01 Bottom plate 2 ass y W634028Z01 Bottom plate 1 W634050Z01 Bottom plate 1 H EX General ass y W268528G03 H EX General ass y W268528G02 H EX General ass y W268528G01 H EX General ass y Drain pan ass y W634034G01 Drain pan ass y W634056G01 Drain pan ass y Filter W630129G05 Filter W630129G06 Filter 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 S70 041 669 S70 042 669 S70 040 669...

Page 45: ...Housing ass y 2 2 W638949G04 Housing ass y Motor Motor support P714316X02 Motor P714315X02 Motor P493640X02 Heater ass y 4 P493639X02 Heater ass y 3 W818836H01 Bush S70 652 131 S70 061 677 S70 051 677 S70 A88 114 S70 A89 114 S70 989 110 S70 985 110 S70 Y56 220 S70 652 130 S70 Y58 220 S70 Y57 220 S70 Y03 300 S70 Y07 300 S70 922 105 PEHD P2 5EAH PEAD P2 5EA PEHD P2EAH PEAD P2EA PEHD P1 6EAH PEAD P1 ...

Page 46: ... 1Phase 220 240V MF 150W 1Phase 220 240V C C S70 508 131 S70 508 132 S70 073 677 S70 072 677 S70 070 677 S70 766 105 S70 Y01 105 S70 Y07 114 S70 001 110 S70 Y15 220 S70 Y16 220 S70 Y17 220 S70 652 130 S70 Y08 130 S70 Y04 300 S70 Y05 300 S70 Y06 300 S70 010 255 S70 020 255 S70 652 131 S70 090 130 Piece Piece Fan base ass y W634036G02 Fan base ass y W634058G02 Fan base ass y Bush Sirocco fan Housing...

Page 47: ...0 S70 012 310 S70 013 310 Terminalbed Terminalbed P W B DENGEN E Start relay Thermistor Thermistor Thermistor P W B P W B P W B LY1F 88H1 2 1 2 1 2 1 2 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 PEHD P2 5EAH PEAD P2 5EA PEHD P2EAH PEAD P2EA PEHD P1 6EAH PEAD P1 6EA 5 7 6 11 10 9 8 4 1 3 2 PEHD P1 6EAH PEAD P1 6EA PEHD P2EAH PEAD P2EA PEHD P2 5EAH PEAD P2 5EA PEHD...

Page 48: ...13 S70 274 215 S70 070 202 S70 080 202 S70 090 202 S70 014 310 S70 015 310 S70 016 310 S70 017 310 Terminalbed Terminalbed P W B DENGEN E Start relay Thermistor Thermistor Thermistor P W B P W B P W B 11 P718905X02 LY1F 88H1 2 P W B 1 2 1 2 1 2 1 2 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 1 1 1 PEAD P6EA PEHD P5EHA PEAD P5EA PEHD P4EHA PEAD ...

Page 49: ...oller cable 1 2 W267102G13 W873334G05 Remote controller Remote controller cable MA Remo con 10 m MA Remo con 10 m PEAD P6EA PEHD P5EHA PEAD P5EA PEHD P4EHA PEAD P4EA PEHD P3EHA PEAD P3EA PEHD P6EHA PEHD P2 5EAH PEAD P2 5EA PEHD P2EAH PEAD P2EA PEHD P1 6EAH PEAD P1 6EA 2 ON OFF TEMP 1 PEHD P1 6EAH PEAD P1 6EA PEHD P2EAH PEAD P2EA PEHD P2 5EAH PEAD P2 5EA PEHD P3EAH PEAD P3EA PEHD P4EAH PEAD P4EA PE...

Page 50: ...akes no more than 5 minutes no air will enter and there will be no need for air purging Remove the blind caps and make the connections within 5 minutes After the connections for the indoor and out door units are made open the stop valve on the outdoor unit to allow refrigerant gas to flow If piping length exceeds 5m an additional charge of refrigerant is needed Note 2 The following main parts are ...

Page 51: ...g of indoor units Part No PAC SK005MT F PAC SK004MT F PAC SK003MT F PEHD P3EAH PEAD P3EA PEHD P4EAH PEAD P4EA PEHD P5 6EAH PEAD P5 6EA Applied model 8 DRAIN WATER LIFT UP MECHANISM This allows more versatility when selecting drain piping layouts Part No PAC KE03DM F PEHD P3EAH PEAD P3EA PEHD P4EAH PEAD P4EA PEHD P5 6EAH PEAD P5 6EA Applied model ...

Page 52: ...ICE MITSUBISHI DENKI BLDG 2 2 3 MARUNOUCHI CHIYODA KU TOKYO 100 8310 JAPAN MEE 01K048 A Issued in Dec 2004 Printed in Japan New publication effective Dec 2004 Specifications subject to change without notice TM ...

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