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LG ASNQ092BRW0 Manual

Inverter single wall mounted r410a(60hz) 6rmi0-05a(replaces 6rmi0-04c)
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Brazil
Inverter Single Wall Mounted
R410A(60Hz)
6RMI0-05A(Replaces 6RMI0-04C)
P/No. : MFL66305305

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Summary of Contents for LG ASNQ092BRW0

  • Page 1 Brazil Inverter Single Wall Mounted R410A(60Hz) 6RMI0-05A(Replaces 6RMI0-04C) P/No. : MFL66305305...
  • Page 2 Inverter Single Inverter Single-60Hz(R410A) 1. Models line up 2. Features & Benefits 3. Specifications 4. Dimensions 5. Wiring diagrams 6. Refrigerant cycle diagrams 7. Capacity tables 8. Capacity coefficient factor 9. Operation range 10. Air flow and temperature distributions(reference data) 11.
  • Page 3 Inverter Single Test condition of international standard CLASSIFICATION AHAM 9306 5151 210/240 1861.1 DB°C(°F) 27.0 27.0 26.7(80) 26.7(80) 27.0 29.0 Indoor Cooling WB°C(°F) 19.5 19.0 19.4(67) 19.4(67) 19.0 19.0 Capacity DB°C(°F) 35.0 35.0 35.0(95) 35.0(95) 35.0 46.0 Outdoor WB°C(°F) 24.0 24.0 23.9(75) 23.9(75)

  • Page 4: General Description

    1) General Wall Mounted Type Units : Units with Simplicity in design. 2) Art Cool Units : A new concept of cooling introduced by LG in the field of Air Conditioning. 3) Inverter Units : These units are capable of minimising the Power consumption with the unique inverter technology.

  • Page 5: Publication History

    Inverter Single Publication history Plb.No Model No. Notes Publication in 6RMI0-03A All models Add models for Brazil July.2010 6RMI0-04A All models Add ʼ11 new models Feb. 2011 AS-W092B1U0 6RMI0-04B Change spec sheet Mar. 2011 AS-W122B1U0 6RMI0-04C All Outdoor Unit Product logo revise Jun.

  • Page 6: Models Line Up

    Inverter Single 1. Models Line up 1.1 Indoor Unit kW (kBtu/h) 2.50(9) 3.50(12) 5.28(18) 7.03(24) 8.0(30) 9.0(36) Indoor Type ASNQ092BRW0 ASNQ122BRW0 ASNQ182CRW0 ASNQ242CRW0 Libero ARTCOOL ASNW092BRW0 ASNW122BRW0 ASNW182CRW0 ASNW242CRW0 ASNQ092BRZ0 ASNQ122BRZ0 ASNQ182CRZ0 ASNQ242CRZ1 ASNW092BRZ0 ASNW122BRZ0 ASNW182CRZ0 ASNW242CRZ1 Libero R ASNW092B1U0...
  • Page 7 Inverter Single 1. Models Line up USUW182CSZ2 ASUW092B1U0 ASUW122B1U0 Heat pump USUQ182CSZ2 No. of connectable indoor units Max.1 Total capacity index of connectable 2.50 3.50 5.28 indoor units kBtu/h Power supply 220V, 60Hz Chassis ASUW182CRW0 ASUQ182C4A0 USUW242CSZ2 ASUW182C4A0 ASUQ182CRZ0 USUQ242CSZ2 Heat pump ASUW182C2U0 ASUW182CRZ0...
  • Page 8 Inverter Single 2. Nomenclature • Model Number Serial Number Function G : Plasma + (A / Changeove) + A / Clean + Low A M : Plasma + (A / Changeove) + A / Clean + 4way S : Eco eye + Plasma + Allergy Filter + 4way U : Plasma + Allergy Filter + 4way W : Allergy Filter + 2way CHASIS...

  • Page 9: Specifications

    Inverter Single 3. Specifications Inverter Single, General Wall Mounted(#1) Models AS-W092HDW0 AS-W122HDW0 0.89 ~ 2.50 ~ 3.70 0.90 ~ 3.50 ~ 4.04 Cooling Capacity Btu/h. 3,040 ~ 8,500 ~ 12,620 3,070 ~ 11,900 ~ 13,800 0.89 ~ 3.2 ~ 4.1 0.90 ~ 4.01 ~ 5.1 Heating Capacity Btu/h.
  • Page 10 Inverter Single 3. Specifications Inverter Single, General Wall Mounted(#2) Models Unit AS-W092B1U0 AS-W122B1U0 AS-W182C2U0 AS-W242C2U0 0.89~2.50~3.70 0.89~3.50~4.04 0.90~5.2~6.0 0.9~7.03~8.65 Cooling Capacity Btu/h. 3,070~8,530~12,620 3,070~11,900~13,800 3,070~17,743~20,472 3,070~24,000~29,515 0.89~3.2~5.0 0.89~4.0~6.0 0.90~6.3~9.0 0.90~8.44~11.4 Heating Capacity Btu/h. 3,070~10,920~17,060 3,070~13,600~20,470 3,070~21,496~30,709 3,070~28,800~38,898 Power Input Cooling/Heating 550/700 880/960 1,500/1,650...
  • Page 11 Inverter Single 3. Specifications Models Unit AS-W092B4A0 AS-W122B4A0 AS-W182C4A0 AS-W242C4A0 Btu/h. 3,070~8,500~12,600 3,070~12,000~13,800 3,070 ~ 18,000 ~ 20,500 3,070 ~ 24,000 ~ 29,500 Cooling Capacity 0.90~2.49~3.70 0.90~3.52~4.04 0.90 ~ 5.28 ~ 6.00 0.90 ~ 7.03 ~ 8.65 Btu/h. 3,070 ~ 11,000 ~ 14,000 3,070 ~ 14,000 ~ 17,400 3,070 ~ 22,000 ~ 30,700 3,070 ~ 29,000 ~ 38,900...
  • Page 12 Inverter Single 3. Specifications Models Unit AS-Q092B4A0 AS-Q122B4A0 AS-Q182C4A0 AS-Q242C4A0 Btu/h. 3,070~9,000~11,600 3,070~12,000~13,600 3,070~18,000~19,500 3,070~22,000~24,000 Cooling Capacity 0.90~2.64~3.40 0.90~3.52~3.99 0.90~5.28~5.72 0.90 ~ 6.45 ~ 7.03 1030 1550 2010 Power Input Cooling Running Current Cooling Starting Current Cooling 3.41 3.21 Btu/h.W 11.6 11.6 11.6...
  • Page 13 Inverter Single 3. Specifications Inverter Single, Libero ARTCOOL (#2) Models Unit AS-W092BRW0 AS-W122BRW0 AS-W182CRW0 AS-W242CRW0 Btu/h. 3,070~8,500~12,600 3,070~12,000~13,800 3,070 ~ 18,000 ~ 20,500 3,070 ~ 24,000 ~ 29,500 Cooling Capacity 0.90~2.49~3.70 0.90~3.52~4.04 0.90 ~ 5.28 ~ 6.00 0.90 ~ 7.03 ~ 8.65 Btu/h.
  • Page 14 Inverter Single 3. Specifications Models Unit AS-Q092BRW0 AS-Q122BRW0 AS-Q182CRW0 AS-Q242CRW0 Btu/h. 3,070~9,000~11,600 3,070~12,000~13,600 3,070~18,000~19,500 3,070~22,000~24,000 Cooling Capacity 0.90~2.64~3.40 0.90~3.52~3.99 0.90~5.28~5.72 0.90 ~ 6.45 ~ 7.03 Power Input Cooling 1030 1550 2010 Running Current Cooling Starting Current Cooling 3.41 3.21 Btu/h.W 11.6 11.6 11.6...
  • Page 15 Inverter Single 3. Specifications Inverter Single, Libero ARTCOOL (#3) Models AS-Q092BRZ0 AS-Q122BRZ0 AS-Q182CRZ0 AS-Q242CRZ1 Btu/h. 3,070~9,000~11,600 3,070~12,000~13,600 3,070~18,000~19,500 3,700 ~ 22,000 ~ 24,000 Cooling Capacity 0.90~2.64~3.40 0.90~3.52~3.99 0.90~5.28~5.72 1.08 ~ 6.45 ~ 7.03 Btu/h. Heating Capacity Power Input Cooling/Heating 1030 1550 1,990 Running Current...
  • Page 16 Inverter Single 3. Specifications Models AS-W092BRZ0 AS-W122BRZ0 AS-W182CRZ0 AS-W242CRZ1 Btu/h. 3,070~8,500~12,600 3,070~12,000~13,800 3,070 ~ 18,000 ~ 20,500 3,700 ~ 22,000 ~ 24,000 Cooling Capacity 0.90~2.49~3.70 0.90~3.52~4.04 0.90 ~ 5.28 ~ 6.00 1.08 ~ 6.45 ~ 7.03 Btu/h. 3,070 ~ 11,000 ~ 14,000 3,070 ~ 14,000 ~ 17,400 3,070 ~ 22,000 ~ 30,700 3,700 ~ 22,000 ~ 25,000...
  • Page 17 Inverter Single 3. Specifications Inverter Single, Mega2.0 (#3) Models US-Q092WSZ2 US-Q122BSZ2 US-Q182CSZ2 US-Q242CSZ2 Btu/h. 3,070 ~ 9,000 ~ 9,500 3,070~12,000~13,000 3,700 ~ 18,000 ~ 18,500 3,700 ~ 22,000 ~ 24,000 Cooling Capacity 0.90~2.64~2.78 0.90~3.52~3.81 1.08 ~ 5.28 ~ 5.42 1.08 ~ 6.45 ~ 7.03 Btu/h.
  • Page 18 Inverter Single 3. Specifications Models US-W092WSZ2 US-W122BSZ2 US-W182CSZ2 US-W242CSZ2 Btu/h. 3,070 ~ 9,000 ~ 9,500 3,070~12,000~13,000 3,700 ~ 18,000 ~ 18,500 3,700 ~ 22,000 ~ 24,000 Cooling Capacity 0.90~2.64~2.78 0.90~3.52~3.81 1.08 ~ 5.28 ~ 5.42 1.08 ~ 6.45 ~ 7.03 Btu/h.

  • Page 19: Dimensional Drawings

    Inverter Single 4. Dimensional drawings 4.1 Indoor Units _ 19 Inverter Single-60Hz(R410A)
  • Page 20 Inverter Single 4. Dimensional drawings 20 _ Inverter Single-60Hz(R410A)
  • Page 21 Inverter Single 4. Dimensional drawings _ 21 Inverter Single-60Hz(R410A)
  • Page 22 Inverter Single 4. Dimensional drawings 22 _ Inverter Single-60Hz(R410A)
  • Page 23 Inverter Single 4. Dimensional drawings _ 23 Inverter Single-60Hz(R410A)
  • Page 24 Inverter Single 4. Dimensional drawings 24 _ Inverter Single-60Hz(R410A)
  • Page 25 Inverter Single 4. Dimensional drawings _ 25 Inverter Single-60Hz(R410A)
  • Page 26 Inverter Single 4. Dimensional drawings 26 _ Inverter Single-60Hz(R410A)
  • Page 27 Inverter Single 4. Dimensional drawings 4.2 Outdoor Units _ 27 Inverter Single-60Hz(R410A)
  • Page 28 Inverter Single 4. Dimensional drawings 28 _ Inverter Single-60Hz(R410A)
  • Page 29 Inverter Single 4. Dimensional drawings _ 29 Inverter Single-60Hz(R410A)
  • Page 30 Inverter Single 4. Dimensional drawings 30 _ Inverter Single-60Hz(R410A)

  • Page 31: Indoor Units

    Inverter Single 5. Wiring diagrams 5.1 Indoor units Models: ASNW092HDW0, ASNW122HDW0 CN-L1 CN-U/D CN-DISP3 CN-DISP1 CN-MOTOR1 CN-DISP2 CN-OUT/N1 CN-DISP1 CN-TH1 CN-TH3 CN-COM2 CN-LINK CN-OPTION _ 31 Inverter Single-60Hz(R410A)
  • Page 32 Inverter Single 5. Wiring diagrams Models: ASNW092B1U0, ASNW122B1U0 CN-MOTOR1 CN-U/D1 CN-INLET CN-L/R1 CN-OPTION CN-HVB CN-LIMIT CN-SUB2 CN-SUB1 CN-H/S CN-TH CN-LIMIT CN-12V CN-DISP1 CN-TH3 CN-SW CN-CN-REMO CN-DISP CN-CC MAIN PCB 32 _ Inverter Single-60Hz(R410A)
  • Page 33 Inverter Single 5. Wiring diagrams Models: ASNW092BRW0, ASNW122BRW0, ASNW092B4A0, ASNW122B4A0 CN-SUB CN-DISP3 RY-COMP(4) CN-12V CN-U/D RY-COMP(3) CN-L/R CN-OUT/N CN-IN/N CN-HVB CN-DISP1 CN-TH1 CN-TH2 CN-TH3 CN-CN-REMO CN-COM CN-OPTION _ 33 Inverter Single-60Hz(R410A)
  • Page 34 Inverter Single 5. Wiring diagrams Models: ASNQ092BRW0, ASNQ122BRW0, ASNQ092B4A0, ASNQ122B4A0 CN-U/D CN-DISP3 CN-DISP1 CN-TH1 CN-TH3 34 _ Inverter Single-60Hz(R410A)
  • Page 35 Inverter Single 5. Wiring diagrams Models: ASNW182C2U0, ASNW242C2U0 CN-SUB CN-DISP3 RY-COMP(4) CN-SUB1 CN-U/D CN-12V CN-DISPLAY RY-COMP(3) CN-L/R CN-U/D1 CN-12V CN-OUT/N CN-IN/N CN-HVB CN-DISP1 CN-TH1 CN-TH2 CN-TH3 CN-CN-REMO CN-SW CN-COM CN-SUB CN-OPTION CN-UD CN-U/D2 CN-L/R _ 35 Inverter Single-60Hz(R410A)
  • Page 36 Inverter Single 5. Wiring diagrams Models: ASNW182CRW0, ASNW242CRW0, ASNW182C4A0, ASNW242C4A0 CN-SUB CN-DISP3 RY-COMP(4) CN-12V CN-U/D RY-COMP(3) CN-L/R CN-OUT/N CN-IN/N CN-HVB CN-DISP1 CN-TH1 CN-TH2 CN-TH3 CN-CN-REMO CN-COM CN-OPTION 36 _ Inverter Single-60Hz(R410A)
  • Page 37 Inverter Single 5. Wiring diagrams Models: ASNQ182CRW0, ASNQ242CRW0, ASNQ182C4A0, ASNQ242C4A0 CN-DISP3 CN-U/D RY-COMP(3) CN-IN/N CN-DISP1 CN-TH1 CN-TH3 CN-COM CN-OPTION _ 37 Inverter Single-60Hz(R410A)
  • Page 38 Inverter Single 5. Wiring diagrams Models: USNW092WSZ2, USNW122BSZ2, USNW182CSZ2, USNW242CSZ2 USNQ092WSZ2, USNQ122BSZ2, USNQ182CSZ2, USNQ242CSZ2 CN-HVB CN-DISP2 CN-U/D CN-DISP1 CN-12V CN-TH2 CN-TH1 38 _ Inverter Single-60Hz(R410A)
  • Page 39 Inverter Single 5. Wiring diagrams Models: ASNQ092BRZ0, ASNW092BRZ0, ASNQ122BRZ0, ASNW122BRZ0 CN-SUB CN-DISP3 RY-COMP(4) CN-12V CN-U/D RY-COMP(3) CN-L/R CN-OUT/N CN-IN/N CN-HVB CN-DISP1 CN-TH1 CN-TH2 CN-TH3 CN-CN-REMO CN-COM CN-OPTION _ 39 Inverter Single-60Hz(R410A)
  • Page 40 Inverter Single 5. Wiring diagrams Models: ASNQ182CRZ0, ASNW182CRZ0 CN-SUB CN-DISP3 RY-COMP(4) CN-12V CN-U/D RY-COMP(3) CN-L/R CN-OUT/N CN-IN/N CN-HVB CN-DISP1 CN-TH1 CN-TH2 CN-TH3 CN-CN-REMO CN-COM CN-OPTION 40 _ Inverter Single-60Hz(R410A)
  • Page 41 Inverter Single 5. Wiring diagrams Models: ASNQ242CRZ1, ASNW242CRZ1 CN-HVB CN-U/D CN-DISP2 CN-DISP1 CN-12V CN-TH2 CN-TH1 _ 41 Inverter Single-60Hz(R410A)

  • Page 42: Outdoor Units

    Inverter Single 5. Wiring diagrams 5.2 Outdoor units Models: ASUW092HDW0, ASUW122HDW0, ASUW092BRZ0, ASUW122BRZ0 CN-TH2 CN-EEV CN-LGMV CN-4WAY CN-TH1 CN-CENTRAL CN-JTAG CN-FLASH CN-COM WCN-P(L) WCN-P(N) CN-COIL1 CN-COIL2 42 _ Inverter Single-60Hz(R410A)
  • Page 43 Inverter Single 5. Wiring diagrams Models: ASUW092B1U0, ASUW122B1U0 CN-4WAY CN-COIL1 CN-TH2 CN-COIL2 CN-TH1 CN-EEV1 CN-FAN(DC) _ 43 Inverter Single-60Hz(R410A)
  • Page 44 Inverter Single 5. Wiring diagrams Models: ASUW092BRW0, ASUW122BRW0, ASUW092B4A0, ASUW122B4A0 CN-TH2 CN-EEV CN-LGMV CN-4WAY CN-TH1 CN-CENTRAL CN-JTAG CN-FLASH CN-COM WCN-P(L) WCN-P(N) CN-COIL1 CN-COIL2 44 _ Inverter Single-60Hz(R410A)
  • Page 45 Inverter Single 5. Wiring diagrams Models: ASUQ092BRW0, ASUQ122BRW0, ASUQ092B4A0, ASUQ122B4A0, ASUQ092BRZ0, ASUQ122BRZ0 CN-TH2 CN-TH1 CN-HEATSINK CN-LGMV WCN-U(R) CN-FAN WCN-V(S) CN-FLASH -WRITER WCN-W(C) COM(RD) CN-COIL1 WCN-P(L) CN-COIL2 WCN-P(N) WCN-ACFAN(N) _ 45 Inverter Single-60Hz(R410A)
  • Page 46 Inverter Single 5. Wiring diagrams Models: ASUW182C2U0, ASUW182CRZ0 CN-EEV1 CN-CP(L) CN-COM CN-MOTOR1 CN-CP(N) CN-LGMV CN-FLASH CN-TH3 CN-PSC1 CN-PSC2 CN-TH2 CN-4WAY CN-TH4 46 _ Inverter Single-60Hz(R410A)
  • Page 47 Inverter Single 5. Wiring diagrams Models: ASUW242C2U0 _ 47 Inverter Single-60Hz(R410A)
  • Page 48 Inverter Single 5. Wiring diagrams Models: ASUW182CRW0, ASUW182C4A0 CN-EEV1 CN-CP(L) CN-COM CN-MOTOR1 CN-CP(N) CN-LGMV CN-FLASH CN-TH3 CN-TH2 CN-PSC1 CN-PSC2 CN-4WAY CN-TH4 48 _ Inverter Single-60Hz(R410A)
  • Page 49 Inverter Single 5. Wiring diagrams Models: ASUW242CRW0, ASUW242C4A0 _ 49 Inverter Single-60Hz(R410A)
  • Page 50 Inverter Single 5. Wiring diagrams Models: ASUQ182CRW0, ASUQ242CRW0, ASUQ182C4A0, ASUQ242C4A0, ASUQ182CRZ0 CN-CP(L) CN-CP(N) CN-COM CN-EEV1 CN-LGMV CN-FLASH CN-TH3 CN-PAC1 (OUT) CN-TH2 CN-PAC2 (IN) CN-TH4 CN-FAN(A) (MOTOR) 50 _ Inverter Single-60Hz(R410A)
  • Page 51 Inverter Single 5. Wiring diagrams Models: USUW092WSZ2, USUW122BSZ2, USUQ092WSZ2, USUQ122BSZ2 CN-TH2 CN-TH1 CN-4WAY CN-LGMV CN-UVW CN-FAN BROWN CN-FLASH -WRITER BLUE COM(RD) CN-COIL1 WCN-P(L) WCN-P(N) CN-COIL2 WCN-ACFAN(N) _ 51 Inverter Single-60Hz(R410A)
  • Page 52 Inverter Single 5. Wiring diagrams Models: USUW182CSZ2, USUQ182CSZ2 CN_FAN(DC) CN_TH1 CN_LGM CN_TH2 CN_4WAY CN_U_V_W CN_COM P(L)_BR WCN_GND2 WCN_GND2 CN_COIL1 P(N)_BL CN_COIL2 52 _ Inverter Single-60Hz(R410A)
  • Page 53 Inverter Single 5. Wiring diagrams Models: USUW242CSZ2, USUQ242CSZ2, ASUW242CRZ1, ASUQ242CRZ1 CN-FAN(DC) CN_U_V_W CN-TH1 CN-TH2 CN-4WAY CN-COM P(L)_BR CN-COIL1 P(N)_BL CN-COIL2 WCN-GND2 WCN-GND1 _ 53 Inverter Single-60Hz(R410A)

  • Page 54: Refrigerant Cycle Diagrams

    Inverter Single 6. Refrigerant cycle diagrams Model No : AS-W092HDW0, AS-W122HDW0, AS-W092BRW0, AS-W122BRW0 AS-W092B1U0, AS-W122B1U0, AS-W092B4A0, AS-W122B4A0 Indoor Unit Outdoor Unit Liquid Side 2-Way Valve Heat Heat Exchanger Exchanger (Evaporator) (Condenser) Gas Side Reversing Valve Accumulator 3-Way Valve Cooling Compressor Heating Description PCB Connector...
  • Page 55 Inverter Single 6. Refrigerant cycle diagrams Model No : AS-W182CRW0, AS-W242CRW0, AS-W182C2U0 AS-W242C2U0, AS-W182C4A0, AS-W242C4A0 Indoor Unit Outdoor Unit Liquid Side 2-Way Valve Heat Heat Exchanger Exchanger (Evaporator) (Condenser) Gas Side Reversing Valve Accumulator 3-Way Valve Cooling Compressor Heating LOC. Description PCB Connector Thermistor for suction air temperature...
  • Page 56 Inverter Single 6. Refrigerant cycle diagrams Model No : AS-Q092BRW0, AS-Q122BRW0, AS-Q092B4A0, AS-Q122B4A0 INDOOR UNIT OUTDOOR UNIT LIQUID SIDE CAPILLARY TUBE HEAT HEAT EXCHANGE EXCHANGE (EVAPORATOR) (CONDENSER) GAS SIDE COMPRESSOR LOC. Description PCB Connector Thermistor for indoor air temperature CN-TH1(INDOOR) Thermistor for evaporating temperature CN-TH3(INDOOR) Thermistor for discharge pipe temperature...
  • Page 57 Inverter Single 6. Refrigerant cycle diagrams Model No : AS-Q182CRW0, AS-Q242CRW0, AS-Q182C4A0, AS-Q242C4A0 Indoor Unit Outdoor Unit Liquid Side 2-Way Valve Heat Heat Exchanger Exchanger (Evaporator) (Condenser) Gas Side Accumulator 3-Way Valve Compressor Cooling LOC. Description PCB Connector Thermistor for suction air temperature CN-TH1(Indoor) Thermistor for evaporator inlet temperature Thermistor for evaporator outlet temperature...

  • Page 58: Capillary Tube

    Inverter Single 6. Refrigerant cycle diagrams Model No : US-W092WSZ2, US-W122BSZ2, US-W182CSZ2, US-W242CSZ2 Liquid Side CAPILLARY TUBE 2-Way Valve Heat Heat Exchanger Exchanger (Evaporator) (Condenser) Gas Side Reversing Valve Accumulator 3-Way Valve Cooling Compressor Heating LOC. Description PCB Connector Thermistor for indoor air temperature CN-TH1(Indoor) Thermistor for evaporating temperature CN-TH2(Indoor)
  • Page 59 Inverter Single 6. Refrigerant cycle diagrams Model No : US-Q092WSZ2, US-Q122BSZ2, US-Q182CSZ2, US-Q242CSZ2 Indoor Unit Outdoor Unit Liquid Side CAPILLARY TUBE Heat Heat Exchanger Exchanger (Evaporator) (Condenser) Gas Side Compressor LOC. Description PCB Connector Thermistor for indoor air temperature CN-TH1(Indoor) Thermistor for evaporating temperature CN-TH2(Indoor) Thermistor for discharge pipe temperature...
  • Page 60 Inverter Single 6. Refrigerant cycle diagrams Model No : AS-W092BRZ0, AS-Q092BRZ0, AS-W122BRZ0, AS-Q122BRZ0 Indoor Unit Outdoor Unit Liquid Side 2-Way Valve Heat Heat Exchanger Exchanger (Evaporator) (Condenser) Gas Side Reversing Valve Accumulator 3-Way Valve Cooling Compressor Heating LOC. Description PCB Connector Thermistor for indoor air temperature CN-TH1(INDOOR) Thermistor for evaporating temperature...
  • Page 61 Inverter Single 6. Refrigerant cycle diagrams Model No : AS-W182CRZ0, AS-Q182CRZ0 Indoor Unit Outdoor Unit Liquid Side 2-Way Valve Heat Heat Exchanger Exchanger (Evaporator) (Condenser) Gas Side Reversing Valve Accumulator 3-Way Valve Cooling Compressor Heating LOC. Description PCB Connector Thermistor for suction air temperature CN-TH1(Indoor) Thermistor for evaporator temperature CN-TH3(Indoor)
  • Page 62 Inverter Single 6. Refrigerant cycle diagrams Model No : AS-W242CRZ1, AS-Q242CRZ1 Indoor Unit Outdoor Unit Liquid Side Capillary 2-Way Valve Tube Heat Heat Exchanger Exchanger (Evaporator) (Condenser) Gas Side Reversing Valve Accumulator 3-Way Valve Cooling Compressor Heating LOC. Description PCB Connector Thermistor for indoor air temperature CN-TH1(Indoor) Thermistor for evaporating temperature...

  • Page 63: Capacity Tables

    Inverter Single 7. Capacity tables 7.1 Cooling Capacity AS-W092HDW0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 14.0 20.0 2.45 2.02 0.34 2.34 1.96 0.36 2.20 1.88 0.48 16.0 22.0 2.60 2.05 0.46 2.49 1.99 0.47 2.35 1.92 0.57 18.0 25.0...
  • Page 64 Inverter Single 7. Capacity tables AS-W092B4A0, AS-W092BRW0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 14.0 20.0 2.58 2.58 0.33 2.50 2.50 0.35 2.40 2.39 0.46 16.0 22.0 2.61 2.61 0.45 2.53 2.53 0.45 2.44 2.44 0.55 18.0 25.0 2.75 2.64...
  • Page 65 Inverter Single 7. Capacity tables AS-W122HDW0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 14.0 20.0 3.43 2.80 0.59 3.28 2.71 0.61 3.08 2.60 0.82 16.0 22.0 3.64 2.83 0.79 3.49 2.75 0.80 3.29 2.65 0.97 18.0 25.0 3.85 2.86 0.86...
  • Page 66 Inverter Single 7. Capacity tables AS-W122B1U0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 14.0 20.0 3.43 3.17 0.49 3.28 3.07 0.51 3.08 2.94 0.68 16.0 22.0 3.64 3.21 0.66 3.49 3.11 0.66 3.29 3.00 0.80 18.0 25.0 3.85 3.24 0.71...
  • Page 67 Inverter Single 7. Capacity tables AS-W182C2U0, AS-W182CRW0, AS-W182C4A0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 14.0 20.0 5.10 4.15 0.83 4.88 4.02 0.87 4.58 3.86 1.16 16.0 22.0 5.41 4.21 1.12 5.19 4.08 1.13 4.89 3.93 1.37 18.0 25.0 5.73...
  • Page 68 Inverter Single 7. Capacity tables AS-W242C2U0, AS-W242CRW0, AS-W242C4A0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 6.89 5.02 1.21 6.59 4.85 1.26 6.19 4.66 1.70 22.0 7.32 5.08 1.64 7.02 4.93 1.65 6.61 4.75 2.00 25.0 7.74 5.13 1.77 7.44...
  • Page 69 Inverter Single 7. Capacity tables US-W092WSZ2/US-Q092WSZ2 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 2.63 1.98 0.44 2.59 1.95 0.44 2.47 1.89 0.46 22.0 2.79 2.00 0.60 2.75 1.98 0.60 2.63 1.92 0.61 25.0 2.95 2.02 0.65 2.90 2.00 0.65...
  • Page 70 Inverter Single 7. Capacity tables US-W122BSZ2/US-Q122BSZ2 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 3.51 3.05 0.59 3.45 3.01 0.60 3.30 2.91 0.63 22.0 3.72 3.09 0.81 3.66 3.05 0.81 3.51 2.96 0.82 25.0 3.93 3.11 0.88 3.87 3.08 0.88...
  • Page 71 Inverter Single 7. Capacity tables US-W182CSZ2/US-Q182CSZ2 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 5.26 4.52 0.87 5.17 4.46 0.88 4.95 4.32 0.92 22.0 5.58 4.58 1.19 5.49 4.52 1.20 5.26 4.38 1.21 25.0 5.90 4.61 1.29 5.81 4.56 1.30...
  • Page 72 Inverter Single 7. Capacity tables US-W242CSZ2/US-Q242CSZ2 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 6.43 5.24 1.08 6.32 5.17 1.10 6.05 5.01 1.15 22.0 6.82 5.30 1.49 6.71 5.24 1.49 6.43 5.08 1.50 25.0 7.21 5.35 1.61 7.10 5.29 1.61...
  • Page 73 Inverter Single 7. Capacity tables AS-W092BRZ0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 2.97 7.46 0.26 2.87 7.25 0.27 2.76 7.04 0.29 22.0 3.13 7.48 0.43 3.02 7.29 0.43 2.91 7.09 0.44 25.0 3.28 7.48 0.47 3.17 7.30 0.47...
  • Page 74 Inverter Single 7. Capacity tables AS-W122BRZ0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 4.20 12.42 0.43 4.05 12.07 0.46 3.90 11.72 0.48 22.0 4.42 12.46 0.72 4.27 12.13 0.73 4.12 11.80 0.74 25.0 4.64 12.45 0.79 4.48 12.15 0.80...
  • Page 75 Inverter Single 7. Capacity tables AS-W182CRZ0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 4.20 12.42 0.43 4.05 12.07 0.46 3.90 11.72 0.48 22.0 4.42 12.46 0.72 4.27 12.13 0.73 4.12 11.80 0.74 25.0 4.64 12.45 0.79 4.48 12.15 0.80...
  • Page 76 Inverter Single 7. Capacity tables AS-W242CRZ1 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 6.43 32.78 1.08 6.32 32.36 1.10 6.05 31.31 1.15 22.0 6.82 33.18 1.49 6.71 32.78 1.49 6.44 31.80 1.50 25.0 7.21 33.44 1.61 7.10 33.07 1.61...
  • Page 77 Inverter Single 7. Capacity tables AS-Q092BRZ0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 2.63 6.10 0.42 2.59 6.02 0.43 2.48 5.82 0.45 22.0 2.79 6.17 0.58 2.75 6.10 0.58 2.63 5.91 0.59 25.0 2.95 6.22 0.63 2.91 6.15 0.63...
  • Page 78 Inverter Single 7. Capacity tables AS-Q122BRZ0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 3.51 10.56 0.56 3.45 10.42 0.57 3.30 10.09 0.59 22.0 3.72 10.69 0.77 3.66 10.56 0.77 3.51 10.24 0.78 25.0 3.94 10.77 0.83 3.88 10.65 0.83...
  • Page 79 Inverter Single 7. Capacity tables AS-Q182CRZ0 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 5.27 22.05 0.84 5.18 21.76 0.86 4.95 21.06 0.89 22.0 5.59 22.32 1.16 5.50 22.05 1.16 5.27 21.39 1.17 25.0 5.91 22.49 1.25 5.81 22.24 1.26...
  • Page 80 Inverter Single 7. Capacity tables AS-Q242CRZ1 Indoor Air Outdoor Air Temperature : °CDB Temperature °CWB °CDB 20.0 7.97 37.83 0.80 7.70 36.80 0.85 7.42 35.77 0.90 22.0 8.37 37.89 1.41 8.10 36.92 1.43 7.82 35.95 1.44 25.0 8.78 37.82 1.55 8.50 36.91 1.56...

  • Page 81: Heating Capacity

    Inverter Single 7. Capacity tables 7.2 Heating Capacity AS-W092HDW0 Outdoor Air Temperature : °CWB Indoor Air Temperature (°C) °CDB 16.0 2.53 0.62 2.74 0.65 2.93 0.70 3.25 0.75 3.44 0.78 3.73 0.83 18.0 2.53 0.64 2.75 0.67 2.93 0.72 3.23 0.76 3.39 0.79...
  • Page 82 Inverter Single 7. Capacity tables AS-W122B1U0 Outdoor Air Temperature : °CWB Indoor Air Temperature (°C) °CDB 16.0 3.16 0.76 3.43 0.79 3.66 0.85 4.07 0.91 4.30 0.95 4.66 1.01 18.0 3.16 0.78 3.43 0.82 3.66 0.88 4.04 0.94 4.24 0.97 4.65 1.02 20.0...
  • Page 83 Inverter Single 7. Capacity tables US-W092WSZ2 Outdoor Air Temperature : °CWB Indoor Air Temperature (°C) °CDB 16.0 2.26 0.61 2.42 0.65 2.68 0.70 2.83 0.73 3.07 0.77 3.32 0.82 3.51 0.86 18.0 2.26 0.63 2.41 0.67 2.66 0.72 2.80 0.74 3.07 0.78 3.33...
  • Page 84 Inverter Single 7. Capacity tables AS-W092BRZ0 Outdoor Air Temperature : °CWB Indoor Air Temperature (°C) °CDB 16.0 2.55 0.61 2.76 0.64 2.95 0.69 3.27 0.74 3.46 0.77 3.75 0.82 4.05 0.87 4.28 0.91 18.0 2.54 0.63 2.76 0.66 2.95 0.71 3.25 0.75 3.42...

  • Page 85: Capacity Coefficient Factor

    Inverter Single 8. Capacity coefficient factor Cooling 8.0kW/9.0kW 7.03kW 2.5kW/3.5kW/5.28kW Total Pipe Length(m) Heating 8.0kW/9.0kW 7.03kW 2.5kW/3.5kW/5.28kW Total Pipe Length(m) _ 85 Inverter Single-60Hz(R410A)
  • Page 86 Inverter Single 8. Capacity coefficient factor Libero Cooling 2.5kW/3.5kW Total Pipe Length(m) Heating 2.5kW/3.5kW Total Pipe Length(m) 86 _ Inverter Single-60Hz(R410A)
  • Page 87 Inverter Single 8. Capacity coefficient factor Max. Pipe Max. Elevation Additional Model No. Length(m) Ⓐ (m) Ⓑ Refrigerant[g/m(oz/ft)] AS-W092HDW0 20(0.22) AS-W122HDW0 20(0.22) AS-W092BRW0 20(0.22) AS-W122BRW0 20(0.22) AS-W092B4A0 20(0.22) AS-W122B4A0 20(0.22) AS-Q092BRW0 10(0.11) AS-Q122BRW0 10(0.11) AS-Q092B4A0 10(0.11) AS-Q122B4A0 10(0.11) AS-W092B1U0 20(0.22) AS-W122B1U0 20(0.22) AS-Q182CRW0...

  • Page 88: Operation Range

    Inverter Single 9. Operation range Cooling Heating 48(118°F) Outdoor Unit Continuous [°C DB] 24(75°F) operation Continuous Outdoor Unit operation [°C DB] 18(64°F) Low Ambient -10(14°F) Operation Operative -10(14°F) -15(5°F) 18(64°F) 30(86℉) 16(61°F) 30(86°F) Indoor Unit [°C DB] Indoor Unit [°C DB] Operative: Intermittent operation due to the operational conditions (indoor/outdoor temperature, humidity, load etc.) can cause the heating capacity to decrease.
  • Page 89 Inverter Single 9. Operation range Cooling Heating 48(118°F) Outdoor Continuous Unit operation [°C DB] 24(75°F) Continuous Outdoor Unit operation [°C DB] 18(64°F) Low Ambient Operation -10(14°F) -5(23°F) Operative Operative -10(14°F) -5(23℉) 18(64°F) 30(86℉) 16(61°F) 30(86°F) Indoor Unit [°C DB] Indoor Unit [°C DB] Operative: Intermittent operation due to the operational conditions (indoor/outdoor temperature, humidity, load etc.) can cause the heating capacity to decrease.

  • Page 90: Air Flow And Temperature Distributions(Reference Data)

    Inverter Single 10. Air flow and temperature distributions(reference data) General Wall Mouted 2.5 kW Cooling Heating Discharge angle:45° Discharge angle:50° Air velocity [m/s] Air velocity [m/s] 2.7m 2.7m 0.75 0.75 Temperature [˚C] Temperature [˚C] 2.7m 2.7m General Wall Mouted 3.5 kW Cooling Heating Discharge angle:45°...
  • Page 91 Inverter Single 10. Air flow and temperature distributions(reference data) Libero 2.5 kW Cooling Heating Discharge angle:45° Discharge angle:50° Air Velocity [m/s] Air Velocity [m/s] 2.7m 2.7m 1.2 1.2 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 Temperature [°C] Temperature [°C] 2.7m 2.7m Libero 3.5 kW...

  • Page 92: Sound Pressure Level

    Microphone - The operating conditions are assumed to be standard. Sound Levels [dB(A)] Model ASNW092HDW0 ASNW122HDW0 Sound Pressure Level ASNW092BRW0 ASNW092B4A0 ASNQ092BRW0 ASNQ092B4A0 ASNW092B1U0 ASNW092HDW0 ASNW122HDW0 NC-65 NC-60 NC-55 NC-50 NC-45 NC-40...
  • Page 93 Inverter Single 11. Sound levels 11.2 Outdoor Units Overall Notes: - Sound measured at 1m away from the center of the unit. - Data is valid at free field condition. Center of - Data is valid at nominal operation condition. Outdoor Unit - Reference accoustic pressure 0dB=20Pa.

  • Page 94: Wireless Remote Controller

    Inverter Single 12. Remote controller Wireless Remote Controller You can operate the air conditioner more conveniently with the remote control. You will find the buttons for the additional functions under the cover of the remote control. Control Display Signal transmitter Description panel screen...

  • Page 95: Using The Remote Control

    Inverter Single 12. Remote controller Using the remote control You can operate the air conditioner more conveniently with the remote control. You will find the buttons for the additional functions under the cover of the remote control. Control Display Description panel screen Fan button : Air come out from the indoor unit...
  • Page 96 Inverter Single 12. Remote controller Using the remote control You can operate the air conditioner more conveniently with the remote control. You will find the buttons for the additional functions under the cover of the remote control. Control Display Description panel screen Fan button : Air come out from the indoor unit...
  • Page 97 Inverter Single 12. Remote controller Using the remote control You can operate the air conditioner more conveniently with the remote control. You will find the buttons for the additional functions under the cover of the remote control. Signal Control Display Description transmitter panel...
  • Page 98 Inverter Single 12. Remote controller Using the remote control You can operate the air conditioner more conveniently with the remote control. You will find the buttons for the additional functions under the cover of the remote control. Signal Control Display Description panel screen...
  • Page 99 Inverter Single 12. Remote controller Wireless Remote Controller The controls will look like the following. ON/OFF BUTTON Used to turn off/on the unit. Signal transmitter OPERATION MODE SELECTION BUTTON Used to select the operation mode. ROOM TEMPERATURE SETTING BUTTONS Used to select the room temperature. INDOOR FAN SPEED SELECTION BUTTON Used to select fan speed in six steps low, medium-low, medium, medium-high, high and natural wind.
  • Page 100 Inverter Single 12. Remote controller The controls will look like the following. Signal transmitter Premium type : - Optional1 ECO EYE BUTTON Used to set and to cancel the timer operation. - Optional2 JET COOL / MOISTURE COOLING BUTTON Used to start or stop the speed cooling and Moisture Cooling.

  • Page 101: Installation Map

    Inverter Single 13. Installation Installation Map Installation plate Sleeve Bushing-Sleeve Putty(Gum Type Sealant) Bend the pipe as closely on the wall as possible, but be careful that it doesn't break. Vinyl tape (Wide) • Apply after carrying out a drainage test. •...

  • Page 102: Fixing Installation Plate

    Inverter Single 13. Installation Fixing Installation Plate 1. The wall you select should be strong and solid enough to prevent vibration Installation Plate • Mount the installation plate on the wall with type "A" screws. If mounting the unit on a concrete wall, use anchor bolts.

  • Page 103: Drill A Hole In The Wall

    Inverter Single 13. Installation Place a level on raised tab Unit Outline Ø70 Ø70 Installation Plate Left rear Measuring Tape Right rear piping piping Measuring Tape Hanger (Unit : mm) Place a level on raised tab Unit Outline Ø70 Ø70 Installation Plate Left rear piping Right rear piping...

  • Page 104: Flaring Work

    Inverter Single 13. Installation Flaring Work Main cause for gas leakage is due to defect of flaring work. Carry out correct flaring work in the following procedure. Cut the pipes and the cable. 1. Use the piping kit accessory or the pipes purchased locally. Copper Slanted Uneven Rough pipe...

  • Page 105: Installation Of Indoor Unit

    Inverter Single 13. Installation Check 1. Compare the flared work with the figure by. Smooth all round 2. If a flared section is defective, cut it off and do Inside is shiny without scratches flaring work again. = Improper flaring = Inclined Surface Cracked Uneven...
  • Page 106 Inverter Single 13. Installation 4. Remove pipe port cover and position the tubing. Indoor unit back side view Pipe Port Left Tubing holder Right Backwards Downwards When installing downwards, be sure to cut the part shown below drawing. Cutting 106 _ Inverter Single-60Hz(R410A)
  • Page 107 Inverter Single 13. Installation For right piping, follow the instruction below. Good case • Press on the tubing cover and unfold the tubing to downward slowly. And then bend to the left side slowly. Bad case • Following bending case from right to left directly may cause damage to the tubing. _ 107 Inverter Single-60Hz(R410A)

  • Page 108: Connecting The Installation Pipe And Drain Hose To The Indoor Unit

    Inverter Single 13. Installation Tape the tubing pipe, drain hose and the connection cable. Be sure that the drain hose is located at the lowest side of the bundle. Locating at the upper side can cause overflow from the drain pan through the inside of the unit. If the drain hose is routed inside the room insulate the hose with an insulation material* so that dripping from sweating (condensation) will not damage furniture or floors.

  • Page 109: Wrap The Insulation Material Around The Connecting Portion

    Inverter Single 13. Installation Wrap the insulation material around the Insulation material connecting portion. 1. Overlap the connection pipe insulation material and the indoor unit pipe insulation material. Bind them together with vinyl tape so that there may be no gap. Cutting Line 2.

  • Page 110: Connecting The Cables

    Inverter Single 13. Installation Connecting the Cables Connect the cable to the indoor unit by connecting the wires to the terminals on the control board individually according to the outdoor unit connection. (Ensure that the color of the wires of the outdoor unit and the terminal no.

  • Page 111: Checking The Drainage

    Inverter Single 13. Installation Checking the Drainage To check the drainage. 1. Pour a glass of water on the evaporator. Connecting area drain hose 2. Ensure the water flows through the drain hose of the indoor unit without any leakage and goes out the drain exit.

  • Page 112: Test Running

    Inverter Single 13. Installation Test Running 1. Check that all tubing and wiring are properly connected. 2. Check that the gas and liquid side service valves are fully opened. Prepare remote controller 1. Remove the battery cover by pulling it according to the arrow direction.

  • Page 113: Selecting The Location(Outdoor Unit)

    3) Select a well-drained place. 1. If you can’t meet above guide line in the seaside installation, please contact LG Electronics for the additional anticorrosion treatment. 2. Periodic ( more than once/year ) cleaning of the dust or salt particles stuck on the heat exchanger by using water...
  • Page 114 Yeouido P.O.Box 335 Seoul, 150-721, Korea. http://www.lgeaircon.com All rights reserved The air conditioners manufactured by LG have received ISO9001 certificate for Printed in Korea June/2013 quality assurance and ISO14001 certificate for environmental management system. The specifications, designs, and information in this brochure are subject to...

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