Europe Inverter Single 50Hz(R410A) 5RMI0-04B(Replace : 5RMI0-04A)

Transcription

1 Europe 50Hz(R410A) 5RMI0-04B(Replace : 5RMI0-04A)

2 -50Hz(R410A) 1. Models line up 2. Nomenclature 3. Features & Benefits 4. Specifications 5. Dimensions 6. Wiring diagrams 7. Refrigerant cycle diagrams 8. Capacity tables 9. Capacity coefficient factor 10. Operation range 11. Air flow and temperature distributions(reference data) 12. Sound levels 13. Remote controller

3 Test condition of international standard CLASSIFICATION KSC ISO ARI AS SSA AHAM / Indoor DB C( F) (80) 26.7(80) Cooling WB C( F) (67) 19.4(67) Capacity Outdoor DB C( F) (95) 35.0(95) WB C( F) (75) 23.9(75) Indoor DB C( F) (70) 21.1(70) Heating WB C( F) (60) 15.6(60) Capacity Outdoor DB C( F) (47) 8.3(47) WB C( F)) (43) 6.1(43) Maximum Indoor DB C( F) (80) 32.2(90) WB C( F) (67) 22.8(73) Cooling DB C( F) (115) 43.3(110) Operating Outdoor WB C( F) (75) 25.6(78) Maximum Indoor DB C( F) (80) 26.7(80) - - WB C( F) (67) 22.8(73) - - Heating DB C( F) (75) 23.9(75) - - Operating Outdoor WB C( F) (65) 18.3(65) - - Enclosure Indoor DB C( F) (80) 26.7(80) Sweat / WB C( F) (75) 23.9(75) Condensate Outdoor DB C( F) (80) 26.7(80) Disposal WB C( F) (75) 23.9(75) Freeze-up/ Indoor DB C( F) (67) 21.1(70) WB C( F) (57) 15.6(60) Low DB C( F) (67) 21.1(70) Temperature Outdoor WB C( F) (57) 15.6(60) KS : Korea Standard ISO : International Standard Organization ARI : Airconditioning and Refrigeration Institute AHAM : Association of Home Appliance Manufacturers AS : Australia Standard SSA : Saudi Arabian Standard

4 General Description Split type of Air conditioners are known by the category name of Wall Mounted Type of units.these units can be easily installed in a small space and have exceptional Cooling capacity.designed for Low-noise operation,it ensures a pleasant air conditioned environment. LG Offers various types of units to its customers to suit for the best application and requirement.the following are the important categories offered by LG : 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. Some of the Important Features of these units are listed below : 1) Providing Health to the Customers : By having the Filters such as Plasma Filter which is capable of removing the Micro Organisms up to 0.1 microns. 2) Long Term Money Saving : By providing Features such as Gold Fin, Auto Clean etc. to maintain the same performance for the years. 3) Best Comfort : With Features such as Sleep Mode,Timer,Auto Restart etc. The Units are available with many standard and optional features which gives our Customers the free choice to select the unit of their own desire.for details refer to the Detailed specification followed after this description. LG Electronics Inc. Air Conditioning & Energy Solution Company

5 Publication history PDB No. Product Name Notes Publication in 5RMI0-04A INV. New PDB, 22Models Jan, RMI0-04B INV. Update (H09AK,H12AK) - Wirind diagrams - Refrigerant Cycle diagrams Feb, 2013

6 Publication history Edition Capacity Chassis Type Model Factory Buyer AS-W096BRR3 A09RK SSB AS-W096BWR3 A09WK SSB AS-W096BVR3 A09VK SSB 2500W SB AS-W096BNR3 D09AK SSB US-W096B4A0 E09EK SSB AS-W096B8A0 (US-W096B8A0) P09RK SSB SM AS-W096MMS3 H09AK SSM 2700W SF ASNW096F1G3 G09PK NSF ASUW096FUG3 G09PK UL2 AS-W126BRR3 A12RK SSB AS-W126BWR3 A12WK SSB #1 Inverter AS-W126BVR3 A12VK SSB SB H/P AS-W126BNR3 D12AK SSB US-W126B4A0 E12EK SSB 3500W AS-W126B8A0 P12RK SSB (US-W126B8A0) SF ASNW126F1G3 G12PK NSF ASUW126FUG3 G12PK UL2 SM AS-W126MMS3 H12AK SSM AS-W186CRR3 A18RK SSC AS-W186CWR3 A18WK SSC 5200W SC AS-W186CVR3 A18VK SSC AS-W186CNR3 D18AK SSC AS-W186C8A0 P18RK SSC 7030W SD AS-W246DSB0 P24RK SSD Note 13' EU (ErP)

7 1. Models Line up 1.1 Indoor Unit Prestige ARTCOOL Type Model names kw (kbtu/h) 2.50(9) 3.50(12) 5.28(18) 7.03(24) 8.0(30) 9.0(36) ASNW096MMS3 (H09AK NSM) ASNW126MMS3 (H12AK NSM) *:R-Mirror *:V-Silver ASNW096B*R3 (A09*K NSB) ASNW126B*R3 (A12*K NSB) ASNW186C*R3 (A18*K NSC) *:W-White Deluxe ASNW096BNR3 (D09AK NSB) ASNW126BNR3 (D12AK NSB) ASNW186CNR3 (D18AK NSC) ARTCOOL Gallery ASNW096F1G3 (G09PK NSF) ASNW126F1G3 (G12PK NSF) Standard ASNW096B8A0 USNW096B8A0 (P09RK NSB) ASNW126B8A0 USNW126B8A0 (P12RK NSB) ASNW186C8A0 (P18RK NSC) ASNW246DSB0 (P24RK NSD) Econo USNW096B4A0 (E09EK NSB) USNW126B4A0 (E12EK NSB) * Denotes the color or the picture used on the front grille of the unit (refer to the Nomenclature section) 1 _ -50Hz(R410A)

8 1. Models Line up 1.2 Outdoor Unit DC Inverter (1Ø) Heat pump ASUW186C2U3 (S18AK UE1) ASUW186C8A0 (P18RK UE1) No. of connectable indoor units Max.1 Total capacity index of connectable kw 5.28 indoor units kbtu/h 18 Power supply 1Ø, V, 50Hz Chassis UE Heat pump ASUW246DSB0 (P24RK UE1) No. of connectable indoor units Max.1 Total capacity index of connectable kw 7.03 indoor units kbtu/h 24 Power supply 1Ø, V, 50Hz Chassis UE1+ Heat pump USUW096B4A0 (E09EK UA3) USUW096B8A0 (P09RK UA3) ASUW096B8A0 USUW126B4A0 (E12EK UA3) USUW126B8A0 (P12RK UA3) ASUW126B8A0 No. of connectable indoor units Max.1 Total capacity index of connectable kw indoor units kbtu/h 9 12 Power supply 1Ø, V, 50Hz Chassis UA3-50Hz(R410A) _ 2

9 1. Models Line up DC Inverter High Efficiency models(1ø) Heat pump ASUW096BUS3 (S09AK UL2) ASUW096FUG3(G09PK UL2) ASUW096MUF3(H09AK UL2) ASUW126BUS3 (S12AK UL2) ASUW126FUG3(G12PK UL2) ASUW126MUF3(H12AK UL2) No. of connectable indoor units Max.1 Total capacity index of connectable kw indoor units kbtu/h 9 12 Power supply 1Ø, V, 50Hz Chassis UL2 3 _ -50Hz(R410A)

10 2. Nomenclature Europe Model Number A S - W B R R 3 Serial Number Function R: Visual Ionizer+4way A: Non Plasma+2way B: Non Plasma+4way G: Ionizer+Plasma+4way S: Visual Ionizer+Plasma+4way+All in one HAF Look/Color CHASSIS LOOK Classification R ARTCOOL W ARTCOOL V ARTCOOL SB N Deluxe 4 Econo 8 Standard R Libero ARTCOOL W Libero ARTCOOL SC V Libero ARTCOOL N Deluxe 8 Standard SD S Standard 1 ARTCOOL Gallery SF U ARTCOOL Gallery SM M Prestige Chassis Name Ex) B : SB, C : SC, D : SD Electric Rating '6': 220~240V, 50Hz Capacity Ex) '18' 18,000Btu/h Class (W = Btu/ ) Model Type W: DC Inverter H/P Supply Method Diving and Type '-': SET Product Type S: Split Refrigeant Type A: R410A -50Hz(R410A) _ 4

11 3. Features & Benefits 5 _ -50Hz(R410A)

12 3. Features & Benefits -50Hz(R410A) _ 6

13 4. Specifications Model AS-W096BRR3 AS-W096BWR3 AS-W096BNR3 US-W096B4A0 AS-W096BVR3 Heat transfer (sorce /sink) - Air to Air Air to Air Air to Air Type of appliance - Cooling/Heating (Inverter heat pump) Cooling/Heating (Inverter heat pump) Cooling/Heating (Inverter heat pump) Cooling Capacity kw Heating Capacity kw Low Temp. Heating Capacity (-7 C) kw Power Input Cooloing /Heating W 550/ / /840 Running Current Cooloing /Heating A 2.6/ / /3.7 Starting Current Cooloing /Heating A 2.6/ / /3.7 Max Current Cooloing /Heating A 6.0/ / /6.0 SEER W/W SCOP W/W Energy efficiency class A(more efficient), Cooloing /Heating - A++/A+ A++/A+ A/A G(less efficient) Annual energy consumption Cooloing /Heating kwh 142/ / /1318 Power Supply Ø / V / Hz 1Ø / 220~240V / 50 1Ø / 220~240V / 50 1 / / 50 Air Flow Rate Indoor, Max m 3 /min Outdoor, Max m 3 /min Moisture Removal l/h Sound Pressure Indoor, H/M/L/Sleep db(a)±3 38/33/23/19 38/33/23/19 39/33/25/20 Level Outdoor, Max db(a)± Sound Power Level Indoor, Max db(a)± Outdoor, Max db(a)± Refrigerant & Charge (at 7.5 m) g R410A, 1000 R410A, 1000 R410A, 900 Additional Refrigerant charge g/m Model - GA102MFB GA102MFB GA092MAB Compressor Motor Type - Brushless DC Motor Brushless DC Motor Brushless DC Moter O.L.P. name Type - Cros Flow Fan Cros Flow Fan Cros Flow Fan Fan(Indoor) Motor Type - BLDC BLDC BLDC Fan(Outdoor) Motor output W Type - Propeller, Fan Propeller, Fan Propeller, Fan Motor Type - BLDC BLDC BLDC Motor output W Circuit Breaker A Power Supply Cable N x mm 2 3*1.0 3*1.0 3*1.0 Power and Transmission Cable N x mm 2 N x mm 2 4*1.0(including Earth) 4*1.0(including Earth) 4*1.0 (Including Earth) Piping Connections Dimensions Net Weight Operation Range Liquid Side mm Gas Side mm Drain Hose mm Indoor (WⅹHⅹD) mm 885*285* *285* *285*210 Outdoor (WⅹHⅹD) mm 770*545* *545* *483*230 Indoor kg Outdoor kg Cooling(Outdoor) C -10~48-10~48-10~48 Heating(Outdoor) C -15~24-15~24-10~24 Piping Length (Min / Max) m 2/20 2/20 3/15 Max Elevation Difference m Note: 1. Capacities are based on the following conditions: Cooling: - Indoor Temperature 27 C DB/19 C WB - Outdoor Temperature 35 C DB/24 C WB Heating: - Indoor Temperature 20 C DB/15 C WB - Outdoor Temperature 7 C DB/6 C WB Piping Length - Interconnecting Piping Length 7.5m - Level Difference of Zero 2. Wiring cable size must comply with the applicable local and national code. 3. The specification may be subject to change without prior notice for purpose of improvement. Conversion Formula kw = Btu/h x cfm = CMM x _ -50Hz(R410A)

14 4. Specifications Model Heat transfer (sorce /sink) - Type of appliance - Cooling Capacity kw Heating Capacity kw Low Temp. Heating Capacity (-7 C) kw Power Input Cooloing /Heating W Running Current Cooloing /Heating A Starting Current Cooloing /Heating A Max Current Cooloing /Heating A SEER W/W SCOP W/W Energy efficiency class A(more efficient), Cooloing /Heating - G(less efficient) Annual energy consumption Cooloing /Heating kwh Power Supply Ø / V / Hz Air Flow Rate Indoor, Max m 3 /min Outdoor, Max m 3 /min Moisture Removal l/h Sound Pressure Indoor, H/M/L/Sleep db(a)±3 Level Outdoor, Max db(a)±3 Sound Power Level Indoor, Max db(a)±3 Outdoor, Max db(a)±3 Refrigerant & Charge (at 7.5 m) g Additional Refrigerant charge g/m Model - Compressor Motor Type - O.L.P. name - Type - Fan(Indoor) Motor Type - Motor output W Type - Fan(Outdoor) Motor Type - Motor output W Circuit Breaker A Power Supply Cable N x mm 2 Power and Transmission Cable N x mm 2 N x mm 2 Liquid Side mm Piping Connections Gas Side mm Drain Hose mm Dimensions Indoor (WⅹHⅹD) mm Outdoor (WⅹHⅹD) mm Net Weight Indoor kg Outdoor kg Operation Range Cooling(Outdoor) C Heating(Outdoor) C Piping Length (Min / Max) m Max Elevation Difference m AS-W096MMS3 AS-W096B8A0 (US-W096B8A0) ASNW096F1G3 ASUW096FUG3 Air to Air Air to Air Air to Air Cooling/Heating (Inverter heat pump) Cooling/Heating (Inverter heat pump) Cooling/Heating (Inverter heat pump) / / / / / / / / / / / / A+++/A+++ A+/A A/A 99/ / / / / 50 1 / / 50 1/220~240/ /33/25/17 38 /33 / 23 / 19 35/29/25/ R410A, 1150 R410A, 900 R410A, DA128A1FA GA092MAB GA102MFB Twin Rotary Brushless DC Moter Brushless DC Moter Cros Flow Fan Cros Flow Fan Cros Flow Fan BLDC BLDC BLDC Propeller, Fan Propeller, Fan Propeller, Fan BLDC BLDC BLDC *1.0 3*1.0 3*1.0 4*1.0(Including Earth) 4*1.0 (Including Earth) 4*1.0(Including Earth) *295* *285* *600* *545* *483* x 545 x ~48-10~48-10~48-15~24-10~24-10~24 3/20 3/15 -/ Note: 1. Capacities are based on the following conditions: Cooling: - Indoor Temperature 27 C DB/19 C WB - Outdoor Temperature 35 C DB/24 C WB Heating: - Indoor Temperature 20 C DB/15 C WB - Outdoor Temperature 7 C DB/6 C WB Piping Length - Interconnecting Piping Length 7.5m - Level Difference of Zero 2. Wiring cable size must comply with the applicable local and national code. 3. The specification may be subject to change without prior notice for purpose of improvement. Conversion Formula kw = Btu/h x cfm = CMM x Hz(R410A) _ 8

15 4. Specifications Model Heat transfer (sorce /sink) - Type of appliance - Cooling Capacity kw Heating Capacity kw Low Temp. Heating Capacity (-7 C) kw Power Input Cooloing /Heating W Running Current Cooloing /Heating A Starting Current Cooloing /Heating A Max Current Cooloing /Heating A SEER W/W SCOP W/W Energy efficiency class A(more efficient), Cooloing /Heating - G(less efficient) Annual energy consumption Cooloing /Heating kwh Power Supply Ø / V / Hz Air Flow Rate Indoor, Max m 3 /min Outdoor, Max m 3 /min Moisture Removal l/h Sound Pressure Indoor, H/M/L/Sleep db(a)±3 Level Outdoor, Max db(a)±3 Sound Power Level Indoor, Max db(a)±3 Outdoor, Max db(a)±3 Refrigerant & Charge (at 7.5 m) g Additional Refrigerant charge g/m Model - Compressor Motor Type - O.L.P. name - Type - Fan(Indoor) Motor Type - Motor output W Type - Fan(Outdoor) Motor Type - Motor output W Circuit Breaker A Power Supply Cable N x mm 2 Power and Transmission Cable N x mm 2 N x mm 2 Liquid Side mm Piping Connections Gas Side mm Drain Hose mm Dimensions Indoor (WⅹHⅹD) mm Outdoor (WⅹHⅹD) mm Net Weight Indoor kg Outdoor kg Operation Range Cooling(Outdoor) C Heating(Outdoor) C Piping Length (Min / Max) m Max Elevation Difference m AS-W126BRR3 AS-W126BWR3 AS-W126BVR3 AS-W126BNR3 US-W126B4A0 Air to Air Air to Air Air to Air Cooling/Heating (Inverter heat pump) Cooling/Heating (Inverter heat pump) Cooling/Heating (Inverter heat pump) / / / / / / / / / / / / A++/A+ A++/A+ A/A 201/ / /1565 1Ø / 220~240V / 50 1Ø / 220~240V / 50 1 / / /33/23/19 39/33/23/19 39/33/25/ R410A, 1000 R410A, 1000 R410A, GA102MFB GA102MFB GA102MFB Brushless DC Motor Brushless DC Motor Brushless DC Moter Cros Flow Fan Cros Flow Fan Cros Flow Fan BLDC BLDC BLDC Propeller, Fan Propeller, Fan Propeller, Fan BLDC BLDC BLDC *1.0 3*1.0 3*1.0 4*1.0(including Earth) 4*1.0(including Earth) 4*1.0 (Including Earth) *285* *285* *285* *545* *545* *483* ~48-10~48-10~48-15~24-15~24-10~24 2/20 2/20 3/ Note: 1. Capacities are based on the following conditions: Cooling: - Indoor Temperature 27 C DB/19 C WB - Outdoor Temperature 35 C DB/24 C WB Heating: - Indoor Temperature 20 C DB/15 C WB - Outdoor Temperature 7 C DB/6 C WB Piping Length - Interconnecting Piping Length 7.5m - Level Difference of Zero 2. Wiring cable size must comply with the applicable local and national code. 3. The specification may be subject to change without prior notice for purpose of improvement. Conversion Formula kw = Btu/h x cfm = CMM x _ -50Hz(R410A)

16 4. Specifications Model Heat transfer (sorce /sink) - Type of appliance - Cooling Capacity kw Heating Capacity kw Low Temp. Heating Capacity (-7 C) kw Power Input Cooloing /Heating W Running Current Cooloing /Heating A Starting Current Cooloing /Heating A Max Current Cooloing /Heating A SEER W/W SCOP W/W Energy efficiency class A(more efficient), Cooloing /Heating - G(less efficient) Annual energy consumption Cooloing /Heating kwh Power Supply Ø / V / Hz Air Flow Rate Indoor, Max m 3 /min Outdoor, Max m 3 /min Moisture Removal l/h Sound Pressure Indoor, H/M/L/Sleep db(a)±3 Level Outdoor, Max db(a)±3 Sound Power Level Indoor, Max db(a)±3 Outdoor, Max db(a)±3 Refrigerant & Charge (at 7.5 m) g Additional Refrigerant charge g/m Model - Compressor Motor Type - O.L.P. name - Type - Fan(Indoor) Motor Type - Motor output W Type - Fan(Outdoor) Motor Type - Motor output W Circuit Breaker A Power Supply Cable N x mm 2 Power and Transmission Cable N x mm 2 N x mm 2 Liquid Side mm Piping Connections Gas Side mm Drain Hose mm Dimensions Indoor (WⅹHⅹD) mm Outdoor (WⅹHⅹD) mm Net Weight Indoor kg Outdoor kg Operation Range Cooling(Outdoor) C Heating(Outdoor) C Piping Length (Min / Max) m Max Elevation Difference m AS-W126B8A0 (US-W126B8A0) ASNW126F1G3 ASUW126FUG3 AS-W126MMS3 Air to Air Air to Air Air to Air Cooling/Heating (Inverter heat pump) Cooling/Heating (Inverter heat pump) Cooling/Heating (Inverter heat pump) / / / / / / / / / / / / A+/A A/A A+++/A / / / / / 50 1/220~240/50 1 / / / 33 / 23 / 19 39/32/25/23 39/33/25/ R410A, 900 R410A, 1000 R410A, GA102MFB GA102MFB DA128A1FA Brushless DC Moter Brushless DC Moter Twin Rotary Cros Flow Fan Cros Flow Fan Cros Flow Fan BLDC BLDC BLDC Propeller, Fan Propeller, Fan Propeller, Fan BLDC BLDC BLDC *1.0 3*1.0 3*1.0 4*1.0 (Including Earth) 4*1.0(Including Earth) 4*1.0(Including Earth) *285* *600* *295* *483* x 545 x *545* ~48-10~48-10~48-10~24-10~24-15~24 3/15 -/15 3/ Note: 1. Capacities are based on the following conditions: Cooling: - Indoor Temperature 27 C DB/19 C WB - Outdoor Temperature 35 C DB/24 C WB Heating: - Indoor Temperature 20 C DB/15 C WB - Outdoor Temperature 7 C DB/6 C WB Piping Length - Interconnecting Piping Length 7.5m - Level Difference of Zero 2. Wiring cable size must comply with the applicable local and national code. 3. The specification may be subject to change without prior notice for purpose of improvement. Conversion Formula kw = Btu/h x cfm = CMM x Hz(R410A) _ 10

17 4. Specifications Model Heat transfer (sorce /sink) - Type of appliance - Cooling Capacity kw Heating Capacity kw Low Temp. Heating Capacity (-7 C) kw Power Input Cooloing /Heating W Running Current Cooloing /Heating A Starting Current Cooloing /Heating A Max Current Cooloing /Heating A SEER W/W SCOP W/W Energy efficiency class A(more efficient), Cooloing /Heating - G(less efficient) Annual energy consumption Cooloing /Heating kwh Power Supply Ø / V / Hz Air Flow Rate Indoor, Max m 3 /min Outdoor, Max m 3 /min Moisture Removal l/h Sound Pressure Indoor, H/M/L/Sleep db(a)±3 Level Outdoor, Max db(a)±3 Sound Power Level Indoor, Max db(a)±3 Outdoor, Max db(a)±3 Refrigerant & Charge (at 7.5 m) g Additional Refrigerant charge g/m Model - Compressor Motor Type - O.L.P. name - Type - Fan(Indoor) Motor Type - Motor output W Type - Fan(Outdoor) Motor Type - Motor output W Circuit Breaker A Power Supply Cable N x mm 2 Power and Transmission Cable N x mm 2 N x mm 2 Liquid Side mm Piping Connections Gas Side mm Drain Hose mm Dimensions Indoor (WⅹHⅹD) mm Outdoor (WⅹHⅹD) mm Net Weight Indoor kg Outdoor kg Operation Range Cooling(Outdoor) C Heating(Outdoor) C Piping Length (Min / Max) m Max Elevation Difference m AS-W186CRR3 AS-W186CWR3 AS-W186CVR3 Air to Air Cooling/Heating (Inverter heat pump) AS-W186CNR3 Air to Air Cooling/Heating (Inverter heat pump) / / / / / / / / A+/A A+/A 319/ / / / 50 1 / / /40/35/29 42/40/35/ R410A, 1350 R410A, GKT141MBA GKT141MBA Twin Rotary Twin Rotary - - Cros Flow Fan Cros Flow Fan BLDC BLDC Propeller, Fan Propeller, Fan BLDC BLDC *1.5 3*1.5 4 x 1.0 (Including Earth) 4*1.0 (Including Earth) *325* *325* *655* *655* ~48-10~48-15~24-15~24 -/20 -/ Note: 1. Capacities are based on the following conditions: Cooling: - Indoor Temperature 27 C DB/19 C WB - Outdoor Temperature 35 C DB/24 C WB Heating: - Indoor Temperature 20 C DB/15 C WB - Outdoor Temperature 7 C DB/6 C WB Piping Length - Interconnecting Piping Length 7.5m - Level Difference of Zero 2. Wiring cable size must comply with the applicable local and national code. 3. The specification may be subject to change without prior notice for purpose of improvement. Conversion Formula kw = Btu/h x cfm = CMM x _ -50Hz(R410A)

18 4. Specifications Model AS-W186C8A0 AS-W246DSB0 Heat transfer (sorce /sink) - Type of appliance - Cooling Capacity kw Heating Capacity kw Low Temp. Heating Capacity (-7 C) kw Power Input Cooloing /Heating W Running Current Cooloing /Heating A Starting Current Cooloing /Heating A Max Current Cooloing /Heating A SEER W/W SCOP W/W Energy efficiency class A(more efficient), Cooloing /Heating - G(less efficient) Annual energy consumption Cooloing /Heating kwh Power Supply Ø / V / Hz Air Flow Rate Indoor, Max m 3 /min Outdoor, Max m 3 /min Moisture Removal l/h Sound Pressure Indoor, H/M/L/Sleep db(a)±3 Level Outdoor, Max db(a)±3 Sound Power Level Indoor, Max db(a)±3 Outdoor, Max db(a)±3 Refrigerant & Charge (at 7.5 m) g Additional Refrigerant charge g/m Model - Compressor Motor Type - O.L.P. name - Type - Fan(Indoor) Motor Type - Motor output W Type - Fan(Outdoor) Motor Type - Motor output W Circuit Breaker A Power Supply Cable N x mm 2 Power and Transmission Cable N x mm 2 N x mm 2 Liquid Side mm Piping Connections Gas Side mm Drain Hose mm Dimensions Indoor (WⅹHⅹD) mm Outdoor (WⅹHⅹD) mm Net Weight Indoor kg Outdoor kg Operation Range Cooling(Outdoor) C Heating(Outdoor) C Piping Length (Min / Max) m Max Elevation Difference m Air to Air Air to Air Cooling/Heating (Inverter heat pump) Cooling/Heating (Inverter heat pump) / / / / / / / / A+/A A+/A 319/ / / / 50 1 / / /40/35/29 49/44/39/ R410A, 1350 R410A, GKT141MBA GJT240MBA Twin Rotary Twin Rotary - - Cros Flow Fan Cros Flow Fan BLDC BLDC Propeller, Fan Propeller, Fan BLDC BLDC *1.5 3*2.5 4*1.0 (Including Earth) 4*1.0 (Including Earth) *325* *346* *655* *808* ~48-10~48-15~24-15~24 -/20 -/ Note: 1. Capacities are based on the following conditions: Cooling: - Indoor Temperature 27 C DB/19 C WB - Outdoor Temperature 35 C DB/24 C WB Heating: - Indoor Temperature 20 C DB/15 C WB - Outdoor Temperature 7 C DB/6 C WB Piping Length - Interconnecting Piping Length 7.5m - Level Difference of Zero 2. Wiring cable size must comply with the applicable local and national code. 3. The specification may be subject to change without prior notice for purpose of improvement. Conversion Formula kw = Btu/h x cfm = CMM x Hz(R410A) _ 12

19 5. Dimensional drawings 5.1 Indoor Units Left rear piping Ø Unit Outline Place a level on raised tab Ø65 Installation Plate Right rear piping [Unit : mm] Prestige CHASSIS CODE : SM _ -50Hz(R410A)

20 5. Dimensional drawings Left rear piping Ø65 Unit Outline Place a level on raised tab Installation Plate Ø65 Right rear piping [Unit : mm] Standard / Deluxe CHASSIS CODE : SB Hz(R410A) _ 14

21 5. Dimensional drawings Ø65 Left rear piping 3 Unit Outline Place a level on raised tab Installation Plate Measuring Tape Measuring Tape Hanger 2 4 Ø65 Right rear piping 207 (Unit : mm) [Unit : mm] Standard / Deluxe CHASSIS CODE : SC 15 _ -50Hz(R410A)

22 5. Dimensional drawings Standard CHASSIS CODE : SD Installation plate 110 Left rear piping Right rear piping [Unit : mm] -50Hz(R410A) _ 16

23 5. Dimensional drawings Left rear piping Ø Unit Outline Place a level on raised tab 442 Ø65 Installation Plate Right rear piping ARTCOOL CHASSIS CODE : SB [Unit : mm] _ -50Hz(R410A)

24 5. Dimensional drawings ARTCOOL CHASSIS CODE : SC Ø65 Left rear piping 46 Unit Outline Place a level on raised tab Installation Plate Ø65 Measuring Tape Right rear piping 105 Measuring Tape Hanger 207 (Unit : mm) [Unit : mm] 52-50Hz(R410A) _ 18

25 5. Dimensional drawings CHASSIS CODE : SF [Unit : mm] ARTCOOL Gallery For pipe and cable 19 _ -50Hz(R410A)

26 5. Dimensional drawings Econo No. Part Name 1 2 Front panel Display & signal receiver 3 Air suction grille 4 Knockout hole For pipe and cable 5 Installation plate Left rear piping Ø65 Unit Outline Place a level on raised tab Installation Plate Ø65 2 Right rear piping Remark Note 1. The unit should not be installed in a closed area. 2. In an area or space having no proper circulation, an air guide should be installed on the outdoor side. CHASSIS CODE: SB [Unit : mm] Hz(R410A) _ 20

27 5. Dimensional drawings 5.2 Outdoor Units CHASSIS CODE : UL Ø [Unit : mm] 5 Outdoor Unit _ -50Hz(R410A)

28 5. Dimensional drawings CHASSIS CODE : UE Ø [Unit : mm] Outdoor Unit Hz(R410A) _ 22

29 5. Dimensional drawings [Unit : mm] Outdoor Unit CHASSIS CODE : UE1+ 23 _ -50Hz(R410A)

30 5. Dimensional drawings Outdoor Unit CHASSIS CODE : UA3 Ø [Unit : mm] -50Hz(R410A) _ 24

31 6. Wiring diagrams 6.1 Indoor units Model : ASNW096BRR3, ASNW096BWR3, ASNW096BVR3, ASNW126BRR3, ASNW126BRW3, ASNW126BVR3 CN-SUB CN-U/D CN-L/R CN-12V CN-DISP3 CN-DISPLAY CN-TACT CN-MAIN CN-HVB CN-DISP1 CH-TH1 CH-TH2 CH-TH3 CN-CN-REMO CN-LIMIT CN-PLASMA CN-MOTOR1 Main PCB Sub PCB 25 _ -50Hz(R410A)

32 6. Wiring diagrams Model : ASNW096BNR3, ASNW126BNR3 CN-U/D CN-L/R CN-SUB CN-12V CN-DISP3 CN-HVB CN-DISP1 CH-TH1 CH-TH2 CH-TH3 CN-CN-REMO CN-MOTOR1 Main PCB -50Hz(R410A) _ 26

33 6. Wiring diagrams Model : ASNW186BRR3, ASNW186BWR3, ASNW186BVR3, ASNW186BNR3 RY-COMP(3) CN-U/D RY-COMP(3) CN-L/R CN-DISP3 CN-IN/N CN-HVB CN-DISP1 CN-TH1 CN-TH2 CN-TH3 CN-REMO CN-OPTION 27 _ -50Hz(R410A)

34 6. Wiring diagrams Model : ASNW186C8A0 RY-COMP(3) CN-U/D RY-COMP(3) CN-L/R CN-DISP3 CN-IN/N CN-HVB CN-DISP1 CN-TH1 CN-TH2 CN-TH3 CN-REMO CN-OPTION -50Hz(R410A) _ 28

35 6. Wiring diagrams Model : ASNW246DSB0 RY-COMP(3) CN-U/D RY-COMP(3) CN-L/R CN-DISP3 CN-IN/N CN-DISP1 CN-TH1 CN-TH2 CN-TH3 CN-REMO CN-OPTION 29 _ -50Hz(R410A)

36 6. Wiring diagrams Model : USNW096B4A0, USNW126B4A0 MEZ CN-MOTOR1 CN-HUB/UV CN-U/D CN-L/R CN-DISP2 CN-DISP1 CN-12V CN-TH2 CN-TH1 CN-LINK MAIN PCB -50Hz(R410A) _ 30

37 6. Wiring diagrams Model : ASNW096B8A0 (USNW096B8A0), ASNW126B8A0 (USNW126B8A0) CN-MOTOR1 CN-HUB/UV CN-U/D CN-L/R CN-DISP2 CN-DISP1 CN-12V CN-TH2 CN-TH1 CN-LINK MAIN PCB 31 _ -50Hz(R410A)

38 6. Wiring diagrams Model : ASNW096F1G3, ASNW126F1G3 CN-MOTOR1 CN-L1 CN-N1 CN-ACDC1 CN-COM CN-EARTH1 CN-TH1 CN-UD1 CN-LR1 CN-TH2 CN-ACDC2 CN-TH3 CN-D1 CN-HVB CN-LR2 CN-CC -50Hz(R410A) _ 32

39 6. Wiring diagrams Model : ASNW096MMS3, ASNW126MMS3 33 _ -50Hz(R410A)

40 6. Wiring diagrams 6.2 Outdoor units Model : ASUW096BRR3, ASUW096BWR3, ASUW096BVR3, ASUW096BNR3, ASUW126BRR3, ASUW126BRW3, ASUW126BVR3, ASUW126BNR3 CN-U(S) CN-V(R) CN-W(C) CN-FAN(DC) CN-TH1 CN-TH2 CN-EEV CN-4WAY CN-COM CN-COIL1 WCN-P(L) CN-3 CN-COIL2 CN-2 WCN-P(N) -50Hz(R410A) _ 34

41 6. Wiring diagrams Model : ASUW186BRR3, ASUW186BWR3, ASUW186BVR3, ASUW186BNR3, ASUW186C8A0 CN-U(S) CN-V(R) CN-W(C) CN-FAN(DC) CN-TH1 CN-4WAY CN-EEV1 CN-TH2 CN-COM CN-COIL2 CN-COIL1 35 _ -50Hz(R410A)

42 6. Wiring diagrams Model : ASUW246DSB0 CN-EEV1 CN-CENTRAL CN-COM CN-LGMV AC-L AC-N CN-MOTOR1 CN-PFC-OUT CN-TH3 CN-TH2 CN-4WAY CN-PFC-IN -50Hz(R410A) _ 36

43 6. Wiring diagrams Model : USUW096B4A0, USUW126B4A0 CN-TH2 CN1 CN-TH1 CN-EEV CN-LGMV CN-4WAY CN-FAN CN-CENTRAL CN-JTAG CN-FLASH CN-COIL1 WCN-P(L) WCN-P(N) CN-COIL2 MAIN PCB 37 _ -50Hz(R410A)

44 6. Wiring diagrams Model : ASUW096B8A0 (USUW096B8A0), ASUW126B8A0 (USUW126B8A0) CN-TH2 CN1 CN-TH1 CN-EEV CN-LGMV CN-4WAY CN-FAN CN-CENTRAL CN-JTAG CN-FLASH CN-COIL1 WCN-P(L) WCN-P(N) CN-COIL2 MAIN PCB -50Hz(R410A) _ 38

45 6. Wiring diagrams Model : ASUW096FUG3, ASUW126FUG3 CN-U(R) CN-V(S) CN-W(C) CN-FAN(DC) CN-TH1 CN-TH2 CN-EEV CN-4WAY CN-HEATER CN-COM CN-COIL1 WCN-P(L) CN-3 CN-COIL2 CN-2 WCN-P(N) 39 _ -50Hz(R410A)

46 6. Wiring diagrams Model : ASUW096MMS3, ASUW126MMS3-50Hz(R410A) _ 40

47 7. Refrigerant cycle diagrams Model : AS-W096BRR3, AS-W096BWR3, AS-W096BVR3, AS-W096BNR3, AS-W126BRR3, AS-W126BRW3, AS-W126BVR3, AS-W126BNR3 Indoor Unit Liquid Side Outdoor Unit Th1 Th2 2-Way Valve EEV Heat Exchanger (Evaporator) Heat Exchanger (Condenser) Th5 Th4 Gas Side 3-Way Valve Accumulator Reversing Valve Th3 Compressor Cooling Heating LOC Description PCB Connector Th1 Thermistor for indoor air temperature CH_TH1(INDOOR) Th2 Thermistor for evaporating temperature CH_TH3(INDOOR) Th3 Thermistor for discharge pipe temperature CN_TH2(OUTDOOR) Th4 Thermistor for condensing temperature Th5 Thermistor for outdoor air temperature CN_TH1(OUTDOOR) * EEV : Electronic Expansion Valve. 41 _ -50Hz(R410A)

48 7. Refrigerant cycle diagrams Model : AS-W186BRR3, AS-W186BWR3, AS-W186BVR3, AS-W186BNR3, AS-W186C8A0 Indoor Unit Th2 Liquid Side 2-Way Valve Outdoor Unit EEV Th1 Heat Exchanger (Evaporator) Th4 Heat Exchanger (Condenser) Th7 Th3 Th6 Gas Side 3-Way Valve Accumulator Reversing Valve Compressor Th5 Cooling Heating LOC. Description PCB Connector Th1 Thermistor for suction air temperature Th2 Thermistor for evaporator inlet temperature CN-TH1(Indoor) Th3 Thermistor for evaporator outlet temperature CN-TH2(Indoor) Th4 Thermistor for evaporator middle temperature CN-TH3(Indoor) Th5 Thermistor for discharge pipe temperature CN-TH3(OUTDOOR) Th6 Thermistor for condensing temperature Th7 Thermistor for outdoor air temperature CN-TH2(OUTDOOR) EEV : Electronic Expansion Valve -50Hz(R410A) _ 42

49 7. Refrigerant cycle diagrams Model : AS-W246DSB0 Indoor Unit Th2 Liquid Side 2-Way Valve Outdoor Unit EEV Th1 Heat Exchanger (Evaporator) Th4 Heat Exchanger (Condenser) Th7 Th3 Th6 Gas Side 3-Way Valve Accumulator Reversing Valve Compressor Th5 Cooling Heating LOC. Description PCB Connector Th1 Thermistor for suction air temperature Th2 Thermistor for evaporator inlet temperature CN-TH1(Indoor) Th3 Thermistor for evaporator outlet temperature CN-TH2(Indoor) Th4 Thermistor for evaporator middle temperature CN-TH3(Indoor) Th5 Thermistor for discharge pipe temperature CN-TH3(OUTDOOR) Th6 Thermistor for condensing temperature Th7 Thermistor for outdoor air temperature CN-TH2(OUTDOOR) EEV : Electronic Expansion Valve 43 _ -50Hz(R410A)

50 7. Refrigerant cycle diagrams Model : US-W096B4A0, US-W126B4A0 Indoor Unit Liquid Side 2-Way Valve Outdoor Unit EEV Th1 Heat Exchanger (Evaporator) Th2 Heat Exchanger (Condenser) Th5 Th4 Gas Side 3-Way Valve Accumulator Reversing Valve Compressor Th3 Cooling Heating LOC. Description PCB Connector Th1 Thermistor for air temperature CN-TH1(Indoor) Th2 Thermistor for evaporator middle temperature CN-TH2(Indoor) Th3 Thermistor for discharge pipe temperature CN-TH2(OUTDOOR) Th4 Thermistor for condensing temperature CN-TH1(OUTDOOR) Th5 Thermistor for outdoor air temperature CN-TH1(OUTDOOR) EEV : Electronic Expansion Valve -50Hz(R410A) _ 44

51 7. Refrigerant cycle diagrams Model : AS-W096B8A0 (US-W096B8A0), AS-W126B8A0 (US-W126B8A0) Indoor Unit Liquid Side 2-Way Valve Outdoor Unit EEV Th1 Heat Exchanger (Evaporator) Th2 Heat Exchanger (Condenser) Th5 Th4 Gas Side 3-Way Valve Accumulator Reversing Valve Compressor Th3 Cooling Heating LOC. Description PCB Connector Th1 Thermistor for air temperature CN-TH1(Indoor) Th2 Thermistor for evaporator middle temperature CN-TH2(Indoor) Th3 Thermistor for discharge pipe temperature CN-TH2(OUTDOOR) Th4 Thermistor for condensing temperature CN-TH1(OUTDOOR) Th5 Thermistor for outdoor air temperature CN-TH1(OUTDOOR) h EEV : Electronic Expansion Valve 45 _ -50Hz(R410A)

52 7. Refrigerant cycle diagrams Model : AS-W096F1G3, AS-W126F1G3 Indoor Unit Th2 Liquid Side 2-Way Valve Outdoor Unit EEV Th1 Heat Exchanger (Evaporator) Heat Exchanger (Condenser) Th6 Th3 Th5 Gas Side 3-Way Valve Accumulator Reversing Valve Th4 Compressor Cooling Heating LOC Description PCB Connector Th1 Thermistor for indoor air temperature CN_TH1(INDOOR) Th2 Water level sensor (Option) CN_TH2(INDOOR) Th3 Thermistor for evaporating temperature CN_TH3(INDOOR) Th4 Thermistor for discharge pipe temperature CN_TH2(OUTDOOR) Th5 Thermistor for condensing temperature Th6 Thermistor for outdoor air temperature CN_TH1(OUTDOOR) * EEV : Electronic Expansion Valve. -50Hz(R410A) _ 46

53 7. Refrigerant cycle diagrams Model : AS-W096MMS3, AS-W126MMS3 Indoor Unit Th2 Liquid Side 2-Way Valve Outdoor Unit EEV Th1 Heat Exchanger (Evaporator) Heat Exchanger (Condenser) Th5 Th4 Gas Side 3-Way Valve Accumulator Reversing Valve Compressor Th3 Cooling Heating LOC. Description PCB Connector Th A Thermistor for evaporator inlet temperature CN-TH3(Indoor) Th C Thermistor for indoor air temperature CN-TH1(Indoor) Th B Thermistor for discharge pipe temperature CN-TH2(OUTDOOR) Th A Thermistor for condensing outlet temperature Th C Thermistor for outdoorair temperature CN-TH1(OUTDOOR) EEV : Electronic Expansion Valve 47 _ -50Hz(R410A)

54 8. Capacity tables 8.1 Cooling Capacity AS-W096BRR3/AS-W096BWR3/AS-W096BVR3/AS-W096BNR3 Indoor Air Outdoor Air Temperature : CDB Temperature CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI AS-W126BRR3/AS-W126BWR3/AS-W126BVR3/AS-W126BNR3 Indoor Air Outdoor Air Temperature : CDB Temperature CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI AS-W186CRR3/AS-W186CWR3/AS-W186CVR3/AS-W186CNR3/AS-W186C8A0 Indoor Air Outdoor Air Temperature : CDB Temperature CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI Symbol Notes AFR : Air Flow Rate [m 3 /min] 1. All capacities are net, evaporator fan motor heat is deducted. DB : Dry Bulb Temperature [ C] 2. Indicates nominal maximum capacity. WB : Wet Bulb Temperature [ C] 3. Direct interpolation is permissible. Do not extrapolate TC : Total Capacity [kw] 4. Capacities are based on the following conditions: SHC : Sensible Heating Capacity [kw] - Interconnecting Piping Length 7.5m PI : Power Input [kw] - Level Difference of Zero. (Comp.+ indoor fan motor + outdoor fan motor) -50Hz(R410A) _ 48

55 8. Capacity tables AS-W246DSB0 Indoor Air Outdoor Air Temperature : CDB Temperature CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI US-W096B4A0/AS-W096B8A0(US-W096B8A0) Indoor Air Outdoor Air Temperature : CDB Temperature CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI US-W126B4A0/AS-W126B8A0(US-W126B8A0) Indoor Air Outdoor Air Temperature : CDB Temperature CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI ASNW096F1G3/ASUW096FUG3 Indoor Air Outdoor Air Temperature : CDB Temperature CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI Symbol Notes AFR : Air Flow Rate [m 3 /min] 1. All capacities are net, evaporator fan motor heat is deducted. DB : Dry Bulb Temperature [ C] 2. Indicates nominal maximum capacity. WB : Wet Bulb Temperature [ C] 3. Direct interpolation is permissible. Do not extrapolate TC : Total Capacity [kw] 4. Capacities are based on the following conditions: SHC : Sensible Heating Capacity [kw] - Interconnecting Piping Length 7.5m PI : Power Input [kw] - Level Difference of Zero. (Comp.+ indoor fan motor + outdoor fan motor) 49 _ -50Hz(R410A)

56 8. Capacity tables ASNW126F1G3/ASUW126FUG3 Indoor Air Outdoor Air Temperature : CDB Temperature CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI ASUW096MMS3/ASNW096MMS Indoor Air Outdoor Air Temperature : CDB Temperature CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI ASUW126MMS3/ASNW126MMS3 Indoor Air Outdoor Air Temperature : CDB Temperature CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI Symbol Notes AFR : Air Flow Rate [m 3 /min] 1. All capacities are net, evaporator fan motor heat is deducted. DB : Dry Bulb Temperature [ C] 2. Indicates nominal maximum capacity. WB : Wet Bulb Temperature [ C] 3. Direct interpolation is permissible. Do not extrapolate TC : Total Capacity [kw] 4. Capacities are based on the following conditions: SHC : Sensible Heating Capacity [kw] - Interconnecting Piping Length 7.5m PI : Power Input [kw] - Level Difference of Zero. (Comp.+ indoor fan motor + outdoor fan motor) -50Hz(R410A) _ 50

57 8. Capacity tables 8.2 Heating Capacity AS-W096BRR3/AS-W096BWR3/AS-W096BVR3/AS-W096BNR3 Indoor Air Temperature Outdoor Air Temperature : CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI TC PI AS-W126BRR3/AS-W126BWR3/AS-W126BVR3/AS-W126BNR3 Indoor Air Temperature Outdoor Air Temperature : CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI TC PI AS-W186CRR3/AS-W186CWR3/AS-W186CVR3/AS-W186CNR3/AS-W186C8A0 Indoor Air Temperature Outdoor Air Temperature : CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI TC PI Symbol Notes AFR : Air Flow Rate [m 3 /min] 1. All capacities are net, evaporator fan motor heat is deducted. DB : Dry Bulb Temperature [ C] 2. Indicates nominal maximum capacity. WB : Wet Bulb Temperature [ C] 3. Direct interpolation is permissible. Do not extrapolate TC : Total Capacity [kw] 4. Capacities are based on the following conditions: PI : Power Input [kw] - Interconnecting Piping Length 7.5m (Comp.+ Indoor fan motor + Outdoor fan motor) - Level Difference of Zero. - Outdoor air : 85%RH. However, the condition on nominal capacity is 7 CDB/6 CWB 51 _ -50Hz(R410A)

58 8. Capacity tables AS-W246DSB0 Indoor Air Temperature Outdoor Air Temperature : CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI TC PI US-W096B4A0/AS-W096B8A0(US-W096B8A0) Indoor Air Temperature Outdoor Air Temperature : CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI TC PI US-W126B4A0/AS-W126B8A0(US-W126B8A0) Indoor Air Temperature Outdoor Air Temperature : CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI TC PI ASNW096F1G3/ASUW096FUG3 Indoor Air Temperature Outdoor Air Temperature : CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI TC PI Symbol Notes AFR : Air Flow Rate [m 3 /min] 1. All capacities are net, evaporator fan motor heat is deducted. DB : Dry Bulb Temperature [ C] 2. Indicates nominal maximum capacity. WB : Wet Bulb Temperature [ C] 3. Direct interpolation is permissible. Do not extrapolate TC : Total Capacity [kw] 4. Capacities are based on the following conditions: PI : Power Input [kw] - Interconnecting Piping Length 7.5m (Comp.+ Indoor fan motor + Outdoor fan motor) - Level Difference of Zero. - Outdoor air : 85%RH. However, the condition on nominal capacity is 7 CDB/6 CWB -50Hz(R410A) _ 52

59 8. Capacity tables ASNW126F1G3/ASUW126FUG3 Indoor Air Temperature Outdoor Air Temperature : CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI TC PI ASUW096MMS3/ASNW096MMS3 Indoor Air Temperature Outdoor Air Temperature : CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI TC PI ASUW126MMS3/ASNW126MMS3 Indoor Air Temperature Outdoor Air Temperature : CWB CDB TC PI TC PI TC PI TC PI TC PI TC PI TC PI Symbol Notes AFR : Air Flow Rate [m 3 /min] 1. All capacities are net, evaporator fan motor heat is deducted. DB : Dry Bulb Temperature [ C] 2. Indicates nominal maximum capacity. WB : Wet Bulb Temperature [ C] 3. Direct interpolation is permissible. Do not extrapolate TC : Total Capacity [kw] 4. Capacities are based on the following conditions: PI : Power Input [kw] - Interconnecting Piping Length 7.5m (Comp.+ Indoor fan motor + Outdoor fan motor) - Level Difference of Zero. - Outdoor air : 85%RH. However, the condition on nominal capacity is 7 CDB/6 CWB 53 _ -50Hz(R410A)

60 9. Capacity coefficient factor Cooling 100 Capacity(%) kW/3.5kW/5.28kW 7.03kW Total Pipe Length(m) Heating 100 Capacity(%) kW/3.5kW/5.28kW 7.03kW Total Pipe Length(m) -50Hz(R410A) _ 54

61 9. Capacity coefficient factor Prestige / ARTCOOL / ARTCOOL Gallery / Deluxe / Standard / Econo Cooling 110 Capacity(%) kW/3.5kW Total Pipe Length(m) Heating 110 Capacity(%) Total Pipe Length(m) 2.5kW/3.5kW 55 _ -50Hz(R410A)