LG UU48W U32 Engineering Product Data Book Download Page 97

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Single CAC

Outdoor Unit

Standard Inverter

8. Operation Range

Cooling

Indoor Temperature [

℃

WB]

-20

Outdoor Temperature [

℃

DB]

-20

-15

-10

-5

Continuous

Operation

Heating

Indoor Tem

[°C D B]

Outdoor Temp. [°C WB]

Continuous
Operation

Warming up

Operation

-18

-25

Summary of Contents for UU48W U32

Page 1: ...FDF Heat Pump 50Hz 410A 5CSL0 02C Replaces 5CSL0 02B P No MFL67502810 ...

Page 2: ...Single CAC Outdoor Unit FDF General Information Product Data Standard Inverter Standard Inverter Synchro Compact Inverter Installation of Outdoor Units ...

Page 3: ...General Information Single CAC Outdoor Unit FDF 1 Model Line Up 2 Nomenclature ...

Page 4: ...y 1Ø 220 240V 50Hz External Appearance Model Names AUUW24GAE UU24W U44 AUUW30GAE UU30W U44 AUUW366D2 UU36W UO2 No of connectable indoor units 1 Total capacity index of connectable indoor units kW 7 1 8 0 10 0 Power supply 1Ø 220 240V 50Hz External Appearance Model Names AUUW426D2 UU42W U32 AUUW486D2 UU48W U32 AUUW606D2 UU60W U32 No of connectable indoor units 1 4 Total capacity index of connectabl...

Page 5: ...nal Appearance Model Names AUUW428D2 UU43W U32 AUUW488D2 UU49W U32 AUUW608D2 UU61W U32 No of connectable indoor units 1 4 Total capacity index of connectable indoor units kW 12 5 14 0 15 0 Power supply 3Ø 380 415V 50Hz External Appearance Model Names AUUW70LAE UU70W U34 AUUW85LAE UU85W U74 No of connectable indoor units 1 4 Total capacity index of connectable indoor units kW 19 0 23 0 Power supply...

Page 6: ...UU18WC UL0 AUUW24GC0 UU24WC UE0 No of connectable indoor units 1 Nominal Capacity kW 4 7 6 8 Power supply 1Ø 220 240V 50Hz External Appearance Model Names AUUW30GC0 UU30WC UE0 AUUW36GC0 UU36WC U40 No of connectable indoor units 1 Nominal Capacity kW 7 5 9 5 Power supply 1Ø 220 240V 50Hz External Appearance ...

Page 7: ...mp W Inverter Heat Pump 3 Capacity Code based on kBtu h units 4 Electrical rating 6 1Ø 220V 240V 50 Hz 8 3Ø 380V 415V 50 Hz G 1Ø 220 240V 50Hz 1Ø 220V 60Hz L 3Ø 380 415V 50Hz 3Ø 380V 50Hz 5 Model Type D A Standard C Compact 6 Serial No Model Name U U 24 W U4 2 No 1 2 3 4 5 6 7 No Signification 1 Model type U Universal model 2 Type U Outdoor units 3 Cooling heating capacity kBtu h 4 Model type W In...

Page 8: ...Product Data Single CAC Outdoor Unit FDF Standard Inverter Standard Inverter Synchro Compact Inverter ...

Page 9: ...ingle CAC Outdoor Unit FDF 1 List of Functions 2 Specifications 3 Dimensions 4 Piping Diagrams 5 Wiring Diagrams 6 Capacity Tables 7 Capacity Coefficient Factor 8 Operation Range 9 Electric Characteristics 10 Sound Levels ...

Page 10: ... switch X X X Phase protection X X X Restart delay 3 minutes O O O Self diagnosis O O O Soft start O O O Convenience Test function O O O Night Silent Operation O O O Peak Control X X O Mode Lock X X O Forced Cooling Operation Outdoor Unit O O O Network function Network solution LGAP X X O ODU Dry Contact X X X Device AUUW09GA0 UU09W UL0 AUUW12GA0 UU12W UL0 AUUW18GAE UU18W UE4 Central Controller AC...

Page 11: ...oft start O O O Convenience Test function O O O Night Silent Operation O O O Peak Control O O X Mode Lock O O X Forced Cooling Operation Outdoor Unit O O O Network function Network solution LGAP O O O ODU Dry Contact X X O On off control Device AUUW24GAE UU24W U44 AUUW30GAE UU30W U44 AUUW366D2 UU36W UO2 Central Controller AC Ez Simple Controller PQCSZ250S0 PQCSZ250S0 PQCSZ250S0 AC Ez Touch PACEZA0...

Page 12: ...t function O O O Night Silent Operation O O O Peak Control X X X Mode Lock X X X Forced Cooling Operation Outdoor Unit O O O Network function Network solution LGAP O O O ODU Dry Contact O On off control O On off control O On off control Device AUUW426D2 UU42W U32 AUUW486D2 UU48W U32 AUUW606D2 UU60W U32 Central Controller AC Ez Simple Controller PQCSZ250S0 PQCSZ250S0 PQCSZ250S0 AC Ez Touch PACEZA00...

Page 13: ...ence Test function O O O Night Silent Operation O O O Peak Control X X X Mode Lock X X X Forced Cooling Operation Outdoor Unit O O O Network function Network solution LGAP O O O ODU Dry Contact O On off control O On off control O On off control Device AUUW368D2 UU37W UO2 AUUW428D2 UU43W U32 AUUW488D2 UU49W U32 Central Controller AC Ez Simple Controller PQCSZ250S0 PQCSZ250S0 PQCSZ250S0 AC Ez Touch ...

Page 14: ...t function O O O Night Silent Operation O O O Peak Control X O O Mode Lock X O O Forced Cooling Operation Outdoor Unit O O O Network function Network solution LGAP O O O ODU Dry Contact O On off control O On off control O On off control Device AUUW608D2 UU61W U32 AUUW70LAE UU70W U34 AUUW85LAE UU85W U74 Central Controller AC Ez Simple Controller PQCSZ250S0 PQCSZ250S0 PQCSZ250S0 AC Ez Touch PACEZA00...

Page 15: ... contains Fluorinated greenhouse gases Combination Outdoor unit AUUW09GA0 UU09W UL0 AUUW09GA0 UU09W UL0 Indoor unit ATNH09GRLE2 CT09 NR2 ABNW09GL2A2 CB09L N22 Capacity Cooling Min Rated Max kW 1 00 2 50 2 75 1 10 2 50 2 90 Min Rated Max Btu h 3 400 8 500 9 400 3 800 8 500 9 900 Heating Min Rated Max kW 1 20 3 00 3 30 1 20 3 20 3 60 Min Rated Max Btu h 4 100 10 200 11 300 4 100 10 900 12 300 Power ...

Page 16: ...ouse gases Combination Outdoor unit AUUW12GA0 UU12W UL0 AUUW12GA0 UU12W UL0 Indoor unit ATNH12GRLE2 CT12 NR2 ABNH12GL2A2 CB12L N22 Capacity Cooling Min Rated Max kW 1 36 3 40 3 74 1 40 3 40 3 70 Min Rated Max Btu h 4 600 11 600 12 800 4 800 11 600 12 600 Heating Min Rated Max kW 1 60 4 00 4 40 1 60 4 00 4 50 Min Rated Max Btu h 5 500 13 600 15 000 5 500 13 600 15 400 Power Input Cooling Rated kW 0...

Page 17: ...00 20 500 Heating Min Rated Max kW 2 20 5 80 6 80 2 20 6 00 7 20 Min Rated Max Btu h 7 500 19 800 23 200 7 500 20 500 24 600 Power Input Cooling Rated kW 1 56 1 46 Heating Rated kW 1 66 1 66 Running Current Cooling Rated A 7 10 6 50 Heating Rated A 7 50 7 60 SEER SCOP Wh Wh 6 10 4 25 6 10 4 15 Seasonal Energy Label A to E Scale Cooling Heating A A A A Annual Energy Consumption Cooling Heating kWh ...

Page 18: ...nhouse gases Combination Outdoor unit AUUW24GAE UU24W U44 AUUW24GAE UU24W U44 Indoor unit ATNW24GPLA0 CT24 NP4 ABNW24GM1A0 CM24 N14 Capacity Cooling Min Rated Max kW 2 84 6 80 7 80 2 80 6 80 7 48 Min Rated Max Btu h 9 700 23 200 26 600 9 500 23 200 25 500 Heating Min Rated Max kW 3 20 8 00 8 80 3 20 7 50 8 25 Min Rated Max Btu h 10 900 27 300 30 000 10 900 25 600 28 100 Power Input Cooling Rated k...

Page 19: ...e gases Combination Outdoor unit AUUW30GAE UU30W U44 AUUW30GAE UU30W U44 Indoor unit ATNW30GPLA0 UT30 NP4 ABNW30GM1A0 UM30 N14 Capacity Cooling Min Rated Max kW 3 20 8 00 8 80 3 20 7 80 8 80 Min Rated Max Btu h 10 900 27 300 30 000 10 900 26 600 30 000 Heating Min Rated Max kW 3 60 9 00 9 90 3 60 9 00 9 90 Min Rated Max Btu h 12 300 30 700 33 800 12 300 30 700 33 800 Power Input Cooling Rated kW 2...

Page 20: ...gases Combination Outdoor unit AUUW366D2 UU36W UO2 AUUW366D2 UU36W UO2 Indoor unit ATNH36GNLE2 UT36 NN2 ABNW36GM2A0 UM36 N24 Capacity Cooling Min Rated Max kW 4 00 10 0 11 0 4 00 10 0 11 0 Min Rated Max Btu h 13 600 34 100 37 500 13 600 34 100 37 500 Heating Min Rated Max kW 4 40 11 0 12 1 4 50 11 2 12 3 Min Rated Max Btu h 15 000 37 500 41 300 15 400 38 200 42 000 Power Input Cooling Rated kW 2 8...

Page 21: ...andard length and difference of Elevation Outdoor Indoor Unit is Zero 6 This product contains Fluorinated greenhouse gases Combination Outdoor unit AUUW426D2 UU42W U32 AUUW426D2 UU42W U32 Indoor unit ATNH42GMLE2 UT42 NM2 ABNW42GM2A0 UM42 N24 Capacity Cooling Min Rated Max kW 5 00 12 5 13 8 5 00 12 1 13 2 Min Rated Max Btu h 17 100 42 700 47 100 17 100 41 300 45 000 Heating Min Rated Max kW 5 00 14...

Page 22: ...ero 6 This product contains Fluorinated greenhouse gases Combination Outdoor unit AUUW486D2 UU48W U32 AUUW486D2 UU48W U32 Indoor unit ATNH48GMLE2 UT48 NM2 ABNW48GM3A0 UM48 N34 Capacity Cooling Min Rated Max kW 5 48 13 9 15 7 5 60 14 0 15 4 Min Rated Max Btu h 18 700 47 400 53 600 19 100 47 800 52 600 Heating Min Rated Max kW 6 40 15 4 17 6 6 60 15 8 18 2 Min Rated Max Btu h 21 800 52 600 60 100 22...

Page 23: ...tandard length and difference of Elevation Outdoor Indoor Unit is Zero 6 This product contains Fluorinated greenhouse gases Combination Outdoor unit AUUW606D2 UU60W U32 AUUW606D2 UU60W U32 Indoor unit ATNH60GMLE2 UT60 NM2 ABNW60GM3A0 UM60 N34 Capacity Cooling Min Rated Max kW 5 92 14 6 16 3 5 90 15 0 16 3 Min Rated Max Btu h 20 200 49 800 55 600 20 100 51 200 55 600 Heating Min Rated Max kW 6 80 1...

Page 24: ...d greenhouse gases Combination Outdoor unit AUUW368D2 UU37W UO2 AUUW368D2 UU37W UO2 Indoor unit ATNH36GNLE2 UT36 NN2 ABNW36GM2A0 UM36 N24 Capacity Cooling Min Rated Max kW 4 00 10 0 11 0 4 00 10 0 11 0 Min Rated Max Btu h 13 600 34 100 37 500 13 600 34 100 37 500 Heating Min Rated Max kW 4 40 11 0 12 1 4 50 11 2 12 3 Min Rated Max Btu h 15 000 37 500 41 300 15 400 38 200 42 000 Power Input Cooling...

Page 25: ... standard length and difference of Elevation Outdoor Indoor Unit is Zero 6 This product contains Fluorinated greenhouse gases Combination Outdoor unit AUUW428D2 UU43W U32 AUUW428D2 UU43W U32 Indoor unit ATNH42GMLE2 UT42 NM2 ABNW42GM2A0 UM42 N24 Capacity Cooling Min Rated Max kW 5 00 12 5 13 8 5 00 12 1 13 2 Min Rated Max Btu h 17 100 42 700 47 100 17 100 41 300 45 000 Heating Min Rated Max kW 5 00...

Page 26: ...s Zero 6 This product contains Fluorinated greenhouse gases Combination Outdoor unit AUUW488D2 UU49W U32 AUUW488D2 UU49W U32 Indoor unit ATNH48GMLE2 UT48 NM2 ABNW48GM3A0 UM48 N34 Capacity Cooling Min Rated Max kW 5 48 13 9 15 7 5 60 14 0 15 4 Min Rated Max Btu h 18 700 47 400 53 600 19 100 47 800 52 600 Heating Min Rated Max kW 6 40 15 3 17 6 6 60 15 8 18 2 Min Rated Max Btu h 21 800 52 200 60 100...

Page 27: ... 0 16 3 Min Rated Max Btu h 20 200 49 800 55 600 20 100 51 200 55 600 Heating Min Rated Max kW 6 80 16 9 18 7 6 80 16 8 18 7 Min Rated Max Btu h 23 200 57 700 63 800 23 200 57 300 63 800 Power Input Cooling Rated kW 5 40 4 53 Heating Rated kW 5 50 4 79 Running Current Cooling Rated A 7 8 6 60 Heating Rated A 8 0 7 10 SEER SCOP Wh Wh Seasonal Energy Label A to E Scale Cooling Heating Annual Energy ...

Page 28: ...oor unit AUUW09GA0 UU09W UL0 AUUW12GA0 UU12W UL0 Power Supply V Ø Hz 220 240 1 50 220 240 1 50 Wiring Connections Power Supply Cable included Earth No mm AWG 3C 2 5 12 3C 2 5 12 Casing Color Warm Gray Warm Gray Dimensions W H D mm 770 545 288 770 545 288 Net Weight kg lbs 33 8 74 5 33 8 74 5 Compressor Type Twin Rotary Twin Rotary Model Model No GAT156MAD 1 GAT156MAD 1 Motor type BLDC BLDC Motor O...

Page 29: ...UE4 AUUW24GAE UU24W U44 Power Supply V Ø Hz 220 240 1 50 220 240 1 50 Wiring Connections Power Supply Cable included Earth No mm AWG 3C 2 5 12 3C 2 5 12 Casing Color Warm Gray Warm Gray Dimensions W H D mm 870 655 320 950 834 330 Net Weight kg lbs 46 0 98 3 56 1 123 6 Compressor Type Twin Rotary Twin Rotary Model Model No GKT176MAC 1 GKT208MAB 1 Motor type BLDC BLDC Motor Output W No 1 500 1 1 500...

Page 30: ...6D2 UU36W UO2 Power Supply V Ø Hz 220 240 1 50 220 240 1 50 Wiring Connections Power Supply Cable included Earth No mm AWG 3C 2 5 12 3C 5 0 8 Casing Color Warm Gray Warm Gray Dimensions W H D mm 950 834 330 950 1 170 330 Net Weight kg lbs 58 0 127 8 81 0 178 6 Compressor Type Twin Rotary Twin Rotary Model Model No GJT240MAA 1 GPT442MBA 1 Motor type BLDC BLDC Motor Output W No 2 137 1 4 000 1 Refri...

Page 31: ...86D2 UU48W U32 Power Supply V Ø Hz 220 240 1 50 220 240 1 50 Wiring Connections Power Supply Cable included Earth No mm AWG 3C 5 0 8 3C 5 0 8 Casing Color Warm Gray Warm Gray Dimensions W H D mm 950 1 380 330 950 1 380 330 Net Weight kg lbs 92 0 202 8 92 0 202 8 Compressor Type Twin Rotary Twin Rotary Model Model No GPT442MBA 1 GPT442MBA 1 Motor type BLDC BLDC Motor Output W No 4 000 1 4 000 1 Ref...

Page 32: ...nd difference of Elevation Outdoor Indoor Unit is Zero 6 This product contains Fluorinated greenhouse gases Outdoor unit AUUW606D2 UU60W U32 Power Supply V Ø Hz 220 240 1 50 Wiring Connections Power Supply Cable included Earth No mm AWG 3C 5 0 8 Casing Color Warm Gray Dimensions W H D mm 950 1 380 330 Net Weight kg lbs 92 0 202 8 Compressor Type Twin Rotary Model Model No GPT442MBA 1 Motor type BL...

Page 33: ...UW428D2 UU43W U32 Power Supply V Ø Hz 380 415 3 50 380 415 3 50 Wiring Connections Power Supply Cable included Earth No mm AWG 5C 2 5 12 5C 2 5 12 Casing Color Warm Gray Warm Gray Dimensions W H D mm 950 1 170 330 950 1 380 330 Net Weight kg lbs 85 0 187 4 96 0 211 6 Compressor Type Twin Rotary Twin Rotary Model Model No GPT442MAA 1 GPT442MAA 1 Motor type BLDC BLDC Motor Output W No 4 000 1 4 000 ...

Page 34: ...8D2 UU61W U32 Power Supply V Ø Hz 380 415 3 50 380 415 3 50 Wiring Connections Power Supply Cable included Earth No mm AWG 5C 2 5 12 5C 2 5 12 Casing Color Warm Gray Warm Gray Dimensions W H D mm 950 1 380 330 950 1 380 330 Net Weight kg lbs 96 0 211 6 96 0 211 6 Compressor Type Twin Rotary Twin Rotary Model Model No GPT442MAA 1 GPT442MAA 1 Motor type BLDC BLDC Motor Output W No 4 000 1 4 000 1 Re...

Page 35: ... V Ø Hz 380 415 3 50 380 415 3 50 Wiring Connections Power Supply Cable included Earth No mm AWG 5C 2 5 12 5C 2 5 12 Casing Color Warm Gray Warm Gray Dimensions W H D mm 950 1 380 330 1 090 1 625 380 Net Weight kg lbs 110 0 242 0 139 0 306 0 Compressor Type Hermetically Sealed Scroll Hermetically Sealed Scroll Model Model No JBA048MAF 1 JBA068MAF 1 Motor type BLDC BLDC Motor Output W No 4 200 1 6 ...

Page 36: ...29 Single CAC Outdoor Unit Standard Inverter 3 Dimensions AUUW09GA0 UU09W UL0 AUUW12GA0 UU12W UL0 Chassis code UL2 ...

Page 37: ...Single CAC Outdoor Unit 3 Dimensions 30 Standard Inverter AUUW 18GAE UU18W UE4 Chassis code UE ...

Page 38: ...3 Dimensions 31 Single CAC Outdoor Unit Standard Inverter AUUW24GAE UU24W U44 AUUW30GAE UU30W U44 Chassis code U4 ...

Page 39: ...Single CAC Outdoor Unit 3 Dimensions 32 Standard Inverter AUUW366D2 UU36W UO2 AUUW368D2 UU37W UO2 Chassis code U5 ...

Page 40: ...nsions 33 Single CAC Outdoor Unit Standard Inverter AUUW426D2 UU42W U32 AUUW486D2 UU48W U32 AUUW606D2 UU60W U32 AUUW428D2 UU43W U32 AUUW488D2 UU49W U32 AUUW608D2 UU61W U32 AUUW70LAE UU70W U34 Chassis code U3 ...

Page 41: ...Single CAC Outdoor Unit 3 Dimensions 34 Standard Inverter AUUW85LAE UU85W U74 Chassis code U7 ...

Page 42: ...emperature Thermistor CN_AIR Condensing Temperature Thermistor CN_MID Pressure Sensor CN_H PRESSURE Refrigerant Flow Cooling Heating M Pressure Sensor 4 way Valve Discharge Temperature Thermistor Suction Temperature Thermistor Inverter Compressor Electronic Expansion Valve Strainer Strainer Condenser Out Temperature Thermistor Inlet Air Temperature Thermistor Outdoor Unit Flare Connection Flare Co...

Page 43: ... CN C_PIPE VI Thermistor for outdoor air temperature CN AIR YL Thermistor for condenser middle pipe temperature CN MID BR Pressure sensor CN H_PRESS RD Refrigerant Flow Cooling Heating M Pressure Sensor 4 way Valve Discharge Temperature Thermistor Suction Temperature Thermistor Accumulator Inverter Compressor Electronic Expansion Valve Strainer Strainer Condenser Out Temperature Thermistor Inlet A...

Page 44: ...mperature Thermistor CN_TH4 Pressure Sensor P SENSOR H Refrigerant Flow Cooling Heating M Pressure Sensor 4 way Valve Discharge Temperature Thermistor Suction Temperature Thermistor Accumulator Inverter Compressor Strainer Strainer Condenser Out Temperature Thermistor Inlet Air Temperature Thermistor Outdoor Unit Ø9 52 Flare Connection Ø15 88 Flare Connection Condensing Temperature Thermistor Elec...

Page 45: ...mperature Thermistor CN_TH3 Pressure Sensor P SENSOR H Refrigerant Flow Cooling Heating M Pressure Sensor 4 way Valve Discharge Temperature Thermistor Suction Temperature Thermistor Accumulator Inverter Compressor Strainer Strainer Condenser Out Temperature Thermistor Inlet Air Temperature Thermistor Outdoor Unit Ø9 52 Flare Connection Ø15 88 Flare Connection Condensing Temperature Thermistor Elec...

Page 46: ...mperature Thermistor Condensing Temperature Thermistor CN_TH4 Pressure Sensor P SENSOR H Refrigerant Flow Cooling Heating M Pressure Sensor 4 way Valve Discharge Temperature Thermistor Suction Temperature Thermistor Accumulator Inverter Compressor Strainer Strainer Condenser Out Temperature Thermistor Inlet Air Temperature Thermistor Outdoor Unit Flare Connection Flare Connection Condensing Temper...

Page 47: ...re Thermistor Condensing Temperature Thermistor CN_TH3 Pressure Sensor P SENSOR H Refrigerant Flow Cooling Heating M Pressure Sensor 4 way Valve Discharge Temperature Thermistor Suction Temperature Thermistor Accumulator Inverter Compressor Strainer Strainer Condenser Out Temperature Thermistor Inlet Air Temperature Thermistor Outdoor Unit Ø9 52 Flare Connection Ø15 88 Flare Connection Condensing ...

Page 48: ...densing Temperature Thermistor CN_MID Pressure Sensor CN_H_PRESS Refrigerant Flow Cooling Heating M 4 way Valve Accumulator Inverter Compressor Strainer Strainer Pressure Sensor Condenser Out Temperature Thermistor Inlet Air Temperature Thermistor Outdoor Unit Ø9 52 Welding Connection Ø25 4 Welding Connection Condensing Temperature Thermistor Electronic Expansion Valve Liquid Side Piping Gas Side ...

Page 49: ...ensing Temperature Thermistor CN_MID Pressure Sensor CN_H_PRESS Refrigerant Flow Cooling Heating M 4 way Valve Accumulator Inverter Compressor Strainer Strainer Pressure Sensor Condenser Out Temperature Thermistor Inlet Air Temperature Thermistor Outdoor Unit Ø12 7 Welding Connection Ø22 2 Welding Connection Condensing Temperature Thermistor Electronic Expansion Valve Liquid Side Piping Gas Side P...

Page 50: ...43 Single CAC Outdoor Unit Standard Inverter 5 Wiring Diagrams AUUW09GA0 UU09W UL0 AUUW12GA0 UU12W UL0 ...

Page 51: ...Single CAC Outdoor Unit 5 Wiring Diagrams 44 Standard Inverter AUUW18GAE UU18W UE4 ...

Page 52: ...5 Wiring Diagrams 45 Single CAC Outdoor Unit Standard Inverter AUUW24GAE UU24W U44 AUUW30GAE UU30W U44 ...

Page 53: ...Single CAC Outdoor Unit 5 Wiring Diagrams 46 Standard Inverter AUUW366D2 UU36W UO2 ...

Page 54: ...5 Wiring Diagrams 47 Single CAC Outdoor Unit Standard Inverter AUUW426D2 UU42W U32 AUUW486D2 UU48W U32 AUUW606D2 UU60W U32 ...

Page 55: ...Single CAC Outdoor Unit 5 Wiring Diagrams 48 Standard Inverter AUUW368D2 UU37W UO2 ...

Page 56: ...5 Wiring Diagrams 49 Single CAC Outdoor Unit Standard Inverter AUUW428D2 UU43W U32 AUUW488D2 UU49W U32 AUUW608D2 UU61W U32 ...

Page 57: ...Single CAC Outdoor Unit 5 Wiring Diagrams 50 Standard Inverter AUUW70LAE UU70W U34 ...

Page 58: ...5 Wiring Diagrams 51 Single CAC Outdoor Unit Standard Inverter AUUW85LAE UU85W U74 ...

Page 59: ... 56 2 03 0 61 2 81 1 99 0 63 3 01 1 96 0 63 35 0 1 47 1 35 0 39 1 91 1 61 0 50 2 24 1 87 0 61 2 50 2 00 0 63 2 76 1 96 0 65 2 95 1 94 0 65 40 0 1 37 1 30 0 43 1 81 1 56 0 53 2 15 1 83 0 65 2 40 1 96 0 67 2 66 1 92 0 69 2 85 1 89 0 69 43 0 1 32 1 28 0 45 1 76 1 54 0 55 2 09 1 80 0 67 2 35 1 93 0 69 2 60 1 89 0 71 2 80 1 87 0 72 46 0 1 26 1 25 0 47 1 70 1 51 0 57 2 04 1 77 0 70 2 29 1 90 0 72 2 55 1...

Page 60: ... 48 2 68 0 93 3 82 2 64 0 96 4 09 2 60 0 97 35 0 2 00 1 79 0 61 2 60 2 13 0 76 3 05 2 48 0 94 3 40 2 65 0 97 3 75 2 60 1 00 4 01 2 57 1 00 40 0 1 87 1 73 0 66 2 47 2 07 0 81 2 92 2 42 1 00 3 27 2 59 1 03 3 62 2 54 1 06 3 88 2 51 1 07 43 0 1 79 1 69 0 69 2 39 2 04 0 84 2 85 2 38 1 04 3 19 2 56 1 07 3 54 2 51 1 10 3 80 2 47 1 10 46 0 1 71 1 66 0 72 2 31 2 00 0 88 2 77 2 35 1 07 3 11 2 52 1 10 3 46 2...

Page 61: ...5 0 2 94 2 46 0 98 3 82 2 94 1 23 4 49 3 41 1 51 5 00 3 65 1 56 5 51 3 58 1 61 5 90 3 54 1 62 40 0 2 74 2 38 1 06 3 63 2 86 1 31 4 30 3 33 1 61 4 81 3 57 1 66 5 32 3 50 1 70 5 71 3 46 1 71 43 0 2 63 2 33 1 11 3 51 2 81 1 36 4 18 3 28 1 67 4 69 3 52 1 72 5 21 3 45 1 76 5 59 3 41 1 77 46 0 2 52 2 28 1 16 3 40 2 76 1 41 4 07 3 24 1 73 4 58 3 47 1 77 5 09 3 41 1 82 5 48 3 36 1 83 48 0 2 44 2 25 1 19 3...

Page 62: ...96 5 44 1 93 7 65 5 34 1 99 8 18 5 27 2 00 35 0 3 99 3 62 1 25 5 19 4 32 1 57 6 11 5 02 1 94 6 80 5 37 2 00 7 49 5 27 2 06 8 02 5 20 2 07 40 0 3 73 3 50 1 36 4 93 4 20 1 68 5 85 4 90 2 06 6 54 5 25 2 12 7 24 5 15 2 18 7 76 5 09 2 20 43 0 3 58 3 43 1 42 4 78 4 13 1 74 5 69 4 83 2 14 6 39 5 18 2 20 7 08 5 08 2 26 7 61 5 02 2 27 46 0 3 42 3 36 1 48 4 62 4 06 1 80 5 60 4 82 2 21 6 31 5 18 2 27 7 01 5 ...

Page 63: ... 8 18 5 92 2 40 9 00 5 81 2 47 9 62 5 73 2 49 35 0 4 70 3 94 1 56 6 11 4 70 1 96 7 18 5 46 2 41 8 00 5 84 2 49 8 82 5 73 2 57 9 44 5 66 2 58 40 0 4 39 3 81 1 69 5 80 4 57 2 09 6 88 5 33 2 57 7 69 5 71 2 65 8 51 5 60 2 72 9 13 5 53 2 73 43 0 4 21 3 73 1 77 5 62 4 49 2 17 6 53 5 13 2 75 7 33 5 50 2 83 8 13 5 39 2 91 8 73 5 32 2 92 46 0 4 03 3 65 1 85 5 44 4 42 2 25 6 19 4 92 2 93 6 96 5 28 3 01 7 74...

Page 64: ...12 37 8 72 3 68 13 00 8 89 3 72 32 0 9 25 7 89 3 40 9 87 8 04 4 00 10 50 8 16 4 20 10 82 8 25 4 25 11 76 8 47 4 35 12 38 8 66 4 43 35 0 8 96 7 63 3 79 9 59 7 79 4 30 10 21 7 91 4 38 10 50 7 98 4 38 11 46 8 23 4 59 12 09 8 42 4 69 40 0 8 57 7 39 4 16 9 20 7 57 4 48 9 82 7 71 4 55 10 13 7 81 4 56 11 07 8 06 4 63 11 69 8 26 4 73 43 0 8 34 7 13 4 08 8 96 7 32 4 27 9 58 7 46 4 26 9 90 7 57 4 25 10 83 7...

Page 65: ... PI TC PI TC PI TC PI TC PI TC PI 15 0 8 25 5 25 8 18 5 33 8 12 5 42 8 10 5 47 8 08 5 53 8 01 5 63 10 0 8 81 5 35 8 80 5 48 8 80 5 61 8 80 5 69 8 80 5 78 8 71 5 86 5 0 9 85 5 08 9 86 5 23 9 86 5 38 9 86 5 45 9 86 5 53 9 74 5 60 0 0 10 83 4 74 10 82 4 87 10 79 5 00 10 77 5 07 10 73 5 13 10 67 5 18 6 0 11 79 4 47 11 71 4 58 11 60 4 68 11 53 4 72 11 44 4 76 11 43 4 79 10 0 12 56 4 36 12 40 4 45 12 32...

Page 66: ...04 4 24 12 70 10 19 4 20 13 93 10 56 4 20 14 75 10 85 4 30 Outdoor Air Temp Indoor Air Temperature CDB CWB 20 0 14 0 22 0 16 0 25 0 18 0 27 0 19 0 30 0 22 0 32 0 24 0 CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI 20 0 13 53 11 03 2 92 14 36 11 17 3 95 15 20 11 27 4 28 15 61 11 37 4 32 16 86 11 60 4 32 17 70 11 81 4 30 25 0 12 94 10 67 3 05 13 77 10 84 3 99 14 60 10 95 4 30 15 02 ...

Page 67: ...or Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the performanc...

Page 68: ... 55 5 43 15 40 5 53 15 30 5 59 15 19 5 63 15 17 5 67 10 0 16 68 5 16 16 47 5 26 16 36 5 34 16 36 5 38 16 34 5 40 16 07 5 42 15 0 17 12 4 90 17 07 4 96 17 09 4 98 16 99 4 99 16 85 4 99 16 75 5 01 Outdoor Air Temp Indoor Air Temperature CDB 16 0 18 0 20 0 21 0 22 0 24 0 CWB TC PI TC PI TC PI TC PI TC PI TC PI 15 0 10 96 6 39 10 86 6 49 10 78 6 60 10 75 6 66 10 73 6 74 10 63 6 85 10 0 11 70 6 51 11 6...

Page 69: ...or Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the performanc...

Page 70: ...86 10 68 4 51 13 73 10 89 5 32 14 60 11 04 5 58 15 04 11 16 5 65 16 35 11 46 5 78 17 22 11 72 5 89 35 0 12 46 10 32 5 03 13 33 10 54 5 71 14 20 10 70 5 82 14 60 10 80 5 82 15 94 11 14 6 10 16 81 11 40 6 23 40 0 11 92 10 01 5 53 12 79 10 25 5 95 13 66 10 43 6 04 14 09 10 57 6 05 15 39 10 90 6 15 16 26 11 18 6 28 43 0 11 59 9 66 5 41 12 46 9 91 5 67 13 33 10 10 5 66 13 76 10 24 5 65 15 06 10 59 5 70...

Page 71: ...or Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the performanc...

Page 72: ... PI TC PI TC PI 15 0 12 52 6 39 12 41 6 49 12 32 6 60 12 29 6 66 12 27 6 74 12 15 6 85 10 0 13 37 6 51 13 35 6 67 13 35 6 83 13 35 6 93 13 35 7 03 13 22 7 13 5 0 14 94 6 18 14 96 6 36 14 96 6 55 14 96 6 64 14 96 6 73 14 78 6 81 0 0 16 43 5 77 16 41 5 93 16 37 6 09 16 33 6 17 16 29 6 25 16 19 6 31 6 0 17 90 5 44 17 77 5 58 17 60 5 69 17 49 5 75 17 36 5 79 17 34 5 83 10 0 19 06 5 31 18 82 5 41 18 69...

Page 73: ...or Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the performanc...

Page 74: ...15 00 11 05 6 07 16 45 11 45 6 08 17 42 11 77 6 22 Outdoor Air Temp Indoor Air Temperature CDB CWB 20 0 14 0 22 0 16 0 25 0 18 0 27 0 19 0 30 0 22 0 32 0 24 0 CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI 20 0 15 39 11 96 3 86 16 34 12 12 5 24 17 29 12 22 5 66 17 76 12 33 5 73 19 19 12 58 5 73 20 13 12 81 5 70 25 0 14 72 11 57 4 04 15 67 11 75 5 29 16 61 11 88 5 70 17 08 12 00 5 ...

Page 75: ...ected 5 For Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the p...

Page 76: ... 88 7 71 18 70 7 87 18 58 7 94 18 45 8 00 18 42 8 06 10 0 20 25 7 34 20 00 7 48 19 86 7 59 19 86 7 64 19 84 7 68 19 51 7 70 15 0 20 79 6 97 20 72 7 05 20 76 7 08 20 63 7 09 20 46 7 09 20 34 7 13 Outdoor Air Temp Indoor Air Temperature CDB 16 0 18 0 20 0 21 0 22 0 24 0 CWB TC PI TC PI TC PI TC PI TC PI TC PI 15 0 13 31 8 83 13 18 8 96 13 09 9 12 13 06 9 20 13 03 9 31 12 91 9 47 10 0 14 20 8 99 14 1...

Page 77: ...ected 5 For Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the p...

Page 78: ... 12 37 8 72 3 68 13 00 8 89 3 72 32 0 9 25 7 89 3 40 9 87 8 04 4 00 10 50 8 16 4 20 10 82 8 25 4 25 11 76 8 47 4 35 12 38 8 66 4 43 35 0 8 96 7 63 3 79 9 59 7 79 4 30 10 21 7 91 4 38 10 50 7 98 4 38 11 46 8 23 4 59 12 09 8 42 4 69 40 0 8 57 7 39 4 16 9 20 7 57 4 48 9 82 7 71 4 55 10 13 7 81 4 56 11 07 8 06 4 63 11 69 8 26 4 73 43 0 8 34 7 13 4 08 8 96 7 32 4 27 9 58 7 46 4 26 9 90 7 57 4 25 10 83 ...

Page 79: ... PI TC PI TC PI TC PI TC PI TC PI 15 0 8 25 5 25 8 18 5 33 8 12 5 42 8 10 5 47 8 08 5 53 8 01 5 63 10 0 8 81 5 35 8 80 5 48 8 80 5 61 8 80 5 69 8 80 5 78 8 71 5 86 5 0 9 85 5 08 9 86 5 23 9 86 5 38 9 86 5 45 9 86 5 53 9 74 5 60 0 0 10 83 4 74 10 82 4 87 10 79 5 00 10 77 5 07 10 73 5 13 10 67 5 18 6 0 11 79 4 47 11 71 4 58 11 60 4 68 11 53 4 72 11 44 4 76 11 43 4 79 10 0 12 56 4 36 12 40 4 45 12 32...

Page 80: ...99 4 24 12 70 10 14 4 20 13 93 10 50 4 20 14 75 10 80 4 30 Outdoor Air Temp Indoor Air Temperature CDB CWB 20 0 14 0 22 0 16 0 25 0 18 0 27 0 19 0 30 0 22 0 32 0 24 0 CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI 20 0 13 53 11 03 2 92 14 36 11 17 3 95 15 20 11 27 4 28 15 61 11 37 4 32 16 86 11 60 4 32 17 70 11 81 4 30 25 0 12 94 10 67 3 05 13 77 10 84 3 99 14 60 10 95 4 30 15 02 ...

Page 81: ...or Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the performanc...

Page 82: ... 55 5 43 15 40 5 53 15 30 5 59 15 19 5 63 15 17 5 67 10 0 16 68 5 16 16 47 5 26 16 36 5 34 16 36 5 38 16 34 5 40 16 07 5 42 15 0 17 12 4 90 17 07 4 96 17 09 4 98 16 99 4 99 16 85 4 99 16 75 5 01 Outdoor Air Temp Indoor Air Temperature CDB 16 0 18 0 20 0 21 0 22 0 24 0 CWB TC PI TC PI TC PI TC PI TC PI TC PI 15 0 10 96 6 39 10 86 6 49 10 78 6 60 10 75 6 66 10 73 6 74 10 63 6 85 10 0 11 70 6 51 11 6...

Page 83: ...or Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the performanc...

Page 84: ...86 10 62 4 51 13 73 10 82 5 32 14 60 10 97 5 58 15 04 11 10 5 65 16 35 11 39 5 78 17 22 11 65 5 89 35 0 12 46 10 26 5 03 13 33 10 47 5 71 14 20 10 64 5 82 14 60 10 74 5 82 15 94 11 07 6 10 16 81 11 33 6 23 40 0 11 92 9 95 5 53 12 79 10 19 5 95 13 66 10 37 6 04 14 09 10 51 6 05 15 39 10 84 6 15 16 26 11 11 6 28 43 0 11 59 9 60 5 41 12 46 9 85 5 67 13 33 10 04 5 66 13 76 10 18 5 65 15 06 10 52 5 70 ...

Page 85: ...or Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the performanc...

Page 86: ... PI TC PI TC PI 15 0 12 52 7 64 12 41 7 76 12 32 7 90 12 29 7 96 12 27 8 06 12 15 8 19 10 0 13 37 7 78 13 35 7 98 13 35 8 17 13 35 8 29 13 35 8 41 13 22 8 52 5 0 14 94 7 39 14 96 7 61 14 96 7 83 14 96 7 94 14 96 8 05 14 78 8 15 0 0 16 43 6 90 16 41 7 09 16 37 7 28 16 33 7 38 16 29 7 47 16 19 7 55 6 0 17 90 6 51 17 77 6 67 17 60 6 81 17 49 6 87 17 36 6 92 17 34 6 97 10 0 19 06 6 35 18 82 6 47 18 69...

Page 87: ...or Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the performanc...

Page 88: ... 15 00 11 05 6 07 16 45 11 45 6 08 17 42 11 77 6 22 Outdoor Air Temp Indoor Air Temperature CDB CWB 20 0 14 0 22 0 16 0 25 0 18 0 27 0 19 0 30 0 22 0 32 0 24 0 CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI 20 0 15 39 11 96 3 86 16 34 12 12 5 24 17 29 12 22 5 66 17 76 12 33 5 73 19 19 12 58 5 73 20 13 12 81 5 70 25 0 14 72 11 57 4 04 15 67 11 75 5 29 16 61 11 88 5 70 17 08 12 00 5...

Page 89: ...ected 5 For Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the p...

Page 90: ...8 88 7 91 18 70 8 07 18 58 8 14 18 45 8 20 18 42 8 26 10 0 20 25 7 52 20 00 7 67 19 86 7 78 19 86 7 84 19 84 7 88 19 51 7 89 15 0 20 79 7 14 20 72 7 23 20 76 7 26 20 63 7 28 20 46 7 28 20 34 7 31 Outdoor Air Temp Indoor Air Temperature CDB 16 0 18 0 20 0 21 0 22 0 24 0 CWB TC PI TC PI TC PI TC PI TC PI TC PI 15 0 13 31 8 83 13 18 8 96 13 09 9 12 13 06 9 20 13 03 9 31 12 91 9 47 10 0 14 20 8 99 14 ...

Page 91: ...ected 5 For Synchro model operating simultaneously with combinations The individual capacities of indoor unit are not gived because they are same with the Single model capacities 6 Direct interpolation is permissible Do not extrapolate 7 Rated capacities and power inputs are based on standard temperature and piping conditions and it can be found on specifications table Except for rated value the p...

Page 92: ... vary slightly Outdoor Air Temp Indoor Air Temperature CDB CWB 20 0 14 0 22 0 16 0 25 0 18 0 27 0 19 0 30 0 22 0 32 0 24 0 CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI 20 0 13 33 13 15 3 33 16 68 15 47 4 41 19 23 17 79 5 48 21 17 18 95 5 69 23 11 18 62 5 90 24 59 18 40 5 94 25 0 12 60 12 60 3 65 15 96 15 08 4 77 18 51 17 40 5 92 20 45 18 56 6 13 22 39 18 23 6 34 23 86 18 01 6 38...

Page 93: ...ng conditions and it can be found on specifications table Except for rated value the performance is not guaranteed 8 In accordance with the test standard or nations the rating will vary slightly Outdoor Air Temp Indoor Air Temperature CDB 16 0 18 0 20 0 22 0 24 0 CWB TC PI TC PI TC PI TC PI TC PI 20 0 10 25 2 35 10 16 2 88 10 07 3 41 9 98 4 24 9 90 5 06 15 0 13 34 3 41 13 24 3 95 13 15 4 48 13 06 ...

Page 94: ...ry slightly Outdoor Air Temp Indoor Air Temperature CDB CWB 20 0 14 0 22 0 16 0 25 0 18 0 27 0 19 0 30 0 22 0 32 0 24 0 CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI 20 0 16 13 14 46 3 90 20 19 17 01 5 16 23 28 19 56 6 41 25 63 20 83 6 66 27 98 20 47 6 91 29 76 20 22 6 95 25 0 15 26 14 03 4 27 19 32 16 58 5 59 22 41 19 13 6 92 24 75 20 41 7 17 27 10 20 04 7 42 28 89 19 79 7 46 32...

Page 95: ...g conditions and it can be found on specifications table Except for rated value the performance is not guaranteed 8 In accordance with the test standard or nations the rating will vary slightly Outdoor Air Temp Indoor Air Temperature CDB 16 0 18 0 20 0 22 0 24 0 CWB TC PI TC PI TC PI TC PI TC PI 20 0 13 42 4 36 13 30 4 88 13 18 5 40 13 07 6 06 12 96 6 73 15 0 16 87 5 40 16 75 5 92 16 63 6 44 16 53...

Page 96: ...Ti To x Fpiping Piping length m 5 10 15 20 30 40 50 60 70 75 Rate of change in capacity 2 5 3 5 kW 100 99 8 99 3 98 8 5 0 kW 100 99 8 99 3 98 8 97 8 7 1 8 0 10 0 kW 100 99 3 97 9 96 6 93 8 91 1 88 4 12 5 14 0 15 0 kW 100 99 3 97 9 96 6 93 8 91 1 88 4 85 6 82 9 81 5 Piping length m 5 10 15 20 30 40 50 60 70 75 Rate of change in capacity 2 5 3 5 kW 100 99 8 99 4 99 0 5 0 kW 100 99 8 99 4 99 0 98 3 7...

Page 97: ...Range Cooling Indoor Temperature WB 20 10 12 15 20 23 25 28 Outdoor Temperature DB 20 15 10 5 0 5 10 15 20 25 30 35 40 43 48 50 Continuous Operation Heating Indoor Tem p C D B Outdoor Temp C WB Continuous Operation Warming up Operation 10 16 30 33 25 18 18 25 ...

Page 98: ...U70W U34 AUUW85LAE UU85W U74 Cooling Indoor Temperature WB 20 10 12 15 20 23 25 28 Outdoor Temperature DB 25 20 15 10 5 0 5 10 15 20 25 30 35 40 43 48 50 Continuous Operation Heating Indoor Tem p C D B Outdoor Temp C WB Continuous Operation Warming up Operation 10 16 30 33 25 18 18 25 ...

Page 99: ...pply cords of parts of appliances for outdoor use should not be lighter than polychloroprene sheathed flexible cord 6 Don t install an individual switch or electrical outlet to disconnect each of indoor unit separately from the power supply WARNING Follow ordinance of your governmental organization for technical standard related to electrical equipment wiring regulations and guidance of each elect...

Page 100: ...ield wiring Actual appearance of outdoor and indoor units could be different with installed product Field Wiring Single Phase 2 Wiring Type Circuit breaker Earth Power supply Outdoor unit This figure is representative example for field wiring Actual appearance of outdoor and indoor units could be different with installed product Field Wiring 3 Phase 4 Wiring Type ...

Page 101: ... 0 090 0 50 ABNH24GL3A2 CB24L N32 22 7 30 17 00 0 124 0 48 0 150 1 00 UVNH24GJLA2 CV24 NJ2 22 3 30 17 00 0 124 0 48 0 060 0 60 AUUW30GAE UU30W U44 ATNW30GPLA0 UT30 NP4 22 3 30 17 00 0 124 0 48 0 080 0 60 ABNW30GM1A0 UM30 N14 22 5 30 17 00 0 124 0 48 0 150 0 80 UVNH30GJLA2 UV30 NJ2 22 3 30 17 00 0 124 0 48 0 060 0 60 AJNW30GVLA0 UJ30 NV2 22 3 30 17 00 0 124 0 48 0 160 0 60 AUUW366D2 UU36W UO2 ATNH3...

Page 102: ...48 NM2 13 4 20 9 12 0 248 0 95 0 210 1 00 ABNW48GM3A0 UM48 N34 13 5 20 9 12 0 248 0 95 0 180 1 10 UVNH48GLLA2 UV48 NL2 13 5 20 9 12 0 248 0 95 0 140 1 10 APNH48GTLA0 UP48 NT2 13 3 20 9 12 0 248 0 95 0 150 0 90 AUUW608D2 UU61W U32 ATNH60GMLE2 UT60 NM2 14 4 20 9 97 0 248 0 95 0 210 1 00 ABNW60GM3A0 UM60 N34 15 1 20 9 97 0 248 0 95 0 290 1 65 UVNH60GLLA2 UV60 NL2 14 6 20 9 97 0 248 0 95 0 150 1 20 AU...

Page 103: ...oom target temperature setting etc and these functions are different in accordance with each model 5 Sound level will vary depending on a range of factors such as the construction acoustic absorption coefficient of particular room in which the equipment in installed Model Sound Pressure Levels dB A Cooling Heating AUUW09GA0 UU09W UL0 47 50 AUUW12GA0 UU12W UL0 49 52 AUUW18GAE UU18W UE4 47 52 AUUW24...

Page 104: ...5 Approximate Hearing Cooling Heating v Gi Gj Gm GOo P v Gi Gz Gw Gs GOW iGdGYWɆw P XWG YWG ZWG WG WG WG WG _WG XY ZG WWG G Y WG XWWWG YWWWG WWWG _WWWG ujTX G ujTYWG ujTY G ujTZWG ujTZ G ujT WG ujT G ujT WG ujT G ujT WG ujT G h o GGGG j o v Gi Gj Gm GOo P v Gi Gz Gw Gs GOW iGdGYWɆw P XWG YWG ZWG WG WG WG WG _WG XY ZG WWG G Y WG XWWWG YWWWG WWWG _WWWG ujTX G ujTYWG ujTY G ujTZWG ujTZ G ujT WG ujT G...

Page 105: ... NC 35 NC 40 NC 45 NC 50 NC 55 NC 60 NC 65 Approximate Hearing Threshold Cooling Heating Octave Band Center Frequency Hz Octave Band Sound Pressure Level 0dB 20μPa 10 20 30 40 50 60 70 80 63 125 250 500 1000 2000 4000 8000 NC 15 NC 20 NC 25 NC 30 NC 35 NC 40 NC 45 NC 50 NC 55 NC 60 NC 65 Approximate Hearing Threshold Cooling Heating Octave Band Center Frequency Hz Octave Band Sound Pressure Level ...

Page 106: ...ng AUUW09GA0 UU09W UL0 65 AUUW12GA0 UU12W UL0 65 AUUW18GAE UU18W UE4 63 AUUW24GAE UU24W U44 67 AUUW30GAE UU30W U44 68 AUUW366D2 UU36W UO2 66 AUUW426D2 UU42W U32 67 AUUW486D2 UU48W U32 68 AUUW606D2 UU60W U32 71 AUUW368D2 UU37W UO2 66 AUUW428D2 UU43W U32 67 AUUW488D2 UU49W U32 68 AUUW608D2 UU61W U32 71 AUUW70LAE UU70W U34 73 AUUW85LAE UU85W U74 74 AUUW09GA0 UU09W UL0 AUUW12GA0 UU12W UL0 AUUW18GAE UU...

Page 107: ...NR 55 NR 50 NR 45 NR 40 NR 35 NR 30 NR 75 NR 80 NR 85 NR 90 PWL 0dB 10E 6μPa Octave Band Center Frequency Hz 63 125 250 500 1000 2000 4000 8000 20 30 40 50 60 70 80 90 100 NR 70 NR 65 NR 60 NR 55 NR 50 NR 45 NR 40 NR 35 NR 30 NR 75 NR 80 NR 85 NR 90 PWL 0dB 10E 6μPa Octave Band Center Frequency Hz 63 125 250 500 1000 2000 4000 8000 20 30 40 50 60 70 80 90 100 NR 70 NR 65 NR 60 NR 55 NR 50 NR 45 NR...

Page 108: ...Standard Inverter Synchro Single CAC Outdoor Unit FDF 1 Power Supply 2 List of Functions 3 Combination Table 4 Piping Length Height 5 Simultaneous Operation Setting 6 Piping Diagrams 7 Accessories ...

Page 109: ...ty PowerSupply 1 Phase Inveter AUUW426D2 UU42W U32 12 5 40A 1Ø 220 240 V 50Hz AUUW486D2 UU48W U32 14 0 AUUW606D2 UU60W U32 15 0 3 Phase Inverter AUUW428D2 UU43W U32 12 5 20A 3Ø 380 415 V 50Hz AUUW488D2 UU49W U32 14 0 AUUW608D2 UU61W U32 15 0 AUUW70LAE UU70W U34 19 0 30A AUUW85LAE UU85 U74 23 0 AUUW606D2 UU60W U32 ATNH30GPLE2 UT30 NP2 ATNH30GPLE2 UT30 NP2 Only one remote controller Only one circuit...

Page 110: ...otection X X X Restart delay 3 minutes O O O Self diagnosis O O O Soft start O O O Convenience Test function O O O Night Silent Operation O O O Peak Control X X X Mode Lock X X X Forced Cooling Operation Outdoor Unit O O O Network function Network solution LGAP O O O ODU Dry Contact X X X Device AUUW426D2 UU42W U32 AUUW486D2 UU48W U32 AUUW606D2 UU60W U32 Central Con troller AC Ez Simple Controller...

Page 111: ...ssure switch X X Low pressure switch X X Phase protection O O Restart delay 3 minutes O O Self diagnosis O O Soft start O O Convenience Test function O O Night Silent Operation O O Peak Control X X Mode Lock X X Forced Cooling Operation Outdoor Unit O O Network function Network solution LGAP O O ODU Dry Contact X X Device AUUW428D2 UU43W U32 AUUW488D2 UU49W U32 Central Con troller AC Ez Simple Con...

Page 112: ... O Restart delay 3 minutes O O O Self diagnosis O O O Soft start O O O Convenience Test function O O O Night Silent Operation O O O Peak Control X O O Mode Lock X O O Forced Cooling Operation Outdoor Unit O O O Network function Network solution LGAP O O O ODU Dry Contact X X X Device AUUW608D2 UU61W U32 AUUW70LAE UU70W U34 AUUW85LAE UU85W U74 Central Con troller AC Ez Simple Controller PQCSZ250S0 ...

Page 113: ...OTE CONTROLLER MODEL Cas sette Duct Ceiling Suspended Cas sette Duct Ceiling Suspended Cas sette Duct Ceiling Suspended UU42W UU43W CT24 NP2 4 2 CM24 N14 2 CB24L N32 2 CV24 NJ2 2 CT18 NQ2 4 3 CM18 N14 3 CB18L N22 3 CV18 NJ2 3 CT12 NR2 4 CB12L N22 4 UU48W UU49W CT24 NP2 4 2 CM24 N14 2 CB24L N32 2 CV24 NJ2 2 CT18 NQ2 4 3 CM18 N14 3 CB18L N22 3 CV18 NJ2 3 CT12 NR2 4 CB12L N22 4 UU60W UU61W UT30 NP2 4...

Page 114: ...utting or direct insertion to the diameter of pipe Pipe Length Height Spec MAX Total L1 L2 L3 L4 L5 Main Pipe L1 Branch Pipe L2 L3 L4 L5 Each Indoor Outdoor H1 Indoor Indoor H2 L6 80 45 40 15 30 1 10 Indoor Unit Indoor Unit Indoor Unit Indoor Unit L1 L2 L3 L4 L5 L6 H2 H1 Branch Notes L1 m Main Piping Length Outdoor Unit Branching Kit L2 L5 m Branch Piping Length Branching Kit Indoor Unit L6 m Leng...

Page 115: ...ds within 3 minutes After main power on ྀ 4 After step 3 the LED01M G red LED and LED02M G green LED rapidly flickers When Addressing work is done green LED is off else LED LED01M G stops flickering and lights continuously Address of indoor unit is indicated on thewired remote control display window CH01 CH02 CH03 CH04 5 Press button to turn on the indoor 6 If you fail to perform the Addressing wo...

Page 116: ...e SW01A for about 3 seconds within 3 minutes After main power on ྀ 4 After step 3 the LED01E red LED and LED02E green LED rapidly flickers When Addressing work is done green LED is off else LED LED01E stops flickering and lights continuously Address of indoor unit is indicated on the wired remote control display window CH01 CH02 CH03 CH04 5 Press button to turn on the indoor 6 If you fail to perfo...

Page 117: ...connections 15 88 9 52 8 0 12 Gas Pipe B mm 7 1 Liquid Pipe A mm Indoor Unit kW M High Pressure Sensor 4 way Valve Discharge Temperature Thermistor Suction Temperature Thermistor Accumulator Inverter Compressor Strainer Strainer Condenser Out Temperature Thermistor Inlet Air Temperature Thermistor Outdoor Uni t Ø9 52 Flare Connection Ø15 88 Flare Connection Condensing Temperature Thermistor Electr...

Page 118: ...ature Thermistor Outdoor Unit Ø9 52 Flare Connection Ø15 88 Flare Connection Condensing Temperature Thermistor Electronic Expansion Valve Note 1 The pipes between the indoor units and the branch kits must have same dimensions as indoor unit connections Refrigerant Flow Cooling Heating 12 7 Gas Pipe B mm 6 35 5 0 15 88 9 52 8 Liquid Pipe A mm Indoor Unit kW Heat exchanger Turbo fan Cooling Heating ...

Page 119: ...e Connection Condensing Temperature Thermistor Electronic Expansion Valve Note 1 The pipes between the indoor units and the branch kits must have same dimensions as indoor unit connections Refrigerant Flow Cooling Heating Heat exchanger Turbo fa n Cooling Heating M Thermistor for suction air temperature Thermistor for Evaporator outlet temperature Thermistor for Evaporator inlet temperature Heat e...

Page 120: ...andard Inverter Synchro 7 Accessories Optional accessories Name ModelNo Indoorclassification CapacityRatio Branch Kit PMUB11A Synchro Duo 50 50 1 1 PMUB111A Synchro Trio 33 33 33 1 1 1 PMUB1111A Synchro Quartet 25 25 25 25 1 1 1 1 ...

Page 121: ...ngle CAC Outdoor Unit FDF 1 List of Functions 2 Specifications 3 Dimensions 4 Piping Diagrams 5 Wiring Diagrams 6 Capacity Tables 7 Capacity Coefficient Factor 8 Operation Range 9 Electric Characteristics 10 Sound Levels ...

Page 122: ...30GC0 UU30WC UE0 AUUW36GC0 UU36WC U40 Reliability Defrost Deicing O High pressure switch X Low pressure switch X Phase protection X Restart delay 3 minutes O Self diagnosis O Soft start O Convenience Test function O Night Silent Operation O Peak Control X Mode Lock X Forced Cooling Operation Outdoor Unit O Network function Network solution LGAP X ODU Dry Contact X Device AUUW18GC0 UU18WC UL0 AUUW2...

Page 123: ...inated greenhouse gases Combination Outdoor unit AUUW18GC0 UU18WC UL0 AUUW24GC0 UU24WC UE0 Indoor unit ABNW18GBHC0 UB18C NH0 ABNW24GBHC0 UB24C NH0 Capacity Cooling Min Rated Max kW 1 80 4 70 5 10 2 70 6 80 7 40 Min Rated Max Btu h 6 140 16 040 17 410 9 210 23 210 25 260 Heating Min Rated Max kW 1 70 5 20 5 70 1 90 7 50 8 20 Min Rated Max Btu h 5 800 17 750 19 460 6 480 25 600 28 000 Power Input Co...

Page 124: ...ent Cooling Max A Heating Max A Wiring Connections Power Supply Cable included Earth No x mm2 AWG 5C x 2 5 12 5C x 2 5 12 Casing Color Warm Gray Warm Gray Dimensions W x H x D mm 770 x 545 x 288 870 x 655 x 320 W x H x D inch 30 5 16 21 15 32 11 11 32 34 1 4 25 25 32 12 19 32 Net Weight kg lbs 37 5 82 6 44 5 98 1 Compressor Type Twin Rotary Twin Rotary Model Model x No GKT141MAC x 1 GKT176MAC x 1 ...

Page 125: ...ating Max A Wiring Connections Power Supply Cable included Earth No x mm2 AWG 3C x 2 5 14 3C x 2 5 14 Casing Color Warm Gray Warm Gray Dimensions W x H x D mm 870 655 320 950 834 330 W x H x D inch 34 1 4 x 25 25 32 x 12 19 32 37 13 32 32 27 32 13 Net Weight kg lbs 45 4 100 0 58 2 128 3 Compressor Type Twin Rotary Twin Rotary Model Model x No GKT208MAB x 1 GJT240MAA x 1 Motor type BLDC BLDC Motor ...

Page 126: ...6 Single CAC Outdoor Unit Compact Inverter 3 Dimensions AUUW18GC0 UU18WC UL0 Chassis code UL2 ...

Page 127: ...3 Dimensions 7 Single CAC Outdoor Unit Compact Inverter AUUW24GC0 UU24WC UE0 AUUW30GC0 UU30WC UE0 Chassis code UE ...

Page 128: ...Single CAC Outdoor Unit 3 Dimensions 8 Compact Inverter AUUW36GC0 UU36WC U40 Chassis code U4 ...

Page 129: ...re Thermistor CN_TH3 CN_MID Pressure Sensor CN_PRESS CN_H_PRESS Model Gas mm Liquid mm AUUW18GC0 UU18WC UL0 Ø12 7 Ø6 35 AUUW24GC0 UU24WC UE0 Ø15 88 Ø9 52 AUUW30GC0 UU30WC UE0 Ø15 88 Ø9 52 AUUW36GC0 UU36WC U40 Ø15 88 Ø9 52 Refrigerant Flow Cooling Heating M Pressure Sensor 4 way Valve Discharge Temperature Thermistor Suction Temperature Thermistor Accumulator Inverter Compressor Electronic Expansio...

Page 130: ...10 Single CAC Outdoor Unit Compact Inverter 5 Wiring Diagrams Models AUUW18GC0 UU18WC UL0 ...

Page 131: ...5 Wiring Diagrams 11 Single CAC Outdoor Unit Compact Inverter Models AUUW24GC0 UU24WC UE0 AUUW30GC0 UU30WC UE0 ...

Page 132: ...Single CAC Outdoor Unit 5 Wiring Diagrams 12 Compact Inverter Models AUUW36GC0 UU36WC U40 ...

Page 133: ...ordance with the test standard or nations the rating will vary slightly OutdoorAir Temp Indoor Air Temperature CDB CWB 20 14 0 22 0 16 0 25 0 18 0 27 0 19 0 30 0 22 0 32 0 24 0 CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI 20 0 3 30 2 92 0 78 4 13 3 44 1 03 4 76 3 95 1 28 5 24 4 21 1 33 5 72 4 13 1 37 6 08 4 08 1 38 25 0 3 12 2 83 0 85 3 95 3 35 1 11 4 58 3 86 1 38 5 06 4 12 1 43...

Page 134: ...aranteed 7 In accordance with the test standard or nations the rating will vary slightly OutdoorAir Temp Indoor Air Temperature CDB CWB 20 14 0 22 0 16 0 25 0 18 0 27 0 19 0 30 0 22 0 32 0 24 0 CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI 20 4 77 3 87 1 11 5 97 4 56 1 47 6 88 5 24 1 82 7 58 5 58 1 89 8 27 5 48 1 96 8 8 5 42 1 98 25 4 51 3 76 1 22 5 71 4 44 1 59 6 62 5 12 1 97 7 ...

Page 135: ... In accordance with the test standard or nations the rating will vary slightly OutdoorAir Temp Indoor Air Temperature CDB CWB 20 14 0 22 0 16 0 25 0 18 0 27 0 19 0 30 0 22 0 32 0 24 0 CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI 20 5 26 4 38 1 28 6 58 5 16 1 69 7 59 5 93 2 10 8 36 6 31 2 18 9 12 6 20 2 26 9 71 6 13 2 28 25 4 97 4 25 1 40 6 30 5 03 1 83 7 31 5 80 2 27 8 07 6 18 2...

Page 136: ...he test standard or nations the rating will vary slightly OutdoorAir Temp Indoor Air Temperature CDB CWB 20 14 0 22 0 16 0 25 0 18 0 27 0 19 0 30 0 22 0 32 0 24 0 CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI 20 0 6 66 5 48 1 59 8 34 6 45 2 11 9 62 7 41 2 62 10 59 7 90 2 72 11 56 7 76 2 82 12 29 7 67 2 84 25 0 6 30 5 32 1 75 7 98 6 29 2 28 9 25 7 25 2 83 10 22 7 73 2 93 11 19 7 6...

Page 137: ...city table 2 Piping correction factor Fpiping for piping length from capacity coefficient factor table 3 Indoor Unit actual capacity Qactual T Ti To x Fpiping Piping length m 5 10 15 20 30 35 40 Rate of change in capacity 5 0 7 0 kW 100 99 3 97 9 96 6 93 8 8 0 kW 100 99 3 97 9 96 6 93 8 92 4 10 0 kW 100 99 3 97 9 96 6 93 8 92 4 91 1 Piping length m 5 10 15 20 30 35 40 Rate of change in capacity 5 ...

Page 138: ...W30GC0 UU30WC UE0 AUUW36GC0 UU36WC U40 Cooling Outdoor Temperature C DB Indoor Temperature C WB 15 10 5 0 5 10 15 20 25 30 35 40 45 10 15 20 25 20 20 50 28 48 23 12 Continuous Operation Heating Indoor Temp C DB Outdoor Temp C WB Continuous Operation Warming up Operation 10 16 30 33 25 18 10 25 ...

Page 139: ...W24GC0 UU24WC UE0 Cooling Outdoor Temperature C DB Indoor Temperature C WB 15 10 5 0 5 10 15 20 25 30 35 40 45 10 15 20 25 20 20 50 28 48 23 12 Continuous Operation Heating Indoor Temp C DB Outdoor Temp C WB Continuous Operation Warming up Operation 10 16 30 33 25 18 15 25 ...

Page 140: ...6 Don t install an individual switch or electrical outlet to disconnect each of indoor unit separately from the power supply WARNING Follow ordinance of your governmental organization for technical standard related to electrical equipment wiring regulations and guidance of each electric power company Make sure to use specified wires for connections so that no external force is imparted to terminal...

Page 141: ...24 0 48 0 350 1 14 Note 1 Voltage supplied to the unit terminals should be within the minimum and maximum range 2 Maximum allowable voltage unbalance between phase is 2 3 MSC means the Max current during the starting of compressor 4 MSC and RLA are measured as the compressor only test condition 5 OFM and IFM are measured as the outdoor unit test condition 6 Select the wire size based on the MCA 7 ...

Page 142: ...talled Model Sound Pressure Levels dB A Cooling Heating AUUW18GC0 UU18WC UL0 47 49 AUUW24GC0 UU24WC UE0 48 50 AUUW30GC0 UU30WC UE0 51 52 AUUW36GC0 UU36WC U40 54 56 AUUW18GC0 UU18WC UL0 AUUW24GC0 UU24WC UE0 AUUW30GC0 UU30WC UE0 1m 1 5m Octave Band Center Frequency Hz Octave Band Sound Pressure Level 0dB 20μPa 10 20 30 40 50 60 70 80 63 125 250 500 1000 2000 4000 8000 NC 15 NC 20 NC 25 NC 30 NC 35 N...

Page 143: ...UW36GC0 UU36WC U40 Octave Band Center Frequency Hz Octave Band Sound Pressure Level 0dB 20μPa 10 20 30 40 50 60 70 80 63 125 250 500 1000 2000 4000 8000 NC 15 NC 20 NC 25 NC 30 NC 35 NC 40 NC 45 NC 50 NC 55 NC 60 NC 65 Approximate Hearing Threshold Cooling Heating ...

Page 144: ...e construction acoustic absorption coefficient of particular room in which the equipment in installed Model Sound Power Levels dB A Cooling AUUW18GC0 UU18WC UL0 65 AUUW24GC0 UU24WC UE0 68 AUUW30GC0 UU30WC UE0 70 AUUW36GC0 UU36WC U40 70 AUUW18GC0 UU18WC UL0 AUUW24GC0 UU24WC UE0 AUUW30GC0 UU30WC UE0 Octave Band Center Frequency Hz Sound Power Level 0dB 10E 6μW m 2 20 30 40 50 60 70 80 90 100 125 250...

Page 145: ...t Compact Inverter AUUW36GC0 UU36WC U40 Octave Band Center Frequency Hz Sound Power Level 0dB 10E 6μW m 2 20 30 40 50 60 70 80 90 100 125 250 500 1000 2000 4000 8000 NR 30 NR 35 NR 40 NR 45 NR 50 NR 55 NR 60 NR 65 NR 70 NR 75 NR 80 NR 85 NR 90 ...

Page 146: ...or Units MULTI SINGLE CAC MULTI SINGLE CAC 1 Select the Best Location 2 Installation Space 3 Installation of Outdoor Unit 4 Refigerant piping system 5 Installation guide at the seaside 6 Seasonal wind and caution in winter ...

Page 147: ...d to fence round the outdoor unit in order to prevent any person or animal from accessing theoutdoor unit If installation site is area of heavy snowfall then the following directions should be observed Make the foundation as high as possible Fit a snow protection hood Select installation location considering following conditions to avoid bad condition when additionally performingdefrost operation ...

Page 148: ... the air conditioner install the unit so that the discharge port is set at right angle to the wind direction 300 mm or more 300 mm or more 300 mm or more Sunroof Fence or obstacles 600 mm or more Service space 100 mm 100 mm or more or more 300 mm or more 700 mm or more Outdoor unit is representative Actual appearance of outdoor unit may be different but clearances will stay the same Air inlet gril...

Page 149: ... Obstacle on the both sides Obstacle on the air intake side too Obstacle on the air intake side and both sides No obstacle above Obstacle above too 300 11 13 16 or more 300 11 13 16 or more 300 11 13 16 600 23 19 32 or more or more 300 11 13 16 1000 39 3 8 or more or more 500 19 11 16 or less 300 11 13 16 300 11 13 16 1000 39 3 8 or more 600 23 19 32 or more 500 19 11 16 or less or more or more 50...

Page 150: ...side is lower than the unit Unit mm inch No obstacle above Obstacle above too L A mm inch L H 0 L 1 2H 750 29 1 32 1 2H L 1 000 39 3 8 H L Set the stand as L H No obstacle above Obstacle above too L should be lower than H Close the bottom of the installation frame to prevent the discharged air from being bypassed 300 11 13 16 or more 500 19 11 16 or more L D H 300 11 13 16 or more L S H 1000 39 3 ...

Page 151: ...ne installation Rows of collective installation 2 or more In case of out door unit is located outdoor cabin of apartment or flats then the efficiency can drop and system pressure increases thus finally damaging the compressor or other components in the system by heat short circuit Building Height m 20 30 45 60 Protection Angle ȋ 55 45 35 25 600 23 19 32 or more 1000 39 3 8 or more 2000 78 3 4 or m...

Page 152: ... and the passages of the pipe and wiring when making the ground support Do not use tube or pipe for water outlet in the Base pan Use drainage instead for water outlet The tube or pipe may freeze and the water may not be drained Heat pump model WARNING Be sure to remove the Pallet Wood Support of the bottom side of the outdoor unit Base Pan before fixing the bolt It may cause the unstable state of ...

Page 153: ...t draw of outdoor units CAUTION The ingredients of foundation Cement Sand Gravel for the concrete should 1 2 4 ratio The foundation surface should be finished with mortar The edges of foundation should be rounded A drain passage should be made around the foundation to thoroughly drain water away from the equipment installation area Heat pump model If installing the outdoor units on the roof the ro...

Page 154: ...ng Length Outdoor Unit Indoor Unit A m Charge less piping length a g m Additional charging volume Refer to the specifications for detail information of A a If total additional charge value after calculation comes out to be negative then do not consider additional charge CAUTION Capacity is based on standard length and maximum allowance length is on the basis of reliability Improper refrigerant cha...

Page 155: ...or Unit a g m Additional charging volume for Main Pipe Outdoor Unit Branching Kit b g m Additional charging volume for Branch Pipe Branching Kit Indoor Unit Refer to the specifications for detail information of A a If total additional charge value after calculation comes out to be negative then do not consider additional charge CAUTION Capacity is based on standard length and maximum allowance len...

Page 156: ...rrosion treatment on the heat exchanger Selecting the location Outdoor Unit 1 If the outdoor unit is to be installed close to the seaside direct exposure to the sea wind should be avoided Install the outdoor unit on the opposite side of the sea wind direction 2 In case to install the outdoor unit on the seaside set up a windbreak not to be exposed to the sea wind 3 Select a well drained place Note...

Page 157: ...nter so that product can be operated well Get ready for seasonal wind or snow in winter even in other areas Install a suction and discharge duct not to let in snow or rain Install the outdoor unit not to come in contact with snow directly If snow piles up and freezes on the air suction hole the system may malfunction If it is installed at snowy area attach the hood to the system Install the outdoo...

Page 158: ...18 LG Electronics Inc All Rights Reserved Printed in Korea May 2018 The air conditioners manufactured by LG have received ISO9001 certificate for quality assurance and ISO14001 certificate for environmental management system The specifications designs and information in this brochure are subject to change without notice ...

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