2015 Mea Tropical Multiv

LG HVAC SOLUTIONTropical LG Electronics Distributed by H&A Company, Commercial Air Conditioning Two IFC, 10 Gukjegeumyung-ro, Yeongdeungpo-gu, Seoul 150-945 www.lg.com www.lgeaircon.com Copyright © 2015 LG Electronics. All rights reserved. MULTI V IV Development Philosophy ‘Vitalizing every environment’ is the ultimate goal of LG Air technologies into their products, the likelihood of further Conditioning and Energy Solution company. It is a vision to innovating on this platform has been perceived as being provide great vitality to everyone, everywhere on the globe – fairly low. However, thanks to LG’s high level of expertise from consumers’ private residences to commercial buildings and dedication, the company has been able to achieve a and shared communal spaces. Under this unified goal, the technological breakthrough on its latest VRF system – the company is committed to providing highly innovative heating, MULTI V IV, namely the drastic reduction in the cause of ventilation and air conditioning (HVAC) solutions, offering ‘hidden energy loss’, which is a big factor in the ineffective building users completely pleasant environments while using performance of HVAC. less energy. In the development process of the MULTI V IV, LG has In the last few years, LG has focused on the development undertaken close observation, testing, analysis and extensive of variable refrigerant flow (VRF) technologies, the latest R&D, in order to create an industry-first technology aimed at series of advanced air conditioning solutions. Standing at improving operational efficiency. It is the latest innovation in the forefront of realizing LG’s aspirational philosophy is the LG’s long experience in air conditioning which dates back to development of the MULTI V IV: A product which extends 1968 and another success for the company’s dedicated R&D the VRF model, ensuring startling operational efficiency capacity. With HVAC innovation at the core of the product, in cooling as well as heating for high-rise buildings, while the MULTI V IV represents a symbol of LG’s unprecedented defying comparison to any conventional HVACs. achievement, driven by the ‘Vitalizing every environment’ As many manufacturers have now incorporated VRF development philosophy. ‘The True Leader of 4’, MULTI V IV In order for the MULTI V IV to achieve unbeatable of its VRF solutions. However, they also generated some of seasonal efficiency, LG has made ceaseless efforts, driving hidden loss in conventional models. breakthrough VRF technological advancements that make As the result of heavy investment and extensive R&D to the MULTI V IV differentiated from its predecessor, the remove all forms of hidden loss, company’s own technologies, MULTI V III. Finally, LG has helped to raise the standard of including High Pressure Oil Return (HiPORTM), Active VRF technologies by developing the true fourth generation Refrigerant Control, Smart Oil Return and the Variable Heat VRF system, rather than merely upgrading several numerical Exchanger Circuit have been developed for the MULTI V IV, indicators or offering generic functions. contributing to raise seasonal efficiency. Thus, LG is dedicated to the ‘four key elements’ that LG is proud to introduce customers worldwide to its latest air determine operational efficiency, which includes compressor, conditioning solution, MULTI V IV. This groundbreaking product heat exchanger, oil and refrigerant technology. These four represents the embodiment of the company’s consistent elements play key roles to maximize the energy efficiency commitment to excellence and technological innovation. LG HVAC SOLUTION INDEX OUTDOOR UNITS 010 100 028 108 044 INDOOR UNITS CONTOL SOLUTION 064 ARTCOOL & ACCESSORIES 065 Wall Mounted 114 Individual Controller 067 Console 122 Centralized Control 068 Ceiling Cassette 138 Other Integration Device 070 Ceiling Concealed Duct 072 Ceiling & Floor / Ceiling Suspended 073 Floor Standing 090 Fresh Air Intake Unit 16HP 18. 26. 24. 56. 16. 48HP 40. 54. 72. 64. 44. 66. 60HP 62. 30.OUTDOOR UNIT LINE UP HEAT PUMP HEAT PUMP 8. 38HP 40. 38. 10. 18. 68. 46. 30. 42. 74. 10HP 12. 48. 44. 20HP 4. 32. 10HP HEAT PUMP 22. 40HP 36. 24. 46. 58. 50. 5. 76. 14. 52. 20HP 22. 80HP . 34. 70. 42. 14. 26HP 28. 28. 6HP 8. 32HP 34HP 8. 36. 12. 78. 1 8.5 2.6 12.6 4.2 10.3 14.8 22.1 15.5 5.2 2.8 3.INDOOR UNIT LINE UP kW 1.2 7.6 6.0 Btu / h 5k 7k 9k 12k 15k 18k 21k 24k 28k 36k 42k 48k 54k 76k 96k Series Mirror Wall Mounted Console 4 Way Cassette (570x570) 4 Way Cassette Ceiling (840x840) Cassettes 2 Way Cassette 1 Way Cassette Low Static Ceiling Concealed Built-in Ducts High Static Fresh Air Intake Units Ceiling & Floor Ceiling Suspended With Case Floor Standing Without Case .4 28. .OUTDOOR UNITS 010 028 044 MULTI V series offers outstanding energy savings. easy installation and connection to many different types of indoor units. making it easy to design. fixed amount of refrigerant is provided . EXCEPTIONAL EFFICIENCY World’s first class. Active Refrigerant Control automatically controls the level of refrigerant amount to maximize efficiency. with the 50% reduction in weight and increase in high-frequency operation of 120Hz to 150Hz.Up to 40% input power reduction through energy saving operation 7.10 steps control is possible with IO(Input & Output) module (option) Efficiency (COP) Efficiency (COP) . rated and part load efficiency HEAT PUMP LG’s 4th Generation Inverter Compressor Active Refrigerant Control The new High-Side Shell (HSS) scroll inverter compressor and BLDC concentration motor coil optimizes part load efficiency.Improve energy efficiency and heating performance Part load efficiency Accumulator Cooling Extended Compressor Speed 150Hz efficiency .Rapid operation response Fixed Refrigerant . which limits optimal efficiency of each modes .65 1% Cycle Control Tech enhancement Demand control with IO module (In cooling mode) 30% 1% HEX size up 4.78 5. . IDU/ODU alarm operation. Rated and Part Load Efficiency Flexible Capacity Control Rated Efficiency Integrated Part Load Efficiency It is possible for the user to control heating & cooling performance and save energy through outdoor capacity control. Efficiency efficiency 10% 120 Accumulator five-step control leads to an improvement in energy efficiency 60 Cooling efficiency Receiver Active Refrigerant 20 Refrigerant quantity (kg) 15 Control Constant LG 3rd LG 4th Generation Generation World’s First Class. Part Load Efficiency Based On Internal Test Data ** It will be available at the end of 2013 *** IO module also provides silent operation during night time. error alarm and low ambient control 10 11 .Provide powerful heating in low temperature conditions Efficiency to the compressor.5 Basic steps capacity control .89 Power 8% VI+HiPOR TM consumption 20% 6% Cycle Control Tech enhancement 5% Active Refrigerant Control 3.94 1% HEX size up 15% All Inverter Control Discharge 3% VI+HiPOR TM air temperature 4% Active Refrigerant Control 6% All Inverter Control Efficiency 0 1 2 3 4 5 6 7 8 9 10 Conventional MULTI V IV Tropical Conventional MULTI V IV Tropical Signal input step * Reduction rate varies upon site conditions * Comparison Between 10HP * Comparison Between 14HP.Maximize heating capacity via two-stage compression for each operation OUTDOOR UNITS Regardless of operation mode.Increase part load efficiency Operation range (Hz) 150 MULTI V IV Maximizing efficiency for all operations Active Refrigerant Control automatically monitors and adjusts the Part load volume of circulating refrigerant during each cycle.Capable of reaching required temperature quickly quantity (kg) . This precise. Vapor Injection Conventional Compromising efficiency . to minimize energy losses. inverter compressor and on/off compressor operate one by one. 7°C. Conventional MULTI V IV OUTDOOR UNITS Loss of low pressure refrigerant to Maximizing reliability and efficiency of the compressor by reducing high Conventional the extent of the oil volume returned by the refrigerant pipe pressure refrigerant loss Oil Separator Oil Separator 1st Stage 2nd Stage 3rd Stage 4th Stage 5th Stage A : Start A : Speed A : Speed A : Speed A : Full Speed B : Off B : Off B : On B : On B : On No loss in suction gas Indoor unit discharge air temp.4°C.2°C) 20 °C Time * Condition : Standard heating mode (Ambient air temp. instead of returning through the refrigerant suction TM In conventional models. MULTI V IV delivers fast cooling or heating by operating two compressors simultaneously. maximum capacity.(°C DB) 40 °C 11min. Indoor temp. 20°C) 12 13 . OUTSTANDING PERFORMANCE Always ahead of the competition and on the leading edge of innovation with powerful heating and unsurpassed cooling performance HEAT PUMP HiPORTM (High Pressure Oil Return) Fast Heating and Cooling via Advanced Inverter HiPOR technology enables oil to return directly into the compressor. 15 20 30 60 90 120 150 * Rating condition (Tc=54. Compressor Compressor 20 °C HiPORTM Time Efficiency Comparison Efficiency Conventional MULTI V IV MULTI V IV 6% 6% 15% 6% 23% 6% 33% 1st Stage 2nd Stage 3rd Stage A : Start A : Speed A : Full Speed B : Start B : Speed B : Full Speed Indoor unit discharge air temp. which taking far longer to reach pipe.(°C DB) (Hz) 40 °C 4min.Te=7. Thanks to LG’s all inverter compressor system and high performance cycle design. Outdoor unit fan is backlashing . Cannon Fan 1. 25% lighter weight than major competitors . 14. reducing the designer’s work time and providing more efficient design. OUTSTANDING PERFORMANCE DESIGN WITHOUT LIMITS Always ahead of the competition and on the leading edge of innovation with powerful heating and unsurpassed cooling performance Easy design with the most convenient features HEAT PUMP Fan with Less Noise and Higher Air Volume Expanded Piping Capabilities Cannon fan is applied with optimized shape of shroud.Operating hours : in 5 minutes * 16HP Continuous heating model comparison 374kg Company B Outdoor unit stop Auto Dust Removal Normal operation for a long time 14 15 .Dust remove on heat exchanger of outdoor unit . 16HP Auto Dust Removal Light Weight Outdoor Units MULTI V IV Tropical can remove dust on heat exchanger of outdoor unit.000m high air volume. 10HP 12.Easier installation MULTI V IV . A cooling system can be implemented more flexibly in a high-rise building or complex facilities. elevation differences.000m OUTDOOR UNITS Minimized vortex and exfoliation provides Total piping length 1 Sinusoidal leading edge Total piping length 1. low noise level and high efficiency 110m Low noise level with sinusoidal chord Actual longest piping length** 200m** 225m* Height between distribution (4dB(A) decreased) (Equivalent*) (225m*) ODU~IDU Longest Longest piping length after 1st branch piping length 40m (90m**) (Conditional application) 2 Grooved suction surface Height between ODU~IDU 110m 1 Exfoliation of surface Height between IDU~IDU 40m 90m** 40m Height between ODU~ODU 5m Longest Height piping length between ODU : Outdoor unit after 1st branch IDU~IDU I D U : Indoor unit 2 2 3 3 Tip vortex suppressor * Equivalent Winglet technology applied for ** Conditional application efficiency 8.Less pressure on the roof 280kg . increasing air volume by 50CMM and decreasing MULTI V IV inverter technology and subcooling control circuit technology allows greater piping length and outstanding noise level down to 4dB(A) compared to the previous value. CYCLE &SERVICE OPTIMIZATION Self-diagnostic maintenance solution. 768 x 1024. not supported) 1080 x 1920 In case of an indoor or outdoor unit replacement for service. exclusive Wi-Fi MV Module is required . Technicians can check LGMV data 10m away from MULTI V IV outdoor with smartphone New Refrigerant Quantity Decision Feature LG MULTI V IV is the first VRF that has a Cooling mode start up function which OUTDOOR UNITS permits whole year start up as well as refrigerant quantity evaluation FDD MICOM Indoor air temp. • The effective distance may be reduced by the communication environment Android (Android 3.Cooling refrigerant quantity decision App. 720 x 1280.(°C) .Piping & wiring error check-up -10 -5 24 54 To use Mobile LGMV Application. 1024 x 768 • Effective distance : 10m(Open area) Auto Refrigerant Collection Mobile LGMV Android 4.Black box function * Refrigerant quantity evaluation during cooling Operation . • Need to get the wireless standard in each country (Internet Bridge requires additional charges) Pump down Pump out Refrigerant Flow Refrigerant Flow Fail Fail 16 17 .Available to use LGMV (LG Monitoring View) 10 through a smartphone Connection type : Wi-Fi . refrigerant from the malfunctioning unit is transferred to the outdoor unit by pumping down or to an indoor unit by pumping out for easy service.4 480 x 800. Name OS Recommended Resolution Wireless communication Specification effective distancd iOS (iPad only) AppiOS 8.Auto start-up mode / report Outdoor temp.Start up time reduction (60min 45min) Install /SVC Mobile LGMV Cooling mode Engineer .Simultaneous diagnosis . Mobile LGMV helps users to monitor the MULTI V IV system cycle using Wi-Fi MV Module. Honeycomb 768 x 1280.(°C DB) 33 Wi-Fi Wi-Fi 27 MV Module 18 .Auto refrigerant quantity evaluation and charge Smart Phone Specification .x.0/8.1 2048 x 1536 (optimization). offering smart and reliable functionality HEAT PUMP Upgraded FDD (Fault Detection & Diagnosis) Smartphone Monitoring & Control Newly upgraded FDD elements provide the optimal solution for user reliability and easy maintenance. 240 x 1.25 4.1 43.Outdoor Temperature 35°C(95°F) DB/24°C(75. Sound Level Values are measured at Anechoic chamber.0 RT 10. 50 380-415.5 59.58 Power Factor Rated .8°F) WB can be increased owing to ambient conditions during operation .5m 6.600 *Cooling kW 4.5 Heating dB(A) 59. Hz 380-415.6°F) DB/6°C(42.5 Sound Press Level Sound Press Level Heating dB(A) 59. .2 9. 3.52 3.92 Casing Color Warm Gray / Morning Gray Warm Gray / Morning Gray Casing Color Warm Gray / Morning Gray Warm Gray / Morning Gray Warm Gray / Morning Gray Heat Exchanger Gold fin Gold fin Heat Exchanger Gold fin Gold fin Gold fin Type Hermetically Sealed Scroll Hermetically Sealed Scroll Type Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Piston Displacement cm3/rev 43.5 Precharged Amount kg 8.0 *Cooling kW 33.Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero.680 x 760) (1.4 28.00 Heating kW / kW 5.2(7/8) Gas mm (inch) Ø 28.240 x 1.0 79. Wiring cable size must comply with the applicable local and national codes.1 Piston Displacement cm3/rev 62.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design.0 RT 9.900 RT 5.200 × 1 5.0 Sound Power Level dB(A) 78.0 60.5 High pressure sensor. x mm2 (VCTF-SB) 2C × 1. 60 400.680×760) mm (1.1 RT 8.0 Capacity (Rated) 1) **Cooling kW 28.1 10. 3. High pressure sensor. Power factor could vary less than ±1% according to the operating conditions.400 7.5 2C × 1. .8 43. 1.800 152.6°F) DB/19°C(66.6 39.600 RT 7.400 ft3/min 10. High pressure protection - High pressure switch High pressure switch High pressure switch High pressure switch High pressure switch Over-heat protection/ Over-heat protection/ Over-heat protection/ Over-heat protection/ Over-heat protection/ Protection Devices Comperssor/ Fan . 0.6°F) DB/19°C(66.8 × 2 Number of Revolution rev/min 3. 3. Hz 400.400 95.200 × 2 4.0 59. . 5.0 59.8 62.5 Heating kW 37.240 x 1. .6°F) DB/6°C(42.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that.5 6.7(1/2) Piping Connections Piping Connections Gas mm (inch) Ø 19.72 4.8 Btu/h 76.400 137. High pressure sensor.58(1-1/8) Ø 28. Due to our policy of innovation some specifications may be changed without notification.41 11.5 8.0 Btu/h 85.2°F) WB 3. . The Maximum combination ratio is 130%.3 lbs 18. The Maximum combination ratio is 130%.Piping Length : Interconnected Pipe Length = 7.2 Heating kW 25.200 Drive DC INVERTER DC INVERTER Drive DC INVERTER DC INVERTER DC INVERTER Discharge Side / Top TOP TOP Discharge Side / Top TOP TOP TOP Liquid mm (inch) Ø 9.11 3.6°F) DB/19°C(66. 60 400.52(3/8) Liquid mm (inch) Ø 12.5 2C × 1.7 22.200 120. Hz 380-415.05(3/4) Ø 22.600 3. Over-heat protection.52(3/8) Ø 9.0 Cooling dB(A) 59. 3.0 ~ 1. Therefore. 50 380-415.0 79. 3.600 × 2 Compressor Compressor Motor Output x Number W x No.5 14. High pressure protection .40 7. 60 Number of maxmum connectable indoor units 2) 13 16 Number of maxmum connectable indoor units 2) 20 23 26 Notes: Notes: 1.96 9.7(1/2) Ø 12. Capacities are based on the following conditions: 2.70 4.0 ~ 1. **Cooling : - Indoor Temperature 27°C(80.4 8. 0.75 4. 4.300 Btu/h 97. Ø. these values Outdoor 7°C(44.5 59.Outdoor Temperature 35°C(95°F) DB/24°C(75.06 5.36 13.900 Btu/h 114.38 Input (Rated) 1) **Cooling kW 5.92 0.Outdoor Temperature 46°C(114.680×760) (920×1. . 3.200 10.700 133. Wiring cable size must comply with the applicable local and national codes. 50 380-415.Outdoor Temperature 46°C(114.900 85.Heating Temperature : Indoor 20°C(68°F) DB/15°C(59°F) WB 5.3 Btu/h 64.300 × 1 4. Protection Devices Comperssor/ Fan - Fan driver overload protector Fan driver overload protector Fan driver overload protector Fan driver overload protector Fan driver overload protector Over-heat protection. .5 2C × 1.5 35.7 18. 60 V. High pressure sensor.Piping Length : Interconnected Pipe Length = 7.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design.97 Heating kW 7.5 Capacity (Rated) 1) **Cooling kW 19. .0 25.600 Number of Revolution rev/min 3.8°F) DB/24°C(75.9 50.5 10.200 × 2 Starting Method Inverter Inverter Starting Method Inverter Inverter Inverter Oil Type FVC68D(PVE) FVC68D(PVE) Oil Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Type Propeller fan Propeller fan Type Propeller fan Propeller fan Propeller fan Motor Output x Number W 750 × 1 750 × 1 Motor Output x Number W 600 × 2 600 × 2 600 × 2 m3/min 210 210 m3/min 290 290 290 Fan Air Flow Rate Fan Air Flow Rate ft3/min 7.0 Sound Power Level dB(A) 79.6 11.7(1/2) Ø 12. .5 Refrigerant name R410A R410A Refrigerant name R410A R410A R410A Precharged Amount kg 6.5m 6. Therefore.35 10.200 10. **Cooling : - Indoor Temperature 27°C(80. 3.Heating Temperature : Indoor 20°C(68°F) DB/15°C(59°F) WB 5. .0 Control Electronic Expansion Valve Electronic Expansion Valve Control Electronic Expansion Valve Electronic Expansion Valve Electronic Expansion Valve V.45 Heating kW 4.0 Refrigerant Refrigerant lbs 14.98 Input (Rated) 1) **Cooling kW 9.7 12. Over-heat protection. Capacities are based on the following conditions: 2. Over-heat protection.32 COP 1) **Cooling kW / kW 3.3 14.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that.92 0.13 COP 1) **Cooling kW / kW 3. Power factor could vary less than ±1% according to the operating conditions.8°F) DB/24°C(75.6°F) DB/19°C(66. Sound Level Values are measured at Anechoic chamber.Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero. Ø. Over-heat protection.600 3.2 31.58(1-1/8) Ø 28. Inverter .03 3.600 × 2 3.0 ~ 1.5 Communication Cable No. High pressure sensor.0 11.300 × 1 Motor Output x Number W x No.1 12.*Cooling : - Indoor Temperature 27°C(80. 3.2°F) WB 3. 3. 60 400.7 *Cooling kW 22. x mm2 (VCTF-SB) 2C × 1.58(1-1/8) mm (920×1.2°F) WB 4. Due to our policy of innovation some specifications may be changed without notification.500 Btu/h 128.79 10. 50 V.5 60. Ø.28 Heating kW / kW 4.86 *Cooling kW 7.98 5. Ø. 18 19 .92 *Cooling kW / kW 4.91 8.8 × 2 43.92 0.3 40. 3.75 5. these values . Hz 400.4 7.000 149.300 107.5 79. 50 Power Supply Power Supply V.78 *Cooling kW / kW 4.46 4.2 44.800 170.2°F) WB 4. Inverter - Over-current protection Over-current protection Over-current protection Over-current protection Over-current protection Communication Cable No.680 x 760) (1.8°F) WB can be increased owing to ambient conditions during operation Outdoor 7°C(44. ARUN080LTH4 ARUN100LTH4 ARUN120LTH4 ARUN140LTH4 ARUN160LTH4 HEAT PUMP HP 8 10 HP 12 14 16 Model Name Combination unit ARUN080LTH4 ARUN100LTH4 Model Name Combination unit ARUN120LTH4 ARUN140LTH4 ARUN160LTH4 OUTDOOR UNITS Independent unit ARUN080LTH4 ARUN100LTH4 Independent unit ARUN120LTH4 ARUN140LTH4 ARUN160LTH4 RT 6.0 ~ 1.92 Power Factor Rated .680 x 760) Dimensions (W x H x D) Dimensions (W x H x D) (48-13/16 × 66-5/32 (48-13/16 × 66-5/32 (48-13/16 × 66-5/32 inch (36-7/32 × 66-5/32 × 29-29/32) (36-7/32 × 66-5/32 × 29-29/32) inch × 29-29/32) × 29-29/32) × 29-29/32) kg 195 201 kg 235 270 280 Net Weight Net Weight lbs 430 433 lbs 518 595 617 Cooling dB(A) 58.*Cooling : - Indoor Temperature 27°C(80.0 ~ 1. 5 82. 60 400.800 215.300 x 1) (4.400) + (10.4 81.5 Refrigerant name R410A R410A Refrigerant name R410A R410A R410A Precharged Amount kg (6. 1.200) (7. 50 380-415.6 67.Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero.92 0.6°F) DB/19°C(66.0 Heating kW 69.28 Heating kW / kW 4.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design.08 3.95 11.47 4.5) + (6.600) x 2 Number of Revolution rev/min (3.0 Capacity (Rated) 1) **Cooling kW 53.61 11.8°F) WB can be increased owing to ambient conditions during operation Outdoor 7°C(44.500 205. 50 Power Supply Power Supply V.2 72.0 ~ 1. .94 Heating kW 13.97 4.600) Compressor Compressor Motor Output x Number W x No. 3.5 23.39 19.2 18.48 COP 1) **Cooling kW / kW 3. 60 Number of maxmum connectable indoor units 2) 29 32 Number of maxmum connectable indoor units 2) 35 39 42 Notes: Notes: 1.600 x 2) + (3.8 x 2) + (62.77 14.92 0.700 248.92 Casing Color Warm Gray / Morning Gray Warm Gray / Morning Gray Casing Color Warm Gray / Morning Gray Warm Gray / Morning Gray Warm Gray / Morning Gray Heat Exchanger Gold fin Gold fin Heat Exchanger Gold fin Gold fin Gold fin Type Hermetically Sealed Scroll Hermetically Sealed Scroll Type Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Piston Displacement cm3/rev (62.0 ~ 1. Ø.5 14. .7) + (14. **Cooling : - Indoor Temperature 27°C(80.1) x 2 (43. Sound Level Values are measured at Anechoic chamber.200) (7.0 ~ 1. 50 380-415.3 75.2 17.200 x 2) + (5. these values .Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero.5 Communication Cable No.0 ~ 1.600) + (3.400) x 2 (7. Ø.800 RT 12.0 62.8) (62.1) (43. .Piping Length : Interconnected Pipe Length = 7.7 21.5 2C × 1.600) (3.0 82.600 x 2) + (3. Over-heat protection.88(5/8) Ø 15.8°F) DB/24°C(75.240 x 1.3 Sound Press Level Sound Press Level Heating dB(A) 62.7 63.680×760) + (920×1. Therefore.300 x 1) + (4. 0. Sound Level Values are measured at Anechoic chamber.1) Number of Revolution rev/min (3.100 *Cooling kW 10.Outdoor Temperature 46°C(114.0 ~ 1.58(1-1/8) Ø 34. .0 RT 17.200 170. (5. .32 16. **Cooling : - Indoor Temperature 27°C(80. x mm2 (VCTF-SB) 2C × 1. . Power factor could vary less than ±1% according to the operating conditions.75 4.Heating Temperature : Indoor 20°C(68°F) DB/15°C(59°F) WB 5. 3.8°F) WB can be increased owing to ambient conditions during operation . 0.400) x 2 ft3/min (7.5 62.680 x 760) mm (920×1. Capacities are based on the following conditions: 2. 3. 3.72 *Cooling kW 13.400) + (10.4 16.1 18.680×760) x 2 (920×1. 3.600 Btu/h 182.8 x 2) + (62. The Maximum combination ratio is 130%.5) (10.7) + (14.2 Heating kW 56.6°F) DB/19°C(66.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design.92 0. 3.8 Sound Power Level dB(A) 81.240 x 1.680 x 760) (1.13 COP 1) **Cooling kW / kW 3.8 62. Over-heat protection.24 Input (Rated) 1) **Cooling kW 13. High pressure protection - High pressure switch High pressure switch High pressure switch High pressure switch High pressure switch Over-heat protection/ Over-heat protection/ Over-heat protection/ Over-heat protection/ Over-heat protection/ Protection Devices Comperssor/ Fan . 60 400. 20 21 .12 3.0 Sound Power Level dB(A) 82. Over-heat protection. Hz 380-415.000 Btu/h 235. Hz 400. High pressure sensor.96 Input (Rated) 1) **Cooling kW 17.5 2C × 1.5 60. Inverter .88(5/8) Ø 19.83 Power Factor Rated .0) + (6. . these values Outdoor 7°C(44.05(3/4) Piping Connections Piping Connections Gas mm (inch) Ø 28.680 x 760) (1. Hz 400.59 4.4 56. 3.5) x 2 Precharged Amount kg (8. The Maximum combination ratio is 130%.240 x 1. 3.600) x 2 (3.3 62.600 229.92 4.05 Heating kW / kW 5.1) + (43. High pressure sensor.400) + (10.Heating Temperature : Indoor 20°C(68°F) DB/15°C(59°F) WB 5.34 21.680×760) + (920×1. 50 380-415. .3 65.0 50. 60 400.2°F) WB 3.680×760) Dimensions (W x H x D) Dimensions (W x H x D) (48-13/16 × 66-5/32× 29-29/32) + (48-13/16 × 66-5/32× 29-29/32) (48-13/16 × 66-5/32× 29-29/32) inch (36-7/32 × 66-5/32 × 29-29/32) x 2 (36-7/32 × 66-5/32 × 29-29/32) x 2 inch (36-7/32 × 66-5/32 × 29-29/32) + (36-7/32 × 66-5/32 × 29-29/32) + (36-7/32 × 66-5/32 × 29-29/32) kg (201) + (195) (201) x 2 kg (235) + (201) (270) + (201) (280) + (201) Net Weight Net Weight lbs (433) + (430) (433) x 2 lbs (518) + (433) (595) + (433) (617) + (433) Cooling dB(A) 61.5m 6. Ø. High pressure sensor.2°F) WB 4.88(5/8) Liquid mm (inch) Ø 15.200) Drive DC INVERTER DC INVERTER Drive DC INVERTER DC INVERTER DC INVERTER Discharge Side / Top TOP TOP Discharge Side / Top TOP TOP TOP Liquid mm (inch) Ø 15.300 278. Wiring cable size must comply with the applicable local and national codes.92 Power Factor Rated .2 RT 15.200 x 1) (5.0 RT 19. 50 V.0 Cooling dB(A) 62.5) x 2 (6. Due to our policy of innovation some specifications may be changed without notification.680×760) x 2 mm + (920×1.3 Btu/h 150.*Cooling : - Indoor Temperature 27°C(80. Capacities are based on the following conditions: 2.5) (8.300 x 1) Starting Method Inverter Inverter Starting Method Inverter Inverter Inverter Oil Type FVC68D(PVE) FVC68D(PVE) Oil Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Type Propeller fan Propeller fan Type Propeller fan Propeller fan Propeller fan Motor Output x Number W (750 x 1) x 2 (750 x 1) x 2 Motor Output x Number W (750 x 1) + (600 x 2) (750 x 1) + (600 x 2) (750 x 1) + (600 x 2) m3/min (210) x 2 (210) x 2 m3/min (210) + (290) (210) + (290) (210) + (290) Fan Air Flow Rate Fan Air Flow Rate ft3/min (7. ARUN180LTH4 ARUN200LTH4 ARUN220LTH4 ARUN240LTH4 ARUN260LTH4 HEAT PUMP HP 18 20 HP 22 24 26 Model Name Combination unit ARUN180LTH4 ARUN200LTH4 Model Name Combination unit ARUN220LTH4 ARUN240LTH4 ARUN260LTH4 OUTDOOR UNITS Independent unit ARUN100LTH4 ARUN100LTH4 Independent unit ARUN120LTH4 ARUN140LTH4 ARUN160LTH4 ARUN080LTH4 ARUN100LTH4 ARUN100LTH4 ARUN100LTH4 ARUN100LTH4 RT 14.8 Btu/h 172.3 82. Ø.2°F) WB 3. Wiring cable size must comply with the applicable local and national codes. Therefore.7 *Cooling kW 50.300 191. High pressure sensor.5) Refrigerant Refrigerant lbs (14.43 Heating kW 10. Power factor could vary less than ±1% according to the operating conditions.500 257.6°F) DB/6°C(42.3) Control Electronic Expansion Valve Electronic Expansion Valve Control Electronic Expansion Valve Electronic Expansion Valve Electronic Expansion Valve V.3) x 2 lbs (18. Over-heat protection.300 x 1) x 2 Motor Output x Number W x No. Hz 380-415. .0) + (14.*Cooling : - Indoor Temperature 27°C(80. Due to our policy of innovation some specifications may be changed without notification.600) (3.5 Heating dB(A) 62. .38 15.58(1-1/8) Ø 28. Inverter - Over-current protection Over-current protection Over-current protection Over-current protection Over-current protection Communication Cable No. (5.6 19.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that.1) x 2 Piston Displacement cm3/rev (62.93 15.6 Capacity (Rated) 1) **Cooling kW 44.900 RT 16.3) x 2 (14.3) (22.700 222.3) (18. 3.2°F) WB 4.Outdoor Temperature 35°C(95°F) DB/24°C(75.5m 6.88(5/8) Ø 15.8 62.78 *Cooling kW / kW 4.18 5.Outdoor Temperature 35°C(95°F) DB/24°C(75.3 62.800 Btu/h 210.Piping Length : Interconnected Pipe Length = 7.5) + (6.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that.29 3.9(1-3/8) Ø 34. Protection Devices Comperssor/ Fan - Fan driver overload protector Fan driver overload protector Fan driver overload protector Fan driver overload protector Fan driver overload protector Over-heat protection.9(1-3/8) (1. x mm2 (VCTF-SB) 2C × 1.89 *Cooling kW / kW 4. 3.0 *Cooling kW 61. 60 V.6°F) DB/6°C(42.5 Btu/h 192.58(1-1/8) Gas mm (inch) Ø 28.200 x 2) + (5.5 2C × 1.Outdoor Temperature 46°C(114. High pressure protection .65 16.3 High pressure sensor.8°F) DB/24°C(75.1 20.6°F) DB/19°C(66.6°F) DB/19°C(66.300 x 1) x 2 (4. 8 x 2) + (62.76 Btu/h 364. .7 28.88 20.600 286.0 ~ 1.000 275. x mm2 (VCTF-SB) 2C × 1.9 High pressure protection - High pressure switch High pressure switch High pressure switch Over-heat protection/ Over-heat protection/ Over-heat protection/ High pressure protection .5 Net Weight Sound Press Level lbs (595) + (433) x 2 Heating dB(A) 62.9(1-3/8) Ø 34.0 89.05(3/4) Ø 19. 3.240 x 1. Sound Power Level dB(A) 83.5 82.2°F) WB 4.5m 6.9 26. 50 380-415.600 Capacity (Rated) 1) **Cooling kW 68.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design. Over-heat protection / Fan driver overload protector Inverter - Over-current protection Over-current protection Over-current protection Communication Cable No.32 *Cooling kW / kW 4.200) x 2 (10. 3.92 0.6°F) DB/19°C(66.3 62.27 21. Over-heat protection.200) x 2 (10.*Cooling : - Indoor Temperature 27°C(80. .400 341.2°F) WB 3. Hz 400.700 305.Heating Temperature : Indoor 20°C(68°F) DB/15°C(59°F) WB 5.5m 6.9 Sound Power Level dB(A) 82.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design.8 x 2) x 2 Type Hermetically Sealed Scroll Number of Revolution rev/min (3. 60 V.81 26.8°F) DB/24°C(75.9(1-3/8) Ø 34.800 *Cooling kW 95.5) (10. 3. Capacities are based on the following conditions: 2.3 23. 1.92 Heating kW / kW 5.0) x 2 Precharged Amount kg (8.29 4.400) x 2 + (10.*Cooling : - Indoor Temperature 27°C(80.9 100. Sound Level Values are measured at Anechoic chamber.5 23.6°F) DB/19°C(66.5 62. .Outdoor Temperature 46°C(114. 3.Piping Length : Interconnected Pipe Length = 7.3 82.200 Heating kW 106.Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero.8°F) WB can be increased owing to ambient conditions during operation .5 Inverter . Hz 380-415.4 84.2°F) WB 3. High pressure sensor.01 3.000 Heating kW 87. 60 Number of maxmum connectable indoor units 2) 55 Notes: Notes: 1. 50 380-415.0) + (18.7) + (14.05(3/4) Ø 19. .Heating Temperature : Indoor 20°C(68°F) DB/15°C(59°F) WB 5.05(3/4) Piping Connections mm (1.9(1-3/8) Dimensions (W x H x D) mm (1.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that. Over-heat protection.86 24. Sound Level Values are measured at Anechoic chamber. these values .200) x 2 m3/min (210) x 2 + (290) Drive DC INVERTER DC INVERTER DC INVERTER Fan Air Flow Rate ft3/min (7.0 RT 30.4 ARUN100LTH4 *Cooling kW 78. ARUN280LTH4 ARUN300LTH4 ARUN320LTH4 ARUN340LTH4 HEAT PUMP HP 28 30 32 HP 34 Model Name Combination unit ARUN280LTH4 ARUN300LTH4 ARUN320LTH4 Model Name Combination unit ARUN340LTH4 OUTDOOR UNITS Independent unit ARUN160LTH4 ARUN160LTH4 ARUN160LTH4 Independent unit ARUN140LTH4 ARUN120LTH4 ARUN140LTH4 ARUN160LTH4 ARUN100LTH4 RT 22. Hz 400. Over-heat protection.92 Heat Exchanger Gold fin Gold fin Gold fin Casing Color Warm Gray / Morning Gray Type Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Heat Exchanger Gold fin Piston Displacement cm3/rev (43. 50 Control Electronic Expansion Valve Power Supply V. 3. Wiring cable size must comply with the applicable local and national codes.65 4.Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero.0) + (18.8°F) WB can be increased owing to ambient conditions during operation Outdoor 7°C(44. High pressure switch Protection Devices Comperssor/ Fan - Fan driver overload protector Fan driver overload protector Fan driver overload protector Over-heat protection.5 Precharged Amount kg (10.0 ~ 1.1) (43. . 0.1 Btu/h 267. 50 Number of maxmum connectable indoor units 2) 45 49 52 Power Supply V.200 x 2) + (5.64 Heating kW / kW 4. .4 Btu/h 291.0 ~ 1. . The Maximum combination ratio is 130%.9 *Cooling kW 18. Ø.0 Cooling dB(A) 63.600) (3. 60 400.300 x 1) x 2 Oil Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Starting Method Inverter Type Propeller fan Propeller fan Propeller fan Oil Type FVC68D(PVE) Motor Output x Number W (600 x 2) x 2 (600 x 2) x 2 (600 x 2) x 2 Type Propeller fan m3/min (290) x 2 (290) x 2 (290) x 2 Motor Output x Number W (750 x 1) x 2 + (600 x 2) Fan Air Flow Rate ft3/min (10.02 Casing Color Warm Gray / Morning Gray Warm Gray / Morning Gray Warm Gray / Morning Gray Power Factor Rated .240 x 1.2 Btu/h 234. Due to our policy of innovation some specifications may be changed without notification.680 x 760) + (920×1.200 x 2) + (5. .3 RT 24. 3.5 Btu/h 298.6°F) DB/6°C(42. **Cooling : - Indoor Temperature 27°C(80.240 x 1.05 3. Ø.51 Heating kW 18.29 19.600 x 2) + (3.0 63.200 x 2) x 2 Number of Revolution rev/min (3. Power factor could vary less than ±1% according to the operating conditions.Piping Length : Interconnected Pipe Length = 7.680 x 760) x 2 (1.32 Heating kW 21.8 25. (4.0) + (8.05(3/4) Discharge Side / Top TOP Piping Connections Gas mm (inch) Ø 34.3) x 2 V. Wiring cable size must comply with the applicable local and national codes.58 COP 1) **Cooling kW / kW 3.600 x 2) + (3.200 x 2) x 2 (4. .0 Btu/h 325.Outdoor Temperature 46°C(114. Therefore.8 93.7) (22.600 x 2) x 2 Piston Displacement cm3/rev (43.6°F) DB/19°C(66.17 20. Capacities are based on the following conditions: 2.5) x 2 Control Electronic Expansion Valve Electronic Expansion Valve Electronic Expansion Valve Refrigerant lbs (18. .800 Input (Rated) 1) **Cooling kW 22. Over-current protection Refrigerant name R410A R410A R410A Communication Cable No.5 2C × 1.300 x 1) (4.6 RT 27.4 High pressure sensor.5 2C × 1.8 75.0 ~ 1.600) x 2 Starting Method Inverter Inverter Inverter Compressor Motor Output x Number W x No. The Maximum combination ratio is 130%.Outdoor Temperature 35°C(95°F) DB/24°C(75.200) Discharge Side / Top TOP TOP TOP Drive DC INVERTER Liquid mm (inch) Ø 19.600 320.29 COP 1) **Cooling kW / kW 3.7) (22. (4.92 0. Ø.38 4. Power factor could vary less than ±1% according to the operating conditions. Protection Devices Comperssor/ Fan .0) x 2 Refrigerant name R410A Refrigerant lbs (22. Ø.1) x 2 Compressor Motor Output x Number W x No.9(1-3/8) Liquid mm (inch) Ø 19. 3. High pressure sensor.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that.800 258.6 80.8°F) DB/24°C(75.8 63.84 Input (Rated) 1) **Cooling kW 27.00 *Cooling kW / kW 4. 60 400. 0. Due to our policy of innovation some specifications may be changed without notification.90 *Cooling kW 20. 3. 22 23 .680 x 760) x 2 (1.8 x 2) + (62.240 x 1. Therefore. **Cooling : - Indoor Temperature 27°C(80.2°F) WB 4.6 21.600 x 2) x 2 (3.6°F) DB/19°C(66.2 RT 19.6°F) DB/6°C(42.5) + (6.200 Capacity (Rated) 1) **Cooling kW 85.6 RT 24.680×760) x 2 (48-13/16 × 66-5/32 (48-13/16 × 66-5/32 (48-13/16 × 66-5/32 inch Dimensions (W x H x D) × 29-29/32) x 2 × 29-29/32) x 2 × 29-29/32) x 2 kg (280) + (235) (280) + (270) (280) x 2 inch (48-13/16 × 66-5/32 × 29-29/32) + (36-7/32 × 66-5/32 × 29-29/32) x 2 Net Weight lbs (617) + (518) (617) + (595) (617) x 2 kg (270) + (201) x 2 Cooling dB(A) 62.12 Power Factor Rated . High pressure sensor.5) (10.Outdoor Temperature 35°C(95°F) DB/24°C(75. these values Outdoor 7°C(44.680 x 760) x 2 Gas mm (inch) Ø 34. Hz 380-415.5 Sound Press Level Heating dB(A) 64.0) + (8.63 4. x mm2 (VCTF-SB) 2C × 1.8 x 2) x 2 (43. Power factor could vary less than ±1% according to the operating conditions.0) + (18. Sound Level Values are measured at Anechoic chamber.Heating Temperature : Indoor 20°C(68°F) DB/15°C(59°F) WB 5. Ø. Power factor could vary less than ±1% according to the operating conditions. .3(1-5/8) Gas mm (inch) Ø 41.000 355.9 RT 35. (4.200) x 3 Drive DC INVERTER DC INVERTER Drive DC INVERTER DC INVERTER Discharge Side / Top TOP TOP Discharge Side / Top TOP TOP Liquid mm (inch) Ø 19.27 4.300 406.05(3/4) Ø 19. Due to our policy of innovation some specifications may be changed without notification.8 x 2) x 2 + (62.9 33.6°F) DB/6°C(42.Piping Length : Interconnected Pipe Length = 7. Hz 400. Hz 400. Ø.100 Btu/h 332.5) (10.20 27.1) x 2 (43.0 ~ 1.23 *Cooling kW / kW 4. **Cooling : - Indoor Temperature 27°C(80.300 x 1) Starting Method Inverter Inverter Starting Method Inverter Inverter Oil Type FVC68D(PVE) FVC68D(PVE) Oil Type FVC68D(PVE) FVC68D(PVE) Type Propeller fan Propeller fan Type Propeller fan Propeller fan Motor Output x Number W (750 x 1) + (600 x 2) x 2 (750 x 1) + (600 x 2) x 2 Motor Output x Number W (600 x 2) x 3 (600 x 2) x 3 m3/min (210) + (290) x 2 (210) + (290) x 2 m3/min (290) x 3 (290) x 3 Fan Air Flow Rate Fan Air Flow Rate ft3/min (7.80 Heating kW / kW 4.6 Btu/h 344.*Cooling : - Indoor Temperature 27°C(80. High pressure sensor.240 x 1. 3.0 117. 50 380-415.84 28.8°F) DB/24°C(75.1) x 2 (43. 3.1) x 2 Piston Displacement cm3/rev (43.Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero.3) lbs (22.41 *Cooling kW / kW 4.7) x 2 + (14.Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero. Over-heat protection.6 37.5) + (6.600) x 2 (3.5 2C × 1. 3. High pressure protection - High pressure switch High pressure switch High pressure switch High pressure switch Over-heat protection/ Over-heat protection/ Over-heat protection/ Over-heat protection/ Protection Devices Comperssor/ Fan .600 448.4 *Cooling kW 100.600 x 2) + (3.34 COP 1) **Cooling kW / kW 3.47 4.1 Btu/h 302. 50 380-415. . . 3.56 24.2 33. 1.6 Sound Power Level dB(A) 83.5 2C × 1.75 30.7 29. these values Outdoor 7°C(44.8 x 2) + (62. .3 104.7) x 2 Control Electronic Expansion Valve Electronic Expansion Valve Control Electronic Expansion Valve Electronic Expansion Valve V.2 26.8 106.300 x 1) x 2 (4.680 x 760) x 3 ( 1.600 x 2) + (3.1) Number of Revolution rev/min (3. 60 Number of maxmum connectable indoor units 2) 58 61 Number of maxmum connectable indoor units 2) 64 64 Notes: Notes: 1. **Cooling : - Indoor Temperature 27°C(80.7) x 2 (22. 60 400.05(3/4) Piping Connections Piping Connections Gas mm (inch) Ø 41.2°F) WB 4.5 Communication Cable No.9 84.7 Btu/h 385.4 Heating kW 113.0) + (8. 3.*Cooling : - Indoor Temperature 27°C(80.9 Sound Power Level dB(A) 83. (4.680×760) Dimensions (W x H x D) Dimensions (W x H x D) (48-13/16 × 66-5/32 × 29-29/32) x 2 (48-13/16 × 66-5/32 × 29-29/32) x 2 inch inch ( 48-13/16 × 66-5/32 × 29-29/32) x 3 ( 48-13/16 × 66-5/32 × 29-29/32) x 3 + (36-7/32 × 66-5/32 × 29-29/32) + (36-7/32 × 66-5/32 × 29-29/32) kg (270) + (235) + (201) (280) + (235) + (201) kg (280) + (235) x 2 (280) + (270) + (235) Net Weight Net Weight lbs (595) + (518) + (433) (617) + (518) + (433) lbs (617) + (518) x 2 (617) + (595) + (518) Cooling dB(A) 63.2°F) WB 3.5 Refrigerant name R410A R410A Refrigerant name R410A R410A Precharged Amount kg (8.4 Heating dB(A) 64.600) Compressor Compressor Motor Output x Number W x No.200 x 2) x 2 + (5. x mm2 (VCTF-SB) 2C × 1.0 ~ 1.85 Heating kW 26.3(1-5/8) Ø 41.15 *Cooling kW 26.680×760) + (920×1.02 3.4 64.92 0.3(1-5/8) (1.200) x 2 (7.8 Capacity (Rated) 1) **Cooling kW 97. Ø.400 *Cooling kW 22. Inverter . .Outdoor Temperature 46°C(114. The Maximum combination ratio is 130%.9 Cooling dB(A) 63.8 x 2) + (62.200) x 3 (10.6°F) DB/19°C(66. Capacities are based on the following conditions: 2.5) x 2 Refrigerant Refrigerant lbs (18.240 x 1.67 Power Factor Rated . The Maximum combination ratio is 130%. Hz 380-415.4 64. Therefore.Outdoor Temperature 35°C(95°F) DB/24°C(75.400 363.26 34.0 ~ 1.200 RT 32. Inverter - Over-current protection Over-current protection Over-current protection Over-current protection Communication Cable No.7) + (14. High pressure sensor.200 x 2) + (5.6°F) DB/19°C(66.Heating Temperature : Indoor 20°C(68°F) DB/15°C(59°F) WB 5.7 30.2°F) WB 3. Protection Devices Comperssor/ Fan - Fan driver overload protector Fan driver overload protector Fan driver overload protector Fan driver overload protector Over-heat protection. 60 400.22 Heating kW 23.240 x 1.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that.0) + (18. Sound Level Values are measured at Anechoic chamber.400) + (10.600) x 2 Number of Revolution rev/min (3.8 x 2) + (62.300 x 1) x 2 Motor Output x Number W x No. 50 Power Supply Power Supply V.100 Btu/h 426.680 x 760) x 3 + (920×1.680 x 760) x 2 (1.3) (22.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that.5) Precharged Amount kg (10.6°F) DB/6°C(42. Hz 380-415.04 Heating kW / kW 4.6 Capacity (Rated) 1) **Cooling kW 88.86 4.9 64.68 4. Ø.900 320.6 131. Over-heat protection.600 x 2) x 2 + (3. . Wiring cable size must comply with the applicable local and national codes. 3.5) x 2 (10.2°F) WB 4.600 x 2) + (3.08 Input (Rated) 1) **Cooling kW 28.5) x 2 + (6.92 0.680 x 760) x 2 mm mm ( 1.8°F) WB can be increased owing to ambient conditions during operation .8 93.05(3/4) Ø 19.240 x 1. Capacities are based on the following conditions: 2. 24 25 .Outdoor Temperature 35°C(95°F) DB/24°C(75.200 x 2) + (5.300 x 1) x 2 (4.5m 6.09 3.300 401. 3.6°F) DB/19°C(66. .5m 6. 60 V.0) + (8. 3. x mm2 (VCTF-SB) 2C × 1.3 Heating kW 125.7 RT 27.600) x 2 (3.3 RT 31.9 63.Outdoor Temperature 46°C(114. 0. High pressure sensor.Piping Length : Interconnected Pipe Length = 7.2 119.92 Power Factor Rated . 0.9 83.1 Sound Press Level Sound Press Level Heating dB(A) 64. ARUN360LTH4 ARUN380LTH4 ARUN400LTH4 ARUN420LTH4 HEAT PUMP HP 36 38 HP 40 42 Model Name Combination unit ARUN360LTH4 ARUN380LTH4 Model Name Combination unit ARUN400LTH4 ARUN420LTH4 OUTDOOR UNITS Independent unit ARUN140LTH4 ARUN160LTH4 Independent unit ARUN160LTH4 ARUN160LTH4 ARUN120LTH4 ARUN120LTH4 ARUN120LTH4 ARUN140LTH4 ARUN100LTH4 ARUN100LTH4 ARUN120LTH4 ARUN120LTH4 RT 28.200 x 2) + (5.28 24.84 Input (Rated) 1) **Cooling kW 32.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design. .500 Btu/h 382.4 *Cooling kW 112.400 RT 25.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design. Due to our policy of innovation some specifications may be changed without notification.8°F) WB can be increased owing to ambient conditions during operation Outdoor 7°C(44.04 COP 1) **Cooling kW / kW 3.0) + (8.3(1-5/8) Ø 41.8°F) DB/24°C(75.0) + (18. .0 ~ 1. these values . .200) x 2 ft3/min (10. High pressure protection . Wiring cable size must comply with the applicable local and national codes. 50 V. Therefore.400) + (10.05(3/4) Liquid mm (inch) Ø 19.1 High pressure sensor.92 Casing Color Warm Gray / Morning Gray Warm Gray / Morning Gray Casing Color Warm Gray / Morning Gray Warm Gray / Morning Gray Heat Exchanger Gold fin Gold fin Heat Exchanger Gold fin Gold fin Type Hermetically Sealed Scroll Hermetically Sealed Scroll Type Hermetically Sealed Scroll Hermetically Sealed Scroll Piston Displacement cm3/rev (43. Over-heat protection.6°F) DB/19°C(66. 55 *Cooling kW 31. Therefore. 0.Outdoor Temperature 46°C(114.36 *Cooling kW / kW 4. . **Cooling : - Indoor Temperature 27°C(80.31 38. Capacities are based on the following conditions: 2. 60 Number of maxmum connectable indoor units 2) 64 64 Number of maxmum connectable indoor units 2) 64 Notes: Notes: 1.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that.600 x 2) x 2 + (3.14 Input (Rated) 1) **Cooling kW 36.0 Btu/h 469. ARUN440LTH4 ARUN460LTH4 ARUN480LTH4 HEAT PUMP HP 44 46 HP 48 Model Name Combination unit ARUN440LTH4 ARUN460LTH4 Model Name Combination unit ARUN480LTH4 OUTDOOR UNITS Independent unit ARUN160LTH4 ARUN160LTH4 Independent unit ARUN160LTH4 ARUN160LTH4 ARUN160LTH4 ARUN160LTH4 ARUN120LTH4 ARUN140LTH4 ARUN160LTH4 RT 35. Sound Level Values are measured at Anechoic chamber.Outdoor Temperature 46°C(114.Outdoor Temperature 35°C(95°F) DB/24°C(75.9 RT 42.8 x 2) x 2 + (62. . Power factor could vary less than ±1% according to the operating conditions. Wiring cable size must comply with the applicable local and national codes.Outdoor Temperature 35°C(95°F) DB/24°C(75. 60 V.Heating Temperature : Indoor 20°C(68°F) DB/15°C(59°F) WB 5. Over-heat protection.32 COP 1) **Cooling kW / kW 3.19 Heating kW 32.2°F) WB 4.3 Sound Power Level dB(A) 84. these values Outdoor 7°C(44.200 x 2) x 2 + (5.0 ~ 1. 50 380-415.7) (22.200) x 3 Drive DC INVERTER DC INVERTER Drive DC INVERTER Discharge Side / Top TOP TOP Discharge Side / Top TOP Liquid mm (inch) Ø 19.3(1-5/8) Gas mm (inch) Ø 41.600) (3.7) lbs (22. Protection Devices Comperssor/ Fan . High pressure protection .9 Capacity (Rated) 1) **Cooling kW 120.0) x 2 + (8.300 x 1) (4.600 Btu/h 412. 26 27 . Hz 400. (4. 3.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design.5 Communication Cable No.Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero.1) (43.67 29.0) x 2 + (8. High pressure protection . Ø.200) x 3 ft3/min (10. Hz 380-415. (4.2°F) WB 4. .05(3/4) Piping Connections Piping Connections Gas mm (inch) Ø 41.8°F) WB can be increased owing to ambient conditions during operation . High pressure sensor.8°F) DB/24°C(75.62 4.600 x 2) x 3 Compressor Compressor Motor Output x Number W x No.*Cooling : - Indoor Temperature 27°C(80.8 Heating dB(A) 64.Piping Length : Interconnected Pipe Length = 7. Inverter .92 Power Factor Rated .5m 6.6°F) DB/6°C(42.000 Btu/h 511. .05(3/4) Liquid mm (inch) Ø 19.800 *Cooling kW 28.200) x 3 (10.600 x 2) x 3 Number of Revolution rev/min (3. Hz 380-415.6°F) DB/19°C(66. .2°F) WB 3.1 115.1 *Cooling kW 123.8 *Cooling kW 134.6°F) DB/19°C(66.1 84.1 33. High pressure sensor. 3.800 RT 39.6 64.3 Sound Press Level Sound Press Level Heating dB(A) 64.5 RT 38.5 Capacity (Rated) 1) **Cooling kW 109.35 Heating kW 29.5 Refrigerant name R410A R410A Refrigerant name R410A Precharged Amount kg (10.03 COP 1) **Cooling kW / kW 3. Wiring cable size must comply with the applicable local and national codes. 3.Piping Length : Interconnected Pipe Length = 7.240 x 1. Ø.00 Heating kW / kW 4.0) x 3 Control Electronic Expansion Valve Electronic Expansion Valve Control Electronic Expansion Valve V.0 36. **Cooling : - Indoor Temperature 27°C(80. Sound Level Values are measured at Anechoic chamber. 3. Power factor could vary less than ±1% according to the operating conditions.Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero. these values .680 x 760) x 3 (1. Over-heat protection / Fan driver overload protector Fan driver overload protector Fan driver overload protector Over-heat protection.8°F) WB can be increased owing to ambient conditions during operation Outdoor 7°C(44.9 Btu/h 372. . 0.Heating Temperature : Indoor 20°C(68°F) DB/15°C(59°F) WB 5.700 RT 31.0) x 3 Refrigerant Refrigerant lbs (22.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that. .200 x 2) x 3 Starting Method Inverter Inverter Starting Method Inverter Oil Type FVC68D(PVE) FVC68D(PVE) Oil Type FVC68D(PVE) Type Propeller fan Propeller fan Type Propeller fan Motor Output x Number W (600 x 2) x 3 (600 x 2) x 3 Motor Output x Number W (600 x 2) x 3 m3/min (290) x 3 (290) x 3 m3/min (290) x 3 Fan Air Flow Rate Fan Air Flow Rate ft3/min (10.8 Sound Power Level dB(A) 84.92 0.9 Heating kW 150.500 439.6°F) DB/19°C(66. 50 Power Supply Power Supply V.6°F) DB/6°C(42.58 Power Factor Rated . Due to our policy of innovation some specifications may be changed without notification. 50 V.26 Input (Rated) 1) **Cooling kW 40.6°F) DB/19°C(66. Therefore.0 ~ 1.680 x 760) x 3 Dimensions (W x H x D) Dimensions (W x H x D) inch (48-13/16 × 66-5/32 × 29-29/32) x 3 (48-13/16 × 66-5/32 × 29-29/32) x 3 inch (48-13/16 × 66-5/32 × 29-29/32) x 3 kg (280) x 2 + (235) (280) x 2 + (270) kg (280) x 3 Net Weight Net Weight lbs (617) x 2 + (518) (617) x 2 + (595) lbs (617) x 3 Cooling dB(A) 64.8°F) DB/24°C(75. x mm2 (VCTF-SB) 2C × 1.0 RT 34.61 Heating kW / kW 4.1 40. The Maximum combination ratio is 130%.80 31.5 2C × 1. 3. The Maximum combination ratio is 130%. High pressure switch High pressure switch High pressure switch Over-heat protection/ Over-heat protection/ Protection Devices Comperssor/ Fan .200 x 2) x 3 Motor Output x Number W x No. x mm2 (VCTF-SB) 2C × 1.92 Casing Color Warm Gray / Morning Gray Warm Gray / Morning Gray Casing Color Warm Gray / Morning Gray Heat Exchanger Gold fin Gold fin Heat Exchanger Gold fin Type Hermetically Sealed Scroll Hermetically Sealed Scroll Type Hermetically Sealed Scroll Piston Displacement cm3/rev (43.0) x 2 + (18.3(1-5/8) Ø 41.680 x 760) x 3 mm (1.600 Btu/h 458.76 *Cooling kW / kW 4.1 64. Over-current protection Over-current protection Over-current protection Communication Cable No. Due to our policy of innovation some specifications may be changed without notification.2°F) WB 3.240 x 1.240 x 1.400 395.8 x 2) x 3 Piston Displacement cm3/rev (43. . 1.4 Btu/h 420. Hz 400.30 4.5) (10.3(1-5/8) mm (1.8 x 2) x 3 Number of Revolution rev/min (3. Over-heat protection.6 Heating kW 137.*Cooling : - Indoor Temperature 27°C(80.5m 6. . Ø. 60 400.200 491.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design.5) Precharged Amount kg (10.3 Cooling dB(A) 64.3 High pressure sensor. Inverter . Capacities are based on the following conditions: 2. 3.0) x 2 + (18.01 3.05(3/4) Ø 19.0 ~ 1. Ø.8 143.2 128. . less piping for installers and energy efficiency for 3-Phase 380V owners. LG manufactured inverter compressor optimizes system energy efficiency. efficiency superior to other technologies — while maintaining architectural integrity. HP 4 5 6 8 10 water pumps and water piping. and optimized efficiency. the LG Multi V S Tropical system precisely matches the load.lower operational costs. Multi V S Tropical is designed to provide the owner the benefits of VRF . superior dehumidification. tenant comfort with individual zoning. so units are quiet and can be installed where sound is an issue.About LG VRF Technology PRODUCT LINE-UP Variable Refrigerant Flow is a technology introduced as a system to minimize efficiency losses and provide sustainable energy benefits. Multi V S Tropical Technology This product line is LG’s premiere VRF system. minimal or no duct work to install. The benefit of zoning for heating or cooling is that it provides a level of comfort for all occupants. LG has low sound levels. distribution fans. VRF systems have a lower life cycle cost of any system on the market today. This helps prevent constant cycling and results in tight temperature control. LG VRF systems are engineered to save on the cost of ducts. Occupants stay comfortable while reducing utility costs. 28 29 . mirror units for interior designers. Why LG VRF? The benefits are numerous. ARUN040LSH0 ARUN050LSH0 ARUN060LSH0 ARUN080LSH0 ARUN100LSH0 Inverter Technology With a compressor optimized around the latest inverter technology. modern style. Maximize heating capacity via two-stage compression . EXCEPTIONAL EFFICIENCY MULTI V S LG’s 4th Generation Inverter Compressor High Efficiency MULTI V S has high efficiency inverter scroll compressor with frequency range 15Hz~150Hz.32 120 D Company D Company 20 * Comparison between 6HP in cooling mode * Comparison between 6HP in heating mode 15 Conventional Vapor Injection .Prevent  compressor damage 4 Comparison Only suitable for small capacity High reliability and efficiency due to excessively compressed 2 below 7 HP at all capacity refrigerant more efficiently 3 .Low vibration / Low noise Low Pressure Compressor High Pressure Compressor 30 31 .92 12% . 6 By-pass Valve 6 5 Compressor reliability is 1 Compressor Efficiency T Company maximized with 6 By-pass Valve .Below 7 HP : Rotary compressor than 4 by-pass valve .91 3.Compact core design(concentrated motor) 3.Down to 15Hz : part load efficiency improvement 150 18% Operation range (Hz) 3.40 OUTDOOR UNITS . EER (Cooling) COP (Heating) Efficiency Efficiency World Best Compressor Speed 150Hz 4.Rapid response capability . Rotary Compressor -D  o not need oil pump.Provide powerful heating in low temperature conditions .Inverter SCROLL compressor of high efficiency .Upper 7 HP : Scroll compressor High Pressure Compressor Scroll Compressor Efficiency 4HP 6HP 8HP 12HP 4HP 6HP 8HP 12HP -V  iscosity of oil is secured due to high temperature and pressure.Improve energy efficiency and heating performance Reliable Inverter Compressor Multi V S Tropical Inverter compressors are highly efficient and reliable for all commercial & residential applications. (Efficiency Increases) Only Rotary Rotary Scroll High Pressure Zone High Pressure 4 7 10 Low Zone HP Pressure * Based on internal test data Zone Inverter Scroll Compressor . Start-up Operation Operates for 20 minutes after Start-up. Multi V S Tropical changes indoor discharge air temperature continuously according to load.Variable : Indoor Air Temperature Conventional . thereby contributing to an increase in energy efficiency. Conventional SLC(Smart Load Control) Operation Start-up Operation Auto-reactive Operation OUTDOOR UNITS The number and direction of path are fixed independent Variable Heat Exchanger Circuit adjusts the path number of temperature and operation mode. EXCEPTIONAL EFFICIENCY MULTI V S Optimal Heat Exchanger Circuit Smart Load Control Variable Heat Exchanger Circuit is the world first technology which intelligently selects the optimal path for To save energy.Variable : Indoor Air Temperature. (OAT. compared to 100% power consumption for 30 minutes (LG internal test result) **Basic Operation Mode : Indoor discharge air temperature is constant regardless of variable heat load. can run in Basic Operation mode) Start-up After 20 minutes Energy Saving Ratio* 3℃ 10% Refrigerant Indoor Discharge Air Temperature 20℃ Cooling Heating Cooling Heating 100% 98% 92% 90% Compromising efficiency for each operation Maximizing efficiency for all operations 3℃ Level 1 B a s i c Refrigerant SLC Efficiency Efficiency Mode Level 2 Operation Heating Heating Level 3 Mode** Basic Operation Level 3 Level 2 35℃ Level 1 *Energy Saving Ratio : Ratio of energy saved. so operating efficiency is not relatively high Cooling Cooling Conventional 1 2 3 4 Path Number 1 2 3 4 Path Number Auto-reactive Operation Automatically changes discharge air temperature according to the simultaneous loads. (if not.) Basic Operation Smart Load Control (Auto-reactive Operation) Heat Exchanger with Wide Louver Plus Fin 3℃ 10℃ Refrigerant Refrigerant Improved heat exchanger efficiency of up to 28% 20℃ 20℃ Cooling 128% Wide Louver Plus Fin Heating 123% 3℃ 3℃ Refrigerant Refrigerant 35℃ 35℃ Cooling 100% Conventional Heating 100% . 3 levels of SLC operation can be set to save energy.Accurate operation control considering various circumstances. IAT & Target temp. Maximum Energy Saving 13% 32 33 10℃ Refrigerant . Multi V Setting PRO Temperature / Outdoor Air Temperature Heat Exchange Rate(%) . to match temperatures and operation modes. After 20 minutes A fixed path limits efficiency. both heating and cooling (Efficiency up to 5%). Reliability is enhanced by minimizing pressure indoor/outdoor temperature. High Operation Reliability MULTI V S High Reliability of Refrigerant Cycle Multi V S Tropical improved reliability through an excellent technique of Oil separator / Accumulator / Sub-cooling. 1.Improved reliability by adopting the large Sensor Sensor separation using cyclone methods  volume accumulator .The BLDC Fan motor is more efficient . Large Volume Accumulator OUTDOOR UNITS High Pressure Low Pressure . (°C) Pressure 30% +Temperature Control Temperature Control AC Motor Quicker 500 1. desired temperature sensor for faster and more exact response to load than a conventional AC motor. ->Reduction of indoor refrigerant noise level Quick Operating Response 100 Efficiency (%) Pressure control takes up to 30% less time in cooling mode. Time *Based on internal test data 34 35 . Cyclone Centrifuges Oil Separator 2.Highly reliable and efficient oil separation by centrifugal . variation offering an additional 2 times larger size 40% energy savings ->Long pipe is possible (up to 175 m) at low speeds and and high elevation (up to 50 m) 20% at high speeds. drop due to high efficiency spiral structure and and piping length.Prevents the liquid refrigerant entering the compressor suction Refrigerant Temperature Sensors Refrigerant+ Oil Cyclone centrifuges High Reliability with Pressure Control Oil Separator Accumulator Conventional Temperature Control Temperature + Pressure Control 2 4 Temperature Sensor 1 High Pressure Low Pressure Sensor Sensor 3. BLDC Motor 20% 50 40% Outlet Temp. BLDC Fan Motor 3 4. to reach the desired temperature.High collection efficiency as well as outstanding resistance  (138% volume up compared to conventional) to high temperature and pressure . faster and more accurately. Double Sub-cool Interchanger Calculates target pressure according to Senses and controls pressure directly using pressure .000 Motor Speed (RPM) Double Sub-cool Interchanger 12 The indoor environment can be made 30% more comfortable. 8 indoor units . 6 indoor units 150 1 2 3 4 5 .8 (m²) OUTDOOR UNITS Service Area Piping Capabilities 4 Way Piping (mm) 1.Free design and installation by 4 way piping.6HP : Max. 9 indoor units . 195kg 200 Conventional • Indoor units combination range : 50 ~ 130% Conventional 26% 28% . Maximum of 16 units can be connected to a single outdoor unit with 130% indoor unit combination. 195 201 * 8HP model comparison * Source : Data Book 36 37 . Conventional 300m Conventional Total piping length 1. 13 indoor units 100 .Easier installation • Connectable indoor units is up to 16 units 144kg maximum. Design Without Limit MULTI V S Compact Design Expanded Piping Capabilities Multi V S Tropical provides the optimal solution for small offices and shops. .5 .6 Longest IDU~IDU Height pipe length Height difference 100 difference 760 150 8 10 380 HP 500 150 1.Less pressure on the roof (kg) 250 .090 150 50 920 50 Unit : m² HP 4 5 6 8 10 * 8HP model comparison Footprint Area 0. A cooling system can be implemented more flexibly in a shop.5HP : Max.39 1.16 Indoor Units Connectable (Based on 10HP) 26% Lighter weight than conventional model. Multi V S Tropical inverter technology and sub cooling control circuit technology allows greater piping length and outstanding elevation differences.39m² 175m 15m ODU-IDU 0. office and even high-rise building. (Based on 10HP) .60 0.74 Conventional .39 * Source : Data Book Max.74 0. reducing the designer’s work time and providing more efficient design. 1.60 0. .10HP : Max.2 47% 47% 0.9 50m 1. Footprint Area Comparison Including 1.8HP : Max. 16 indoor units 8 10 Units HP 6 7 8 16 Unit : kg HP 4 5 6 8 10 * Based on 10HP model Weight 96 96 96 144 144 Conventional .74m² 0.4HP : Max. . .60 0. 53dB(A). expansion 48 E. also operating Low noise operation at night is possible thanks to inverter technology. Outstanding Performance MULTI V S Fan Technology and E. Control + + (Fan Max.P.P. as well level is decreased by 4 dB(A). Control Silence For efficient operation. narrow hub blade and Super cannon fan increases the air volume in 50 CMM and the noise reverse hub. exceeding Continuous cooling operation range High Static Pressure the previous norm limit by 6 degrees. Ambient temp.S.P. 50dB(A) Time High E.S. newly developed fan blows higher air volume and has more high static pressure. Night Silent Operation Fan Technology At night mode.S. low noise. noise reduced maximum 14% compared to normal mode.S. Load 8dB(A) Mogul Grooved suction trailing edge Reverse surface hub Sound Level 526mm Night Mode start Mode End 50dB(A) 58 50 Step 1 Day Day Narrow Super Canon Fan Step 2 Day Night 4/5/6HP hub blade 8/10HP Tip vortex Step 3 suppressor * Normal mode noise level (10HP) : 58dB(A) 8:00 12:00 16:00 20:00 0:00 4:00 8:00 12:00 16:00 * Night 3 step noise level (10HP) : 56dB(A). (°C WB) 38 39 .Performs high static pressure * E. OUTDOOR UNITS The new axial fan has a mogul trailing edge. noise is decreased.New shroud adopted Fan Shroud .P.P : External Static Pressure -5 14 25 Indoor air temp.S. Technology Flow of air has straightness due to fan shroud and E. this provides a high efficiency. wide fan. control even in high-rise building.(°C DB) Multi V S Tropical is able to provide reliable operation even 54 when the outside temperature soars to 48°C. as improving the air flow rate. RPM Up) • Straight air flow . Capacity Max. Wide Operation Range Thanks in large part to LG’s advanced inverter compressor Cooling Operation Range and unique heat exchanger design. Piping & wiring error check-up MICOM Install /SVC Mobile LGMV Engineer Connection type : Wi-Fi To use Mobile LGMV Application.Black box function MV Module FDD .x. auto refrigerant check. provides the optimal solution for user reliability and ease of maintenance.4 480 x 800. 1024 x 768 • Effective distance : 10m(Open area) Mobile LGMV • The effective distance may be reduced by the Android 4.Auto commissioning Mode . 720 x 1280. Cycle & Service Optimization MULTI V S Upgraded Fault Detection and Diagnosis Smartphone Monitoring & Control The inclusion of FDD elements . Fan speed) Exchanger . . Technicians can check LGMV data 10m away from MULTI V S outdoor with smartphone OUTDOOR UNITS .Auto Refrigerant Collection . exclusive Wi-Fi MV Module is required Smart Phone Specification App. communication environment not supported) 1080 x 1920 • Need to get the wireless standard in each country (Internet Bridge requires additional charges) Self Cooled Control Multi V S Tropical has heat exchanger structure and diagonal shape of control box. it makes naturally . air flowing(directly pulling air back of the fan) .(Efficiency up to 3%) With Home Network System Control Box Cooling System Heat Exchanger Technology Interlocking with home network system enables various application.Lock function. Name OS Recommended Resolution Wireless communication Specification effective distancd iOS (iPad only) AppiOS 8.Auto start-up.Auto evaluation of refrigerant amount and charging . and Mobile LGMV helps users to monitor the MULTI V S system cycle using Wi-Fi MV Module.0/8.Feature of control box is diagonal shape. Error code 3rd party Home Network System Air flow Lighting Security Control Interlocking 1) BACnet Sub-phone LonWorks Monitoring Modbus KNX Gateway Sensors Dry Contact Front view Rear view RS485 Comm Remote Controller Appropriate PI 485 should be used according to PDB 1) 40 41 . Mode. 768 x 1024.Basic control (On/Off. various communication method can be given.Heat exchanger structure Depending on building size and usage. Honeycomb 768 x 1280. .Reduced heating / cooling efficiency loss Compatibility to Home Network System Heat . Setting Temp.Optimal air flow by aluminum heat exchanger on control box. simultaneous evaluation. black box functionality.Able to access LGMV (LG Monitoring View) by smartphone Wi-Fi Wi-Fi . Android (Android 3.1 2048 x 1536 (optimization). auto refrigerant collection. 6°F) DB / 6°C(42.6°F) DB/19°C(66.75 3. Hz 380.0 4. Wiring cable size must comply with the applicable local and national codes.**Cooling : Indoor Temperature 27°C(80. . 42 43 . Outdoor Temperature 46°C(114.60 3.30 4.52(3/8) Piping Connections Piping Connections Gas mm(inch) Ø 15.09 Input (Rated) 1) **Cooling kW 2.0 ~ 1.400 95. Wiring cable size must comply with the applicable local and national codes.2 44.*Cooling : Indoor Temperature 27°C(80.52(3/8) Liquid mm(inch) Ø 9.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design.300 RT 3. Outdoor Temperature 35°C(95°F) DB/24°C(75.2 14 15. Hz 380-415.600 Number of Revolution rev/min 3.885 3.1 RT 7.xmm²(VCTF-SB) 2C × 1.5 16.9 13.0 58.0 3.0) kg 96 96 96 kg 144 144 Net Weight Net Weight lbs 212 212 212 lbs 317 317 Cooling dB(A) 50.9 × 64.94 Heating kW 2.93 0.0 × 15.52(3/8) Ø 9. Over-heat protection / Fan driver overload protector Protection Devices Comperssor/ Fan .26 Input (Rated) 1) **Cooling kW 5.5 2C × 1. 50 380-415.0 *Cooling kW 11.40 3. Capacities are based on the following conditions: 2. Sound Level Values are measured at Anechoic chamber.3 × 13.000 ft³/min 6.0 Sound Power Level dB(A) 68 69 High pressure protection .8°F) DB/24°C(75.300 × 1 Starting Method Inverter Inverter Inverter Starting Method Inverter Inverter Oil Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Oil Type FVC68D(PVE) FVC68D(PVE) Type Propeller fan Propeller fan Propeller fan Type Propeller fan Propeller fan Motor Output x Number W 124 × 2 124 × 2 124 × 2 Motor Output x Number W 250 × 2 251 × 2 m³/min 110 110 110 m³/min 190 190 Fan Air Flow Rate Fan Air Flow Rate ft³/min 3.5 4.4 × 54.2°F) WB 4.5 Btu/h 42.38 3.25 3.7 3.0 Sound Press Level Sound Press Level Heating dB(A) 52.0 58.0 Heating dB(A) 57.1 62.2°F) WB 4.2 31.8°F) DB/24°C(75.93 Power Factor Rated .09 Heating kW 5. Due to our policy of innovation some specifications may be changed without notification.900 85.0 18. 4.2°F) WB And “Electric characteristics” chapter should be considered for electrical work and design.93 0.0 51.2 4. 3. 50 380-415.625 x 380) Dimensions (W x H x D) Dimensions (W x H x D) inch (37.4 × 54.95 COP 1) **Cooling kW / kW 3. these values can be increased owing to ambient conditions during operation.15 Heating kW / kW 4.41 *Cooling kW / kW 4. The Maximum combination ratio is 130%.0) (42.xmm²(VCTF-SB) 2C × 1. 0.80 3. .0 Heating kW 25.4 × 54.9 × 64.380×330) mm (1.0 ~ 1.090 x 1.25 Power Factor Rated .2 Piston Displacement cm³/rev 62.885. High pressure sensor High pressure protection . 50 V .6 6.0 Sound Power Level dB(A) 63 66 67.60 7.5m 6. Ø .0 3.2°F) WB 3.300 × 1 5. Capacities are based on the following conditions: 2.000 × 1 Motor Output x Number W x No.4 RT 6. Hz 380-415.0 ~ 1. 60 V .707.5 Communication Cable No. Over-heat protection / Fan driver overload protector Inverter . 60 380.0 Heating kW 12.000 Drive DC INVERTER DC INVERTER DC INVERTER Drive DC INVERTER DC INVERTER Discharge Side / Top Side Side Side Discharge Side / Top Side Side Liquid mm(inch) Ø 9.5 *Cooling kW 22.**Cooling : Indoor Temperature 27°C(80.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that.10 COP 1) **Cooling kW / kW 3.4 3.Piping Length : Interconnected Pipe Length = 7. Hz 380. Over-heat protection / Over-current protection Inverter .6°F) DB/19°C(66. 0.625 x 380) (1. Ø . 5.Piping Length : Interconnected Pipe Length = 7. 3.2 Capacity (Rated) 1) **Cooling kW 19. Sound Level Values are measured at Anechoic chamber. 3.14 3. Outdoor 7°C(44.5 Refrigerant Precharged Amount Refrigerant Precharged Amount lbs 6.600 61.707. .600 Compressor Compressor Motor Output x Number W x No.6 4. 1.2(7/8) mm (950×1380×330) (950×1380×330) (950×1. Over-heat protection / Over-current protection Communication Cable No.96 *Cooling kW 5.1 Number of Revolution rev/min 3.93 Casing Color Warm Gray Warm Gray Warm Gray Casing Color Warm Gray Warm Gray Heat Exchanger Gold fin Gold fin Gold fin Heat Exchanger Gold fin Gold fin Type DC Inverter Rotary DC Inverter Rotary DC Inverter Rotary Type Hermetically Sealed Scroll Hermetically Sealed Scroll Piston Displacement cm³/rev 44.500 *Cooling kW 2.900 Btu/h 76.800 52.5m 6.4 7.6°F) DB/19°C(66.5.400 Btu/h 86.8°F) WB Therefore. Power factor could vary less than ±1% according to the operating conditions.0) inch (42. .600 3.0) (37. ARUN040LSH0 / ARUN050LSH0 / ARUN060LSH0 ARUN080LSH0 / ARUN100LSH0 8. 60 380.55 4. 3.31 4. .86 7.8 RT 5. Outdoor Temperature 35°C(95°F) DB/24°C(75.6°F) DB / 6°C(42.6 lbs 9.93 0.20 3.05(3/4) Gas mm(inch) Ø 19.2°F) WB 3.8°F) WB Therefore. Ø .88(5/8) Ø 15. Ø .Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero.9 Control Electronic Expansion Valve Control Electronic Expansion Valve V . The Maximum combination ratio is 130%.52(3/8) Ø 9. 50 Power Supply Power Supply V . .5 2C × 1.0 53.66 4. 50 380-415.0 kg 4.0 54. .52(3/8) Ø 9.0 Cooling dB(A) 57.000 × 1 4.6 6. these values can be increased owing to ambient conditions during operation.000 107.090 x 1. 3.600 3.6 HP MULTI V S HP 4 5 6 HP 8 10 Model Name Combination Unit ARUN040LSH0 ARUN050LSH0 ARUN060LSH0 Model Name Combination Unit ARUN080LSH0 ARUN100LSH0 OUTDOOR UNITS RT 3.Heating Temperature : Indoor 20°C(68°F) DB / 15°C(59°F) WB 5.Heating Temperature : Indoor 20°C(68°F) DB / 15°C(59°F) WB 5.900 RT 2.*Cooling : Indoor Temperature 27°C(80.5 5. 3.4 28 Btu/h 38.10 HP 4. High pressure sensor Protection Devices Comperssor/ Fan .0 × 15.40 Heating kW / kW 4. Power factor could vary less than ±1% according to the operating conditions.0 Btu/h 32.2 44.6°F) DB/19°C(66.0 ~ 1.Difference Limit of Elevation (Outdoor ~ Indoor Unit) is Zero. .0 ~ 1.000 Btu/h 64. 3.600 3.5 11.400 40.885 3.0 52. 60 380.52 4. 60 Number of maximum connectable indoor units 2) 6 8 9 Number of maximum connectable indoor units 2) 13 16 Notes: Notes: Notes: Notes: 1.700 54.5 2C × 1.000 × 1 4. 3.600 45.1 Capacity (Rated) 1) **Cooling kW 9.94 7.4 8.0 25.5 Refrigerant name R410A R410A R410A Refrigerant name R410A R410A kg 3.9 9. 3.05(3/4) Ø 22. Outdoor Temperature 46°C(114.2 9.0) (37. Outdoor 7°C(44.2°F) WB Especially the power cable and circuit breaker should be selected in accordance with that.3 × 13.91 *Cooling kW / kW 4.88(5/8) Ø 19.00 3. 3. Due to our policy of innovation some specifications may be changed without notification.55 4.000 6.3 × 13.200 47. . . MULTI V WATER IV installation versatility. Economical. energy efficient return on investment (ROI) with a stellar 5. High Efficiency Highly Efficient System Regardless of System External Conditions Adopting a water-based cooling method. high-rise buildings. without sacrificing performance. will continue to This superior water cooled system significantly improves develop and manufacture high performance. the new solution HVAC systems have become the solution of choice. including optimized cycle composition and smart control. It also conditions. intelligent functions with advanced inverter technology. a leading innovator in HVAC technologies. boosting both energy efficiency and operational range. 2000 12% Power input (kWh) Average 1800 12% Saving 1600 1400 1200 1000 WATER 800 600 400 200 Outside Temp. LG’s MULTI V WATER IV combines is both lighter in weight and smaller in overall size. capable of providing optimal energy savings part load value (IPLV) of 6. this unit optimizes Regardless of outdoor temperature and other environmental performance in comparison to compressor capacity. water cooled Along with outstanding energy efficiency. When it comes to cooling and heating a multi-storey or high-rise building. France 44 45 .Superior efficiency via HEAT PUMP the integration of smart technologies OUTDOOR UNITS Today’s businesses demand highly efficient temperature performance (COP) and an equally impressive independent control solutions. thus allowing electrical-savings. For ease of Offering several performance enhancements and greater installation and better economy of space.9 coefficient of solutions for the benefit of its growing global customer-base. Wind Previous Model MULTI V WATER IV Source : LG Energy Estimate Program (LEEP) simulation data-5th floor building in Paris.73. LG. comes with a range of truly smart features. MULTI V WATER IV is the optimal solution for ensures heat exchange performance for high-rise buildings. Eliminating loss in suction gas by returning oil directly to compressor . by controlling embedded kit. The optimal design of the compact.Increase part load efficiency HiPORTM (High Pressure Oil Return) . EXCEPTIONAL EFFICIENCY WORLD'S SMALLEST SIZE Its reduced size and lighter weight allow increased freedom in choosing a World’s first class.Enhanced compressor reliability & 1. Inlet flow temperature: approximately 30 C River / Sea 46 47 . system to reduce circulation pump energy consumption. which results in 50% savings on installation space.0 Improvement . rated and part load efficiency location for external unit as well as enhanced utilization of indoor space WATER HEAT pump LG’s 4th Generation Inverter Compressor Compact Size With a fourth generation inverter compressor.Oil recovery occurs only when required Previous Model MULTI V WATER IV .344hr 3.Capable of reaching required 1% Active Oil Control temperature quickly WATER WATER 1% HIPOR™ .456 154kg MULTI V WATER IV 15 % Reduced Previous Model 71% Variable Water WATER Flow Control Valve 4. Outdoor temperature: average summer temperature o 5. Total operationn time: 1. Indoor temperature: normal office environment 4. 5. the MULTI V WATER IV boasts top-class energy efficiency. LG applied variable water flow control Easier to transport and install thanks to 13% reduction in unit size and 15% reduction in overall weight.5 Efficiency(EER) 5% HEX Optimization Company B MULTI V WATER IV OUTDOOR UNITS Extended Compressor 10% 1% Cycle Composition Speed 20Hz ~ 140Hz 5.Adjust water flow by pressure control after connecting 127kg Total Water Flow(m3) PCB in the existing MULTI V WATER Outdoor unit 15.Rapid operation response 1% Inverter Control .560 × 550 750 × 500 * Comparison between 10HP in cooling mode user comfort * Double stacking floor area * 40HP Capacity Installation scene ** 40HP Capacity Installation scene WATER WATER Variable Water Flow Control Kit (Option) Light Weight WATER WATER WATER WATER WATER The world's first variable water flow control system for water cooled VRF system. WATER . lightweight outdoor unit enables double stacking. Location: France Geothermal 2.439 WATER Cooling Tower DC 0~10V WATER WATER WATER Constant Variable Water Flow Water Flow * Based on 10HP Inverter Note Pump 1.Resolve compressor efficiency loss caused by oil return WATER WATER Smart Oil Return 10 HP × 4EA 20 HP × 2EA Per Each Per Each . . . building. . users are free from leakage problems. . Refrigerant piping Machine Room Outdoor units Liquid Pump MULTI V WATER IV Gas WATER Water piping Out Under ground HEX Water piping In 48 49 . Refrigerant piping * Please contact local LG office for application availability. 2 Units 3 Units MULTI V WATER IV System for Geothermal Applications Easy Installation Uses underground heat sources such as soil. etc. It is a highly efficient and eco-friendly MULTI V system. . Line up Total piping length 300m OUTDOOR UNITS 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42~60 62~80 Height difference 50m (HP) Actual longest piping WATER 150m (175m*) WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER length (Equivalent) LG Longest piping length 40m (90m**) after 1st branch WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER 1 Unit 2 Units 3 Units 4 Units Height difference 50m WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER WATER between ODU~IDU Longest piping length after 1st branch Height difference 40m WATER WATER WATER between IDU~IDU WATER WATER WATER WATER WATER WATER Company . as renewable energy for cooling and Heating of a Front-side connectable refrigerant and water pipe makes easier installation. Company B MULTI V WATER IV -The Circulating water temperature range is between -5°C~45°C Water piping . Provide flexible installation up to 300m of total piping length. . ground water. . .Antifreeze should be applied depending on the application. and up to the world's largest capacity 80HP by combination. . in addition to high-speed cooling and heating Easy design with the most convenient features WATER HEAT pump Largest Capacity Longest Piping Length Providing 8~20 HP with single unit. lake. . river. * Equivalent B 1 Unit 2 Units 3 Units ** Conditional application Height between IDU Company . OUTSTANDING PERFORMANCE DESIGN WITHOUT LIMITS Stable performance and long life are ensured irrespective of environmental changes. As water pipes are not connected to indoor units. - C 1 Unit . . Water or antifreeze solution is circulated through the closed loop HDPE(High Density Poly-Ethylene) pipes buried beneath the earth's surface. energy and services markets and operate its business in more than 80 countries. 50 51 . units which is 2. but how does it work in actual practice? As a matter environment-friendly.000 horsepower. wants high energy saving office building. of fact. which certifies high performance level in Location Paris. It utilized 162 outdoor The water-cooled VRF system was the best option for who Bouygues Construction (France) is a global player of building. The French industrial Demarché HQE label. first site using LG’s water-cooled VRF. the Bouygues Construction office was designed the lab. was used in the remodeling of blinds. civil works.Reference Site Bouygues Construction Co. it turns out working extremely well. The ambitious remodeling project became the world’s three different environmental areas at least. France Product MULTI V WATER II group. LG’s water-cooled It has a glass atrium in the center with a green roof and solar VRF system. HQ building HEAT PUMP New Water-Cooled VRF System Combines Two Great HVAC Systems OUTDOOR UNITS Keeping Bouygues Paris Construction Cool This innovative variable water flow technology looks great in From the start. The building acquired the NF Bâtiments tertiares – Bouygues Construction Office in Paris. MULTI V WATER II. 4 56.84 8.6 19. Due to our policy of innovation some specifications may be changed without notification 3.1 Rated Water Flow LPM 77 96 116 Rated Water Flow LPM 135 154 173 192 Inlet mm(inch) PT 40 PT 40 PT 40 Inlet mm(inch) PT 40 PT 40 PT 40 PT 40 Water Connection pipe Outlet mm(inch) PT 40 PT 40 PT 40 Water Connection pipe Outlet mm(inch) PT 40 PT 40 PT 40 PT 40 Drain Outlet mm 20 20 20 Drain Outlet mm 20 20 20 20 Note : Note : 1.2(7/8) 22. EEV : Electronic Expansion Valve 4.4 28 33.69 11.17 8.) * ( ) : Conditional application * ( ) : Conditional application 52 53 .0 3. Interconnecting piping length 7.(For more information oninstallation section.00 5.58(1-1/8) 28.400 1.60 COP 5.86 5.7(1/2) Piping Connection Piping Connection Gas mm(inch) 22.400 1.0 ~1.(For more information oninstallation section.5 x 2C Transmission Cable (VCTF-SB) No. x mm² 1.200 1. and change the DIP switch on main PCB.34 6. and change the DIP switch on main PCB.6 Cooling Nom kW 39.0 Control EEV EEV EEV Control EEV EEV EEV EEV Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Refrigerant Oil Refrigerant Oil Control cc 1.0 3. 20°C(68°F) DB .4(1) 28.0 ~1. Capacities are net capacities 2.50 5.415 / 50 Power Supply ø/V/Hz 3 / 380 .40 5.6°F) DB/19°C(66. 30°C(86°F).4(1) Gas mm(inch) 25. Water inlet temp.5 37. Add an anti freeze to circulation water when outside units is operating undet 10°C (50°F).8 5.415 / 50 3 / 380 . Interconnecting piping length 7.5 x 2C 1.90 5.415 / 50 3 / 380 .2 31.60 5. Due to our policy of innovation some specifications may be changed without notification 4.8 Heating Nom kW 44.0 ~1.8 Refrigerant Charge kg 5. 30°C(86°F).415 / 50 3 / 380 .6°F) DB/19°C(66.46 Cooling Nom kW 7. x mm² 1. ARWN140LAS4 ARWN160LAS4 ARWN080LAS4 ARWN100LAS4 ARWN120LAS4 ARWN180LAS4 ARWN200LAS4 WATER HEAT pump HP 8 10 12 HP 14 16 18 20 OUTDOOR UNITS Model Combination unit ARWN080LAS4 ARWN100LAS4 ARWN120LAS4 Model Combination unit ARWN140LAS4 ARWN160LAS4 ARWN180LAS4 ARWN200LAS4 Independent unit ARWN080LAS4 ARWN100LAS4 ARWN120LAS4 Independent unit ARWN140LAS4 ARWN160LAS4 ARWN180LAS4 ARWN200LAS4 Cooling Nom kW 22.7 15. 20°C(68°F) Heating : Indoor temp.90 5.2 Power Input Power Input Heating Nom kW 4.0 ~1.5 x 2C Total Max m 300(500)* 300(500)* 300(500)* Total Max m 300(500)* 300(500)* 300(500)* 300(500)* Piping Length Actual Longest Piping Length Max m 150(200)* 150(200)* 150(200)* Piping Length Actual Longest Piping Length Max m 150(200)* 150(200)* 150(200)* 150(200)* After 1st Y branch Max m 40(90)* 40(90)* 40(90)* After 1st Y branch Max m 40(90)* 40(90)* 40(90)* 40(90)* IDU-ODU Max m 50 50 50 IDU-ODU Max m 50 50 50 50 Piping Level Difference Piping Level Difference IDU-IDU Max m 40 40 40 IDU-IDU Max m 40 40 40 40 Liquid mm(inch) 9. Water inlet temp.20 EER 5.4 56 Capacity Capacity Heating Nom kW 25. Level difference of zero Heating : Indoor temp.15 9.2°F) WB.67 EER 5.09 6.400 Power Supply ø/V/Hz 3 / 380 . 20°C(68°F) DB .8 21.54 10.5 x 2C 1.5m. 20°C(68°F) 2. Capacities and Inputs are based on the following conditions 1.1 50.200 1.) 5.0 ~1.2(7/8) 25.200 1.20 5.2 44.415 / 50 3 / 380 .8 5.00 5.75 Heating Nom kW 8. Capacities are net capacities 3.7(1/2) Liquid mm(inch) 12.8 Head Loss kPa 28.52(3/8) 9.7 63 Cooling Nom kW 3. Level difference of zero Cooling : Indoor temp. Capacities and Inputs are based on the following conditions Cooling : Indoor temp.7(1/2) 12.0 ~1.40 Cooling Min~Max °C DB 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C Cooling Min~Max °C DB 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C Operation Range Operation Range Heating Min~Max °C DB -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C Heating Min~Max °C DB -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C Type Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Type Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Compressor Compressor Number of Compressor 1 1 1 Number of Compressor 1 1 1 1 Sound Pressure (Cooling) Nom dBA 47 50 56 Sound Pressure (Cooling) Nom dBA 58 53 55 54 Sound Pressure (Heating) Nom dBA 51 53 56 Sound Pressure (Heating) Nom dBA 57 57 56 60 Sound Power (Cooling) Nom dBA 59 62 68 Sound Power (Cooling) Nom dBA 70 65 67 66 Sound Power (Heating) Nom dBA 63 65 68 Sound Power (Heating) Nom dBA 69 69 68 72 Dimensions WxHxD mm (755 × 997 × 500) × 1 (755 × 997 × 500) × 1 (755 × 997 × 500) × 1 Dimensions WxHxD mm (755 × 997 × 500) × 1 (755 × 997 × 500) × 1 (755 × 997 × 500) × 1 (755 × 997 × 500) × 1 Net Weight kg 127 x 1 127 x 1 127 x 1 Net Weight kg 127 x 1 140 x 1 140 x 1 140 x 1 Type R410A R410A R410A Type R410A R410A R410A R410A Refrigerant Charge kg 5.20 5.7(1/2) 12.5 x 2C 1.415 / 50 Transmission Cable (VCTF-SB) No.7(1/2) 12.8 50.52(3/8) 12.4 24.50 5.2°F) WB.Water inlet temp.5m.200 Control cc 1.00 COP 6.5 x 2C 1.0 ~1. 27°C (80.58(1-1/8) 28.5 x 2C 1.80 5. EEV : Electronic Expansion Valve 5.13 11.0 30.415 / 50 3 / 380 .58(1-1/8) Number of Outdoor Units 1 1 1 Number of Outdoor Units 1 1 1 1 Number of Connectable Indoor Units Max 13(20) 16(25) 20(30) Number of Connectable Indoor Units Max 23(35) 26(40) 29(45) 32(44) Ratio of the Connectable Indoor Units Min-Max 50 ~ 200% 50 ~ 200% 50 ~ 200% Ratio of the Connectable Indoor Units Min-Max 50 ~ 200% 50 ~ 200% 50 ~ 200% 50 ~ 200% Type Stainless Steel Plate Stainless Steel Plate Stainless Steel Plate Type Stainless Steel Plate Stainless Steel Plate Stainless Steel Plate Stainless Steel Plate Pressure Resistance Max kgf/cm² 45 45 45 Pressure Resistance Max kgf/cm² 45 45 45 45 Heat Exchanger Heat Exchanger Head Loss kPa 10.8 3.Water inlet temp. 27°C (80. Add an anti freeze to circulation water when outside units is operating undet 10°C (50°F). ARWN220LAS4 ARWN240LAS4 ARWN260LAS4 ARWN280LAS4 WATER HEAT pump HP 22 24 HP 26 28 OUTDOOR UNITS Model Combination unit ARWN220LAS4 ARWN240LAS4 Model Combination unit ARWN260LAS4 ARWN280LAS4 Independent unit ARWN120LAS4 ARWN120LAS4 Independent unit ARWN140LAS4 ARWN140LAS4 ARWN100LAS4 ARWN120LAS4 ARWN120LAS4 ARWN140LAS4 Cooling Nom kW 61.05(3/4) 19.09 5.Water inlet temp. and change the DIP switch on main PCB. Due to our policy of innovation some specifications may be changed without notification 4.60 COP 5. Interconnecting piping length 7.3 75.5 x 2C Total Max m 300(500)* 300(500)* Total Max m 300(500)* 300(500)* Piping Length Actual Longest Piping Length Max m 150(200)* 150(200)* Piping Length Actual Longest Piping Length Max m 150(200)* 150(200)* After 1st Y branch Max m 40(90)* 40(90)* After 1st Y branch Max m 40(90)* 40(90)* IDU-ODU Max m 50 50 IDU-ODU Max m 50 50 Piping Level Difference Piping Level Difference IDU-IDU Max m 40 40 IDU-IDU Max m 40 40 Liquid mm(inch) 19.49 5.0 ~1.) 5.8 + 15.0 ~1.(For more information oninstallation section. Add an anti freeze to circulation water when outside units is operating undet 10°C (50°F).8 + 5.0 ~1.5 x 2C 1.(For more information oninstallation section.05(3/4) 19.40 Cooling Min~Max °C DB 10°C ~ 45°C 10°C ~ 45°C Cooling Min~Max °C DB 10°C ~ 45°C 10°C ~ 45°C Operation Range Operation Range Heating Min~Max °C DB -5°C ~ 45°C -5°C ~ 45°C Heating Min~Max °C DB -5°C ~ 45°C -5°C ~ 45°C Type Hermetically Sealed Scroll Hermetically Sealed Scroll Type Hermetically Sealed Scroll Hermetically Sealed Scroll Compressor Compressor Number of Compressor 1 2 Number of Compressor 2 2 Sound Pressure (Cooling) Nom dBA 57 57 Sound Pressure (Cooling) Nom dBA 59 59 Sound Pressure (Heating) Nom dBA 57 57 Sound Pressure (Heating) Nom dBA 58 58 Sound Power (Cooling) Nom dBA 70 70 Sound Power (Cooling) Nom dBA 72 72 Sound Power (Heating) Nom dBA 70 70 Sound Power (Heating) Nom dBA 71 71 Dimensions WxHxD mm (755 × 997 × 500) x 2 (755 × 997 × 500) x 2 Dimensions WxHxD mm (755 × 997 × 500) x 2 (755 × 997 × 500) x 2 Net Weight kg 127 x 2 127 x 2 Net Weight kg 127 x 3 127 x 2 Type R410A R410A Type R410A R410A Refrigerant Charge kg 5. Capacities are net capacities 2. Water inlet temp. Capacities are net capacities 3. 30°C(86°F).) * ( ) : Conditional application * ( ) : Conditional application 54 55 .05(3/4) Piping Connection Piping Connection Gas mm(inch) 34.8 28. Water inlet temp.09 13. 20°C(68°F) 2. 20°C(68°F) DB .6 67.9(1-3/8) 34.5m.8 + 5.00 COP 5.8 + 5.8 Refrigerant Charge kg 5. Add an anti freeze to circulation water when outside units is operating undet 10°C (50°F).6 Rated Water Flow LPM 116 + 96 116 + 116 Rated Water Flow LPM 135 + 116 135 + 135 Inlet mm(inch) PT 40 + PT 40 PT 40 + PT 40 Inlet mm(inch) PT 40 + PT 40 PT 40 + PT 40 Water Connection pipe Outlet mm(inch) PT 40 + PT 40 PT 40 + PT 40 Water Connection pipe Outlet mm(inch) PT 40 + PT 40 PT 40 + PT 40 Drain Outlet mm 20 20 Drain Outlet mm 20 20 Note : Note : 1.415 / 50 3 / 380 .5 x 2C Transmission Cable (VCTF-SB) No. Capacities and Inputs are based on the following conditions 1.8 Head Loss kPa 28. Level difference of zero Heating : Indoor temp.6 + 28. Due to our policy of innovation some specifications may be changed without notification 3. Interconnecting piping length 7. and change the DIP switch on main PCB.200 Control cc 1.200 + 1.9(1-3/8) 34.20 EER 5. EEV : Electronic Expansion Valve 5.2 Cooling Nom kW 72.33 5.68 Power Input Power Input Heating Nom kW 12. 27°C (80.200 + 1.9(1-3/8) Gas mm(inch) 34.4 Capacity Capacity Heating Nom kW 69.415 / 50 Transmission Cable (VCTF-SB) No.5m.200 1.200 + 1.8 5.6°F) DB/19°C(66.92 Cooling Nom kW 14.2 Cooling Nom kW 11.92 16. 20°C(68°F) DB . 27°C (80.9(1-3/8) Number of Outdoor Units 2 2 Number of Outdoor Units 2 2 Number of Connectable Indoor Units Max 35(44) 39(48) Number of Connectable Indoor Units Max 42(52) 45(56) Ratio of the Connectable Indoor Units Min-Max 50 ~ 160% 50 ~ 160% Ratio of the Connectable Indoor Units Min-Max 50 ~ 160% 50 ~ 160% Type Stainless Steel Plate Stainless Steel Plate Type Stainless Steel Plate Stainless Steel Plate Pressure Resistance Max kgf/cm² 45 45 Pressure Resistance Max kgf/cm² 45 45 Heat Exchanger Heat Exchanger Head Loss kPa 21. x mm² 1.9 88.8 21.8 + 5.5 x 2C 1.8 + 21.8 5.Water inlet temp.5 Heating Nom kW 14.3 15. Capacities and Inputs are based on the following conditions Cooling : Indoor temp.2°F) WB.8 Control EEV EEV Control EEV EEV Type FVC68D(PVE) FVC68D(PVE) Type FVC68D(PVE) FVC68D(PVE) Refrigerant Oil Refrigerant Oil Control cc 1. 30°C(86°F).34 EER 5.6 + 21.8 78.6 Heating Nom kW 81. 20°C(68°F) Heating : Indoor temp. EEV : Electronic Expansion Valve 4.200 + 1.2°F) WB.415 / 50 Power Supply ø/V/Hz 3 / 380 .415 / 50 3 / 380 .73 5.05(3/4) Liquid mm(inch) 19.200 1.200 Power Supply ø/V/Hz 3 / 380 .55 12.6°F) DB/19°C(66. Level difference of zero Cooling : Indoor temp. x mm² 1.0 ~1. 05(3/4) 19.09 5.60 5. Due to our policy of innovation some specifications may be changed without notification 3.8 3.0 ~1.0 + 5. Add an anti freeze to circulation water when outside units is operating undet 10°C (50°F).0 + 3. Due to our policy of innovation some specifications may be changed without notification 4. x mm² 1.05(3/4) 19.0 ~1.38 20.0 + 28.40 Cooling Min~Max °C DB 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C Cooling Min~Max °C DB 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C Operation Range Operation Range Heating Min~Max °C DB -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C Heating Min~Max °C DB -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C Type Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Type Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Compressor Compressor Number of Compressor 2 2 2 Number of Compressor 2 2 2 Sound Pressure (Cooling) Nom dBA 59 59 59 Sound Pressure (Cooling) Nom dBA 56 56 55 Sound Pressure (Heating) Nom dBA 58 58 61 Sound Pressure (Heating) Nom dBA 57 61 61 Sound Power (Cooling) Nom dBA 72 72 72 Sound Power (Cooling) Nom dBA 69 69 68 Sound Power (Heating) Nom dBA 71 71 74 Sound Power (Heating) Nom dBA 70 74 74 Dimensions WxHxD mm (755 × 997 × 500) x 2 (755 × 997 × 500) x 2 (755 × 997 × 500) x 2 Dimensions WxHxD mm (755 × 997 × 500) x 2 (755 × 997 × 500) x 2 (755 × 997 × 500) x 2 Net Weight kg (140 x 1) + (127 x 1) (140 x 1) + (127 x 1) (140 x 1) + (127 x 1) Net Weight kg 140 x 2 140 x 2 140 x 2 Type R410A R410A R410A Type R410A R410A R410A Refrigerant Charge kg 3.00 EER 5.40 COP 5.4 Power Input Power Input Heating Nom kW 16.0 Control EEV EEV EEV Control EEV EEV EEV Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Refrigerant Oil Refrigerant Oil Control cc 1.34 EER 5.0 + 5.4 119.71 18. 20°C(68°F) DB .9(1-3/8) Gas mm(inch) 41.1 Heating Nom kW 113.415 / 50 Transmission Cable (VCTF-SB) No.11 5.3(1-5/8) Number of Outdoor Units 2 2 2 Number of Outdoor Units 2 2 2 Number of Connectable Indoor Units Max 49(60) 52(64) 55(64) Number of Connectable Indoor Units Max 58(64) 61(64) 64 Ratio of the Connectable Indoor Units Min-Max 50 ~ 160% 50 ~ 160% 50 ~ 160% Ratio of the Connectable Indoor Units Min-Max 50 ~ 160% 50 ~ 160% 50 ~ 160% Type Stainless Steel Plate Stainless Steel Plate Stainless Steel Plate Type Stainless Steel Plate Stainless Steel Plate Stainless Steel Plate Pressure Resistance Max kgf/cm² 45 45 45 Pressure Resistance Max kgf/cm² 45 45 45 Heat Exchanger Heat Exchanger Head Loss kPa 19.05(3/4) 19.0 + 5.200 1. Capacities and Inputs are based on the following conditions Cooling : Indoor temp.0 3.8 107.9(1-3/8) 34.0 ~1.1 + 28.00 COP 5. Capacities are net capacities 3.400 + 1.400 + 1.(For more information oninstallation section.0 30.99 17.6 95.(For more information oninstallation section.6 Head Loss kPa 24. 20°C(68°F) DB . and change the DIP switch on main PCB.1 + 24.1 Rated Water Flow LPM 154 + 135 173 + 135 192 + 135 Rated Water Flow LPM 173 + 173 192 + 173 192 + 192 Inlet mm(inch) PT 40 + PT 40 PT 40 + PT 40 PT 40 + PT 40 Inlet mm(inch) PT 40 + PT 40 PT 40 + PT 40 PT 40 + PT 40 Water Connection pipe Outlet mm(inch) PT 40 + PT 40 PT 40 + PT 40 PT 40 + PT 40 Water Connection pipe Outlet mm(inch) PT 40 + PT 40 PT 40 + PT 40 PT 40 + PT 40 Drain Outlet mm 20 20 20 Drain Outlet mm 20 20 20 Note : Note : 1. 20°C(68°F) 2. Water inlet temp. Interconnecting piping length 7.20 5.415 / 50 3 / 380 .7 126 Cooling Nom kW 15.400 + 1.6 30. 30°C(86°F).1 + 30. EEV : Electronic Expansion Valve 4. Water inlet temp. Level difference of zero Heating : Indoor temp.0 + 3.415 / 50 Power Supply ø/V/Hz 3 / 380 .400 1.0 + 3.0 + 24.5 x 2C 1.8 Refrigerant Charge kg 3. Interconnecting piping length 7. 27°C (80.2 Cooling Nom kW 100.200 1.05(3/4) Piping Connection Piping Connection Gas mm(inch) 34.8 106.400 + 1.6°F) DB/19°C(66.49 5. Capacities are net capacities 2.6 24.0 3.0 ~1.415 / 50 3 / 380 . EEV : Electronic Expansion Valve 5.200 Control cc 1.5 x 2C Transmission Cable (VCTF-SB) No.05(3/4) 19.8 3.6°F) DB/19°C(66.400 Power Supply ø/V/Hz 3 / 380 .25 5.0 ~1.Water inlet temp.5 x 2C 1.53 19.5 x 2C Total Max m 300(500)* 300(500)* 300(500)* Total Max m 300(500)* 300(500)* 300(500)* Piping Length Actual Longest Piping Length Max m 150(200)* 150(200)* 150(200)* Piping Length Actual Longest Piping Length Max m 150(200)* 150(200)* 150(200)* After 1st Y branch Max m 40(90)* 40(90)* 40(90)* After 1st Y branch Max m 40(90)* 40(90)* 40(90)* IDU-ODU Max m 50 50 50 IDU-ODU Max m 50 50 50 Piping Level Difference Piping Level Difference IDU-IDU Max m 40 40 40 IDU-IDU Max m 40 40 40 Liquid mm(inch) 19.415 / 50 3 / 380 .Water inlet temp.2°F) WB.2°F) WB.51 5.400 + 1.4 112 Capacity Capacity Heating Nom kW 94.8 23. 30°C(86°F).) * ( ) : Conditional application * ( ) : Conditional application 56 57 . ARWN300LAS4 ARWN320LAS4 ARWN340LAS4 ARWN360LAS4 ARWN380LAS4 ARWN400LAS4 WATER HEAT pump HP 30 32 34 HP 36 38 40 OUTDOOR UNITS Model Combination unit ARWN300LAS4 ARWN320LAS4 ARWN340LAS4 Model Combination unit ARWN360LAS4 ARWN380LAS4 ARWN400LAS4 Independent unit ARWN160LAS4 ARWN180LAS4 ARWN200LAS4 Independent unit ARWN180LAS4 ARWN200LAS4 ARWN200LAS4 ARWN140LAS4 ARWN140LAS4 ARWN140LAS4 ARWN180LAS4 ARWN180LAS4 ARWN200LAS4 Cooling Nom kW 84 89.66 5.3(1-5/8) 41.3 19.400 1.5 x 2C 1.400 + 1.) 5. 27°C (80.415 / 50 3 / 380 . Level difference of zero Cooling : Indoor temp.9(1-3/8) 34.04 Cooling Nom kW 19. x mm² 1.5m. 20°C(68°F) Heating : Indoor temp.5 100.26 21.3(1-5/8) 41. Add an anti freeze to circulation water when outside units is operating undet 10°C (50°F). and change the DIP switch on main PCB.0 ~1.84 Heating Nom kW 20.5 x 2C 1.5m.05(3/4) Liquid mm(inch) 19.0 30.4 + 28. Capacities and Inputs are based on the following conditions 1.89 22. 0 30.01 EER 5.6 123.05(3/4) 19.0 Control EEV EEV EEV EEV EEV Control EEV EEV EEV EEV EEV Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Refrigerant Oil Refrigerant Oil Control cc 1.8 30.05(3/4) 19.0 ~1.0 + 3. and change the DIP switch on main PCB.5 x 2C 1.07 5.12 25. Interconnecting piping length 7.93 33.3(1-5/8) Gas mm(inch) 41.6 30.0 ~1.5 x 2C 1. EEV : Electronic Expansion Valve 4.2°F) WB.51 5. ARWN420LAS4 ARWN440LAS4 ARWN520LAS4 ARWN540LAS4 ARWN460LAS4 ARWN480LAS4 ARWN500LAS4 ARWN560LAS4 ARWN580LAS4 ARWN600LAS4 WATER HEAT pump HP 42 44 46 48 50 HP 52 54 56 58 60 OUTDOOR UNITS Model Combination unit ARWN420LAS4 ARWN440LAS4 ARWN460LAS4 ARWN480LAS4 ARWN500LAS4 Model Combination unit ARWN520LAS4 ARWN540LAS4 ARWN560LAS4 ARWN580LAS4 ARWN600LAS4 Independent unit ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 Independent unit ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN120LAS4 ARWN120LAS4 ARWN140LAS4 ARWN140LAS4 ARWN160LAS4 ARWN180LAS4 ARWN200LAS4 ARWN180LAS4 ARWN200LAS4 ARWN200LAS4 ARWN100LAS4 ARWN120LAS4 ARWN120LAS4 ARWN140LAS4 ARWN140LAS4 ARWN140LAS4 ARWN140LAS4 ARWN180LAS4 ARWN180LAS4 ARWN200LAS4 Cooling Nom kW 117. Due to our policy of innovation some specifications may be changed without notification 3.05(3/4) 19.200 + 1.6 Power Input Power Input Heating Nom kW 23.200 1.1 + 24.0 3.3(1-5/8) 41.0 + 5.400 + 1.400 + 1.0 + 3.46 5.400 + 1.6 151.6 + 28.05(3/4) 19.40 5.2 128.0 + 5.6 144. Water inlet temp.6 + 28.5 x 2C 1.5 Heating Nom kW 163.8 + 15.58 32. x mm² 1.5 x 2C 1.0 + 28.400 1.5m. 20°C(68°F) 2. and change the DIP switch on main PCB.5 x 2C 1.400 + 1.6°F) DB/19°C(66. Level difference of zero Cooling : Indoor temp. EEV : Electronic Expansion Valve 5.(For more information oninstallation section.8 3.4 182.1 Rated Water Flow LPM 192 + 116 + 96 192 + 116 + 116 192 + 135 + 116 192 + 135 + 135 192 + 154 + 135 Rated Water Flow LPM 192 + 173 + 135 192 + 192 + 135 192 + 173 + 173 192 + 192+ 173 192 + 192+ 192 Inlet mm(inch) PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 Inlet mm(inch) PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 Water Connection pipe Outlet mm(inch) PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 Water Connection pipe Outlet mm(inch) PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 PT 40 + PT 40 + PT 40 Drain Outlet mm 20 20 20 20 20 Drain Outlet mm 20 20 20 20 20 Note : Note : 1.0 30.8 + 5.0 ~1.1 + 30.38 Heating Nom kW 29.400 + 1.40 5.6 + 21.2 157.5m.5 x 2C Total Max m 300(500)* 300(500)* 300(500)* 300(500)* 300(500)* Total Max m 300(500)* 300(500)* 300(500)* 300(500)* 300(500)* Piping Length Actual Longest Piping Length Max m 150(200)* 150(200)* 150(200)* 150(200)* 150(200)* Piping Length Actual Longest Piping Length Max m 150(200)* 150(200)* 150(200)* 150(200)* 150(200)* After 1st Y branch Max m 40(90)* 40(90)* 40(90)* 40(90)* 40(90)* After 1st Y branch Max m 40(90)* 40(90)* 40(90)* 40(90)* 40(90)* IDU-ODU Max m 50 50 50 50 50 IDU-ODU Max m 50 50 50 50 50 Piping Level Difference Piping Level Difference IDU-IDU Max m 40 40 40 40 40 IDU-IDU Max m 40 40 40 40 40 Liquid mm(inch) 19.2°F) WB.400 1.0 ~1.) * ( ) : Conditional application * ( ) : Conditional application 58 59 .1 + 30.3(1-5/8) 41.415 / 50 3 / 380 .400 + 1. Capacities are net capacities 2.00 5.6 30.1 + 28.8 3.1 + 28.1 + 28.45 5.5 x 2C 1.2 156.8 170.400 + 1.0 3.415 / 50 3 / 380 .0 + 3.) 5.40 Cooling Min~Max °C DB 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C Cooling Min~Max °C DB 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C Operation Range Operation Range Heating Min~Max °C DB -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C Heating Min~Max °C DB -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C Type Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Type Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Hermetically Sealed Scroll Compressor Compressor Number of Compressor 3 3 3 3 3 Number of Compressor 3 3 3 3 3 Sound Pressure (Cooling) Nom dBA 58 58 60 60 60 Sound Pressure (Cooling) Nom dBA 60 60 57 57 56 Sound Pressure (Heating) Nom dBA 62 62 62 62 62 Sound Pressure (Heating) Nom dBA 62 62 62 62 62 Sound Power (Cooling) Nom dBA 72 72 74 74 74 Sound Power (Cooling) Nom dBA 74 74 71 71 70 Sound Power (Heating) Nom dBA 76 76 76 76 76 Sound Power (Heating) Nom dBA 76 76 76 76 76 Dimensions WxHxD mm (755 × 997 × 500) x 3 (755 × 997 × 500) x 3 (755 × 997 × 500) x 3 (755 × 997 × 500) x 3 (755 × 997 × 500) x 3 Dimensions WxHxD mm (755 × 997 × 500) x 3 (755 × 997 × 500) x 3 (755 × 997 × 500) x 3 (755 × 997 × 500) x 3 (755 × 997 × 500) x 3 Net Weight kg (140 x 1) + (127 X 2) (140 x 1) + (127 X 2) (140 x 1) + (127 X 2) (140 x 1) + (127 X 2) (140 x 2) + (127 X 1) Net Weight kg (140 x 2) + (127 X 1) (140 x 2) + (127 X 1) 140 x 3 140 x 3 140 x 3 Type R410A R410A R410A R410A R410A Type R410A R410A R410A R410A R410A Refrigerant Charge kg 3.1 + 21. 20°C(68°F) DB . Capacities and Inputs are based on the following conditions 1.400 + 1.0 ~1.3(1-5/8) 41.05(3/4) Liquid mm(inch) 19.8 3.24 30.06 5.0 + 5.4 168 Capacity Capacity Heating Nom kW 132. Level difference of zero Heating : Indoor temp.200 + 1.200 1.400 + 1. Add an anti freeze to circulation water when outside units is operating undet 10°C (50°F).415 / 50 3 / 380 .8 30.415 / 50 Power Supply ø/V/Hz 3 / 380 .8 3.0 + 5.05(3/4) 19.415 / 50 3 / 380 .200 Control cc 1.4 + 28.400 + 1.400 + 1.05(3/4) 19.0 + 3.88 27.3(1-5/8) 41.8 3.3(1-5/8) 41.8 134.8 + 5. Capacities are net capacities 3.0 + 3. 27°C (80. Interconnecting piping length 7.05(3/4) 19.97 31.47 5.19 Cooling Nom kW 28.8 + 5. Capacities and Inputs are based on the following conditions Cooling : Indoor temp.3(1-5/8) 41.1 + 30.415 / 50 3 / 380 .6°F) DB/19°C(66.3(1-5/8) 41.3 138.55 COP 5.0 ~1.0 + 3.200 1.200 + 1. Due to our policy of innovation some specifications may be changed without notification 4.17 26.(For more information oninstallation section.5 26.0 ~1.8 3.00 COP 5.0 + 5. Water inlet temp.0 + 3.1 + 21.0 ~1.01 28.0 + 5.00 5.400 + 1.400 + 1.05(3/4) 19.15 EER 5.0 ~1. 30°C(86°F).415 / 50 3 / 380 .0 + 3.51 31.7 189 Cooling Nom kW 22.Water inlet temp.11 5.6 30.400 + 1.8 + 5.200 1.5 x 2C 1.1 + 19.Water inlet temp.5 x 2C 1.8 + 21.400 + 1.13 5.3(1-5/8) 41.9 151.0 ~1.73 30.09 33.415 / 50 Transmission Cable (VCTF-SB) No. x mm² 1.0 + 5.4 140 Cooling Nom kW 145.52 5.0 + 24.415 / 50 3 / 380 .47 35.5 x 2C Transmission Cable (VCTF-SB) No.200 + 1.415 / 50 3 / 380 .75 24.400 Power Supply ø/V/Hz 3 / 380 .05(3/4) Piping Connection Piping Connection Gas mm(inch) 41.1 + 24.0 + 3. 27°C (80.8 Refrigerant Charge kg 3.17 5.200 1.1 176.59 28.6 Head Loss kPa 30.76 25. 20°C(68°F) Heating : Indoor temp.8 162. 30°C(86°F).05 5.8 30.1 + 24. 20°C(68°F) DB .57 5.400 + 1. Add an anti freeze to circulation water when outside units is operating undet 10°C (50°F).200 1.3(1-5/8) Number of Outdoor Units 3 3 3 3 3 Number of Outdoor Units 3 3 3 3 3 Number of Connectable Indoor Units Max 64 64 64 64 64 Number of Connectable Indoor Units Max 64 64 64 64 64 Ratio of the Connectable Indoor Units Min-Max 50 ~ 130% 50 ~ 130% 50 ~ 130% 50 ~ 130% 50 ~ 130% Ratio of the Connectable Indoor Units Min-Max 50 ~ 130% 50 ~ 130% 50 ~ 130% 50 ~ 130% 50 ~ 130% Type Stainless Steel Plate Stainless Steel Plate Stainless Steel Plate Stainless Steel Plate Stainless Steel Plate Type Stainless Steel Plate Stainless Steel Plate Stainless Steel Plate Stainless Steel Plate Stainless Steel Plate Pressure Resistance Max kgf/cm² 45 45 45 45 45 Pressure Resistance Max kgf/cm² 45 45 45 45 45 Heat Exchanger Heat Exchanger Head Loss kPa 30. and change the DIP switch on main PCB.5 Total Max m 300(500)* 300(500)* 300(500)* 300(500)* 300(500)* Total Max m 300(500)* 300(500)* 300(500)* 300(500)* 300(500)* Piping Length Actual Longest Piping Length Max m 150(200)* 150(200)* 150(200)* 150(200)* 150(200)* Piping Length Actual Longest Piping Length Max m 150(200)* 150(200)* 150(200)* 150(200)* 150(200)* After 1st Y branch Max m 40(90)* 40(90)* 40(90)* 40(90)* 40(90)* After 1st Y branch Max m 40(90)* 40(90)* 40(90)* 40(90)* 40(90)* IDU-ODU Max m 50 50 50 50 50 IDU-ODU Max m 50 50 50 50 50 Piping Level Difference Piping Level Difference IDU-IDU Max m 40 40 40 40 40 IDU-IDU Max m 40 40 40 40 40 Liquid mm(inch) 22.98(2-1/8) Number of Outdoor Units 4 4 4 4 4 Number of Outdoor Units 4 4 4 4 4 Number of Connectable Indoor Units Max 64 64 64 64 64 Number of Connectable Indoor Units Max 64 64 64 64 64 Ratio of the Connectable Indoor Units Min-Max 50 .400+1.4 224.1+30.29 44.07 5. ARWN620LAS4 ARWN640LAS4 ARWN720LAS4 ARWN740LAS4 ARWN660LAS4 ARWN680LAS4 ARWN700LAS4 ARWN760LAS4 ARWN780LAS4 ARWN800LAS4 WATER HEAT pump HP 62 64 66 68 70 HP 72 74 76 78 80 OUTDOOR UNITS Model Combination unit ARWN620LAS4 ARWN640LAS4 ARWN660LAS4 ARWN680LAS4 ARWN700LAS4 Model Combination unit ARWN720LAS4 ARWN740LAS4 ARWN760LAS4 ARWN780LAS4 ARWN800LAS4 Independent unit ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 Independent unit ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN200LAS4 ARWN120LAS4 ARWN120LAS4 ARWN140LAS4 ARWN140LAS4 ARWN160LAS4 ARWN180LAS4 ARWN200LAS4 ARWN180LAS4 ARWN200LAS4 ARWN200LAS4 ARWN100LAS4 ARWN120LAS4 ARWN120LAS4 ARWN140LAS4 ARWN140LAS4 ARWN140LAS4 ARWN140LAS4 ARWN180LAS4 ARWN180LAS4 ARWN200LAS4 Cooling Nom kW 173.400+1.4+28.8 + 5.0 + 5.0 ~ 1.1+28.0 + 3.44 5.5 2C × 1.0 3.14 46.200 1.44 41.130% 50 .2(7/8) 22.1+30.8 + 5.1+28.0 + 5.45 5.08 38.Water inlet temp.1+30.0 ~ 1.00 5.6+21.5 2C × 1.400+1.2(7/8) 22.1+24.200+1. Water inlet temp.400+1.0 + 3.200+1.5 2C × 1.1+30.2(7/8) 22.0 + 5.200+1. Capacities and Inputs are based on the following conditions Cooling : Indoor temp.400+1.200 1.400 Power Supply ø/V/Hz 3 / 380-415 / 50 3 / 380-415 / 50 3 / 380-415 / 50 3 / 380-415 / 50 3 / 380-415 / 50 Power Supply ø/V/Hz 3 / 380-415 / 50 3 / 380-415 / 50 3 / 380-415 / 50 3 / 380-415 / 50 3 / 380-415 / 50 Transmission Cable (VCTF-SB) No. Capacities and Inputs are based on the following conditions 1.1+30.0+28.130% 50 .0 + 3.1+30.26 39.11 EER 5.8 218.78 43.47 5.6 Head Loss kPa 30.1+30.6°F) DB/19°C(66.2(7/8) 22.1+30.400+1.1+24.400 1.200 Control cc 1.51 COP 5.6°F) DB/19°C(66.0 + 3. 30°C(86°F).0 + 3.0 ~ 1.400+1.98(2-1/8) 53.05 5.0 + 5.400+1.00 COP 5.51 5.8 3.0+24.5 2C × 1.400+1.04 5.5 Heating Nom kW 226.8 3.8 3.400+1.2°F) WB.400+1.(For more information oninstallation section.43 5. 20°C(68°F) DB .0 30.98(2-1/8) 53.43 36.400+1.84 38.18 43.40 5.130% 50 .400+1.8 Refrigerant Charge kg 3.0 ~ 1.6 207.8 3. 27°C (80.200 1.32 36.0 + 3.1 239.1+30.200+1.8 190.0 + 3.1+21.95 35.9 214.68 40.0 + 3.0 Control EEV Control EEV Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Type FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) FVC68D(PVE) Refrigerant Oil Refrigerant Oil Control cc 1.8 3.2(7/8) 22.5m.0 + 5.93 41.09 5.1+24.0 + 3.400+1.8+15.64 43. EEV : Electronic Expansion Valve 5.130% 50 .0 ~ 1.0 + 3.05 Heating Nom kW 41.0 + 3. 20°C(68°F) DB .60 45.0 ~ 1.0 30.8 30.400+1.130% Ratio of the Connectable Indoor Units Min-Max 50 .400+1.1+30.0 + 3. Water inlet temp. 27°C (80.0 + 3.2 184.1+30.5(1-3/4) 44. Level difference of zero Heating : Indoor temp.1+30.400+1.400+1.4 196.400 1.8 233.80 Power Input Power Input Heating Nom kW 35.0 + 3.6 207.400+1.400+1.0 Capacity Capacity Heating Nom kW 195.68 EER 5.11 5. Add an anti freeze to circulation water when outside units is operating undet 10°C (50°F).(For more information oninstallation section.130% 50 .3 201. x mm² 2C × 1.130% 50 .70 38.0 + 3.400+1.5(1-3/4) 53. 30°C(86°F).98(2-1/8) Gas mm(inch) 53.2(7/8) 22.1+28.2(7/8) 22.98(2-1/8) 53.8 30.4 245. and change the DIP switch on main PCB.130% 50 .1+30.1 Rated Water Flow LPM 192+192+116+96 192+192+116+116 192+192+135+116 192+192+135+135 192+192+154+135 Rated Water Flow LPM 192+192+173+135 192+192+192+135 192+192+173+173 192+192+192+173 192+192+192+192 Inlet mm(inch) PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 Inlet mm(inch) PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 Water Connection pipe Outlet mm(inch) PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 Water Connection pipe Outlet mm(inch) PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 PT 40+PT 40+PT 40+PT40 Drain Outlet mm 20 20 20 20 20 Drain Outlet mm 20 20 20 20 20 Note : Note : 1.0 Cooling Nom kW 33. Capacities are net capacities 3.200 1.) 5.05 5. Interconnecting piping length 7.2 212.2°F) WB.1+30.5 Transmission Cable (VCTF-SB) No.5 2C × 1.0 + 3.39 Cooling Nom kW 39.8 + 5.8 30.2(7/8) Piping Connection Piping Connection Gas mm(inch) 44.0 + 3.2(7/8) Liquid mm(inch) 22.0 ~ 1.6 30.98(2-1/8) 53.400+1. Level difference of zero Cooling : Indoor temp.) * ( ) : Conditional application * ( ) : Conditional application 60 61 .8 + 5.40 5.400+1.8+21. 20°C(68°F) Heating : Indoor temp.0 ~ 1.400+1.130% Type Stainless Steel Plate Type Stainless Steel Plate Pressure Resistance Max kgf/cm² 45 45 45 45 45 Pressure Resistance Max kgf/cm² 45 45 45 45 45 Heat Exchanger Heat Exchanger Head Loss kPa 30.00 5.400+1.7 252. Due to our policy of innovation some specifications may be changed without notification 3. x mm² 2C × 1.0 3.0 ~ 1.0 + 5.1+19. Due to our policy of innovation some specifications may be changed without notification 4.2 220.1+21.98(2-1/8) 53.6 30.6 179.5 2C × 1.130% 50 .0 Cooling Nom kW 201.Water inlet temp. 20°C(68°F) 2.5 2C × 1.40 Cooling Min~Max °C DB 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C Cooling Min~Max °C DB 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C 10°C ~ 45°C Operation Range Operation Range Heating Min~Max °C DB -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C Heating Min~Max °C DB -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C -5°C ~ 45°C Type Hermetically Sealed Scroll Type Hermetically Sealed Scroll Compressor Compressor Number of Compressor 4 4 4 4 4 Number of Compressor 4 4 4 4 4 Sound Pressure (Cooling) Nom dBA 59 59 61 61 61 Sound Pressure (Cooling) Nom dBA 61 61 58 58 57 Sound Pressure (Heating) Nom dBA 63 63 63 63 63 Sound Pressure (Heating) Nom dBA 63 63 63 63 63 Sound Power (Cooling) Nom dBA 73 73 75 75 75 Sound Power (Cooling) Nom dBA 75 75 72 72 71 Sound Power (Heating) Nom dBA 77 77 77 77 77 Sound Power (Heating) Nom dBA 77 77 77 77 77 Dimensions WxHxD mm (755 × 997 × 500) x 4 (755 × 997 × 500) x 4 (755 × 997 × 500) x 4 (755 × 997 × 500) x 4 (755 × 997 × 500) x 4 Dimensions WxHxD mm (755 × 997 × 500) x 4 (755 × 997 × 500) x 4 (755 × 997 × 500) x 4 (755 × 997 × 500) x 4 (755 × 997 × 500) x 4 Net Weight kg (140 x 2) + (127 x 2) (140 x 2) + (127 x 2) (140 x 2) + (127 x 2) (140 x 2) + (127 x 2) (140 x 3) + (127 x 1) Net Weight kg (140 x 3) + (127 x 1) (140 x 3) + (127 x 1) 140 x 4 140 x 4 140 x 4 Type R410A R410A R410A R410A R410A Type R410A R410A R410A R410A R410A Refrigerant Charge kg 3.8 3.98(2-1/8) 53.200 1. EEV : Electronic Expansion Valve 4. Add an anti freeze to circulation water when outside units is operating undet 10°C (50°F).2(7/8) 22. Capacities are net capacities 2.49 5.6+28.0 + 5. Interconnecting piping length 7.0 + 3.5 2C × 1.400+1.0 + 3.5m.6 30.200 1.0 ~ 1. INDOOR UNITS 064 ARTCOOL 065 Wall Mounted 070 Ceiling Concealed Duct 072 Ceiling & Floor / Ceiling Suspended 067 Console 073 Floor Standing 068 Ceiling Cassette 090 Fresh Air Intake Unit If you need a highly efficient air conditioning system in your building. MULTI V is the right choice for you . whenever you want. the wall and the unit for easier installation. The auto clean function dries the wet heat exchanger to prevent mould and bacteria from breeding which can significantly reduce smells and saves the user from frequent cleaning. wide and even Speedy and powerful Indirect and discreet 64 65 . Design Award and the G Mark. the Reddot than many products currently on the market. * * Normal Jet cool Sleep mode * * * Interior of air conditioner dried out Ion sterilisation function removes germs automatically after use and mould Fast. How to Change the Picture 45% 25˚ INDOOR UNITS Panel Type 165mm Conventional LG Silver Gold Red White silver 07/09/12GSFV2 07/09/12GSFG2 07/09/12GSFE2 07/09/12GSFH2 ARTCOOL Mirror Auto Cleaning A major cause of air conditioner odours is mould and bacteria that can breed in the heat exchanger. Mirror Silver 07/09/12/15GSER2 18/24GS8R2 07/09/12/15GSEV2 18/24GS8V2 Digital Air Flow Control The air flow can be controlled to ensure maximum comfort and convenience. With LG’s revolutionary A support clip creates adequate space between The tubing space is up to 45% wider than previous ARTCOOL Gallery. ARTCOOL WALL MOUNTED Aesthetic Design Installation Support Clip Wider Tubing Space You no longer need to be told what your air conditioner should look like. you can change the look of your air conditioner to whatever you want.The tubing space is wider The ARTCOOL series have outstanding designs and have been awarded the International Forum Design Award. models for easier installation. and the filter deactivates the Odour Decomposition Coulomb Force allergens. first developed by LG. etc. and can prevent dermatitis. Cooling Heating (Normal) Heating (Floor Heating Mode) Conventional Skew Fan 22dB When the fan rotates. 15°C Lead Time for 12 minutes 9 minutes 8 minutes • Red filter removes smells such as smoke and food smells. Indoor Room:13°C~ . a leading cause of sick building syndrome.2 million Particles primarily reduces large dust allergens.) (VOC= Volatile Organic Chemical) 2 Formaldehyde filter removes formaldehyde. and pneumonia 3 Common odour filter removes ordinary odours that can cause migraines and chronic fatigue syndrome Step1 Eliminating (Plasma Filter) The plasma air purifying system. the vane directs the warm air downwards to balance the room temperature especially for floor. cleaners. vomiting. When the air passes through the filter. Using the floor heating mode. It has the ability to remove unpleasant odours and can create a more comfortable environment. furniture. Step3 Step4 Step2 1 VOC filter removes odour and hazardous VOCs that are discharged from household materials made out of chemical 5step substances (carpet. the stabilser and the fan When the fan rotates. Outdoor Room:7°C) 5-Step Vane Control There are 5 different stages to control air flow direction. Heating 50 minutes 1 30 seconds 30 seconds 40 seconds • Black filter removes the odour of new buildings such as formaldehyde. Dust Charging (+) Filtering of Dust by Deodorisation cling to the filter. mould and quilt dust. the vane adjusts upwards to direct the air flow towards the ceiling. Stabilizer Fan rotates Stabilizer Fan rotates Conventional LG Quick Floor Heating INDOOR UNITS Console air conditioners offer a fast and powerful Company A Electric Heater LG LG Deodorising (Triple Filter) Floor Heating Mode performance. ions. Instantaneous pressure change is small. such as dust particles. paint. the indoor units have reduced vibration and noise When heating. ARNU12GSBL2 in sleep mode is only 19dB. the stabilser and the fan blade are in parallel (= the contact of lines) blade are not in parallel (= the contact of points) 3dB 19dB Instantaneous pressure change is great. allergens substances. 66 67 . In addition. (Test Condition :Target Temp 23°C. console air 27°C Vertical conditioners provide faster floor heating and help to reach The triple filter consists of three special filters that can reduce the side effects caused by some organic compounds the desired temperature quickly. apatite and organic/inorganic binders. reduces the presence of microscopic contaminants that cause Healthier Air (3 Stage Air Filter System) allergies and asthma. and traps some of the airborne hazardous particles. Polluted Air Ionising Filtering Deodorising Odor Clean Air 1st Advanced pre filter : 2nd Allergy Filter : 3rd Plasma Ion Generator : Dust The antibacterial pre-filter Filter consists of enzyme that breaks down The sterilised ion generator emits around 1. For example. mites and pet fur. (13°C 21°C) 2 3 • Blue filter removes the chemical smells such as the smell of fresh paint. LG model During the cooling operation. WALL MOUNTED CONSOLE Low Noise Level Optimised Air Flow for Cooling & Heating The indoor unit operates quietly in sleep mode for peace and quiet for in bedroom or office. thanks to a super quiet fan and motor. Horizontal including formaldehyde. ARNU09GSBL2. Flexible connection of remote controller . Standard Inverter Height Refrigerant Drain leakage 7.0 kW 204mm piping check check and and Hanger hanger adjust easyDrain It isDrain Leakage Leakage Check to install Checkto theHanger the panel body.Hanger Adjust Adjustthe using button type panel design.Second remote control : 2 remote controllers to 1 indoor unit Easy & solid attachment to the wall Direct air flow Indirect air flow wall wall Auto Elevation Grille INDOOR UNITS Easy filter cleaning with elevation grill. The indoor unit with slim and compact dimensions has reduced the restriction which enables successful installation in Detachable Corner Design Drain leakage check Hanger adjust various spaces. Comparison of temperatures Normal air flow Swirl swing (plaesant air) Memory for User’s Level Auto Stop Detection Max.1-8. making it possible to control all four vanes independently. 10. ARNU07GTRC2.0 kW 246mm adjust 12. CEILING CASSETTE Independent Vane Control Flexible Connection The Independent Vane Operation feature uses separate motors.Group control : 1 remote controller up to 16 indoor units. 4-Point Support Structure Auto Leveling Swirl Swing Swirl swing distributes air evenly throughout the room to ensure a more comfortable environment by adjusting the movement of the vane.5-15 kW 288mm Hanger Drain Leakage Check Hanger adjust Hanger Adjust adjust Length width : 840X840mm 68 69 . ARNU09GTRC2. 4. Conventional LG Conventional LG ARNU18GTQC2 Vertical temperature differences Attachable/detachable Horizontal temperature differences *Operating with wired remote controller PQRCVSL0(QW) and wireless remote controller corner design included in PTEGM0. ARNU12GTRC2.5m STOP Attachable/detachable Attachable/detachable cornercorner designdesign Memory Refrigant Refrigant Drain leakage Drain leakage PipingPiping check check check check *Except ARNU05GTRC2. All vane operation Independent Vane Control . ARNU15GTQC2. Refrigant Drain leakage Piping check check Convenient Panel Installation Hanger Hanger adjustadjust Hanger Hanger adjustadjust Compact Size The detachable corner designHanger makes adjust it easy to adjust the hangerHanger during adjust installation and to check for leakages in the drain connection pipe. Compares temperatures sensed from different positions. No additional accessories are necessary to control air flow. (External Static Pressure) Control 300mm Flexible drain hose INDOOR UNITS E. it is possible to operate cooling / heating for water drainage.P. Two thermistors can optimise indoor air temperature for a more comfortable environment.P. The BLDC motor can control fan speed Available for natural drainage and air volume regardless of the external static pressure. and automatically selects the optimum temperature for users Indoor Unit Thermistor Remote Controller Thermistor 70 71 .S. control function can make air volume controlled easily with remote controller. Control The new low static duct allows the air intake at the rear or bottom under installation condition.S.S. for several rooms simultaneously. CEILING CONCEALED DUCT Operation for Multiple Rooms High Head Drain Pump Using a spiral duct (embedded or flexible type) and High head drain pump automatically drains water up to 700mm of drain-head height. There may be a significant difference between ceiling and floor air temperature. Fixture Drain pipe slope (1/50~1/100) Drain pipe Water drainage up to 700mm 450mm E. It provides perfect solution stream chamber. Detachable drain pump Flexible Installation (Low static duct only) E. Conventional New Low Static Duct Comfort Cooling / Heating Comfort Cooling / Heating Air intake at the only rear Air intake at the rear or bottom Two Thermistors Control The indoor temperature can be checked using the thermistors in the remote controller as well as from the indoor unit.P. This saves space when installed in the shops or offices. back. ARNU12GVEA2 Airflow Direction Control 3 way Flexible Installation Horizontal Airflow Direction Control Vertical Airflow Direction Control It is possible to install and connect the outdoor unit in 3 Adjust the horizontal airflow direction by manually moving the The airflow direction can be adjusted as desired by using the remote horizontal airflow direction loure by hand. control. different ways (side. CEILING & FLOOR FLOOR STANDING CEILING SUSPENDED Flexible Installation Block Cold Draft The ceiling and floor models can be installed either on the ceiling or on the floor. Without Floor Standing With Floor Standing Cold Draft Block cold drafts to provide a warmer environment INDOOR UNITS * Ceiling & Floor : ARNU09GVEA2. Back Side Floor Filter Change Alarm The filter change alarm informs you when the unit has been operating for 2. Easy maintenance and extended product life with sliding type filter Easy cleaning Sliding type One Touch Filter Filter Change Alarm 72 73 . The floor standing unit can block cold drafts from windows to provide a warmer environment for places such as libraries and offices. floor).400 hours. It is very easy to clean or Sliding Type Filter change the filter. 3 / 7.7 / 6.2(15/32) 12.2(24. ARNU07GSE*2 ARNU09GSE*2 ARNU12GSE*2 / Panel ARNU07GSF*2 ARNU09GSF*2 ARNU12GSF*2 Mirror ARNU15GSE*2 ARNU18GS8*2 ARNU24GS8*2 *1: Photo changeable .7(1/2) 15.0 / 5.6°F)DB / 6°C(42.2°F)WB Heating .2 9.5 / 8.2 2.1 / 6.2(15/32) 12.2(24.Indoor temp.V : Silver Model ARNU07GSF*2 ARNU09GSF*2 ARNU12GSF*2 Model ARNU07GSE*2 ARNU09GSE*2 ARNU12GSE*2 ARNU15GSE*2 ARNU18GS8*2 ARNU24GS8*2 Cooling Nom kW 2.0 8.6 7. 35°C(95°F)DB / 24°C(75.0 Heating Nom kW 2.0 10. 27°C(80.V : Silver Silver(V) .0 14.8 3.5m Interconnecting piping length 7.4 / 13.2 9.35(1/4) 6.7) 11.0 Sound Pressure H/M/L dBA 38 / 32 / 27 38 / 32 / 27 44 / 38 / 32 Sound Pressure H/M/L dBA 37 / 33 / 23 39 / 35 / 25 41 / 36 / 27 42 / 36 / 27 37 / 34 / 31 43 / 37 / 32 INDOOR UNITS Dimensions Body WxDxH mm 600 x 600 x 146 600 x 600 x 146 600 x 600 x 146 Dimensions Body WxDxH mm 915 x 282 x 165 915 x 282 x 165 915 x 282 x 165 915 x 282 x 165 1. Due to our policy of innovation some specifications may be changed without notification Accessories Accessories Model ARNU07GSF*2 ARNU09GSF*2 ARNU12GSF*2 Model ARNU07GSE*2 ARNU09GSE*2 ARNU12GSE*2 ARNU15GSE*2 ARNU18GS8*2 ARNU24GS8*2 Simple (1 Contact point without case) PQDSA Simple (1 Contact point without case) PQDSA Simple (1 Contact point with case) PDRYCB000 Simple (1 Contact point with case) PDRYCB000 Dry Contact 2 Contact point PDRYCB400 Dry Contact 2 Contact point PDRYCB400 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 Modbus Communication PDRYCB500 Modbus Communication PDRYCB500 Wired Remote Controller Wireless Remote Wired Remote Controller Wireless Remote Premium Standard Simple Simple Type for Hotel Controller Premium Standard Simple Simple Type for Hotel Controller PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PQRCVCL0QW (White) PQRCHCA0QW (White) PQRCVCL0QW (White) PQRCHCA0QW (White) 74 75 . 20°C(68°F)DB / 15°C(59°F)WB Outdoor temp.2 2.2(15/32) Drain I.0 / 11.5 / 8.35(1/4) Liquid mm(inch) 6.1) 15(33.0 10. 27°C(80.6 4.0 10.6 Cooling Nom kW 2.88(5/8) tion tion Drain I.3 / 4.2 4.107 x 299 x 200 Net Weight kg(lbs) 15(33.0 / 6.5 3.3 / 4.D.0 10.0 / 6.5 3.E : Red .0 / 8.0 / 5. mm(inch) 12.0 / 7.2°F)WB Heating .0 / 11.1) Liquid mm(inch) 6.2°F)WB Outdoor temp.5m Level difference of zero Level difference of zero Level difference of zero Level difference of zero 2.7) 11.0 5.4 / 12.35(1/4) 6.0 Heating H/M/L m3/min 7.6°F)DB / 6°C(42.7(1/2) 12.1 Capacity Capacity Heating Nom kW 2.5 5.2 8.3 / 7.2 8.1) 15(33. Due to our policy of innovation some specifications may be changed without notification 2.2(24.1) Net Weight kg(lbs) 11.7 / 6.0 / 6.0 / 8. mm(inch) 16(5/8) 16(5/8) 16(5/8) 16(5/8) 16(5/8) 16(5/8) Note : Note : 1.7(1/2) 12.0 / 6.107 x 299 x 200 1.35(1/4) 6.5m Interconnecting piping length 7.0 / 7.0 / 6.0 Cooling H/M/L m3/min 7.0 17.4 / 13.0 / 4.3 8. 7°C(44.7) 11.D.7(1/2) 12.9 / 14.7(1/2) 12.0 17.35(1/4) 9.5m Interconnecting piping length 7.35(1/4) 6.3 / 4.35(1/4) 6.3 / 4. Piping Connec- Gas mm(inch) 12.6°F)DB / 19°C(66.R : Mirror Silver(V) Gold(G) Red(E) White Silver(H) .8 3.Indoor temp.0 / 4.6°F)DB / 19°C(66.7(1/2) 12.0 14.2 4.1 / 6.1) 15(33.7(1/2) Gas mm(inch) 12.Indoor temp.1 / 6.0 6.2°F)WB Outdoor temp. 20°C(68°F)DB / 15°C(59°F)WB Cooling .0 Cooling Nom W 35 35 35 Cooling Nom W 40 40 40 40 35 35 Power Input Power Input Heating Nom W 35 35 35 Heating Nom W 40 40 40 40 35 35 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Cooling H/M/L m3/min 8.9 / 14.7(1/2) 12.52(3/8) Piping Connec. Capacities are based on the following conditions Cooling . Capacities are based on the following conditions 1.8°F)WB Outdoor temp.G : Gold H : White Silver .Indoor temp.0 8.0 Airflow Rate Airflow Rate Heating H/M/L m3/min 8. 7°C(44.1 / 6.0 / 6.4 / 12.2(24.35(1/4) 6. 35°C(95°F)DB / 24°C(75.8°F)WB Interconnecting piping length 7.7) 15(33. 5 39.0 21.0 12.0 (22.9 / 4.0 5.Indoor temp.7(1/2) 12.0 21.5 10.9) 14.9) 14. 35°C(95°F)DB / 24°C(75.0 5.2°F)WB Heating .35(1/4) 6.8 8.9) Liquid mm(inch) 6.1 Cooling Nom kW 2.0 (30.2 4.6 7.9 / 4.5 9.5 3.0(30.5m Level difference of zero Level difference of zero Level difference of zero Level difference of zero 2.6°F)DB / 19°C(66.5 Heating Nom W 30 30 30 30 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Cooling H/M/L m3/min 6.5 Capacity Capacity Heating Nom kW 1.9 / 4.3 8.0(30.5/9.0 (22.6°F)DB / 6°C(42.0(30.8°F)WB Interconnecting piping length 7.3 14.7/11.7 / 5.5 7.0) 14.2 2.5 Heating H/M/L m3/min 6.0 12.5 5.35(1/4) 9.8 3. 27°C(80.5 8.0/5.0/11.7(1/2) 12. Due to our policy of innovation some specifications may be changed without notification Accessories Accessories Model ARNU05GSBL2 ARNU07GSBL2 ARNU09GSBL2 ARNU12GSBL2 ARNU15GSBL2 ARNU18GSCL2 ARNU24GSCL2 Model ARNU07GQAA2 ARNU09GQAA2 ARNU12GQAA2 ARNU15GQAA2 Simple (1 Contact point without case) PQDSA Without Case (1 Contact Point) PQDSA Simple (1 Contact point with case) PDRYCB000 With Case (1 Contact Point) PDRYCB000 Dry Contact 2 Contact point PDRYCB400 Dry Contact PDRYCB400 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 PDRYCB300 Modbus Communication PDRYCB500 With Case (2 Contact Point) PDRYCB500 Wired Remote Controller Wireless Remote Wired Remote Controller Wireless Remote Premium Standard Simple Simple Type for Hotel Controller Premium Standard Simple Simple Type for Hotel Controller PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PQRCVCL0QW (White) PQRCHCA0QW (White) PQRCVCL0QW (White) PQRCHCA0QW (White) 76 77 .0 6. mm(inch) 12.2(15/32) 12.35(1/4) Piping Piping Connec- Gas mm(inch) 12.0/12.6°F)DB / 19°C(66.5 / 5.8 7.35(1/4) 6.5 Cooling H/M/L m3/min 6.Indoor temp.7 / 5. mm(inch) 16(5/8) 16(5/8) 16(5/8) 16(5/8) 16(5/8) 16(5/8) 16(5/8) Drain I.0) 10.7(1/2) 15.8°F)WB Outdoor temp.9) 14.7 / 5.5 39.0) 10.7 / 5.7/11.2°F)WB Outdoor temp.0(30.9) Net Weight kg(lbs) 14.5/6.52(3/8) Liquid mm(inch) 6.5m Interconnecting piping length 7.7 / 6.0 21.2/7.9 / 4. 20°C(68°F)DB / 15°C(59°F)WB Outdoor temp.6 4.88(5/8) Gas mm(inch) 12.0 21.7(1/2) 12.9 Airflow Rate Airflow Rate Heating H/M/L m3/min 6.5/12.8 6.D.5 9.0 39.5/5.8 7.5/8.5m Interconnecting piping length 7. ARNU05GSBL2 ARNU07GSBL2 ARNU09GSBL2 ARNU07GQAA2 ARNU09GQAA2 Wall Mounted ARNU12GSBL2 ARNU15GSBL2 ARNU18GSCL2 ARNU24GSCL2 Console ARNU12GQAA2 ARNU15GQAA2 Model ARNU05GSBL2 ARNU07GSBL2 ARNU09GSBL2 ARNU12GSBL2 ARNU15GSBL2 ARNU18GSCL2 ARNU24GSCL2 Model ARNU07GQAA2 ARNU09GQAA2 ARNU12GQAA2 ARNU15GQAA2 Cooling Nom kW 1.2/7.2°F)WB Outdoor temp.6 4.5/9.6 2.030 x 325 x 255 1.0 (22.Indoor temp.7(1/2) 12.7(1/2) 12.8 6.9 / 4.2/6.0/7.8 2.0/5.2(15/32) 12.7 / 5.0 (22.6°F)DB / 6°C(42. Capacities are based on the following conditions 1.35(1/4) 6.5 Cooling Nom W 30 30 30 30 Power Input Power Input Heating Nom W 21.0 21.9 Sound Pressure H/M/L dBA 30/29/28 32/30/28 34/32/28 37/34/30 40/36/32 38/35/33 43/39/35 Sound Pressure H/M/L dBA 37 / 34 / 28 37 / 34 / 28 39 / 34 / 28 42 / 37 / 31 INDOOR UNITS Dimensions Body WxHxD mm 895 x 289 x 215 895 x 289 x 215 895 x 289 x 215 895 x 289 x 215 895 x 289 x 215 1.35(1/4) 6.7(1/2) 12.9 / 4.3 14.2(15/32) Note : Note : 1.5 8.7 / 6.35(1/4) 6.8 3.5/6.Indoor temp.2(15/32) 12.35(1/4) 6.0) 10.0/5.2/6. 7°C(44. 27°C(80. Capacities are based on the following conditions Cooling .030 x 325 x 255 Dimensions Body WxHxD mm 700 x 600 x 210 700 x 600 x 210 700 x 600 x 210 700 x 600 x 210 Net Weight kg(lbs) 10.7(1/2) Connection tion Drain I.D.5/12.0 (22.0 21.9) 14.2 4.2 2.0/5.8 8.5 7.7 / 5.0 Heating Nom kW 2.0 21.5/5.0 21. 20°C(68°F)DB / 15°C(59°F)WB Cooling .0 39.2°F)WB Heating . 7°C(44.35(1/4) 6.0/7. 35°C(95°F)DB / 24°C(75.0/11.5 10.5m Interconnecting piping length 7.5/8.5 3.0 (30.0) 10.0/6.5 / 5. Due to our policy of innovation some specifications may be changed without notification 2.7(1/2) 12.0 Cooling Nom W 21.7(1/2) 12.0/12.35(1/4) 6.0/6. Indoor temp.3 11.9 13.5 3.6 8.3 Heating Nom kW 8.88(5/8) 15.3) 14.3 11.7(1/2) 12.2 4.6°F)DB / 6°C(42.88(5/8) 15.2) 15.6°F)DB / 6°C(42.5m Level difference of zero Level difference of zero Level difference of zero Level difference of zero 2.5 / 7.5 / 7.5m Interconnecting piping length 7.9) 14.7(1/2) 12.0 / 9.0 / 6.7(1/2) 12.6 4.0 6.8°F)WB Outdoor temp.3) 15.7(1/2) 12.88(5/8) Drain I.5 5.0 5.2 / 11.0 / 6.2) Net Weight kg(lbs) 20.6 Note : Note : 1. 35°C(95°F)DB / 24°C(75. Due to our policy of innovation some specifications may be changed without notification Accessories Accessories Model ARNU05GTRC2 ARNU07GTRC2 ARNU09GTRC2 ARNU12GTRC2 ARNU15GTQC2 ARNU18GTQC2 Model ARNU24GTPC2 ARNU28GTPC2 ARNU36GTNC2 ARNU42GTMC2 ARNU48GTMC2 Simple (1 Contact point without case) PQDSA Simple (1 Contact point without case) PQDSA Simple (1 Contact point with case) PDRYCB000 Simple (1 Contact point with case) PDRYCB000 Dry Contact 2 Contact point PDRYCB400 Dry Contact 2 Contact point PDRYCB400 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 Modbus Communication PDRYCB500 Modbus Communication PDRYCB500 Front Panel PT-UQC Front Panel PT-UMC1 Ventilation Kit PTVK430 Auto Elevation Grille PTEGMO Ventilation Kit PTVK410 / PTVK420 / PTVK 430 Wired Remote Controller Wireless Remote Wired Remote Controller Wireless Remote Premium Standard Simple Simple Type for Hotel Controller Premium Standard Simple Simple Type for Hotel Controller PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTB001 (New) PREMTBB01 (New) PQRCVCL0QW (White) PQRCHCA0QW (White) PREMTB001 (New) PREMTBB01 (New) PQRCVCL0QW (White) PQRCHCA0QW (White) 78 79 .1 8.8 15.6(56.0 / 10.5m Interconnecting piping length 7.0 / 10.0 11.8(45.8) 20.6 5.6 5.88(5/8) 15.3 14.6 Cooling Nom kW 7.1(28. mm(inch) 25(31/32) 25(31/32) 25(31/32) 25(31/32) 25(31/32) 25(31/32) Drain I.5(34.Indoor temp.1 Capacity Capacity Heating Nom kW 1.52(3/8) 9.6 7.7 / 8.6°F)DB / 19°C(66.7(1/2) Piping Connection Gas mm(inch) 15.0 / 7.6 5.8(45.4) Neoplasma Purifying Filter PTPKQ0 PTPKQ0 PTPKQ0 PTPKQ0 PTPKQ0 PTPKQ0 Neoplasma Purifying Filter PTPKM0 PTPKM0 PTPKM0 PTPKM0 PTPKM0 Liquid mm(inch) 6.52(3/8) 9.35(1/4) Liquid mm(inch) 9.Indoor temp.8°F)WB Interconnecting piping length 7.5 / 7.52(3/8) Piping Connection Gas mm(inch) 12.8 3.0 / 7.35(1/4) 6. Capacities are based on the following conditions Cooling .0 Cooling H/M/L m3/min 17 / 15 / 13 19 / 16 / 14 25 / 21 / 19 30 / 27 / 24 31 / 29 / 27 Airflow Rate Airflow Rate Heating H/M/L m3/min 7.5(51. 7°C(44.2°F)WB Heating .6°F)DB / 19°C(66.6 12.35(1/4) 6.0 / 7.6 8. 35°C(95°F)DB / 24°C(75.2°F)WB Heating .2 10.88(5/8) 15.2 / 11.0 / 10.2°F)WB Outdoor temp.2 11.8) 23.0 / 7.8 2.5 / 7.0 / 9.2°F)WB Outdoor temp.5 / 7.1(28.Indoor temp.D.6 5.35(1/4) 6. 7°C(44. 27°C(80.35(1/4) 6.2(31. ARNU05GTRC2 ARNU07GTRC2 ARNU09GTRC2 ARNU24GTPC2 ARNU28GTPC2 4 Way Cassette (570×570) ARNU12GTRC2 ARNU15GTQC2 ARNU18GTQC2 4 Way Cassette (840×840) ARNU36GTNC2 ARNU42GTMC2 ARNU48GTMC2 Model ARNU05GTRC2 ARNU07GTRC2 ARNU09GTRC2 ARNU12GTRC2 ARNU15GTQC2 ARNU18GTQC2 Model ARNU24GTPC2 ARNU28GTPC2 ARNU36GTNC2 ARNU42GTMC2 ARNU48GTMC2 Cooling Nom kW 1.52(3/8) 9.7 / 8.6 2. Due to our policy of innovation some specifications may be changed without notification 2.9) 13.D.0 / 6. 27°C(80.4) 25. 20°C(68°F)DB / 15°C(59°F)WB Outdoor temp.5m Interconnecting piping length 7.1 8.0 9.5(34.35(1/4) 6.8) 25.0 / 6.0 / 10.52(3/8) 9.9 Cooling Nom W 30 30 30 30 30 30 Cooling Nom W 33 33 144 144 144 Power Input Power Input Heating Nom W 30 30 30 30 30 30 Heating Nom W 33 33 144 144 144 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Cooling H/M/L m3/min 7.2 2.6 7.0 Heating H/M/L m3/min 17 / 15 / 13 19 / 16 / 14 25 / 21 / 19 30 / 27 / 24 31 / 29 / 27 Sound Pressure H/M/L dBA 29 / 27 / 26 29 / 27 / 26 30 / 29 / 27 32 / 30 / 27 36 / 34 / 32 37 / 35 / 34 Sound Pressure H/M/L dBA 36 / 34 / 31 39 / 35 / 33 43 / 40 / 37 44 / 41 / 38 46 / 43 / 41 INDOOR UNITS Dimensions Body WxHxD mm 570 x 570 x 214 570 x 570 x 214 570 x 570 x 214 570 x 570 x 214 570 x 570 x 256 570 x 570 x 256 Dimensions Body WxHxD mm 840 x 840 x 204 840 x 840 x 204 840 x 840 x 246 840 x 840 x 288 840 x 840 x 288 Net Weight kg(lbs) 13. Capacities are based on the following conditions 1. mm(inch) 25(31/32) 25(31/32) 25(31/32) 25(31/32) 25(31/32) Model PT-UQC PT-UQC PT-UQC PT-UQC PT-UQC PT-UQC Model PT-UMC1 PT-UMC1 PT-UMC1 PT-UMC1 PT-UMC1 Colour Morning fog Morning fog Morning fog Morning fog Morning fog Morning fog Colour Morning fog Morning fog Morning fog Morning fog Morning fog Decoration Panel Decoration Panel Dimensions WxDxH mm 700 x 22 x 700 700 x 22 x 700 700 x 22 x 700 700 x 22 x 700 700 x 22 x 700 700 x 22 x 700 Dimensions WxDxH mm 950 x 25 x 950 950 x 25 x 950 950 x 25 x 950 950 x 25 x 950 950 x 25 x 950 Weight kg 3 3 3 3 3 3 Weight kg 5.5 / 7.2(31.6(56. 20°C(68°F)DB / 15°C(59°F)WB Cooling .0 11.7(1/2) 12.1 8. 8°F)WB Outdoor temp.6°F)DB / 6°C(42.3 / 6.35(1/4) 6.2 / 8.7(1/2) 12.3 / 12.7(32.1 / 10.6°F)DB / 19°C(66.Indoor temp.3 8.2 4.050 x 28 x 640 1.5) Net Weight kg(lbs) 14.88(5/8) Drain I.050 x 28 x 640 Dimensions WxDxH mm 1.5 Airflow Rate Airflow Rate Heating H/M/L m3/min 13 / 12 / 10 17 / 15 / 13 Heating H/M/L m3/min 8.35(1/4) 9.3 / 12. mm(inch) 25(31/32) 25(31/32) Drain I.2 / 8.7(1/2) 12.7(32. PT-UUD(Panel) PT-UUC(Grill).420 x 34 x 500 Weight kg 4.2 13.4 9.7(41. 20°C(68°F)DB / 15°C(59°F)WB Outdoor temp.100 x 34 x 500 1.7(1/2) 15.2 / 7. PT-UTD(Panel) Colour Morning fog Morning fog Colour White White White White White Decoration Panel Decoration Panel Dimensions WxDxH mm 1. Capacities are based on the following conditions 1.5 Note : Note : 1.4) 14.35(1/4) 9.35(1/4) 6.52(3/8) Piping Connection Gas mm(inch) 12.0 6.Indoor temp.4) 18.0 Heating Nom kW 2.5) 22(48.2 / 8.3 / 6.6 5.7(41.3 7. 7°C(44. 20°C(68°F)DB / 15°C(59°F)WB Cooling .6 5.6 7.5m Interconnecting piping length 7.100 x 34 x 500 1.5m Interconnecting piping length 7.3 / 11. PT-UUD(Panel) PT-UTC(Grill).Indoor temp.6°F)DB / 19°C(66. 35°C(95°F)DB / 24°C(75.6 4.3 / 11.D.2 10 / 9. 27°C(80. Due to our policy of innovation some specifications may be changed without notification 2.100 x 34 x 500 1. Capacities are based on the following conditions Cooling .6 / 13.180 x 450 x 132 1.5 3.8°F)WB Interconnecting piping length 7. PT-UUD(Panel) PT-UUC(Grill). 35°C(95°F)DB / 24°C(75. PT-UTD(Panel) PT-UTC(Grill).5m Interconnecting piping length 7.D.2°F)WB Heating .6 4.7(32.7(1/2) 12.88(5/8) Piping Connection Gas mm(inch) 12.7(1/2) 15.6 7.2°F)WB Outdoor temp.52(3/8) Liquid mm(inch) 6.2 13.0 Weight kg 4.5m Level difference of zero Level difference of zero Level difference of zero Level difference of zero 2.1 / 10.4 9. ARNU07GTUC2 ARNU09GTUC2 2 Way Cassette ARNU18GTLC2 ARNU24GTLC2 1 Way Cassette ARNU12GTUC2 ARNU18GTTC2 ARNU24GTTC2 Grill Type Model ARNU18GTLC2 ARNU24GTLC2 Model ARNU07GTUC2 ARNU09GTUC2 ARNU12GTUC2 ARNU18GTTC2 ARNU24GTTC2 Cooling Nom kW 5. 27°C(80.9 14.2°F)WB Outdoor temp.420 x 34 x 500 1.1 Cooling Nom kW 2.6 / 8.35(1/4) 6. Due to our policy of innovation some specifications may be changed without notification Accessories Accessories Model ARNU18GTLC2 ARNU24GTLC2 Model ARNU07GTUC2 ARNU09GTUC2 ARNU12GTUC2 ARNU18GTTC2 ARNU24GTTC2 Simple (1 Contact point without case) PQDSA Simple (1 Contact point without case) PQDSA Simple (1 Contact point with case) PDRYCB000 Simple (1 Contact point with case) PDRYCB000 Dry Contact 2 Contact point PDRYCB400 Dry Contact 2 Contact point PDRYCB400 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 Modbus Communication PDRYCB500 Modbus Communication PDRYCB500 Front Panel PT-HLC Front Panel PT-UUC (Grill) / PT-UUD (Panel) PT-UTC (Grill) / PT-UTD (Panel) Wired Remote Controller Wireless Remote Wired Remote Controller Wireless Remote Premium Standard Simple Simple Type for Hotel Controller Premium Standard Simple Simple Type for Hotel Controller PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTB001 (New) PREMTBB01 (New) PQRCVCL0QW (White) PQRCHCA0QW (White) PREMTB001 (New) PREMTBB01 (New) PQRCVCL0QW (White) PQRCHCA0QW (White) 80 81 .6 / 8. 7°C(44.6°F)DB / 6°C(42.4) 14.5 Sound Pressure H/M/L dBA 40 / 36 / 32 42 / 38 / 34 Sound Pressure H/M/L dBA 32 / 29 / 25 35 / 34 / 32 38 / 35 / 32 40 / 37 / 35 43 / 40 / 36 INDOOR UNITS Dimensions Body WxHxD mm 830 x 550 x 225 830 x 550 x 225 Dimensions Body WxHxD mm 860 x 450 x 132 860 x 450 x 132 860 x 450 x 132 1.1 Capacity Capacity Heating Nom kW 6.180 x 450 x 132 Net Weight kg(lbs) 22(48.2 / 7.5 5.0 4.8 3.2 2.6 / 13.Indoor temp.1 Cooling Nom W 70 70 Cooling Nom W 40 40 40 70 70 Power Input Power Input Heating Nom W 70 70 Heating Nom W 40 40 40 70 70 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Cooling H/M/L m3/min 13 / 12 / 10 17 / 15 / 13 Cooling H/M/L m3/min 8.2°F)WB Heating .23) 18.23) Liquid mm(inch) 6. mm(inch) 25(31/32) 25(31/32) 25(31/32) 25(31/32) 25(31/32) Model PT-HLC PT-HLC Model PT-UUC(Grill).2 10 / 9.9 14.2 / 8. 5m Level difference of zero Level difference of zero Level difference of zero Level difference of zero 2.0 8.4(1) 25. L1 : The Sound Pressure test condition is based on 20 Pa (Static Pressue) as standard.4(1) 25.5(38. mm(inch) 25.9 2.35(1/4) 6.0 Cooling Nom W 40 40 40 Cooling Nom W 85 85 85 115 115 Power Input Power Input Heating Nom W 40 40 40 Heating Nom W 85 85 85 115 115 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Airflow Rate Cooling H/M/L m3/min 6.0 (High mode) Heating H/M/L m3/min 6.0 / 8.100 x 190 x 700 1.5 / 10.3 7.0 / 5.7(1/2) 15.0 / 5.0 5.7(1/2) Piping Connection Gas mm(inch) 12.0 20. L2.35(1/4) 6.2 / 5.2°F)WB Heating .54(25) 2.0 17.54(25) 2.5m Interconnecting piping length 7.5 / 14.7) 27(59.52(3/8) 9.0 12.7 / 6.Indoor temp. 5 x 1 19 x 1.54(25) 2.0 17.5 (High mode) Heating H/M/L m3/min 10.7(1/2) 12. ARNU12GL2G2 ARNU15GL2G2 Low Static Duct ARNU05GL1G2 ARNU07GL1G2 ARNU09GL1G2 Low Static Duct ARNU18GL2G2 ARNU21GL3G2 ARNU24GL3G2 Model ARNU05GL1G2 ARNU07GL1G2 ARNU09GL1G2 Model ARNU12GL2G2 ARNU15GL2G2 ARNU18GL2G2 ARNU21GL3G2 ARNU24GL3G2 Cooling Nom kW 1.35(1/4) 6.0 / 7.6°F)DB / 6°C(42.6) 17. 5 x 1 19 x 1.0 / 8.5) Liquid mm(inch) 6.0 External Static Pressure High Mode . Due to our policy of innovation some specifications may be changed without notification 3.2 2. 20°C(68°F)DB / 15°C(59°F)WB Outdoor temp.7 / 6.7 2.5 Airflow Rate Cooling H/M/L m3/min 10.8°F)WB Outdoor temp. 3.7(1/2) 12.88(5/8) 15.0 / 12.5 / 7.7(1/2) 12.5 9.2 / 5. mm(inch) 25.5 / 6.5) 27(59.0 / 12. Due to our policy of innovation some specifications may be changed without notification 2.Indoor temp.0 / 16.D. 27°C(80.0 / 8.D.0 / 12.5 / 5.6) Net Weight kg(lbs) 23(50.5 7.52(3/8) Piping Connection Gas mm(inch) 12.8°F)WB Interconnecting piping length 7.100 x 190 x 700 Net Weight kg(lbs) 17.5 / 7.0 12.4(1) 25. 7°C(44. Accessories Accessories Model ARNU05GL1G2 ARNU07GL1G2 ARNU09GL1G2 Model ARNU12GL2G2 ARNU15GL2G2 ARNU18GL2G2 ARNU21GL3G2 ARNU24GL3G2 Simple (1 Contact point without case) PQDSA Without Case (1 Contact Point) PQDSA Simple (1 Contact point with case) PDRYCB000 With Case (1 Contact Point) PDRYCB000 Dry Contact 2 Contact point PDRYCB400 Dry Contact PDRYCB400 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 PDRYCB300 Modbus Communication PDRYCB500 With Case (2 Contact Point) PDRYCB500 Wired Remote Controller Wireless Remote Wired Remote Controller Wireless Remote Premium Standard Simple Simple Type for Hotel Controller Premium Standard Simple Simple Type for Hotel Controller PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTB001 (New) PREMTBB01 (New) PQRCVCL0QW (White) PQRCHCA0QW (White) PREMTB001 (New) PREMTBB01 (New) PQRCVCL0QW (White) PQRCHCA0QW (White) 82 83 .4(1) 25.6 6.5 / 5.35(1/4) Liquid mm(inch) 6.2°F)WB Heating .4(1) Drain I.6°F)DB / 19°C(66.5(38.0 / 12.35(1/4) 6.6°F)DB / 6°C(42.0 / 12.5m Interconnecting piping length 7.0 / 7.0 / 12.4(1) Fan motor output x Numver W 19 x 1 19 x 1 19 x 1 Fan motor output x Numver W 19 x 1.5 7. 20°C(68°F)DB / 15°C(59°F)WB Cooling .2 Heating Nom kW 4.54(25) 2.5m Interconnecting piping length 7.5 5.5 3. 27°C(80.2°F)WB Outdoor temp.5 / 6.0 / 16.54(25) INDOOR UNITS Sound Pressure H/M/L dBA 25 / 24 / 22 26 / 24 / 22 28 / 25 / 22 Sound Pressure H/M/L dBA 30 / 27 / 25 33 / 30 / 28 35 / 32 / 29 35 / 29 / 28 36 / 33 / 28 Dimensions Body WxHxD mm 700 x 190 x 700 700 x 190 x 700 700 x 190 x 700 Dimensions Body WxHxD mm 900 x 190 x 700 900 x 190 x 700 900 x 190 x 700 1.2 7.Indoor temp.7(1/2) 12. L3 : The Sound Pressure test condition is based on 20 Pa (Static Pressue) as standard.88(5/8) Drain I.2°F)WB Outdoor temp.6°F)DB / 19°C(66.54(25) 2.5 / 10.1 Capacity Capacity Heating Nom kW 1.8 Cooling Nom kW 3.Indoor temp.4(1) 25.6) 17.35(1/4) 9.Factory Set mmAq(Pa) 2.54(25) External Static Pressure High Mode .0 6.0 20. 35°C(95°F)DB / 24°C(75.5 / 10.5 / 14.54(25) 2. Capacities are based on the following conditions 1.0 / 8.7) 23(50. 7°C(44.6 4.5 15.4(1) 25. 35°C(95°F)DB / 24°C(75.5 / 10.5 15.Factory Set mmAq(Pa) 2. Capacities are based on the following conditions Cooling .5 9. 5 x 1 19 x 2 19 x 2 Note : Note : 1.5(38.7) 23(50. 7(1/2) 12.0 / 10.0 External Static Pressure High Mode .188 x 56 x 359 1.100 x 190 x 575 Dimensions Suction Grille WxHxD mm 910 x 56 x 359 910 x 56 x 359 910 x 56 x 359 910 x 56 x 359 Dimensions Suction Grille WxHxD mm 1. 35°C(95°F)DB / 24°C(75.2°F)WB Outdoor temp.5m Level difference of zero Level difference of zero Level difference of zero Level difference of zero 2.4(1) Drain I.35(1/4) 6. 20°C(68°F)DB / 15°C(59°F)WB Cooling .0 / 8. 27°C(80.0 10.0 / 6.6 4.0 Cooling Nom W 30 30 30 30 Cooling Nom W 80 80 Power Input Power Input Heating Nom W 30 30 30 30 Heating Nom W 80 80 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Airflow Rate Cooling H/M/L m3/min 8.0 / 6.7(1/2) 12.5m Interconnecting piping length 7.0 / 6.0 / 6.4(1) Fan motor output x Number W 30 x 1 30 x 1 30 x 1 30 x 1 Fan motor output x Number W 80 x 1 80 x 1 Note : Note : 1.3 8.35(1/4) 6. 35°C(95°F)DB / 24°C(75.Indoor temp.0 / 10.5 11.8 3. Capacities are based on the following conditions Cooling .8°F)WB Interconnecting piping length 7.0 / 10.5m Interconnecting piping length 7.0 / 7.Indoor temp. 7°C(44.0 / 12. 20°C(68°F)DB / 15°C(59°F)WB Outdoor temp.6°F)DB / 19°C(66.3) 26(57.0 / 15.0 / 15.Factory Set mmAq(Pa) 2(20) 2(20) 2(20) 2(20) External Static Pressure High Mode .100 x 42~250 x 274 1. mm(inch) 25.0 / 6.0 (High mode) Heating H/M/L m3/min 14.5m Interconnecting piping length 7.3) 21(46.5 / 5.0 / 10. Due to our policy of innovation some specifications may be changed without notification Accessories Accessories Model ARNU07GB3G2 ARNU09GB3G2 ARNU012GB3G2 ARNU15GB3G2 Model ARNU18GB4G2 ARNU24GB4G2 Simple (1 Contact point without case) PQDSA Simple (1 Contact point without case) PQDSA Simple (1 Contact point with case) PDRYCB000 Simple (1 Contact point with case) PDRYCB000 Dry Contact 2 Contact point PDRYCB400 Dry Contact 2 Contact point PDRYCB400 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 Modbus Communication PDRYCB500 Modbus Communication PDRYCB500 Suction Grille PBSGB40 Suction Grille PBSGB40 Suction Canvas PSBC40 Suction Canvas PSBC40 Wired Remote Controller Wireless Remote Wired Remote Controller Wireless Remote Premium Standard Simple Simple Type for Hotel Controller Premium Standard Simple Simple Type for Hotel Controller PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTB001 (New) PREMTBB01 (New) PQRCVCL0QW (White) PQRCHCA0QW (White) PREMTB001 (New) PREMTBB01 (New) PQRCVCL0QW (White) PQRCHCA0QW (White) 84 85 .100 x 190 x 575 1.0 Airflow Rate Cooling H/M/L m3/min 14.2°F)WB Outdoor temp.4(1) 25.0 (High mode) Heating H/M/L m3/min 8.0 / 6.Indoor temp.0 / 8.2 2.52(3/8) Piping Connection Gas mm(inch) 12.7(1/2) 15.2°F)WB Heating .5 / 5.3) Net Weight kg(lbs) 26(57.0 / 8.0 17. Due to our policy of innovation some specifications may be changed without notification 2.Built-in Duct ARNU07GB3G2 ARNU09GB3G2 ARNU12GB3G2 ARNU15GB3G2 Built-in Duct ARNU18GB4G2 ARNU24GB4G2 Model ARNU07GB3G2 ARNU09GB3G2 ARNU012GB3G2 ARNU15GB3G2 Model ARNU18GB4G2 ARNU24GB4G2 Cooling Nom kW 2.7(1/2) Piping Connection Gas mm(inch) 12.5 Cooling Nom kW 5.0 / 10.3) 21(46.0 10.0 / 10.35(1/4) 9.3) Liquid mm(inch) 6.0 / 8.5 11.8°F)WB Outdoor temp.1 Capacity Capacity Heating Nom kW 2.5 9. 7°C(44. Capacities are based on the following conditions 1.188 x 56 x 359 Suction Canvas WxHxD mm 821 x 42~250 x 274 821 x 42~250 x 274 821 x 42~250 x 274 821 x 42~250 x 274 Suction Canvas WxHxD mm 1.0 17.6 7.0 / 12.5 9.0 Heating Nom kW 6.2°F)WB Heating .0 5.0 / 7.4(1) 25.4(1) 25.6°F)DB / 6°C(42.Factory Set mmAq(Pa) 2(20) 2(20) INDOOR UNITS Sound Pressure H/M/L dBA 33 / 32 / 29 34 / 33 / 32 35 / 34 / 33 41 / 40 / 37 Sound Pressure H/M/L dBA 43 / 40 / 37 46 / 43 / 37 Body WxHxD mm 820 x 190 x 575 820 x 190 x 575 820 x 190 x 575 820 x 190 x 575 Body WxHxD mm 1.7(1/2) 12.Indoor temp.5 3.4(1) 25.6°F)DB / 19°C(66.2 4.D. mm(inch) 25.3) 21(46.35(1/4) 6.D.100 x 42~250 x 274 Net Weight kg(lbs) 21(46. 27°C(80.6°F)DB / 6°C(42.88(5/8) Drain I.35(1/4) Liquid mm(inch) 6. 52(3/8) 9.0 / 50.6°F)DB / 19°C(66.5 / 32.5 / 5.230 x 380 x 590 1.Indoor temp.5(58. 4.3 51.2°F)WB Outdoor temp.0 / 50.0 / 64.8 9.3 / 30.Indoor temp.7(1/2) 12.5 / 5.8 / 40.2°F)WB Outdoor temp.0 Airflow Rate Cooling H/M/L m3/min 25.5 11.1 / 6.1 Cooling Nom kW 8.0 72.0 / 44. 7°C(44.7 44.6 / 8.1 / 6.2(7/8) Drain I.52(3/8) 9.2°F)WB Heating .2 4.4) 26.5 / 32.8) 38(83.5 13.8 / 40.8 32.0 / 25.3 14.6 16.5 13.9 18.2 10.0 / 14.88(5/8) 19.7(1/2) 12.Indoor temp.3 51.182 x 298 x 450 1.7(1/2) 12.1 / 6.1 / 21.35(1/4) 6.2°F)WB Heating . mm(inch) 25(31/32) 25(31/32) 25(31/32) 25(31/32) 25(31/32) 25(31/32) 25(31/32) Fan motor output x Number W 118 x 1 118 x 1 118 x 1 118 x 1 118 x 1 118 x 1 Fan motor output x Number W 350 x 1 350 x 1 350 x 1 185 x 2 185 x 2 375 x 2 375 x 2 Note : Note : 1.52(3/8) 9.52(3/8) Liquid mm(inch) 9.5m Interconnecting piping length 7.5m Interconnecting piping length 7.0 6.0 / 14.05(3/4) 22.4) 26(57.230 x 380 x 590 1.0 25.5 3.4) 26(57.4 / 13.0 External Static Pressure High Mode .8 / 5.5 / 5.88(5/8) 15.0 / 64.3 / 9.3 / 9.2 2.88(5/8) Piping Connection Gas mm(inch) 15.6 60.0 / 64.0 (High mode) Heating H/M/L m3/min 25.3 34.3 8. BG.0(83.35(1/4) 6.9 / 24.1 / 21.6 / 6.8°F)WB Interconnecting piping length 7.5 5.562 x 460 x 688 Net Weight kg(lbs) 26(57.6°F)DB / 6°C(42.8) 53(117) 53(117) 87(192) 87(192) Liquid mm(inch) 6.88(5/8) 15.Factory Set mmAq(Pa) 8(78) 8(78) 8(78) 8(78) 8(78) 8(78) External Static Pressure High Mode .7(1/2) 15.52(3/8) 9. B8 : The Sound Pressure test condition is based on 220 Pa (High Static Pressue) as standard.5m Level difference of zero Level difference of zero Level difference of zero Level difference of zero 2.6 / 33.88(5/8) 15.8 32.0 72.5 / 5.D. 3.7(1/2) 12.562 x 460 x 688 1.35(1/4) 6.4 8.5 Cooling Nom W 150 150 150 150 150 150 Cooling Nom W 450 450 450 450 450 800 800 Power Input Power Input Heating Nom W 150 150 150 150 150 150 Heating Nom W 450 450 450 450 450 800 800 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Airflow Rate Cooling H/M/L m3/min 6.8 15.0 Capacity Capacity Heating Nom kW 2.0 / 44.4) 26(57.4) 26.8) 38(83.9 / 24.Indoor temp.8 / 40.8 9.4) Net Weight kg(lbs) 38.35(1/4) 9.3 / 9. 20°C(68°F)DB / 15°C(59°F)WB Outdoor temp. mm(inch) 25(31/32) 25(31/32) 25(31/32) 25(31/32) 25(31/32) 25(31/32) Drain I.8 3. 27°C(80.0 (High mode) Heating H/M/L m3/min 6.52(3/8) 9.6°F)DB / 6°C(42. 7°C(44. Accessories Accessories Model ARNU07GBHA2 ARNU09GBHA2 ARNU12GBHA2 ARNU15GBHA2 ARNU18GBHA2 ARNU24GBHA2 Model ARNU28GBGA2 ARNU36GBGA2 ARNU42GBGA2 ARNU48GBRA2 ARNU54GBRA2 ARNU76GB8A2 ARNU96GB8A2 Simple (1 Contact point without case) PQDSA Simple (1 Contact point without case) PQDSA Simple (1 Contact point with case) PDRYCB000 Simple (1 Contact point with case) PDRYCB000 Dry Contact 2 Contact point PDRYCB400 Dry Contact 2 Contact point PDRYCB400 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 Modbus Communication PDRYCB500 Modbus Communication PDRYCB500 Wired Remote Controller Wireless Remote Wired Remote Controller Wireless Remote Premium Standard Simple Simple Type for Hotel Controller Premium Standard Simple Simple Type for Hotel Controller PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTB001 (New) PREMTBB01 (New) PQRCVCL0QW (White) PQRCHCA0QW (White) PREMTB001 (New) PREMTBB01 (New) PQRCVCL0QW (White) PQRCHCA0QW (White) 86 87 .5 11.3 / 9.6 16.6°F)DB / 19°C(66.35(1/4) 6.0 / 11. BH : The Sound Pressure test condition is based on 50 Pa (Static Pressue) as standard.8 22.0 Heating Nom kW 9.2 11.3 / 29.D.2 31.52(3/8) Piping Connection Gas mm(inch) 12.4 8.6 12. 35°C(95°F)DB / 24°C(75.Factory Set mmAq(Pa) 10(98) 10(98) 10(98) 14(137) 14(137) 22(216) 22(216) INDOOR UNITS Sound Pressure H/M/L dBA 26 / 25 / 23 26 / 25 / 23 27 / 26 / 23 28 / 27 / 25 30 / 29 / 26 33 / 31 / 28 Sound Pressure H/M/L dBA 29 / 25 / 23 33 / 31 / 28 36 / 33 / 30 38 / 36 / 34 39 / 37 / 35 45 / 41 / 40 47 / 42 / 41 Dimensions Body WxHxD mm 882 x 260 x 450 882 x 260 x 450 882 x 260 x 450 882 x 260 x 450 882 x 260 x 450 882 x 260 x 450 Dimensions Body WxHxD mm 1. Capacities are based on the following conditions Cooling . Due to our policy of innovation some specifications may be changed without notification 2.6 60.3 / 30.7 44.1 / 6.5m Interconnecting piping length 7. Capacities are based on the following conditions 1.6 / 33.0 / 50.0 5.8 / 40.52(3/8) 9.5(58.6 / 6.4 28.8°F)WB Outdoor temp. Due to our policy of innovation some specifications may be changed without notification 3.88(5/8) 15. 20°C(68°F)DB / 15°C(59°F)WB Cooling . 35°C(95°F)DB / 24°C(75.182 x 298 x 450 1.6 / 8.3 / 29.0 / 11.0 / 50.3 34.6 4.0 / 25.9 13.0 / 64.4 / 13. BR : The Sound Pressure test condition is based on 50 Pa (Static Pressue) as standard.182 x 298 x 450 1.8 / 5. ARNU07GBHA2 ARNU09GBHA2 ARNU12GBHA2 ARNU28GBGA2 ARNU36GBGA2 ARNU42GBGA2 High Static Duct ARNU15GBHA2 ARNU18GBHA2 ARNU24GBHA2 High Static Duct ARNU48GBRA2 ARNU54GBRA2 ARNU76GB8A2 ARNU96GB8A2 Model ARNU07GBHA2 ARNU09GBHA2 ARNU12GBHA2 ARNU15GBHA2 ARNU18GBHA2 ARNU24GBHA2 Model ARNU28GBGA2 ARNU36GBGA2 ARNU42GBGA2 ARNU48GBRA2 ARNU54GBRA2 ARNU76GB8A2 ARNU96GB8A2 Cooling Nom kW 2.6 7. 27°C(80.1 15. ARNU12GBGA2 ARNU15GBGA2 High Static Duct 2 ARNU18GBGA2 ARNU24GBGA2 High Static Duct 2 ARNU28GBRA2 ARNU36GBRA2 ARNU42GBRA2 Model ARNU12GBGA2 ARNU15GBGA2 ARNU18GBGA2 ARNU24GBGA2 Model ARNU28GBRA2 ARNU36GBRA2 ARNU42GBRA2 Cooling Nom kW 3.6 4.5 5.6 7.1 Cooling Nom kW 8.2 10.6 12.3 Capacity Capacity Heating Nom kW 4.0 5.0 6.3 8.0 Heating Nom kW 9.2 11.9 13.8 Cooling Nom W 450 450 450 450 Cooling Nom W 450 450 450 Power Input Power Input Heating Nom W 450 450 450 450 Heating Nom W 450 450 450 Power Supply ø/V/Hz 1 / 220 ~ 240 / 50 1 / 220 ~ 240 / 50 1 / 220 ~ 240 / 50 1 / 220 ~ 240 / 50 Power Supply ø/V/Hz 1 / 220 ~ 240 / 50 1 / 220 ~ 240 / 50 1 / 220 ~ 240 / 50 Airflow Rate Cooling H/M/L m3/min 13.5 / 12.1 / 9.4 13.8 / 11.8 / 9.5 15.2 / 13.8 / 11.8 19.0 / 15.2 / 13.8 Airflow Rate Cooling H/M/L m3/min 36.2 / 32.1 / 28.5 39.1 / 33.3 / 29.7 42.2 / 39.1 / 33.3 (High mode) Heating H/M/L m3/min 13.5 / 12.1 / 9.4 13.8 / 11.8 / 9.5 15.2 / 13.8 / 11.8 19.0 / 15.2 / 13.8 (High mode) Heating H/M/L m3/min 36.2 / 32.1 / 28.5 39.1 / 33.3 / 29.7 42.2 / 39.1 / 33.3 External Static Pressure High Mode - Factory Set mmAq(Pa) 6(59) 8(78) 8(78) 8(78) External Static Pressure High Mode - Factory Set mmAq(Pa) 14(137) 14(137) 14(137) INDOOR UNITS Sound Pressure H/M/L dBA 32 / 31 / 30 33 / 32 / 31 33 / 32 / 31 36 / 35 / 33 Sound Pressure H/M/L dBA 41 / 40 / 39 42 / 41 / 40 43 / 42 / 41 Dimensions Body WxHxD mm 1,182 x 298 x 450 1,182 x 298 x 450 1,182 x 298 x 450 1,182 x 298 x 450 Dimensions Body WxHxD mm 1,562 x 460 x 688 1,562 x 460 x 688 1,562 x 460 x 688 Net Weight kg(lbs) 38.0(83.8) 38.0(83.8) 38.0(83.8) 38.0(83.8) Net Weight kg(lbs) 53(116.8) 53(116.8) 53(116.8) Liquid mm(inch) 9.52(3/8) 9.52(3/8) 9.52(3/8) 9.52(3/8) Liquid mm(inch) 9.52(3/8) 9.52(3/8) 9.52(3/8) Piping Connection Gas mm(inch) 15.88(5/8) 15.88(5/8) 15.88(5/8) 15.88(5/8) Piping Connection Gas mm(inch) 15.88(5/8) 15.88(5/8) 15.88(5/8) Drain I.D. mm(inch) 25(31/32) 25(31/32) 25(31/32) 25(31/32) Drain I.D. mm(inch) 25(31/32) 25(31/32) 25(31/32) Fan motor output x Number W 350 x 1 350 x 1 350 x 1 350 x 1 Fan motor output x Number W 185 x 2 185 x 2 185x2 Note : Note : 1. Capacities are based on the following conditions 1. Capacities are based on the following conditions Cooling - Indoor temp. 27°C(80.6°F)DB / 19°C(66.2°F)WB Heating - Indoor temp. 20°C(68°F)DB / 15°C(59°F)WB Cooling - Indoor temp. 27°C(80.6°F)DB / 19°C(66.2°F)WB Heating - Indoor temp. 20°C(68°F)DB / 15°C(59°F)WB Outdoor temp. 35°C(95°F)DB / 24°C(75.2°F)WB Outdoor temp. 7°C(44.6°F)DB / 6°C(42.8°F)WB Outdoor temp. 35°C(95°F)DB / 24°C(75.2°F)WB Outdoor temp. 7°C(44.6°F)DB / 6°C(42.8°F)WB Interconnecting piping length 7.5m Interconnecting piping length 7.5m Interconnecting piping length 7.5m Interconnecting piping length 7.5m Level difference of zero Level difference of zero Level difference of zero Level difference of zero 2. Due to our policy of innovation some specifications may be changed without notification 2. Due to our policy of innovation some specifications may be changed without notification 3. BG, BR : The Sound Pressure test condition is based on 50 Pa (Static Pressue) as standard. 3. BG, BR : The Sound Pressure test condition is based on 50 Pa (Static Pressue) as standard. Accessories Accessories Model ARNU12GBGA2 ARNU15GBGA2 ARNU18GBGA2 ARNU24GBGA2 Model ARNU28GBRA2 ARNU36GBRA2 ARNU42GBRA2 Simple (1 Contact point without case) PQDSA Simple (1 Contact point without case) PQDSA Simple (1 Contact point with case) PDRYCB000 Simple (1 Contact point with case) PDRYCB000 Dry Contact 2 Contact point PDRYCB400 Dry Contact 2 Contact point PDRYCB400 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 Modbus Communication PDRYCB500 Modbus Communication PDRYCB500 Wired Remote Controller Wireless Remote Wired Remote Controller Wireless Remote Premium Standard Simple Simple Type for Hotel Controller Premium Standard Simple Simple Type for Hotel Controller PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PQRCVCL0QW (White) PQRCHCA0QW (White) PQRCVCL0QW (White) PQRCHCA0QW (White) 88 89 FRESH AIR INTAKE UNIT Fresh Air Intake Unit ARNU48GBRZ2 ARNU76GB8Z2 ARNU96GB8Z2 ARNU48GBRZ2 ARNU76GB8Z2 ARNU96GB8Z2 Fresh Outdoor Air Supply Model ARNU48GBRZ2 ARNU76GB8Z2 ARNU96GB8Z2 Cooling Nom kW 14.1 22.4 28.0 The LG Fresh Air Intake Unit (FAU) is the alternative solution for ventilation, which supplies the fresh outdoor air indoors Capacity Heating Nom kW 13.5 21.4 26.7 as well as being able to cool and heat air inside simultaneously. It means the indoor space can have positive air pressure Cooling Nom W 169 230 360 Power Input consistently, which can block cold, hot or contaminated air from outside. Heating Nom W 169 230 360 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Fresh Air Intake Unit Airflow Rate Cooling H/M/L m3/min 18.8 / 14.7 / 14.7 23.7 / 13.2 / 13.2 35.7 / 23.7 / 23.7 (High mode) Heating H/M/L m3/min 18.8 / 14.7 / 14.7 23.7 / 13.2 / 13.2 35.7 / 23.7 / 23.7 External Static Pressure High Mode - Factory Set mmAq(Pa) 18(0.7) 22(0.86) 22(0.86) 100% High Mode - Factory Set H/M/L dBA 44 / 42 / 42 49 / 47 / 47 50 / 48 / 48 Outdoor Air Indoor Unit Diffuser Indoor Unit Diffuser Indoor Unit Diffuser Dimensions Body WxDxH mm 1,230 x 380 x 590 1,562 x 460 x 688 1,562 x 460 x 688 Net Weight kg(lbs) 45(99) 73(161) 73(161) Air Conditioning Liquid mm(inch) 9.52(3/8) 9.52(3/8) 9.52(3/8) Air Conditioning + Outdoor Air Supply Piping Connection Gas mm(inch) 15.88(5/8) 15.88(5/8) 15.88(5/8) Drain I.D. mm(inch) 25(31/32) 25(31/32) 25(31/32) Fan motor output x Number W 195 x 1 375 x 1 375 x 1 INDOOR UNITS Note : MULTI V IV Outdoor unit 1. Capacities are based on the following conditions: Installation Scene Cooling - Outdoor temp. 33°C(91.4°F)DB / 28°C(82.4°F)WB Min. 2m 1 Inlet Hood IDU~ODU Piping Length : 7.5m 2 2 Intake Aire Duct 1 3 Fresh Air Intake Unit Level Difference of Zero 1/30 Slope Economic Operation 4 Heating - Outdoor temp. 0°C(32°F)DB / -2.9°C(26.78°F)WB 4 Exhaus Fan Outlet Air 5 Door Interconnecting Piping Length : 7.5m Level Difference of Zero 5 2. Capacities are net capacities Using the free cooling and heating can save costs by blowing the natural outdoor air inside when the season changes. 3. Noise Level is under standard mode(For actual High Mode(Factory set) condition, Exhaus Air Noise Level may exceed the standard level by 1.5dB(A)) 4. Due to our policy of innovation some specifications may be changed without prior notification Spring Season Autumn Season Fresh Air Intake Unit Fresh Air Intake Unit CAUTION 1. Operation range (Cooling : 5°C ~ 43°C, Heating : -5°C ~ 43°C) 2. Installation of exhaust fan is recommended for a sealed room. Indoor Unit Diffuser Indoor Unit Diffuser 3. Indoor Unit Connection OFF OFF No Connection Condition Combination 1) The total capcity of Fresh Air Intak Unit should be 50~100% of outdoor unit. Warm Air Cool Air 1 Fresh Air Intake Units only are connected with outdoor units + + 2) The max quantity of Fresh Air Intake is 2 units. Outdoor Air Supply Outdoor Air Supply 1) The total capacity of indoor units(standard indoor unit + Fresh Air Intake Unit) should be 50~100% of outdoor unit. 2 Mixture connection with general indoor unit and Fresh Intake units 2) The total capacity of Fresh Air Intake Unit should be less than 30% of the total capacity of indoor units. MULTI V IV Outdoor unit MULTI V IV Outdoor unit Accessories Model ARNU48GBRZ2 ARNU76GB8Z2 ARNU96GB8Z2 Simple (1 Contact point without case) PQDSA BLDC Fan Motor Simple (1 Contact point with case) Dry Contact 2 Contact point PDRYCB000 PDRYCB400 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 It can reduce a noise at low frequencies. Modbus Communication PDRYCB500 AC Tap Motor BLDC motor Wired Remote Controller Wireless Remote Premium Standard Simple Simple Type for Hotel Controller 40.0 40.0 dB(A) dB(A) 30.0 30.0 20.0 20.0 10.0 10.0 0.0 0.0 25 40 63 100 160 250 400 630 1k 1.6k 2.5k 4k 6.3k 10k 16k 25 40 63 100 160 250 400 630 1k 1.6k 2.5k 4k 6.3k 10k 16k Hz Hz PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PQRCVCL0QW (White) PQRCHCA0QW (White) 90 91 Ceiling & Floor ARNU09GVEA2 ARNU12GVEA2 Ceiling Suspended URNU18GVJA2 URNU24GVJA2 URNU36GVKA2 URNU48GVLA2 URNU48GVLA2 URNU18GVJA2 / URNU24GVJA2 URNU36GVKA2 Model ARNU09GVEA2 ARNU12GVEA2 Model URNU18GVJA2 URNU24GVJA2 URNU36GVKA2 URNU48GVLA2 Cooling Nom kW 2.8 3.6 Cooling Nom kW 5.6 7.1 10.6 14.1 Capacity Capacity Heating Nom kW 3.2 4.0 Heating Nom kW 6.3 8.0 11.9 15.9 Cooling Nom W 30 30 Cooling Nom W 63 63 140 190 Power Input Power Input Heating Nom W 30 30 Heating Nom W 63 63 140 190 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Cooling H/M/L m3/min 7.6 / 6.9 / 6.2 9.2 / 7.6 / 6.9 Cooling H/M/L m3/min 16.0 / 14.0 /12.0 18.0 / 16.0 / 14.0 24.6 / 23 / 21.4 35 / 32 / 30 Airflow Rate Airflow Rate Heating H/M/L m3/min 7.6 / 6.9 / 6.2 9.2 / 7.6 / 6.9 Heating H/M/L m3/min 16.0 / 14.0 /12.0 18.0 / 16.0 / 14.0 24.6 / 23 / 21.4 35 / 32 / 30 Sound Pressure H/M/L dBA 36 / 32 / 28 38 / 36 / 30 Sound Pressure H/M/L dBA 42 / 40 / 37 43 / 41 / 39 48 / 46 / 44 49 / 48 / 47 INDOOR UNITS Dimensions Body WxDxH mm 900 x 490 x 200 900 x 490 x 200 Dimensions Body WxDxH mm 950 x 650 x 220 950 x 650 x 220 1350 x 650 x 220 1750 x 650 x 220 Net Weight kg(lbs) 13.7(30.2) 13.7(30.2) Net Weight kg(lbs) 24.6(54.2) 24.6(54.2) 35.0(77.2) 45.0(99.2) Liquid mm(inch) 6.35(1/4) 6.35(1/4) Liquid mm(inch) 6.35(1/4) 9.52(3/8) 9.52(3/8) 9.52(3/8) Piping Connection Gas mm(inch) 12.7(1/2) 12.7(1/2) Piping Connection Gas mm(inch) 12.7(1/2) 15.9(5/8) 15.9(5/8) 15.9(5/8) Drain I.D. mm(inch) 16(5/8) 16(5/8) Drain I.D. mm(inch) 16(5/8) 16(5/8) 16(5/8) 16(5/8) Note : Note : 1. Capacities are based on the following conditions 1. Capacities are based on the following conditions Cooling - Indoor temp. 27°C(80.6°F)DB / 19°C(66.2°F)WB Heating - Indoor temp. 20°C(68°F)DB / 15°C(59°F)WB Cooling - Indoor temp. 27°C(80.6°F)DB / 19°C(66.2°F)WB Heating - Indoor temp. 20°C(68°F)DB / 15°C(59°F)WB Outdoor temp. 35°C(95°F)DB / 24°C(75.2°F)WB Outdoor temp. 7°C(44.6°F)DB / 6°C(42.8°F)WB Outdoor temp. 35°C(95°F)DB / 24°C(75.2°F)WB Outdoor temp. 7°C(44.6°F)DB / 6°C(42.8°F)WB Interconnecting piping length 7.5m Interconnecting piping length 7.5m Interconnecting piping length 7.5m Interconnecting piping length 7.5m Level difference of zero Level difference of zero Level difference of zero Level difference of zero 2. Due to our policy of innovation some specifications may be changed without notification 2. Due to our policy of innovation some specifications may be changed without notification Accessories Accessories Model ARNU09GVEA2 ARNU12GVEA2 Model URNU18GVJA2 URNU24GVJA2 URNU36GVKA2 URNU48GVLA2 Simple (1 Contact point without case) PQDSA Simple (1 Contact point without case) PQDSA Simple (1 Contact point with case) PDRYCB000 Simple (1 Contact point with case) PDRYCB000 Dry Contact 2 Contact point PDRYCB400 Dry Contact 2 Contact point PDRYCB400 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 Modbus Communication PDRYCB500 Modbus Communication PDRYCB500 Wired Remote Controller Wireless Remote Wired Remote Controller Wireless Remote Premium Standard Simple Simple Type for Hotel Controller Premium Standard Simple Simple Type for Hotel Controller PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PQRCVCL0QW (White) PQRCHCA0QW (White) PQRCVCL0QW (White) PQRCHCA0QW (White) 92 93 5) 34(75.067 x 635 x 203 1.5 16.345 x 635 x 203 1.D.5 11. Due to our policy of innovation some specifications may be changed without notification Accessories Accessories Model ARNU07GCEA2 ARNU09GCEA2 ARNU12GCEA2 ARNU15GCEA2 ARNU018GCFA2 ARNU024GCFA2 Model ARNU07GCEU2 ARNU09GCEU2 ARNU12GCEU2 ARNU15GCEU2 ARNU18GCFU2 ARNU24GCFU2 Simple (1 Contact point without case) PQDSA Simple (1 Contact point without case) PQDSA Simple (1 Contact point with case) PDRYCB000 Simple (1 Contact point with case) PDRYCB000 Dry Contact 2 Contact point PDRYCB400 Dry Contact 2 Contact point PDRYCB400 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 For Thermostat (On-off / Mode / Fan speed) PDRYCB300 Modbus Communication PDRYCB500 Modbus Communication PDRYCB500 Wired Remote Controller Wireless Remote Wired Remote Controller Wireless Remote Premium Standard Simple Simple Type for Hotel Controller Premium Standard Simple Simple Type for Hotel Controller PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PREMTA000 PQRCVSL0QW (White) PQRCVSL0 (Black) PQRCVCL0Q (Black) PQRCHCA0Q (Black) PQWRHQ0FDB PQRCVCL0QW (White) PQRCHCA0QW (White) PQRCVCL0QW (White) PQRCHCA0QW (White) 94 95 .35(1/4) 6.2 2.5 / 8.7(1/2) 12.0 6.5m Level difference of zero Level difference of zero Level difference of zero Level difference of zero 2.5 16.35(1/4) 6.0 / 12.0 / 14.5 3.5 / 8.5 / 7.35(1/4) 6.9(5/8) Drain I.35(1/4) 6.7(1/2) 12.5 / 7.3 8.5 9.5 11.Indoor temp.6°F)DB / 19°C(66.0 6.5 9.35(1/4) 9.5 10.5 / 7.7(1/2) 15.345 x 635 x 203 Dimensions Body WxDxH mm 978 x 639 x 190 978 x 639 x 190 978 x 639 x 190 978 x 639 x 190 1.5 9.Indoor temp.5m Interconnecting piping length 7.0 / 14.9(5/8) Piping Connection Gas mm(inch) 12.5 5.5 / 10.1) 20(44.1) 20(44.5 / 8.5 / 9.5 5.067 x 635 x 203 1.0 Sound Pressure H/M/L dBA 35 / 33 / 31 36 / 34 / 32 37 / 35 / 33 38 / 37 / 35 40 / 37 / 34 43 / 40 / 37 Sound Pressure H/M/L dBA 35 / 33 / 31 36 / 34 / 32 37 / 35 / 33 38 / 37 / 35 40 / 37 / 34 43 / 40 / 37 INDOOR UNITS Dimensions Body WxDxH mm 1.0 / 9.1) 20(44.5) 27(59.0 / 14.1 Capacity Capacity Heating Nom kW 2. 20°C(68°F)DB / 15°C(59°F)WB Outdoor temp.0 5.0 / 16.5) 27(59.0 / 16.0 / 16.5 / 6.2 2.Indoor temp.2°F)WB Heating .0 / 14.0 / 12.5 / 7.52(3/8) Liquid mm(inch) 6.5 / 9.5 / 6.D.5 / 7.7(1/2) 12.7(1/2) 12.5 / 9.0 / 14. 35°C(95°F)DB / 24°C(75.35(1/4) 6. Due to our policy of innovation some specifications may be changed without notification 2.35(1/4) 6.0) Net Weight kg(lbs) 20(44.6 7.0) 34(75.0 / 14.067 x 635 x 203 1.2 4. 7°C(44.5 / 8.0 Cooling H/M/L m3/min 8.0 / 16.6 4.1) 27(59.5 / 7.5 16.0 Cooling Nom W 30 30 30 30 80 80 Cooling Nom W 30 30 30 30 80 80 Power Input Power Input Heating Nom W 30 30 30 30 80 80 Heating Nom W 30 30 30 30 80 80 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Power Supply ø/V/Hz 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 1 / 220 ~240 / 50 Cooling H/M/L m3/min 8.0 / 14.256 x 639 x 190 Net Weight kg(lbs) 27(59.8 3.1 Cooling Nom kW 2.35(1/4) 9.5 9.6°F)DB / 6°C(42.3 8.52(3/8) Piping Connection Gas mm(inch) 12.5 / 6.5) 27(59.067 x 635 x 203 1.0 / 9.0 Heating Nom kW 2.7(1/2) 15.5 16.0 Airflow Rate Airflow Rate Heating H/M/L m3/min 8.6 4.6°F)DB / 6°C(42.5 / 7.8 3.5 / 8.5 / 7.5 / 6.5 / 8.2°F)WB Outdoor temp.5 10.0 / 12.Indoor temp.5) Liquid mm(inch) 6.35(1/4) 6.7(1/2) 12.0 / 14.8°F)WB Outdoor temp.5 11. 35°C(95°F)DB / 24°C(75.7(1/2) 12.0 Heating H/M/L m3/min 8.5 10.5 11.5 3.0 18.5 / 9.0 18.5m Interconnecting piping length 7.2 4.5 / 10.7(1/2) 12. mm(inch) 12(15/32) 12(15/32) 12(15/32) 12(15/32) 12(15/32) 12(15/32) Note : Note : 1.6°F)DB / 19°C(66.256 x 639 x 190 1.5 / 10.0 / 9.0 18.5) 27(59.8°F)WB Interconnecting piping length 7.5 10.0 / 9. 27°C(80.6 7. Capacities are based on the following conditions Cooling .2°F)WB Outdoor temp.0 / 12.7(1/2) 12. 7°C(44. 20°C(68°F)DB / 15°C(59°F)WB Cooling . Capacities are based on the following conditions 1. mm(inch) 12(15/32) 12(15/32) 12(15/32) 12(15/32) 12(15/32) 12(15/32) Drain I.5 / 8.0 5. ARNU07GCEA2 ARNU09GCEA2 ARNU12GCEA2 ARNU07GCEU2 ARNU09GCEU2 ARNU12GCEU2 Floor Standing with Case ARNU15GCEA2 ARNU18GCFA2 ARNU24GCFA2 Floor Standing without Case ARNU15GCEU2 ARNU18GCFU2 ARNU24GCFU2 Model ARNU07GCEA2 ARNU09GCEA2 ARNU12GCEA2 ARNU15GCEA2 ARNU018GCFA2 ARNU024GCFA2 Model ARNU07GCEU2 ARNU09GCEU2 ARNU12GCEU2 ARNU15GCEU2 ARNU18GCFU2 ARNU24GCFU2 Cooling Nom kW 2. 27°C(80.5m Interconnecting piping length 7.35(1/4) 6.5 / 8.5 / 10.2°F)WB Heating .0 18. FUNCTIONS 4way 2 way 1 way Ceiling Art Cool Mirror Standard Console Low Static Built-in High Static Ceiling & Floor Floor Standing Cassette Cassette Cassette Suspended NEO Plasma Air Purifying System o o o o o o Jet Cool o o o o o o o o o Dehumidification o o o o o o o o o o o o o Hot Start o o o o o o o o o o o o o INDOOR UNITS (Heat pump only) Child Lock Function (Wired remote controller only) o o o o o o o o o o o o o Soft Dry Operation Mode o o o o o o o o o o o Low Standby Power o o o o o o o o o o o o o Group Control (Wired remote controller only) o o o o o o o o o o o o o Auto Changeover (MULTI V Heat Recovery only) o o o o o o o o o o o o o Auto Clean o o o o o Sleep Mode Auto Operation o o o o o o o o o o o o o Auto Restart o o o o o o o o o o o o o 4-Way Air Deflection o Swirl Swing o o o o o Weekly Program (Wired remote controller only) o o o o o o o o o o o o o Two Thermistor Control (Wired remote controller only) o o o o o o o o o o o o o Changable Panel o o o Second Remote Control o o o o o o o o o o o o o 96 97 . easy installation and connection to many different types of indoor units. . 100 108 Energy Recovery Ventilator MULTI V series offers outstanding energy savings. making it easy to design and install. This function can be operated when the system is connected with a remote control. Outdoors Indoors Damper Exhaust Air Supply Air Exhaust Air Return Air Inspection chamber Outdoor Air Return Air Outdoor Air Total Heat Supply Air Exchanger Top Low Low Top 100 101 . ECO V automatically switches the ventilation mode (Enthalpy Heat Exchange Mode / Bypass Mode) according to the efficiency energy recovery central core which recovers Exhaust air Supply air indoor/outdoor temperature. Enthalpy Heat Exchange Mode (Summer / Winter) Bypass Mode (Seasonal Change) Damper Damper Outdoor air Air Filter Indoor air Interlocking with Air Conditioning System . Energy recovery ventilator High Efficiency Heat Exchanger Bypass Ventilation Efficiency and comfort is ensured through the high. . PQRCVSL0QW Normal installation of 2 units Reverse installation of 1 unit (Left unit) Compulsory Exhausting System The exhausting system using high static and sirocco fan removes contaminants effectively from indoor air. Cooling / Heating mode Set temperature Flexibility of Installation ECO V PQRCVSL0 It’s possible to install ECO V upside down when you need only one inspection hole.ECO V can be interlocked with air conditioners and controlled individually. ECO V can filter out the impurities before supplying outdoor air and make indoor air fresh and healthy. Supply and exhaust air flows are completely separated in the total heat exchanger. (Only applied to 500 CMH or above) energy from the indoor air and transfers it to the fresh incoming air without mixing airstream. 500 OFF H M L ON 1.000 0 External Static Pressure (mmAq) Time (min) 102 103 . H Windows Windows Windows Windows M Closed Open Closed Open L 2. and cannot fully ventilate. ECO V controls exhaust air flow automatically to keep indoor air fresh under settled CO2 concentration. It is also easy to control the pressure level by using the remote controller for a more flexible duct installation and easier testing. and makes indoor air fresh and comfortable quickly. (Only applied to 500 CMH or above) Fast ventilation mode prevents the spread of contaminants under negative indoor pressure. ECO V Remove heat exchanger Change filer External Static Pressure Control Standard Wired Remote Controller CO2 Sensor (PES-C0RV0) The high static pressure fan can control the air volume CO2 (ppm) Air Volume depending on the length of the duct. CO2 Concentration Control Using CO2 sensor. Energy recovery ventilator Easy Cleaning and Filter Change Fast Ventilation Mode It is easy and convenient to change and clean the filter. Only Exhausting Fast Ventilation Mode Exhausting and Supplying Supply Fan Simultaneously Eco V unit Remove side panel Exhaust Fan Exhausting operation causes negative indoor air pressure. 5m) 36/34/30 37/35/31 Heat Exchanger Type dBA Crossflow Heat Exchanger Type dBA Crossflow Net Weight kg(lb) 44(97) Net Weight kg(lb) 60(132) 140(308) Dimension WxDxH mm (Inch) 988x273x1.64/0.000/2.39x5.66x0.20) (0.36/0.77) Qty EA 1 Qty EA 1 2 Supply Air Fan Supply Air Fan Type .64/0.177) Power Supply ø/V/Hz 1.9x10.5m) 34/35/25 Noise Level (Sound Level.4/2.54) Size(WxDxH) mm (Inch) 600x10x150(23.92/1.500/1.6/5. 1.44/0.9) 1.8/5. Wired Remote Controller Wired Remote Controller Standard Type Standard Type Standard Type Standard Type PQRCVSL0 PQRCVSL0QW PQRCVSL0 PQRCVSL0QW 104 105 . Direct-Drive Type .80/0.The operating conditions are assumed to be standard. eco V Mode .91/1.000/1.41/2.36/0.5(41.24) (0.20) ECO V Noise Level (Sound Level.91/1.000/2.056x10x212.9/3. LZ-H050GBA2 LZ-H080GBA2 LZ-H100GBA2 LZ-H150GBA2 LZ-H200GBA2 LZ-H050GBA2 LZ-H080GBA2 / LZ-H100GBA2 LZ-H150GBA2 / LZ-H200GBA2 Model LZ-H050GBA2 Model LZ-H080GBA2 LZ-H100GBA2 LZ-H150GBA2 LZ-H200GBA2 Nominal Capacity CMH(CFM) 500(294) Nominal Capacity CMH(CFM) 800(471) 1.Sound measured at 1. 1.44 3.177/942) 150/100/50 200/110/60 160/90/50 200/110/60 160/90/50 External Static Pressure External Static Pressure (0.40/0.24) (0.62x0.9) Qty EA Qty EA 4 4+2 Duct Work Duct Work Size(ø) mm (Inch) ø200(ø7.92/1.2) (0.200 2.84) ø250(ø9.40/0.91) 1.wg) (0. Noise level : .84)+ø350(ø13.16/1.76 5.6 Power input 230/220/85 Power input 360/370/165 470/385/210 720/540/340 930/770/420 500/500/320 800/800/660 1.36/0.24) (0.500(883) 2.60/0. 50-60 Step SH/H/L .200 2.57x0.39x8.6 Power input SH/H/L W 230/220/85 Power input SH/H/L W 360/370/165 470/385/210 720/540/340 930/770/420 500/500/320 800/800/660 1. .000(1. .140(41.77/2.58/0.79 Current SH/H/L Amps 2. .60/0.Sound level will vary depending on a range of factors such as the construction(acoustic absorption coefficient) of particular room in which the equipment is installed.20) Temperature Exchange Efficiency SH/H/L % 75/75/76 Temperature Exchange Efficiency SH/H/L % 79/79/82 75/75/78 79/79/82 75/75/78 Heating(SH/H/L) % 73/73/74 Heating(SH/H/L) % 67/67/69 64/64/66 67/67/69 64/64/66 Enthalpy Exchange Efficiency Enthalpy Exchange Efficiency Cooling(SH/H/L) % 70/70/72 Cooling(SH/H/L) % 50/50/53 45/45/50 50/50/53 45/45/50 Noise Level (Sound Level.75x39. Direct-Drive Qty EA 1 Qty EA 1 2 Exhaust Air Fan Exhaust Air Fan Type .7x29.44/0.44/0.000/800 1.Sound measured at 1.20) (0.000/1.64/0.44/0. Cleanable Size(WxDxH) mm (Inch) 855x10x166(33.500/1.37) Remote Controller W PQRCVSL0 / PQRCVSL0QW Remote Controller W PQRCVSL0 / PQRCVSL0QW Dry Contact PQDSB / PQDSB1 Dry Contact PQDSB / PQDSB1 Note : Note : 1.39x6.4x44. 220-240.9 6.8/5.6/5.76 5.500/1.5m below the center the body.80/0.41/2.600 Bypass Mode Air Flow Bypass Mode Air Flow (294/294/124) (471/471/388) (589/589/471) (883/883/706) (1. Noise level : 2.77/2.177/1.Sound level will vary depending on a range of factors such as the construction(acoustic absorption coefficient) of particular room in which the equipment is installed.The operating conditions are assumed to be standard.36/0. 50-60 Power Supply ø/V/Hz 1.014(38.9/3.140(51. 220-240. SUPER-HIGH / HIGH / LOW Step SH/H/L . 1. 1.000/1. Cleanable Filters Type .0x44.5m) SH/H/L dBA 34/35/25 Noise Level (Sound Level.4/2. .92) Dimension WxDxH mm (Inch) 1.000/800 1.87) Size(ø) mm (Inch) ø250(ø9.44 3.24) (0.80/0.9 6.313x737x1.Enthalpy Heat Recovery Ventilation mode 2. .79 Current 2.600 Air Flow SH/H/L CMH(CFM) Air Flow SH/H/L CMH(CFM) (294/294/124) (471/471/388) (589/589/471) (883/883/706) (1.177/1.80/0.5m) SH/H/L dBA 36/34/30 37/35/31 39/37/33 39/37/33 Step SUPER-HIGH / HIGH / LOW Step SUPER-HIGH / HIGH / LOW Current 1.177/942) ECO V Mode 150/100/50 ECO V Mode 200/110/60 160/90/50 200/110/60 160/90/50 External Static Pressure SH/H/L Pa(In.20) (0.Enthalpy Heat Recovery Ventilation mode 1. SUPER-HIGH / HIGH / LOW Current SH/H/L Amps 1.062x365x1.5m below the center the body.500/1.wg) External Static Pressure SH/H/L Pa(In.000/1. Direct-Drive Qty EA 2 Qty EA 2 4 Filters Type .9x14.000(589) 1. Direct-Drive Type .58/0.16/1. eco V Mode .64/0. LZ-H050GBA2 LZ-H150GBA2 Ventilation Efficiency Ventilation Efficiency 400 90% 500 90% External Static Pressure (Pa) External Static Pressure (Pa) Exchange Efficiency(%) Exchange Efficiency(%) Super-High Super-High High 80% High 80% 300 400 Low Low 70% 70% 300 200 60% 60% 200 100 Temperature Exchange Efficiency Temperature Exchange Efficiency 50% 50% Enthalpy Exchange Efficiency(heating) 100 Enthalpy Exchange Efficiency(heating) Enthalpy Exchange Efficiency(cooling) Enthalpy Exchange Efficiency(cooling) 40% 40% 0 100 200 300 400 500 600 700 800 0 100 200 300 400 500 600 700 800 0 400 800 1200 1600 2000 0 400 800 1200 1600 2000 Air Volume(m3/h) Air Volume(m3/h) Air Volume(m3/h) Air Volume(m3/h) LZ-H080GBA2 LZ-H200GBA2 Ventilation Efficiency Ventilation Efficiency 500 90% 500 90% External Static Pressure (Pa) External Static Pressure (Pa) Exchange Efficiency(%) Exchange Efficiency(%) Super-High Super-High High 80% High 80% 400 400 Low Low 70% 70% 300 300 60% 60% 200 200 Temperature Exchange Efficiency Temperature Exchange Efficiency 50% 50% 100 Enthalpy Exchange Efficiency(heating) 100 Enthalpy Exchange Efficiency(heating) Enthalpy Exchange Efficiency(cooling) Enthalpy Exchange Efficiency(cooling) 40% 40% 0 200 400 600 800 1000 1200 0 200 400 600 800 1000 1200 0 500 1000 1500 2000 2500 0 500 1000 1500 2000 2500 Air Volume(m3/h) Air Volume(m3/h) Air Volume(m3/h) Air Volume(m3/h) ECO V LZ-H100GBA2 Ventilation Efficiency 500 90% External Static Pressure (Pa) Exchange Efficiency(%) Super-High High 80% 400 Low 70% 300 60% 200 Temperature Exchange Efficiency 50% 100 Enthalpy Exchange Efficiency(heating) Enthalpy Exchange Efficiency(cooling) 40% 0 200 400 600 800 1000 1200 0 200 400 600 800 1000 1200 Air Volume(m3/h) Air Volume(m3/h) 106 107 . 72 Temperature Exchange Efficiency SH/H/L % 86/86/87 80/80/81 76/76/78 86/86/87 84/84/86 82/82/84 Cooling Heating Cooling (SH/H/L) % 61/61/63 50/50/53 45/45/50 68/68/69 64/64/66 60/60/63 Enthalpy Exchange Efficiency Heating (SH/H/L) % 76/76/77 67/67/69 64/64/66 76/76/77 74/74/76 71/71/73 Heat Exchange Mode (SH/H/L) CMH 500/500/440 800/800/640 1.0 5.42/0.02~0.25/0.3/1.6/3.42/0.3 1.The operating conditions are assumed to be standard.2/2.000/820 Air Flow Rate Bypass Mode (SH/H/L) CMH 500/500/440 800/800/640 1.02~0.2/2. Noise level : Interlocking with MULTI V . During the summer.2/0.5/1.5 3.25/0.2/0.7 Pipe Connection air by heating and humidifying the incoming air.49 0. .35/0.000/820 500/500/440 800/800/640 1.5/1.5/2.25 0. In the Dimensions WxDxH mm 365x1.2/2.0/1.15 0.48/0.7 4.6/3.25/0. eco V Mode .25 0. LZ-H050GXH0 LZ-H080GXH0 LZ-H100GXH0 LZ-H050GXN0 LZ-H080GXN0 LZ-H100GXN0 Energy recovery ventilator with DX coil Providing Cool & Warm Fresh Air ECO V DX has some air conditioning funtions.4 ø25.5/1. Drain mm ø6.42/0.000/1.0 2.3 1.25 0.73 9.80 11.000/1.Sound measured at 1.5) 98(216. It can be controlled individually by a wired remote controller connected to MULTI V indoor units.667x1.000/1.Enthalpy Heat Recovery Ventilation mode 2.0/1. ECO V DX can be interlocked with MULTI V.35/0.6/3.3/1 2.4 - Feed Water Pressure Mpa 0.73 9.42/0.6/3.7 ø12.3 and humidifier for making comfortable indoor air.42/0.000/820 500/500/440 800/800/640 1.5 3.5 3.140 ECO V summer.35/0.000/820 Fan External Static Pressure (SH/H/L) Pa 160/120/100 140/90/70 110/70/60 180/150/110 170/120/80 150/100/70 System Natural Evaporating Type - Humidifier Amount kg/h 2.5m below the center the body.46 9.48/0.000/1.93 7.27 1 / 220 ~240 / 50 0.48/0.42/0.5/2.27 Heat exchange DX Coil Humidification Heat Exchange Mode (SH/H/L) A 1.35 - mm ø25. it can transform outdoor warm air into cool air for indoors.42/0.4 Outdoor Return Connection Duct Diameter mm ø250 ø250 Air Air Remote Controller PQRCVSL0 / PQRCVSL0QW PQRCVSL0 / PQRCVSL0QW Dry Contact(1 contact point) PQDSB / PQDSB1 PQDSB / PQDSB1 Dry Contact(2 contact point) PQDSBC PQDSBC Note : 1.Sound level will vary depending on a range of factors such as the construction(acoustic absorption coefficient) of particular room in which the equipment is installed. ECO V DX controls the air indoors by cooling and Exhaust Supply Net Weight Liquid kg(lbs) 105(231.15 0. .0 2.35/0.27 0.72 6.2/2.12 Fresh Air Conditioning Load Heating kW 6. and it can prevent cold drafts during the winter by supplying warm air.35 ø6.46 9. In winter.0/1.0/1. Indoor Units eco V DX Wired Remote Controller Standard Type Standard Type Outdoor PQRCVSL0 PQRCVSL0QW 108 109 .02~0.48/0.15 0. it can provide warm Water mm ø12.5/2.140 365x1.25/0.3/1 2.35 dehumidifying incoming air.27 Power Input (Norminal) ECO V DX can be used as a Total Air Conditioning Solution.667x1.1) Air Air Gas mm ø6. Model LZ-H050GXH0 LZ-H080GXH0 LZ-H100GXH0 LZ-050GXN0 LZ-080GXN0 LZ-H100GXN0 Cooling kW 4.5/2. Bypass Mode (SH/H/L) kW 0.2/0.3 It can control condition of incoming air with the DX coil Nominal Running Current (RLA) Bypass Mode (SH/H/L) A 1.49 - Heat Exchange Mode dB(A) 38/36/33 39/37/34 40/38/35 39/37/35 41/38/36 41/39/36 Noise Level Bypass Mode dB(A) 39/37/34 40/38/35 40/38/35 39/37/35 41/38/36 41/39/36 Refrigerant R410a R410a Total Air Conditioning Solution Power Supply Heat Exchange Mode (SH/H/L) ø/V/Hz kW 1 / 220 ~240 / 50 0.93 7.42/0.2/0.25 0.5 3.15 0.49 0.5/1.80 11.12 4.3/1. 114 Individual Controller 122 Centralized Control HVAC CONTROL SOLUTION 138 Other Integration Device MULTI V series offers outstanding energy savings. making it easy to design and install. . easy installation and connection to many different types of indoor units. For more information.2 kW) PMNFP14A1 Expansion Kit For Indoor Unit For MULTI V WATER II PATX13A0E (23~46kW) (Air-Conditioner.1 kW) (Simple for Hotel) THERMA V PDRYCB500 PWFCKN000 PRLK096A0(56. ECO V) PRVCO PATX20A0E (52~75kW) PHNFP14A0 PATX25A0E (82~104kW) PATX35A0E (110~133kW) Cool/Heat Selector PATX50A0E (139~163kW) For Indoor Unit PRDSBM (Air-Conditioner. HVAC Control Solution LINE UP * This product is provided by INTESIS. please contact INTESIS directly individual Control Centralized Control Centralized Control other integration device Wired Remote Controller System Integration Device Indoor Unit Wireless Indoor Unit Indoor Unit Indoor Unit Indoor Unit Remote Outdoor Unit AHU Kit ~32 ~128 ~256 ~8196 Facility Gateway Control Premium Standard Simple Controller Dry Contact Integrator for Protocol Accessory AC Ez AC Smart Premium ACP AC Manager Plus PDI ACP BACnet Group Control Wire I/O Module Communication Kit (Advenced Control Platform) (Power Distribution Indicator) PREMTA000 PREMTB001 PQRCVCL0QW PQWRHQ0FDB PQCSZ250S0 PQCSW421E0A PQCPC22N0 PQCSSA21E0 Premium (8port) PQNFB17C0 PQNUD1S40 Simple Dry Contact PZCWRCG3 Demand controller Return/Room Air Control (White) PQDSA(without case) for MULTI V IV PUCKA0 Standard (2port) PDRYCB000(with case) PVDSMN000 (For SINGLE SPLIT) PQRCVSL0QW PPWRDB000 PRCKA1 (For MULTI V) AC Smart IV ACP IV AC Manager IV ACS IO Module ACP Lonworks Remote Temperature Low Ambient Kit Sensor PREMTBBO1 PQRCVCL0Q PACS4B000 PACP4B000 PACM4B000 PEXPMB000 PLNWKB000 2 Points Dry Contact PQRSTA0 For MULTI V IV Supply Air Control by DDC (Black) (For Setback) PRVC2 PUDCA0 PDRYCB400 (For SINGLE SPLIT) PQRCVSL0 PRDCA0 (For MULTI V) DO Kit KNX Gateway* Zone Controller Dry Contact for Control kit Demand Control PQRCHCA0QW PQNFP00T0 LG-AC-KNX-4 Dry Contact for 4 Zones by thermostat Demand controller PRCKD21E (Simple for Hotel) LG-AC-KNX-8 Thermostat ABZCA for MULTI V III PRCKD41E LG-AC-KNX-16 PDRYCB300 PQDSBCDVM0 LG-AC-KNX-64 PI-485 Variable Water EEV Kit Flow Control kit ACCESSORIES PQRCHCA0Q For SINGLE/MULTI/ For Modbus For MULTI V WATER IV PRLK048A0(28. ECO V) PSNFP14A0 112 113 . on/off Child Lock - Electric Failure Compensation * - Time Display - Energy Management** .P (External Static Pressure) - Reservation Weekly / Yearly Weekly Weekly . . .S. . - Home Leave 2 set points control . Sleep. AIR CONDITIONER INDIVIDUAL CONTROLLER CONTROL SYSTEM INDIVIDUAL Premium Wired Remote Controller Standard Wired Remote Controller CONTROL > Page 116 Simple Wired Remote Controller > Page 118 Wireless Remote Controller > Page 119 > Page 120 Remote Controller Line Up Model Name PREMTA000 PREMTB001 PQRCVSL0QW PQRCVCL0QW PQWRHQ0FDB PREMTBB01 PQRCVSL0 PQRCVCL0Q PQRCHCA0QW PQRCHCA0Q On / Off Fan Speed Control Temperature Setting ACCESSORIES Mode Change Additional Mode Setting Auto Swing * Vane Control (Louver Direction) - E. . - * PQRCHCA0QW/PQRCHCA0Q doesn’t offer this function **Centralized control(PQCSW421E0A/PACS4B000/PQCPC22N0/PACP4B000/PQNFB17C0/PLNWKB000) and PDI(PQNUD1S40/PPWRDB000) should be installed for this function 114 115 . Weekly. ACCESSORIES Additional Mode Setting Plasma Purification / Energy-Saving Cooling / Robot Cleaning / Heater / Humidification Yearly Schedule (Timer.). Holiday) Weekly Schedule Pattern Auto Swing Vane Control (Louver direction) E. you can manage on your own. shortcuts for frequently used • Target alert alarm features. Yearly.P (External Static Pressure) Reservation Simple / Sleep / On / Off / Weekly / Yearly / Holiday Time Display Electric Failure Compensation * Available to save up to a maximum of 20 error histories. setting mode (operation hour / electricity usage etc.5oC setting temperature control Enhanced Schedule Function Model name PREMTA000 / PREMTA000A / PREMTA000B Yearly / Weakly Schedule Function Easy Pattern Schedule On / Off If you set the schedule all at once.2 Set Points Control / 0.S. It is possible to embody Fan Speed Control you will be able to effectively manage various schedules as pattern setting.Improved scheduling • Timer / Daily / Weekly / Yearly / Holiday . mm) 137 x 121 x 16.Self-management for energy saving Intuitive UI & GUI Design Display Configuration • Time limit operation / Power consumption monitoring It is more easy to use and Users can use of five buttons as • Weekly / Monthly / Yearly trend tracking control various functions. By using various for different period. Temperature Setting for various lengths of time. * Centralized control(PQCSW421E0A/PACS4B000/PQCPC22N0/PACP4B000/PQNFB17C0/PLNWKB000) and PDI(PQNUD1S40/PPWRDB000) should be installed for this function Features 1) User Friendly Design . 20 holiday reservations and 5 daily event on week Child Lock Weekly Schedule Check Energy Usage* / Check Operation Time / Target Setting (Energy. Premium WIRED REMOTE CONTROLLER 5 inch full touch screen with a premium design Energy Management PREMTA000 Self Energy Management After it gather information about Weekly / Monthly / Yearly Trend & Target Setting Control English / Portuguese / Spanish / French usage time or electricity usage*.5 Backlight Home Leave 2 set points control * Centralized control(PQCSW421E0A/PACS4B000/PQCPC22N0/PACP4B000/PQNFB17C0/PLNWKB000) and PDI(PQNUD1S40/PPWRDB000) should be installed for this function ** For ceiling type duct 1) Indoor unit should have functions requested by the controller 116 117 .Design with user’s convenience Standard Mode Simple Mode • Full touch / Intuitive GUI (Graphic User Interface) • Main display simple mode / Touch buzzer . Daily. Operation Time) / Energy Management Time Limit Operation / Alarm Popup / Initialization Usage Data Operation Status LED Indoor Temperature Display Wireless Remote Controller Receiver ** Display 5 inch TFT color LCD (480 x 272) Size (W x H x D. It provides 5 Mode Change Cooling / Heating / Auto / Dehumidification / Fan kinds of reservation functions. • Temperature range setting . Premium remote controller provides offer periodical history data to convenient trend & target graph users as visual information. mm) 120 x 121 x 16 ACCESSORIES Backlight * For ceiling type duct ** Centralized control(PQCSW421E0A/PACS4B000/PQCPC22N0/PACP4B000/PQNFB17C0/PLNWKB000) and PDI(PQNUD1S40/PPWRDB000) should be installed for this function 1) Indoor unit should have functions requested by the controller 118 119 .S. STANDARD WIRED SIMPLE WIRED REMOTE CONTROLLER REMOTE CONTROLLER Providing easy control of one or a group of indoor units with various functions A simple way to control office or hotel systems in a compact design Standard Simple Simple for Hotel PREMTB001(White) PREMTBBO1 (Black) PQRCVCL0QW PQRCVCL0Q PQRCHCA0QW PQRCHCA0Q PQRCVSL0QW (White) PQRCVSL0 (Black) (White) (Black) (White) (Black) Features 1) Features 1) Model Name PQRCVSL0QW / PQRCVSL0 Model Name PQRCVCL0QW / PQRCVCL0Q PQRCHCA0QW / PQRCHCA0Q On / Off On / Off Fan Speed Control Fan Speed Control Temperature Setting Temperature Setting Mode Change Cooling / Heating / Auto / Dehumidification / Fan Mode Change Cooling / Heating / Auto / Dehumidification / Fan Only Changeable by Central Controller Plasma Purification / Energy-Saving Cooling / Auto Swing - Additional Mode Setting Robot Cleaning / Heater / Humidification Vane Control (Louver Direction) - Auto Swing E. mm) 70 x 121 x 16 70 x 121 x 16 Child Lock Backlight Operation Status LED Indoor Temperature Display * For ceiling type duct Wireless Remote Controller Receiver * 1) Indoor unit should have functions requested by the controller Size (W x H x D.S.P (External Static Pressure) Vane Control (Louver Direction) Electric Failure Compensation - E.P (External Static Pressure) Child Lock Reservation Simple / Sleep / On / Off / Weekly / Holiday Indoor Temperature Display Time Display Wireless Remote Controller Receiver * * Electric Failure Compensation Size (W x H x D. WIRELESS REMOTE CONTROLLER Wireless control to operate air conditioners more conveniently PQWRHQ0FDB Features Model Name PQWRHQ0FDB On / Off Fan Speed Control Temperature Setting Mode Change Cooling / Heating / Auto / Dehumidification / Fan Additional Mode Setting Plasma Purification / Energy-Saving Cooling / Robot Cleaning / Auto Dry Auto Swing Vane Control (Louver Direction) Reservation Sleep / On / Off Indoor Temperature Display Sleep Mode Auto Max. 7 hours Size (W x H x D. mm) 51.4 x 153 x 26 ACCESSORIES 120 . ** ** ** Emergency Pattern Display . Fan Speed) Ventilation Control ACCESSORIES Individual Controller Lock Error Check Schedule Operation History - Visual Navigation - Operation Time Limit - Temperature Limit - Web Access 1) - Auto Changeover / Setback - Power Consumption Monitoring (with PDI) - Interlock Control - Virtual Group Control . ** ** ** ACS IV I/O Module Interlocking .192 Individual / Group Control (On&Off. Mode. * S/W program ** For ACS IV series : PACS4B000/PACP4B000 /PACM4B000 122 123 . Set Point. AIR CONDITIONER CENTRALIZED CONTROL CONTROL SYSTEM CENTRALIZED CONTROL AC EZ AC Smart Premium / AC Smart IV > Page 124 > Page 125 ACP / ACP IV AC Manager Plus / AC Manager IV > Page 127 > Page 128 Central Controller Line Up Model Name PQCSZ250S0 PQCSW421E0A PQCPC22N0 PQCSSA21E0* PACS4B000 PACP4B000 PACM4B000* Maximum Number of Indoor Units 32 128 256 8. ** ** ** 1) Assignment of public IP adress is required to access central controller through internet. DI 2 / DO 2 DI 2 / DO 2 Multi V / ECO V / ECO V DX / Multi V / ECO V / ECO V DX / Interfaceable Products THERMA V / Hydro kit / THERMA V / Hydro kit / AHU (Control kit) AHU (Control kit) Combination 1) Assignment of public IP adress is required to access central controller through internet. Set Temperature. Schedule Operation History Size (W x H x D. Combination AC Smart Premium CH1 CH2 MULTI V IV MULTI V WATER IV MULTI V S MULTI SPLIT ECO V MULTI V III MULTI V WATER II MULTI V Mini SINGLE SPLIT MULTI V II MULTI V SPACE II MULTI V IV MULTI V WATER IV MULTI V S MULTI SPLIT ECO V AHU MULTI V III MULTI V WATER II MULTI V Mini SINGLE SPLIT (Control Kit) Appropriate PI 485 should be used according to PDB MULTI V II MULTI V SPACE II Internet Appropriate PI 485 should be used according to PDB 124 125 . Room Temperature.2 inch touch screen with intuitive GUI (Graphic User Interface) allows easy control AC SMart premium AC SMart iv PQCSZ250S0 PQCSW421E0A PACS4B000 Features Features Model Name PQCSZ250S0 Model Name PQCSW421E0A PQCS4B000 Maximum Number of Indoor Units 32 Maximum Number of Indoor Units 128 128 Individual / Group Control Individual / Group Control Ventilation Control Ventilation Control Individual Controller Lock Individual Controller Lock (Temperature / Mode / Fan / All) (Temperature / Mode / Fan / All) Error Check LED / LCD Display Error Check Self Diagnosis Self Diagnosis Mode Change Cooling / Heating / Auto / Dehumidification / Fan Mode Change Cooling / Heating / Auto / Dehumidification / Fan Cooling / Heating / Auto / Dehumidification / Fan Schedule Weekly Schedule Daily / Weekly / Monthly / Yearly / Exception day Daily / Weekly / Monthly / Yearly / Exception day Display Operation Status. AC Ez PREMIUM / Easy to manage up to 32 indoor units include ECO V with simple commander Large 10. mm) 190 x 120 x 17 Visual Navigation Power DC 12V Operation Time Limit Temperature Limit Web Access 1) Auto Changeover / Setback (2 set) (2 set) Power Consumption Monitoring (with PDI) Interlock Control Virtual Group Control - Emergency Alarm Display - ACS IV I/O Module Interlocking - ACCESSORIES External I/O Port No. (ADVANCED CONTROL PLATFORM) / ACP can be integrated to the web system that allows user can access the control system online anytime. DI 2 / DO 2 DI 10 / DO 4 Multi V / ECO V / ECO V DX / Multi V / ECO V / ECO V DX / ACCESSORIES Interfaceable Products THERMA V / Hydro kit / THERMA V / Hydro kit / AHU (Control kit) AHU (Control kit) 1) Assignment of public IP adress is required to access central controller through internet. External I/O Port No. timed events. Maximum Number of Indoor Units 256 256 Individual / Group Control Ventilation Control Individual Controller Lock (Temperature / Mode / Fan / All) (Temperature / Mode / Fan / All) Error Check Self Diagnosis Self Diagnosis Mode Change Cooling / Heating / Auto / Dehumidification / Fan Cooling / Heating / Auto / Dehumidification / Fan Schedule Daily / Weekly / Monthly / Yearly / Exception Day Daily / Weekly / Monthly / Yearly / Exception Day Operation History Visual Navigation Operation Time Limit Temperature Limit Web Access1) Auto Changeover / Setback (2 set) (2 set) Power Consumption Monitoring (with PDI) Interlock Control Energy Statistics (with PQNUD1S40 or PPWRDB000) Operation Report Virtual Group Control - Emergency Alarm Display - Statistics of operational status (time. power consumption) Report including control status and other information is provided ACS IV I/O Module Interlocking - are provided to help make intelligent system operation decisions. Data can be sent by E-mail or stored on USB or external HDD. anywhere without access to PC or specific application Functions ACP Standard PQCPC22N0 ACP IV PACP4B000 Schedule Visual Navigation Features You can set a schedule for system air conditioner in advance for View current operation status from floor plan for easy for use. Optimize system performance by enabling system Model Name PQCPC22N0 PACP4B000 operation only as needed from centralized control management. Combination CH5 CH1~4 Interlocking Emergency Display* Allows interlocked operation of devices Red alert takes up the whole display upon any urgency situation AC Smart Premium or between digital inputs and outputs on and all other control signals are blocked to prevent any possible Internet or the AC Smart Premium / IV accident MULTI V IV MULTI V WATER IV MULTI V S MULTI SPLIT ECO V AHU * For AC SmartIV : PACS4B000 MULTI V III MULTI V WATER II MULTI V Mini SINGLE SPLIT (Control Kit) MULTI V II MULTI V SPACE II AC Smart IV Appropriate PI 485 should be used according to PDB 126 127 . so that operation history can be reviewed easily. Plus Control / Monitor Alarm Stand Alone Electricity Monitoring Peak Control Schedule Various Controller Operation Combination 128 129 . Kit Visual Navigation Temperature range limit Remote Access1) Auto Changeover (1 set) (2 set) Light Pump Setback (2 set) (2 set) Power Consumption Monitoring (with PDI) Interlock Control Fan Etc Virtual Group Control Emergency Alarm Display External Device . Plus (Advanced / Platform) Control Up to 32 ACP can be connected so that 8. Control Kit ACCESSORIES ACS IV I/O Module Interlocking - 1) Assignment of public IP adress is required to access central controller through internet.192 (supports 32 ACP IV) *ACP BACnet/Lonworks DO kit G/W can be connected to Individual / Group Control AC Manager Ventilation Control Individual Controller Lock (Temperature / Mode / Fan / All) (Temperature / Mode / Fan / All) Error Check Self Diagnosis Self Diagnosis Mode Change Cooling / Heating / Auto / Dehumidification / Fan Cooling / Heating / Auto / Dehumidification / Fan Schedule Daily / Weekly / Monthly / Yearly / Exception Day Daily / Weekly / Monthly / Yearly / Exception Day Operation History Comm.192 (supports 32 ACP) 8.192 indoor units can be controlled and monitored Solution Overview AC manager plus AC manager iv AC Ez PDI Dry Contact PQCSSA21E0 PACM4B000 Features ACS I/0 Module ACP BACnet G/W Model Name PQCSSA21E0 PACM4B000 BMS system ACP Lonworks G/W Maximum Number of Indoor Units 8. Connector can be separated for convenient installation . please contact INTESIS directly Premium Facility Integrator Gateway for Protocol PQNUD1S40 (8 port) PDI ACP BACnet PI-485 (Power Distribution Indicator) (Modbus) Standard PPWRDB000 (2 port) Premium (8 port) PQNFB17C0 For Outdoor Unit PQNUD1S40 (SINGLE/MULTI/THERMA V) Standard (2 port) PMNFP14A1 PPWRDB000 Features ACS IO Module ACP Lonworks . SYSTEM PDI PREMIUM INTEGRATION DEVICE (POWER DISTRIBUTION INDICATOR) PDI shows power consumption of up to 128 indoor units * This product is provided by INTESIS. ECO V) LG-AC-KNX-16 PSNFP14A0 Power Monitoring Watt Meter Power In LG-AC-KNX-64 Power In Pulse Signal 3phase 4 wire single phase 50Hz/60Hz 380V 50Hz/60Hz 220V ACCESSORIES RS485 (LGAP) Power Cable of Indoor Unit ACP AC Smart Premium or ACP BACnet ACP Lonworks 130 131 .Data is backed up so that correct consumption can be checked when power outage occurred .Linkable with RS485 communication type or pulse type power meter PEXPMB000 PLNWKB000 For Indoor Unit (Air-Conditioner. For more information. ECO V) PHNFP14A0 DO Kit KNX Gateway Combination PQNFP00T0 LG-AC-KNX-4 For Indoor Unit LG-AC-KNX-8 (Air-Conditioner. Combination 4. Pull out the power or shut down the breaker. which can switch On/Off devices such as light. 2A AC Smart IV ACP IV AC Manager IV Number 64~128 128~256 8. Max.2kΩ CAN 1 1. Connect the device power line to the additional relay cable. AC Smart IV NTC 10k 0. PUMP Security DDC Lighting Fan Alarm 5. Finish the connected area with the insulating tape. DI 3 Analog Output . CH1~4 CH6 AC Smart IV or ACP IV •When the product input is greater than or equal to 25A (The device is controlled by turning On/Off the power supply line of the product thrue a field-supplied relay) 1. Connect the cut communication line to the additional relay cable. 3. Finish the connected area with the insulating tape. Connect the power line from the breaker to the additional relay cable. 3. ACCESSORIES 2. Internet 2. 4. Connect the field-supply relay power line to the additional relay cable. I/O Points 130 224 1. Pull out the power or shut down the breaker. Connect the power line from the breaker to the additional relay cable. I/O Module DO KIT (Digital Output Kit) The module can be connected with ACS IV central control if additional control points Connected between centralized controllers of LG and external devices. AC Manager IV 132 133 .260 (The device is controlled by turning On/Off the indoor/ Maximum Number 9 16 . etc ACS IV can control 3rd party device as pump.) AC Manager IV Analog Input Ni 1000 871. Finish the connected area with the insulating tape. Connect the device power line to the field-supply relay. pump. DO 3 I/O Binary Input UI 4 Digital Input .) of Node * Maximum number of Indoor units may be reduced by increasing the number of I/O points. 1. Cut the communication line.192 of Indoor Units • When the product input is greater or equal to 25A Max.7kΩ 1675. outdoor communication line. are needed other than not only DI/DO but also AI/AO port of ACS IV central control unit.68kΩ 177kΩ • When the product input is less or equal to 25A (The device is Linkable Products ACP IV PT 1000 803kΩ 1573kΩ controlled by turning On/Off the power supply line of the product. - (Dry Contact) AO 4 30VAC / Digital Output Normal open - 30VDC. motor. DC (Current) 0mA 20mA 3. Pull out the power or shut down the breaker. • Sensor / Valve / Actuator • Pump / Fan etc. 0V 10V 4. Communication DC (Voltage) 0V 10V RS-485 1 2. lighting and so on through DI/O and AI/O PEXPMB000 PQNFP00T0 Features Features Model Name PEXPMB000 Interface Type Min. security. 64 units (Air conditioner & Ventilation) / Indoor address : 00 ~ FF 1) 1) Internet Internet AC Smart Premium AC Smart Premium or MULTI V IV MULTI V WATER IV MULTI V S MULTI SPLIT ECO V AHU or MULTI V IV MULTI V WATER IV MULTI V S MULTI SPLIT ECO V AHU MULTI V III MULTI V WATER II MULTI V Mini SINGLE SPLIT (Control Kit) MULTI V III MULTI V WATER II MULTI V Mini SINGLE SPLIT (Control Kit) MULTI V II MULTI V SPACE II MULTI V II MULTI V SPACE II ACP function Appropriate PI 485 should be used according to PDB ACP function Appropriate PI 485 should be used according to PDB AC Smart IV AC Smart IV 1) 1) Assignment of public IP address is required to access central controller through internet.Process ability Controlling Monitoring Items • EHP Type : 256 units (Indoor / ECO V / ECO V DX / Hydro Kit / THERMA V) On/Off Command On/Off Status • EHP Type : 64 units (Indoor / ECO V / Hydro Kit / THERMA V) On/Off Command On/Off Status • AHU Control kit : Maximum 16 units Operation Mode Setting Operation Mode Status • AHU Control kit : Maximum 16 units Operation Mode Setting Operation Mode Status .BTL Certified (B-ASC) User Mode Setting (for only ECO V) User Mode Status (for only ECO V) • Setting gateway . Accumulator Power Distribution Status • Diagnosis of communication status on LG Air-conditioner network Upper Limit Temperature Setting Upper Limit Temperature Status Upper Limit Temp. Assignment of public IP address is required to access central controller through internet.Process ability Controlling Monitoring Items . Refer to manual on detail.Modbus protocol support (Web server included) . 134 135 . Current Space Temperature Status . Setting Low Limit Temperature Status . AC Operation Mode Setting (ECO V DX only) Air Conditioner Operation Mode Status efficiently control various types of equipment from the All On / Off Setting - (ECO V DX only) . (ECO V DX only) Combination Combination ACCESSORIES Lighting control Remote checking Utility control Lighting control Remote checking Utility control CH5 BMS system CH5 BMS system CH1~4 Indoor unit : Max. ACP BACnet Gateway ACP LonWorks Gateway (MODBUS) PQNFB17C0 PLNWKB000 Features Features . Current Space Temperature Status . Total Accumulate Power Status customer’s own PC. the compatibility is different from BACnet. Setting Upper Limit Temperature Status Low Limit Temperature Setting Low Limit Temperature Status function (Central Controller) which allows the customer to Low Limit Temp. Accumulator Power Distribution Status .Self installation verification function using internet Set Temperature Setting Set Temperature Status .It offers ACP (Advanced Control Platform) . Error Status . Air Flow Setting Air Flow Status with air conditioner operation using BACnet.It offers ACP (Advanced Control Platform) Mode Lock Setting Mode Lock Status efficiently control various types of equipment from the Mode Lock Setting Mode Lock Status function (Central controller) which allows the customer to Peak Operation Ratio Setting Peak Operation Ratio Status customer’s own PC. Air Conditioner On/Off Status AC On/Off Command (ECO V DX only) * In case of using Modbus. 256 units (Air conditioner & Ventilation) / Indoor address : 00 ~ FF CH1~4 Indoor unit : Max. motion detector can be Fan Speed Setting Fan Speed Status . Error Status .Connect to use Lonworks® protocol and Fan Speed Setting Fan Speed Status Lock Setting Lock Status Lock Setting Lock Status connected to gateway and their function can be interlinked Air Flow Setting Air Flow Status LG air conditioner protocol. Set Temperature Setting Set Temperature Status .External devices such as fire alarm. Combination • Model Name : PSNFP14A0 (Only Needed • Power : Connected with the Indoor Units for Configuration) EIB Bus Configuration • 1 for Each Indoor Unit Software LinkBoxEIB .Indoor Unit (Air-Conditioner.THERMA V Link BoxEIB Configuration Software for IntesisBox® KNX serious Easy to use tool for the configuration of intesisBox.MULTI V MINI (ARUN40GS2A/ARUV40GS2A Only needs PI485) LG-AC-KNX4 4 • Power supply: 9 to 24V DC or 24V AC . 136 137 . please contact INTESIS directly Features Features • Easy installation. For more information.Indoor Unit (Air-Conditioner. in a fast and effective way. Connection Units .MULTI SPLIT • Maximum connection unit LG-AC-KNX64 64 . • Model Name : PHNFP14A0 • One single tool for the configuration of the whole range of • Power : Connected with the Indoor Units IntesisBox KNX series gateways. For more information. to IntesisBox’s datapoints. RS232 RS485 IntesisBox LG-AC-KNX4 LG-AC-KNX8 LG-AC-KNX16 MULTI V IV MULTI V WATER IV MULTI V S MULTI SPLIT ECO V LG-AC-KNX64 MULTI V III MULTI V WATER II MULTI V Mini SINGLE SPLIT * MULTI V PLUS II & MULTI V III & MULTI V IV series do not require any other PI 485 since these series have PI 485 in its outdoor unit PCB. ECO V) * Provided with a case to be installed on the exterior. exported from ETS. • 1 for Each Indoor Unit • Supplied with IntesisBox with no additional cost. when needed) throungh the RS485 Bus. LinkBoxEIB • Includes powerful and useful features for configuration. .SINGLE SPILIT LG-AC-KNX8 8 • Standard DIN-Rail 6 modules enclosure LG-AC-KNX16 16 . Configuration software setup and troubleshooting. allowing a simple and ACCESSORIES fast association of KNX Group Addresses. • Model Name : PMNFP14A1 • Great integration flexibility. • Only needed during configuration. please contact INTESIS directly. ECO V) • Configuration examples for all systems that can be integrated. • Mapping table editable using excel. It offers the maximum integration possibilities with a minimal knowledge required on the system to be integrated. KNX GATEWAY 1) PI 485 Specially designed to allow monitoring and bidirectional control of all the PI 485 converts the air conditioner’s protocol to the RS485 protocol parameters and functionality of LG air conditioners from KNX installations for the central controller LG-AC-KNX-4 PMNFP14A1 LG-AC-KNX-8 PHNFP14A0 LG-AC-KNX-16 PSNFP14A0 LG-AC-KNX-64 * This product is provided by INTESIS. MULTI V II MULTI V SPACE II 1) Appropriate PI 485 should be used according to PDB This product is provided by INTESIS. • Power : Single Phase AC 220V 50/60Hz • Direct connection to KNX bus • 1 for Each Outdoor Unit (Max 64 Indoor Units) • Independent management of communications Model Name Max. when needed) and Heat recovering units (communication interface PHNFP14A0. direct connection to all outdoor units (communication interface PMNFP14A1. Using the supplied software LinkBoxEIB. a complete set of communication objects can be accessed. AIR CONDITIONER OTHER INTEGRATION DEVICE CONTROL SYSTEM Line-Up Other Integration Indoor Unit Outdoor Unit AHU Kit Dry Contact Control Accessory Device Group Control Wire I/O Module Communication Kit Simple Dry Contact PZCWRCG3 PVDSMN000 PUCKA0 PQDSA(without case) PRCKA1 PDRYCB000(with case) Remote Temperature Low Ambient Kit Sensor 2 Points Dry Contact PQRSTA0 PUDCA0 (For Setback) PRVC2 PDRYCB400 PRDCA0 Zone Controller Dry Contact for Control Kit Demand Control Dry Contact for ABZCA PQDSBCDVM0 Thermostat PRCKD21E PDRYCB300 PRCKD41E Variable Water Flow Control Kit EEV Kit (Electronic Expansion Valve kit) For Modbus PDRYCB500 PWFCKN000 PRLK048A0 / PRLK096A0 ACCESSORIES Expansion Kit PRVCO PATX13A0E / PATX20A0E Cool/Heat Selector PATX25A0E / PATX35A0E PATX50A0E PRDSBM 138 139 DRY CONTACT DRY CONTACT Connection between an indoor unit and external devices to control various functions Connection between an indoor unit and external devices to control various functions PDRYCB000 PDRYCB400 PDRYCB300 PQDSA Features Features Model Name PDRYCB000 / PQDSA PDRYCB400 Model Name PDRYCB300 Contact Point 1 Contact Point 2 Contact Point Dimensions (W X H X D, mm) Power Input AC 220V From Indoor Unit On / Off Control Voltage / Non Voltage Input - Mode Control (Cool, Heat, Fan) On / Off Control Fan Speed Setting (Low, Middle, High) Lock / Unlock - Thermo Off Thermo Off - Error Monitoring Energy Saving - Operation Monitoring Temperature Setting - Rotary Switch 1 Operating Set Temperature Selection Error Monitoring Rotary Switch 2 Operating Logic Selection Operation Monitoring Size ( W x H, mm ) 120 x 120 Size ( W x H, mm ) 120 x 120 120 x 120 * Refer to each models PDB for applicable models. * PDRYCB000(with case) / PQDSA(without case) * Maximum operation AC : 3A PDRYCB300 PDRYCB000/PQDSA PDRYCB400 ACCESSORIES AC 220V AC 220V - For no Power Contact Point Signal Input - For Power Contact Point Signal Input - Indoor Unit Monitoring To Apply Power Source To Apply Power Source Directly In Case Non Voltage Signal In Case Voltage Signal through PCB to External Source Combination Combination Control Module CN-CC Dry contact Key Switch Lighting Fire Alarm Timer Motion Door Check Sensor Sensor Detect Sensor CN-CC (Contact point linked with outer part) System Structure 140 141 DRY CONTACT GROUP CONTROL WIRE Connection between an indoor unit and external devices to control various functions Cables used to connect a wired remote controller up to 16 indoor units PDRYCB500 PZCWRCG3 Features Features • Function Model Name PZCWRCG3 - MODBUS communicate with MODBUS master controller. Y-type Cable 0.25m Length - MODBUS RTU slave, 2 wire RS485, 9600bps Long Cable 9.6m Length - Max. 8 IDUs can connect to one controller. (Address setting range hexa decimal value 00~07) • Memory map Register(hexa) Name Range Notes 00001 Operation 0· · ·1 0 : Stop, 1 : Run 30003 Indoor temperature 100· · ·390 Degrees C x 100 30100 Error alarm 0· · ·1 0 : No Error, 1 : Error 40001 Set run mode 0· · ·4 0 : Cooling, 2 : Fan, 4 : Heating 40002 Set temperature 180· · ·300 Degrees C x 100 40015 Set fan speed 0· · ·3 0 : Low, 1 : Middle, 2 : High, 3 : Auto Combination Combination <Modbus Communication Function> Indoor 1 MAIN PCB ACCESSORIES Room Indoor 1 Indoor 2 Indoor 3 Control Master Indoor terminal block Indoor terminal block Indoor terminal block RED (12V) YL (SIGNAL) YL (SIGNAL) YL (SIGNAL) BK (GND) BK (GND) BK (GND) CN-CC RCU* Controller Indoor Unit * RCU : Room Control Unit. ... Max. 8 IDUs Note : 1 Y type Cable assembly for connecting indoor unit and low cable. 2 Long Cable assembly for connecting indoor to indoor. CN-CC - Please connect cable assembly Y type Cable with already connected indoor unit. Indoor Unit 142 143 REMOTE TEMPERATURE SENSOR ZONE CONTROLLER Sensor for detecting the room temperature Controls air conditioning in up to 4 zones by external thermostat PQRSTA0 ABZCA Features Features • It can help to detect the exact room temperature instead of indoor unit’s air temperature sensor • Controls different zones (up to 4 zones) ROOM1 ROOM2 • Applied to Ceiling Mounted Cassette. Ceiling Concealed Duct. 2. THERMA V and Hydro Kit by external thermostat(AC 24V) Thermostat temperature sensor • Extension cable (15m) is included • Maintain proper air volume of each zone • Auto variation of dampers Indoor Unit • Auto control of fan speed and on/off operation (Duct Type) temperature sensor temperature sensor Zone Control ROOM3 ROOM4 sub PCB Models applied • Celling Concealed Duct (refer to PDB for applicable models) Combination Wiring Diagram 1. Cut the extension cable to the appropriate length and connect the screw terminal of the remote sensor. Wire to the control box in the indoor unit by removing the existing thermistor and connect the extension cable its place. Ceiling Concealed Duct ACCESSORIES 1 2 3 4 Extension cable CN-ZONE 5 6 7 CN-ROOM 8 AC 24V ROOM(External) Damper THERMOSTAT #1 Or Relay Indoor Unit Zone controller ROOM Damper THERMOSTAT #2 Or Relay ROOM Damper THERMOSTAT #3 Or Relay Remote Wired Remote Controller ROOM Damper Temperature Sensor THERMOSTAT #4 Or Relay 144 145 . • Input_1. peak Power AC or DC Operating Status AO_2 This function displays outdoor or indoor unit’s operation and error status. 40% ~ 100% . control outdoor unit’s fan speed by dry contact input • Note : IO Module is not compatible for MULTI V III DDC (Direct Digital Controller) Timer (dB) Max 7 dB* or Models applied • MULTI V IV.Demand control MULTI V WATER IV MULTI V IV IO MODULE Range of Operation Rate . Max 20mA) OFF OFF ON Error 4) Digital Output (DO : 250VAC. Max 1A) 146 147 .Open : External signal has priority to central controller(default setting) 2) Analog Input Part (AI : DC 0 ~ 10V) • AI_1 : Demand ontrol by analog input (10 Step) IO MODULE Input_1 Input_2 Input_3 Input_LNO Reserved Priority setting AI_1 Reserved 3) Analog Output Part(AO : DC 0 – 10V. 40% ~ 80% . Sound power level can be changed by outdoor unit operation status and low noise operation input signal. .3 : Demand control by contact input(3 Step) • Input_LNO : Low Noise Operation • Priority Setting Using priority setting contact signal the priority of command.Output outdoor or indoor unit operation status Contact signal(3 steps) : 0%. Max 1A) Error Status(Output 250V AC.Output error status • Description IO (Input / Output Module) Module is communication interface module for connection Low Noise Operation between Multi V IV and external IO (Input / Output Module) devices. either outside or indoor unit has an error.Low noise operation AI 0 ~ 10 V : 0%.) AO_1 Depends on dip switch setting.Close : Central controller has priority to external signal Additionally. 10Step) and contact signal(3 Step). Max 20 mA) • Low ambient operation(AO_1~3) or • IO module communication error display AI : Analog Input (DC0~10V) AO : Analog Output ( DC0~10V. control by LG Central controller. MULTI V S Contact Signal Noise Level MULTI V IV IO MODULE Wiring 1) Dry Contact Input Part ACCESSORIES * 8 HP model. DDC (Direct Digital Controller) or Capacity control with Features Contact signal (3 points / 3 steps) • Function . MULTI V WATER IV. IO Module (Input / Output Module) External device interface module for system air conditioner PVDSMN000 Combination Demand Control Provides variable setting for demand control according to input method to reduce power consumption. Power AC or DC Error Status AO_4 AO_3 Output Operation and Error Status (Capacity control for external command from DDC vs. . IO module display error signal by another replay. This function supports 2 types of input signal : AI(0~10V. Max 1A) Input_LNO : Low Noise Operation • Output error status • Output operation status MULTI V WATER IV MULTI V IV Operation Status(Output 250V AC. To reduce noise level . either outdoor or indoor unit operation status is reflected through output signal.2. review damper actuator’s installation manual. 40% ~ 100% Contact signal(3 steps) : 0%. Low noise .Output error status (250VAC. MULTI V SPACE II. MULTI V WATER S Models applied • MULTI V IV Combination Combination ACCESSORIES Main PCB Reference : Air Damper DDC (Direct Digital Controller) 0 ~ 10V (Analog Input) Damper Actuator(0~10V) Transformer Contact signal (3 points / 3 steps) 220VAC -> 24VAC MULTI V IV Outdoor unit Range of Operation Rate dry contact AI 0 ~ 10 V : 0%.Low ambient kit supports -25C cooling operation by making stable condensing pressure with reducing air flow rate from hood and damper control given 0~10V or proportional to condensing pressure.Transformer and terminal block are included.Demand control (3 contact signal) (Analog output 0~10V) . MULTI V III. By DDC By Dry .25C Low ambient cooling operation by Low ambient kit and hood with damper .Error Output (Display) .All Off . MULTI V WATER II.Outdoor unit fan low speed control (Night low noise operation) display . 148 149 . Max 1A) • Description • Description The product is especially designed for demand control. please contact regional sales office.Output outdoor or indoor unit operation status (250VAC. Please. : Field Supply item * Before apply this accessory. 40% ~ 80% MULTI V IV IO Module Common DC 0~10V Control 24VAC NOTE : The IO Module can control maximum three actuators. Low ambient kit OUTDOOR UNIT DRY CONTACT External integration module for cooling operation with -25oC low ambient temperature. Max 1A) .External snow hood and air damper are required for this item.* Front Back Demand control (input) .Low ambient kit Provides IO module function. Dry contact for demand control PRVC2 PQDSBCDVM0 Features Features • Function • Function . Models applied • MULTI V S. MULTI V MINI.Low noise operation .Demand control (Co-work with DDC) Error .Demand control . 0~10V contact . or fan mode can be selected to prevent cooling and heating mixing errors during seasonal changes Accessory developed for controlling the water flow PWFCKN000 (MULTI V WATER IV) PRVCO (MULTI V WATER II) PRDSBM Features Features • Function • Indoor unit mode control without central controller Fan Mode Mode Change . heating. MULTI V PLUS Wiring Diagram • MULTI V S • MULTI V WATER IV • MULTI V MINI • MULTI V WATER II • MULTI V WATER S • MULTI V SPACE II ACCESSORIES Single Line Cooling Tower 0 ~ 10V (Analog output) Water Flow Line Flow control Pump/Cooling Wiring <Outdoor Diagram Main PCB > Push Button valve Tower Controller Insert wire method <Outdoor Main PCB > Push Button Flow InsertPush wire arrow methoddirection • Connect Terminals (1. error output (250VAC. Heating. Max 1A) only only • Advantage . Max 1A) during the change of season Cooling Heating only only . Shows field wiring use Communication line as thick as 1.25mm • Flow control valve : Regulates the flow or pressure of a fluid. 150 151 .Digital output for Operation.Pump electricity consumption reduction . GND) of outdoor as show PushInsert arrowwire direction to connector below. GND) on the control valve back side of the outdoor dry contact to Pressure sensor terminals (1.Water flow consumption reduction . normally responding to signals generated by independent devices. Shows field wiring Connected wiring From Water Source Insert wire to connector Inverter pump * Communication line length can be maximum 300m.Operation.Dry contact input and analog output for demand control Cooling Heating . VARIABLE WATER FLOW COOL / HEAT SELECTOR CONTROL KIT Cooling.Minimum output voltage setting available • Mode lock for cooling & heating mixing error-proof Fan Mode Mode Change . Digital output) : Using Dry contact and variable water flow control function simultaneously Models Applied Cooling Tower • MULTI IV • MULTI V PLUS II. (The mass flow rate is the mass of the fluid traveling past a fixed point per unit time. 2. 2.) • Pressure Sensor : Measures the pressure. Connected wiring • Flow Meter : Measures mass flow rate of a fluid traveling through a tube. Fan mode .Including IO module (Dry contact input. error status (250VAC.Water pump or valve control (0~10V) • Select operation mode : Cooling. Analog input/output. In combination with AC PRLK048A0 system or stand alone(with 1xOutdoor) 28.0 20 ~ 26. with LG’s high efficient products for maximum cost saving Dimensions(mm) Type Model Name Control Max Capacity W H D For Multi V . DC 30V. 1A EBR52358915 134k 8. .Tube length (m) = Tube length of 1 pipe x Tube step x Tube row 152 153 . • After checking the need capacity.Stand alone(with 1xOutdoor) Outdoor Capacity : 8~16HP(23~46kW) PATX20A0E For Multi V .Stand alone(with 1xOutdoor) Outdoor Capacity : 38~46HP(110~133kW) PATX50A0E For Multi V . Return/room air control by remote controller or dry contact 280 135 280 EBR65102906 42 12.4 12.5 3.Pipe cross-section (m2) = π x ID2 / 4 * Binary input and output (Open and short). remove the 36k Option PCB equipped in the main PCB. Specification(PUDCA0.4 103~116 remote controller command. 1A EBR52358910 48k 4.0 15.0 2. . On/off (Non voltage) . PRCKA1 are controlled by remote controller(default) and dry contact * Heat exchanger volume (m3) : Pipe cross-section x Tube length PUDCA0. EBR52358914 115k 7.2 56.0 14.1kW 404 830 217 EEV Kit For Multi V .0 40 ~ 50 .7 8.4 13.9 8. SH(Superheat) 5K. Air Temperature = 27oC DBT / 19oC WBT Function list for Communication kit * Combination allowed only for air-to-air system. - EBR65102903 24 7. DO is normal open . 1A * Evaporator saturated temperature(SST) = 6°C.5 . EBR52358913 192k 11.In combination with AC PRLK096A0 system or stand alone(with 1xOutdoor) 56.Stand alone(with 1xOutdoor) Outdoor Capacity : 28~36HP(82~104kW) PATX35A0E For Multi V . No error / error occurred . . - PUDCA0 Single Split . Analog input 0V 10 V EBR52358907 28k 2.7 15.0 13 ~ 16.2 20. heating 16 ~ 30oC Control Analog input 0V 10 V Option PCB Capacity Index Recommended heat Maximum heat Air flow rate P/No (Btu/h) exchanger volume(10-3 x m3) exchanger capacity(kW) (CMM) Supply air temperature Compressor off. Capacity setting (Non voltage) capacity in the main PCB. . On/off (Non voltage) .1 2.1 10. PRDCA0 are controlled by external input(default) and wired remote controller . PRDCA0 only) List PUCKA0 PRCKA1 PUDCA0 PRDCA0 Description Type Min Max For MULTI V Detail Digital input* Outdoor Operation On/off (Non voltage) .7 72~88 DC 30V.6 22~26 40 ~ 100% capacity control control) EBR52358908 36k 3. EBR52358909 42k 3.3 28.Stand alone(with 1xOutdoor) Outdoor Capacity : 48~56HP(139~163kW) 291 192 561 Capacity Selection For SINGLE SPILIT Detail Detail When selecting evaporator. and set up the Option PCB fitted the need Contorlling Digital input Fan Step High/mid/low (3 steps) .0 64 ~ 80 - PRCKD21E MULTI V .6 7.0 4.5 50. Fan/defrost/cooling/heating (Non voltage) .0 30 ~ 40 - Communication Kit EBR65102908 60 15. DC 30V. • When selecting evaporator. Compressor Off&Fan off. 1A EBR52358917 172k 10. 1A EBR52358911 76k 5.2 121~137 (Non voltage) DC 30V. .5 28 ~ 36 - PRCKA1 MULTI V Return/room air by remote controller or dry contact control 280 135 280 EBR65102907 48 14.0 2.0 26.0 5. SH (Superheat) 5K.0 60 ~ 70 - PRDCA0 MULTI V . .2kW 404 830 217 PATX13A0E For Multi V . AHU KITS (Air Handling Unit Kits) Specifications Solution to connect LG outdoor unit on the DX coil of an air handing unit. Max capacity 1~4 master outdoor unit 600 750 285 Control Kit PRCKD41E MULTI V .4 33~45 Compressor Digital output AC 250V .4 114~129 Digital output AC 250V Error Status .0 25~32 Digital output* AC 250V Outdoor Operation .0 5.5 - Type Model Name Description Outdoor unit EEV Kit Expansion Kit Central controller W H D EBR65102905 36 10. .3 33. .8 31~35 DC 30V.4 5.3 88~103 Output fan mode with 3 step(high/mid/low) Digital output AC 250V Fan Mode signals according to fan step digital input or wired (Non voltage) .0 4.1 11. change ‘Option PCB’ in Communication kit ACCESSORIES Digital input according to below table (Basic ‘Option PCB’ is for 36k Btu/h) Mode Fan only/heating/cooling (Non voltage) .0 3. Return/room air or supply air(capacity) control by DDC 330 180 430 Return/room air or supply air(capacity) control by DDC EBR77627409 70 19.1 64~72 Monitoring Digital output AC 250V Outdoor Mode . .9 23. Air Temperature = 27°C DBT / 19°C WBT Note : PUCKA0.1 14 ~ 18 - Combination Dimensions(mm) EBR65102904 30 8. Max capacity 5~8 master outdoor unit 600 750 285 * Evaporator Saturated Temperature(SST) = 6oC. change ‘Option PCB’ in Communication kit according to below table (Basic ‘Option PCB is for 24k Btu/h) Communication Kit Control Kit EEV Kit Expansion Kit Capacity setting PUCKA0 PUDCA0 PRCKD21E PRLK048A0 PATX13A0E PATX25A0E (Main PCB) 'Option PCB' PRCKA1 PRDCA0 PRCKD41E PRLK096A0 PATX20A0E PATX35A0E Outdoor unit capacity Recommended heat Maximum heat Applicable Outdoor Units PATX50A0E Air flow rate Option PCB exchanger volume exchanger capacity PUCKA0 PUDCA0 kBTU kW (CMM) Standard Standard (10-3 x m3) (kW) Specifications H-Inverter Inverter Inverter EBR65102902 18 5.5 39. . 330 180 430 This unit is connected with outdoor unit1:1 EBR77627406 85 23. EBR52358916 153k 9.5 45. . (by outdoor capacity .4 22.5 ~ 32 - PUCKA0 Single Split . 'Option PCB' (Main PCB) Room Temperature Cooling 18 ~ 30oC .Stand alone(with 1xOutdoor) Outdoor Capacity : 18~26HP(52~75kW) 238 169 491 Expansion Kit PATX25A0E For Multi V .2 50~64 (Thermo) EBR52358912 96k 6. kit Communication Wire PUDCA0 Sensor Signal Sensor Signal Comm. kit Communication Wire Communication Wire PRCKA1 Sensor Signal Thermistor (Pipe Temp. kit Dry contact Comm. kit *DDC : Digital Direct Controller or *DDC : Digital Direct Controller PRDCA0 or *DDC *DDC Air Comm. kit Dry contact PUCKA0 PDRYCB400 PRCKA1 PDRYCB300 Return Air Exhaust Air Outdoor Air Supply Air Pipe out Return Air Exhaust Air Outdoor Air Supply Air Pipe in or Expansion kit EEV kit PATX**A0E PRLK0**A0 * AHU : Air Handling Unit • MULTI V Application (in Combination with AC System) • MULTI V Application (Total AHU Control for Medium to Large Capacity) Refrigerant Piping Refrigerant Piping Comm.) *DDC Signal (On/Off) *DDC : Digital Direct Controller Dry contact Signal (DC0 ~ 10V) PDRYCB300 Expansion Kit Temperature Sensor Air Handling Unit Return air (essential) ACCESSORIES Return Air Exhaust Air Outdoor Air Supply Air Supply air (essential) Mixed air Temp & Humidity Sensor Return air Supply air Outdoor air Damper Actuator Exhaust air Outdoor air Mixed air EEV kit PRLK0**A0 Differential Pressure Switch Valve for Humidifier CO2 Senor Smoke Detector Fan Control kit Supply PRCKD*1E Return Wired Remote Controller Local Control Kit 154 155 . with LG’s high efficient products for maximum cost saving Combination • SINGLE SPILIT Application • MULTI V Application (Stand Alone) *DDC 0-10V Refrigerant Piping Refrigerant Piping *DDC Communication Wire Comm. AHU KITS (Air Handling Unit Kits) Solution to connect LG outdoor unit on the DX coil of an air handing unit. 1 Way Cassette Cassette Cover O O O . PREMTB001. TP 156 157 .4 points support structure 2 Way Cassette PT-HLC Ventilation Kit 4-Point Support Structure Auto Horizontal Control Memory for user’s level Auto bottom detection 1 Way Cassette (Grill Type) PT-UUC PT-UUC1 PHLLA STOP PT-UTC PTVK410 PSAPE**10 / PSAP8**10 Sanitary Tank Kit (Panel Type) PSAPF**11 PT-UUD Operating with wired remote controller* and wireless remote controller included in PTEGM0. MECHANICAL AUTO ELEVATION GRILLE ACCESSORIES Line-Up Easy filter cleaning with the elevation grille Indoor Outdoor Ceiling Mounted Cassette Ceiling Concealed Duct MULTI V PTEGM0 Auto Elevation Grille Cassette Cover Suction Grille Air Guide PBSGB30 / PBSGB40 Canvas PRAGX3S0 PRAGX2S0 PTEGM0 PTDCM PTDCQ PBSC30 / PBSC40 Cassette Panel Plasma Kit Drain Pump Kit Drain Pan Features PRODX20 ABDPG PBDP9 PRODX30 • Easy filter cleaning with elevation grill . TN. . PHLTA / PHLTC / PHLTB Independent Power Module Domestic Hot Water Tank Models Applied • 4 Way Cassette : SINGLE SPILIT.Max 4. MULTI V (refer to PDB for applicable models) PRIP0 LGRTV200E LGRTV200VE (198 LITERS) (198 LITERS) LGRTV300E LGRTV300VE ACCESSORIES (198 LITERS) (198 LITERS) Parts Included Mechanical Accessories Line up and Application • Inlet Grille (1EA) • Screws (4EA) Type 1 Type 2 SINGLE MULTI MULTI V THERMA V Remark • Auto Elevation Grille Kit (1EA) • Installation Manual (1EA) SPLIT SPLIT • Wireless Remote Controller (1EA) Auto Elevation Grille O O* O .5m length Wall Mounted Unit THERMA V PT-UQC / PT-UMC1 PTPKQ0 . . TP) ARTCOOL Panel Solar Heating Kit . 4 Way Cassette Cassette Panel O O O . O THERMA V Sanitary Tank Kit . 4 Way Cassette Plasma Kit O O O . PT-UTD * PQRCVSL0QW. O THERMA V Domestic Hot Water Tank . MULTI V 4 series indoors (2015 New model) Independent Power Module . O . O . PREMTBB01 PTVK420 PTVK430 ETC. Ceiling concealed duct (Built-in) Application Drain Pump Kit O O . . ARTCOOL indoor unit Refrigerant Leakage Detector . . MULTI V outdoor OUTDOOR Solar Heating Kit . .Memory for user’s level 4 Way Cassette PTPKM0 . TN. Ceiling concealed duct ARTCOOL Panel . . O . . 4 Way Cassette Ventilation Kit O O O . O THERMA V • Auto elevation grille kit • Install the kit inside • Install the front panel • Operate the auto elevation grille by • Easy maintenance indoor unit and the Inlet grille the wireless remote controller * Only for chassis TM. O . PQRCVSL0. . MULTI V outdoor Drain Pan . . MULTI V indoor Air Guide . .Model : PTEGM0 (for chassis TM.Auto horizontal control . 4 Way Cassette INDOOR Suction Grille / Canvas . . O . . O . .Installation inside main body . MULTI SPLIT. 1kw 7. CASSETTE PANEL CASSETTE COVER / PLASMA KIT Stylish designed panels make more unique space by various applications Air purifying filter to prevent dust and allergens Air purifying filter to repel dust and allergens 4 Way Cassette 2 Way Cassette 1 Way Cassette PTDCM PTPKM0 PT-UQC / PT-UMC1 PT-HLC (Grill Type) PTDCQ PTPKQ0 PT-UUC / PT-UUC1 / PT-UTC (Panel Type) PT-UUD / PT-UTD Features Features • Specially designed for indoor unit • It can remove microscopic contaminants such as dust and • Covers the side area of cassette pollen to help reduce allergies.0~7.5 1. . Built-in Built-in flow flow piping check check and and hanger adjust hanger adjust Hanger Hanger adjustDrain Leakage Check Hanger Adjust Parts Included Parts Included adjust • Cover A (4EA).1kw 158 159 .5/5.8 1. Cover B (4EA) • Plasma Kit (1EA) ACCESSORIES • Cover C (4EA).0kw 2 Way Model Weight (kg) Dimensions (mm) Cassette PT-HLC Grill Morning fog X 4.157 310 1 Way Cassette PT-UTC Grill White O 5.5kw PT-UMC/ TP/TN 5.5~3.0~7. TQ. Built-in Refrigerant Drain leakage Direct air Indirect air 1 Way Cassette .100 34 500 .2 907 907 310 PT-UTD Panel White O 5.1kw : PTPKQ0) Built-in (7.5~5. Attachable/detachable corner design • Gives elegant looks *Plasma kit and Auto Elevation Grille are not applicable at the same time Refrigant Drain leakage • Light weight Piping check check Features • Independent vane operation uses separate motors. 5. making it • The detachable corner design makes it easy to adjust the Possible to control all four vanes independently.0 7.1~3.100 34 500 .050 28 640 .0kw : PTPKQ0) (1.5/3.0~7. . Hanger adjust hanger during installation and to check for leakages in the Hanger adjust Models Applied Models Applied drain connection pipe.0kw 7. . 5.2 907 907 268 PTDCQ PT-UQC PT-UUD Panel White O 4. • 4 Way Cassette (for chassis TP.9 8. 2.0kw Accessory Model Name Cassette PT-UMC1 Horizontal Grill Morning fog X 5. 2. TR) Type SINGLE SPLIT MULTI SPLIT MULTI V All Vane Operation Independent Vane Control Detachable Corner Design Option Option 4 Way Cassette (2.5kw 2.1kw~15..6 950 25 950 7.6 1.0kw : PTPKM0) 2 Way Cassette .420 34 500 . .0 7.8 1. . 5.9 8.5~5.1~14.157 268 PT-UUC1 Grill Morning fog X 4. 2.1~3.157 1. .5 1.5~5. Cover D (4EA) • Screws • Screws • Installation Manual (1EA) • Installation Manual (1EA) Specifications Suction Weight Dimensions (mm) Applied Model Model name Color Gloss Type (kg) W H D SINGLE SPLIT MULTI SPLIT MULTI V 4 Way PT-UQC Horizontal Grill Morning fog X 3.157 1.420 34 500 .5kw PTDCM PT-UMC1 TM 5.4 1.1~15.0kw 1.0 700 22 700 2.100 34 500 .6 1.1kw Front Panel Name NET Gross W H D PT-UUC Grill White O 4. TM.5/2.5kw TQ 5.1~3.1kw TR 5.0 1.0kw 1. TN. PTVK410+PTVK420 (for chassis TP. . O O pbsc30 O O O O . unit requires only 270mm of ceiling space • Blends unobtrusively with any interior decoration Models Applied • There are 2 solutions for fresh air . TN.PTVK430 (for chassis TR. . • High external static pressure facilitates unit use with flexible ducts of varying lengths • When using suction grille. . 7 Screws • PTVK420 : 1 Flange. 4 Screws. . 1 Insulation Models Applied • PTVK420 : 1 Flange. TQ. - 840 443 435 Canvas pbsc40 . Parts Included • PTVK410 : 1 Ventilation Kit. - 4 Grille 81 13 pbsgb40 . . TM) * Users can purchase and use PTVK430 in addition to PTVK410+PTVK420 in need to phase in larger outdoor air volume. TN. VENTILATION KIT SUCTION GRILLE / CANVAS Fresh air can be supplied from outside through this ventilation kit High flexibility for a wide variety of applications (SUCTION GRILLE) PTVK410 PBSGB30 PTVK420 PBSGB40 PTVK430 PBSC30 PBSC40 PBSGB30 / PBSGB40 (CANVAS) PTVK410 PTVK420 PTVK430 PBSC30 / PBSC40 Features Features • The ventilation kit can be supplied air from outside. TP. . 1 Insulation • Ceiling Concealed Duct _ Built-in type Dimensions Assembly Diagram ACCESSORIES 406 Accessory Model Name Capacity (Btu/h) Category Model Name ARNU07GB3G2 ARNU09GB3G2 ARNU12GB3G2 ARNU15GB3G2 ARNU18GB4G2 ARNU24GB4G2 pbsgb30 O O O O . O O PTVK430 419 840 55mm PTVK410+PTVK420 160 161 . TM) . 8 Bolts. Cap (1EA) .Suction panel with air filter (1EA) .Installation manual (1EA) .Screw (4EA) . 50/60Hz) C C C Models Applied A A • Ceiling Concealed Duct (refer to PDB for applicable models) B A B B (Unit : mm) (Unit : mm) Accessory Model Name Model name A B C Model name A B C PBSGB30 910 359 56 PBSC30 821 274 42-250 • Ceiling Concealed Duct (refer to PDB for applicable models) PBSGB40 1188 359 56 PBSC40 1100 274 42-250 Product Model Drain Pump H-Inverter Included CB**L Included SINGLE / MULTI SPLIT Standard Inverter CM** / UM** ABDPG UB70 / UB85 PBDP9 Econo Inverter ABDPG Multi V Included Application Application ACCESSORIES • High head drain pump automatically drains water up to 700mm of drain-head height. a drain pump is very useful to pump out condensed water from indoor units.Screws for adjusting chain (8EA) ABDPG PBDP9 . DRAIN PUMP KIT Drains away condensed water Parts Included ABDPG • For the suction grille : • For the suction canvas : . Drain Pipe Slope (1/50~1/100) Drain pipe High Head Drain Pump over 270mm 450mm 700mm over 520mm Flexible Drain Hose 300mm * Included in H-Inverter * Supplied as accessory for Standard Inverter (ABDPG/ PBDP9) Parts Included • ABDPG / PBDP9 . Fixture It provides perfect solution for water drainage.400CMM) .Screws for air suction canvas (4EA) PBDP9 .Adjusting chain (4EA) .Installation manual (1EA) Dimensions Features • In some places where natural drainage is not possible.Drain pump assembly (1EA) (AC 220~240V.Air suction canvas (1EA) .Installation manual (1EA) 162 163 .Suction panel fix bolt M5x18 (4EA) . • Drain pump assembly (AC 220~240V.50/60Hz. ARTCOOL PANEL INDEPENDENT POWER MODULE A unique blend of art and colours EEV full close function in case of power cut PSAPE**10 PRIP0 PSAP8**10 PSAPF**11 Models Applied Features • Independent Power Module is specially designed to close the Indoor EEV at power cut-off. PSAPFCG11 White Silver . . PSAPFCH11 Independent Power Module (Option) Switch BOX Main Switch Power Plug 3rd 2nd A/C Switch 1st Each room 164 165 . ARTCOOL Mirror * Panel colour .Supply Voltage : DC 12V ±50% • CG : Gold • CE : Red • CH : White Silver • CR : Mirror • CV : Silver Silver Mirror ARTCOOL SF Chassis Models Applied Silver Red Gold White Silver • MULTI V Indoors 3 phase 400V ACCESSORIES Outdoor Unit Independent Power Module (Option) Model name Switch BOX 1 phase 4th ARTCOOL Mirror ARTCOOL SF chassis 220V Main Switch Power Plug Chassis 3rd SE S8 SF Colour 2nd A/C Switch 1st Mirror PSAPECR10 PSAP8CR10 - Silver PSAPECV10 PSAP8CV10 PSAPFCV11 Each room Red . PSAPFCE11 Gold . . . must purchase 2 units of PRAGX3SO. 00 00 00 * Push drain pan in the direction of the R6 R6 R6 arrow. 50 45 45 570 45 760 904 45 618618 Accessory Model Name 0 0 832 60 60 Application 900 718 652 652 00 Model Name Length Remark R6 762 500 500 50 50 MULTI V IV (UX2) MULTI V IV (UX3) PRODX20 920mm UX2 570 570 PRODX30 1240mm UX3 904 45 832 50 45 760 • ARUN080LTE4 • ARUN140LTE4 • ARUN100LTE4 900 900 • ARUN160LTE4 • ARUN120LTE4 832 • ARUN180LTE4 • ARUN080LTH4 00 00 R6 R6 718 • ARUN200LTE4 500 500 500 500 • ARUN100LTH4 • ARUN120LTH4 • ARUN140LTH4 762 832 832 • ARUN160LTH4 50 45 50 45 760 760 904 45 832 832 166 718718 167 . 570 50 652 632 45 Dimensions 564 33 618 60 0 900 * Tuck drain pan below base pan 00 R6 Model name 500 500 Gross Weight Net Weight 00 512652 R6 Service Valve PRAGX2S0 22. AIR GUIDE DRAIN PAN Air discharge in difficult to access areas Easy drain installation PRAGX*S0 PRODX20 PRODX30 PRAGX3S0 PRAGX2S0 Features 564 Features 33 • Converts vertical discharge into horizontal discharge 00 • This unit can be applied for outdoor unit’s drain. • This unit does not cover water drops of the outside product. Brackets can be fixed on the side 652 512 512 762 512 500 500 512 panel. drain pipe should be located below the SVC valve.5kg 12. R6 • Designed for outdoor discharge air 512 512 • Direction of air discharge can be changed by simple installation • Installation flexibility 632 50 652 45 618 0 60 Models Applied 564 33 Installation 652 • MULTI V IV (UX2. 50 5050 652 652 632 632 832 • Connect drain hose to drain pipe for drain condensate.4kg 832 50 45 760 50 570 652 632 45 MULTI V IV (UX3) 618 MULTI V IV (UX2) 832 Drain Pipe ACCESSORIES 564 564 3333 600 718 900 * In case of the installation of drain pan. UX3) 00 50 R6 512 512 * In case of UX3.3kg 512 50 PRAGX3S0 17kg 9. 2 (7/8) Model Name SINGLE SPILIT MULTI SPLIT MULTI V Remark Power Supply ø /V/Hz 1 / 220~240 / 50 1 / 220~240 / 50 1 / 220~240 / 50 MULTI V IV Heat Recovery. O Recovery. Weight kg 18 20 22 Dimensions (WxHxD) mm 801x218x617 801x218x617 801x218x617 Liquid mm (inch) 9.52 (3/8) Indoor Unit Gas mm (inch) 15. MULTI V WATER II Heat Recovery. O Various type of MULTI V Series Parts Included • HR unit (1EA) • Washers M10 (8EA) • Hanging bolts M10 or M8 (4EA) • Reducers • Nut M8 or M10 (8EA) 168 169 .88 (5/8) 28. 32 indoor units can be connected (Max 8 indoor units per branch) • It is easy to install due to the automatic search algorithm for piping detection Y Branch and Header Branch • Subcooling cycle in HR unit makes the system efficiency maximum PRVT120 PRVT780 PRVT980 Models Applied Drain Hose • MULTI V IV Heat Recovery • MULTI V WATER IV Heat Recovery • MULTI V III Heat Recovery • MULTI V WATER II Heat Recovery • MULTI V SYNC II • MULTI V SYNC PHDHA05T PHDHA07T PHDHA05B Specifications PHDHA07B Model Name PRHR022 PRHR032 PRHR042 Number of Branch EA 2 3 4 Maximum Connectable Capacity of Indoor Units (Per branch/unit) kW 16/32 16/48 16/58 Maximum Number of Connectable Indoor units per Branch EA 8 8 8 ACCESSORIES Cooling kW 0.52 (3/8) 9.05 (3/4) 22. MULTI V WATER IV Heat Recovery.040 0.88 (5/8) 28.026 0. . MULTI V SYNC II. MULTI V SYNC Y Branch and Header Branch (MULTI V) .58 (11/8) High Pressure mm (inch) 19.2 (7/8) 15. .52 (3/8) 9. MULTI V III Heat Heat Recovery Unit (MULTI V) .040 Nominal Input Heating kW 0.88 (5/8) 422x202x300 422x202x300 Piping Mechanical Accessories Line up and Application connections Outdoor Unit Liquid Low pressure mm (inch) mm (inch) 9.52 (3/8) 22.040 Net.026 0.2 (7/8) 22.58 (11/8) 15. PIPING ACCESSORIES Heat Recovery Unit Line-Up PRHR022 Multi V ETC PRHR032 Refrigerant Charging Kit PRHR042 Heat Recovery Unit PRHR022 PRHR032 PRHR042 (2 branch Unit) (3 branch Unit) (4 branch Unit) PRAC1 PRHR022 PRHR032 Stopper Valve Features PRHR042 • Max.040 0. 7 OD15.88 OD22.05 Ø15.7 OD15.88 OD19.05 Ø15.7 Ø9.52 OD9.52 Ø12.05 Ø12.35 OD9.05 • Insulation material is also provided for covering the branches.52 OD15.52 OD12.7 OD19.52 OD15.88 OD15.88 OD22.88 Ø12.7OD15.2 OD22.88 OD19.35 Ø6.88 Ø12.05 Ø15.05 Ø15.2 Ø19.7 HR unit HR HRHR unit unit unit HR unit HR unit OD12.88 Ø12.2Ø19.52 OD22.2 OD22.7 reducer reducer reducer reducer OD9.52 Ø12.88 Ø19.88 Ø9.7 Ø15.52 OD12.88 Ø12. Y BRANCH AND HEADER BRANCH ( ) For refrigerant distribution of indoor units Reducers for Indoor Unit and HR Unit Gas pipe Models Liquid pipeGas Gas pipe pipe (Unit : mm) Models Gas Gas pipeHigh pipe Gas pipe Gaspressure pipe Gas pipe Low Low pressure Models Models Models Models Models Liquid Liquid Liquid pipe pipe Liquidpipe Liquid pipe pipe Liquid pipeLiquid pipe Gas pipe High Model name Models Models Liquid pipe High Liquid High pipe pressureHighpressure pressure pressure Low Low High Low pressureLow pressure pressure pressure pressure pressure High pressure High pressure Low pressure Low pressure High pressure HighLow pressure pressure Low pressure Indoor unit Indoor unit reducer Indoor Indoor Indoorunit unit unit Indoor unit OD9.88 PRHR020 OD9.88 Ø12.52 PRHR020 Ø6.88 Ø12.7 Ø15.88 OD15.7 Ø9.2 Ø15.7 OD15.Flexible piping design Heat Recovery units (3 pipes) • Save Product and Installation Cost HR unit Y branch for Heat Recovery Room outdoor units (3 pipes) Y branch for Zoning control (2 pipes) HR unit [Zoning Control] IT Room HR unit Zoning Control (Max Indoor unit 8EA) Models Applied • MULTI IV • MULTI V III.88 OD15.05 PRHR040 PRHR040 OD15.05 OD28.7 Ø15.52 Ø6.7 Ø9.35 OD12.35 OD9.88 Ø12.05 / PRHR040 PRHR040 Ø15.88 OD15.58 Ø15.35 Ø6.35 OD15.88 OD28.52 Ø6.05 Ø15.88OD19.7 OD19.7 OD12.7 OD19.7 OD15.05 Ø22.52 OD22.05OD22.52 Ø9.88 Ø12.52 Ø19.7 Ø12.52 OD9.7 / Ø9.52 Ø9.52 Ø9.7 Ø12.2 Ø19.7 OD15.52 Ø19.2 Ø19.05 Ø15.2 Ø19.35 OD9.7 Ø15.2 Ø19.88 OD28.7Ø15.52 Ø6.7 OD22. PRHR030 PRHR030 PRHR032/ / / OD15.58 OD28. of 8 indoor units can be connected for one branch .Perfect individual control over spaces ventilation needed Office Kitchen Y branch for Heat Pump outdoor units (2 pipes) • Zone Control .88 Piping Diagram OD15.58 Ø22.88 Ø12.Max.88 Ø12.88 Ø12.05 Ø15.7 Ø12.52 Ø6.7 Ø19.35 OD9.2 Ø19.05 PRHR040 PRHR040 OD15.88 OD22. of 32 indoor units can be connected for one HR unit .88 PRHR020 PRHR020 PRHR020 OD9.88 Ø12.88 OD15.7 OD15.05 Ø15.88 Ø19.05 Ø15.2 Ø19.88 OD15.58 Ø22.05 OD22.88 OD19.7 Ø12.05 Ø15.88 Ø12.7 OD15.2 Ø9.7 OD12.7OD22. MULTI V PLUS • MULTI V S • MULTI V MINI • MULTI V WATER IV • MULTI V WATER II • MULTI V WATER S • MULTI V SPACE II 170 171 .7 OD15.7 Ø12.05 Ø15.05 Ø19.7 / OD15.7 reducer reducer OD9.7 HR unit reducer reducer OD12.88 Ø12.7 OD22.88 Ø12.52 OD12.88 Ø12. PRHR040 PRHR040 PRHR030 PRHR042 PRHR030 PRHR030 PRHR030 PRHR030 / // PRHR030 / OD15.88 Ø12.58 Ø22.52 Ø15.05 Ø15.7 Ø15.88 Ø15.7 Ø9.2 Ø19.35 OD15. • Individual Control .35 Indoor unit reducer Indoor unit Indoor unit Indoor reducer unit OD9.05 OD22.2 OD22.05 PRHR040 OD28.58 Ø22.05 Ø12.7 OD15.05 Ø15.52 Ø6.2 Ø12.7 Ø12.52 Ø6.05 Ø15.7 Heat Pump system Convenient Free Zoning Y branch for Header for indoor units (2 pipes) indoor units(2 pipes) MULTI V III Heat recovery provides flexible control over individual zones for the user’s convenience.88 PRHR030 OD15.7 OD19.88 OD28.35 OD9.35 OD9.88 Ø12.88Ø9. MULTI V PLUS II.88Ø9.05 OD22.2 Ø19.52 Ø6.2 Ø19.2 Ø19.88 Ø19.7 Ø9.52 Ø6.05 OD22.52 Ø6.05 Ø19.2 Ø19.35 Ø6.88 OD19.35 Ø15.05Ø12.52 reducer OD9.88 Ø12.88 Ø12.88 Ø19.88 Y Branch Header Branch PRHR020 OD19.05 Ø19.88 PRHR020 PRHR020 OD19.05 Ø15.2 OD15.88 Ø12.52 Ø6.05 OD19.2OD28.05 Ø15.88 Ø12.2 Ø15.88 OD22.35 OD15.58 Ø15.88 OD19.88 PRHR022 PRHR020 OD9.2 Ø19.7 OD15.88 OD19.05 OD19.05 Ø15.88 Ø12.2 Ø19.88 Ø12.05 Ø15.35 OD19.7 OD19.88 Ø12.88 Ø12.88 OD22. • Y Branch and header branch for both gas and liquid are provided.05 Ø12.88 Ø12.Same opeational model can be operated by indoor units Heat Recovery system ACCESSORIES with zone control function installed • Combination of Individual and Zoning Installations Y branch for .7 Ø9.05 Ø9.58 Ø22.88 Ø12.35 OD9.88 OD15.2 OD28.52 Ø9.52 Ø6.52 Ø9.88Ø12.05 Ø15.05 Ø15.88Ø12.58 Ø22.7 HR unit Features OD15.88OD19.2 Ø22.Max.05 Ø15.52 OD15.7 OD15.52 Ø6.05 Ø15.7 OD15.05 Ø22.88 Ø19.88 Ø12.35 OD9.7 OD12.7 OD15.7 Ø9.2 OD28.88 Ø12.52 Ø6.52 Ø6.88 Ø19.7 HR unit HR unit reducer reducer reducer reducer reducer reducer reducer reducer • Various Y Branch pipe of different capacities make MULTI V installation much easier. D.19.D.44.52 83 I.D.D.D.28.1 I.58 I.58 I.28.3 408 I.D.2 I.D.15.D.D.2 298 I.D.53.3 O.D.2 I.D.12.05 83 7 Branch / ARBL057 C I.44.7 ARCNN31 111 I.31.D.9.34.D.9 I.D.22.1 O.2 O.58 I.9 I.15.7 125 125 O.9 111 I.D.38.19.9 I.2 O.2 111 I.88 I.28.D.34.58 I.D.19.12.9 I.D.D.88 I.2 334 I.D.22.D.2 111 I.41.88 ARCNN31 ARCNN31 111 111 I.05 I.D.D.31.D.19.D.58 111 ARCNN31 I.44.15.3 I.52 B C I.15.D.15.D.15.2 334 I.D.D.58 I.58 ARCNN31 111 I.19.8 I.98 281 281 4 Outdoor Units B I.22.D.22.05 I.D.41.D.15.15.41.D.12.2 I.D.41.9 B C B C ACCESSORIES I.41.D.15.41.D.28.D.58 80 80 10 Branch / ARBL2010 172 173 .D.D. PIPING ACCESSORIES Y Branch pipe for connection of outdoor units [Heat Pump] Details of Model Name • R410A / MULTI V IV.12.41.9 I.D.3 O.15.41.58 I.D.15.D.34.88 I.9 I.D.05 83 ARCNN41 134I.88 I.D.58 I.15.58 I.7 125 125 415 334 415 334 375 281 375 281 10 Branch / ARBL1010 A A I.D.88 415 415 334 334 375 375 130 281 70 281 130 70 A A 341 341 I.41.7 I.D.D.9.2 O.2 O.22.22.34.88 I.05 83 ARCNN41 ARCNN41 I.25.15.D.88 I.48 I.8 I.8 I.D.19.15.D.D.D.D.9 I.9 I.D.15.44.9.19.D.D.05 83 I.28.19.05 83 80 Model Name Low Pressure Gas pipe I.7 Model Name Low Pressure Gas pipe I.05 I.44.3 I.D.D.3 I.12.D.12.D.D.58 I.D.3 I.88I.D.98 I.52 I.D.D.D.283 I.D.38.7 I.48 I.28.3 O.D.15.2 111 I.88 I.D.D.D.D.D.4 O.38.D.D.D.D.3 I.22.9 I.41.31.58 I.3 C O.12.12.D.34.D.22.88 I.34.34.41.7 I.22.3 134 I.22.22.D.D.D.53.22.05 80 I.D.D.38.19.19.28.7 I.D.05 C C I.12.D.D.34.D.D.3 O.34.88 I.41.88 I.7 I.12.15.05 I.98 I.7 I.15.25.D.D.22.D.28.52 I.D.D.7 I.D.28.1 O.28.12.34.D.58 I.D.22.3 I.05 125O.D.7 I.D.41.41.48 I.D.28.34.88 I.58 I.D.D.D.D.D.D.D.D.58 I.19.19.19.41.88 I.88 130 130 70 70 341 341 298 298 334 334 281 281 B B 416 416 331 331 408 408 314 314 I.D.2 A B C A B C I.41.12.D.58 I.9 I.12.D.88 I.D.D.05 B I.D.D. MULTI V III .D.25.2 I.38.D.D.9 ARCNN21 I.28.12.D.D.3 I.05 83 I.22.D.D.19.D.19.12.34.D.19.41.D.D.D.D.4 O.15.D.12.34.41.28.9 314 I.28.58 I.05 334 I.D.D.1 O.2 I.34.05 83 I.D.D.88 I.28.44.41.34.D.3 I.D.05 I.7 I.D.D.D.D.D.D.19.22.98 I.3 I.D.19.D.12.D.28.D.D.D.58 I.7 I.3 134 I.19.05 I.15.9 C I.88 I.D.28.88 I.22.58 I.3 I.D.D.88 ARCNN31 I.9 I.41.9.05 83 I.D.19.D.D.D.D.05 C C I.05 83 ARCNN41 334134 7 Branch / ARBL107 ARCNN41 298 I.D.52 83 4 Branch / ARBL054 ARCNN21 ARCNN21 ARCNN21 I.D.88 415 415 334 334 130 375 130375 70 281 70 281 A A 341 298 298 341 I.2 I.D.D.88 I.19.05 I.19.9 I.D.D.05 83 I.D.D.D.7 I.1 125O.12.D.22.2 3 Outdoor 111 Units I.48 I.2 I.0580 I.D.12.D.D.12.D.3 I.19.D.MULTI V WATER IV.88 C I.3 I.D.34.9 I.15.D.22.15.28.05 C C I.25.D.D.3 281 134 281 B B I.53.12.34.D.98 I.2 I.22.34.D.28.D.12.1 I.D.15.34.58 I.7 I.8 I.2 O.15.D.58 I.12.22.48 I.25.2 I.D.D.41.9 Liquid pipe I.D.D.D.28.22.19.05 111 83 I.34.7 I.05 83 C 80 C C I.D.88 I.52 83 B C I.D.22.D.D.D.7 I.58 I.D.98 I.2 I.9 ARCNN21 I.58 I.D.8 I.D.22.58 I.48 I.22.58 I.D.D.D.28.31.05 134 I.3 I.88 I.D.2 I.58 I.D.D.D.05 I.D.D.05 83 ARCNN41 I.28.D.4 O.D.19.53.9.7 111 I.19.15.D.19.05 I.D.D.D.D.19.05 83 I.15.D.19.D.28.88 I.19.D.2 O.D.28.22.88 I.9 I.7 I.88 I.7 314 I.19.D.D.4 O.22.D.D.05 I.28.28.19.58 I.34.7 I.D.15.19.19.D.15.58 I.53.D.3 ARCNN41 I. MULTI V WATER II (Unit : mm) Header Branch 2 Outdoor Units • R410A (Unit : mm) Model Name Low Pressure Gas pipe Liquid pipe Model Name Gas Pipe Liquid Pipe 416 416 331 331 408 408 314 314 I.28.58 I.D.9.D.88 I.8 I.D.25.D.9 ARCNN21 ARCNN21 I.D.41.05 O.28.15.34.D.D.05 I.9 Liquid pipe I.9 I.12.38.D.D.05 I.3 408 I.4 O.28.19.2 I.34.7 I.41.31.34.31.53.41.D.19.15.D.28.D.7 ARCNN31 I.2 416 331 416 331 4 Branch / ARBL104 A B C A B C I.4 O.22.22.22.2 A B C A B CB I.D.2 B C I.D. MULTI V WATER II (Unit : mm) 111 Model Name Gas pipe Liquid pipe I.D.D.2 I.7 I.2 I.05 I.4 O.7 4 Outdoor Units I.D28. MULTI V MINI.D.D22.4 O.D9.7 I.D28.38.D28.D9. MULTI V III Heat Recovery .35 I.D19.D28.D.98 I. 341 298 334 281 I.D15. MULTI V III.58 I.15.D41.D34.D.8 O.D9.31.58 I.D22.88 I.05 I.28.28.D.D.35 416 331 334 408 314 I.05 I.52 I.8 I.1 O.3I .D.D.D19.D.D.9 111 I.D31.D12.2 O.12.D.D6.88 I.7 I.88 I.9 111 ARCNB41 I.05 83 I.D6.D6.34.28.D15. 9.7 I.41.88 I.D41.9.05 I.D19.D.88 I.05 I.88 I.7 ARBLN03321 I.D12.1 I.22.D12.2 I.D.D12. MULTI V WATER II (Unit : mm) (Unit : mm) 2 Outdoor Units Model Name Gas pipe Liquid pipe Model Name Low Pressure Gas pipe Liquid pipe High Pressure Gas pipe I.05 I.9 I.D.2 111 I.05 O.7 I. Heat Recovery zone control] • R410A / MULTI V IV Heat Recovery.88 I.12.34.2 I.D. MULTI V S.05 I.D12.88 O.D.D.D.22.58 I.D.05 83 I.22.D.D34.7 70 I.41. MULTI V WATER IV.D.2 O.4 I.7 I.D34.D12.D9.22.D19.D19.58 I.58 281 I.05 I.D.D15.D25.D15.D19.D.05 O.7 I.19.7 I.28.1 ARBLN14521 I.D12.D.19.8 I.12.05 I.3 O.9 I.2 I.D38. MULTI V III.D.41.05 I.88 I.41.15.05 I. MULTI V MINI.D.88 I.3 I.58 MULTI V SPACE II. MULTI V S.7 O.D38.D.D.7 I.28.12. MULTI V PLUS II. • R410A / MULTI V IV.28.58 I.D25.D. MULTI V WATER S.D.15.05 I.88 I.D 22.D.41.D31.3 O.05 I.D19.52 O.D.05 ARBLN07121 I. PIPING ACCESSORIES PIPING ACCESSORIES Y Branch pipe for connection of outdoor units Y Branch pipe for connection of indoor units [Heat Recovery] [Heat Pump.8 I.12. MULTI V WATER II Heat Recovery MULTI V SPACE II.34.9 I.88 I.3 O.D.8 I.58 • R410A / MULTI V IV.15.D19.7 130 I.19.1 415 334 341 281 298 375 O.D12.35 130 I.52 I.35 O.D19. MULTI V WATER IV.D.58 ACCESSORIES I.D.D15.D15. MULTI V WATER S.2 I.D 22.2 O. MULTI V PLUS.22.48 I.22.19.7 125 I.28.44.05 I.58 I.28.D.D.35 ARBLN01621 I.35 I.D31.34.D22.15.3 I.D.52 I.D41.41.34.D19.D12.D38.D.D.D28.D.D.58 I.88 I.D38.15.25.D.D12.D28.D12.2 I.41. MULTI V PLUS.53.31.D15.2 I.D. 80 125 MULTI V SPACE II.52 I.19.D15. MULTI V MINI.D22.D.1 O.7 I. MULTI V PLUS.D34.19.D12.D6.D. MULTI V S.88 I.D.D19.34.D22.D15. MULTI V III.9 I.D.D15.2 I.D15.2 2 Outdoor Units Model Name Low Pressure Gas pipe Liquid pipe High Pressure Gas pipe • R410A / MULTI V IV.52 I.9 I.88 I.88 I.D15.D9.88 I.D15.D.D.05 83 I.D.34.9 I.58 416 408 I.D19.D.38.D.3 134 I.D9.D22.MULTI V WATER IV Heat Recovery.52 83 ARCNB21 I.22.7 I.88 I. MULTI V PLUS II.D9.D9.D12.9 I.28.D15.19.D22.D.D.D19.9 I.D19.9 ARCNB31 I.05 I.7 I.7 I.2 I.52 I.2 O.D6. MULTI V PLUS II.88 I.7 I.58 I.D28.58 I.D.D12.9 Model Name Low Pressure Gas pipe Liquid pipe High Pressure Gas pipe I.52 I.D6.D.05 I.D19.19.3 I.D34.3 I. MULTI V WATER S.58 O. MULTI V WATER IV.52 I.34.58 O.D.1 I.9 I.D12.88 I.3I .05 I. MULTI V WATER II (Unit : mm) Model Name Gas pipe Liquid pipe ARBLN23220 174 175 . 58I.35 O.D. 19.D.D.05 19. 22.52 I.D. 12.7 I.52 ARBLB01621 I. 22.2 I.D. 6.D12.88 I.05 I.D12. 28.D.58 O.D.3 I. 6.D.D.D. 28. 19.88 I. 19.7 I.2 I.3 I.2 ARBLB07120 I. 6. 12. 12.2 I.D.D19. 9. 22. 22.88 I.58 I.D6. I.D. 15.D.D.15.35 6.35 O.25. 9.D34. 9. 15.35 I. 22.4 28.52 I.2 3 3 3 110 110 2 I.05 I. 12.D.88 I.12.D.I.D. 25.D. 6.D.98 I.2 I. 12.D.D.88 I.D.4 I.05I.35 I.05 28.25.88 I.D.D. 25.D. I.D.D.7 I.58 O.88 ARBLB01620 I.2 I. 12. 25.D34.7 I. 9.88 I.D.D38.D.05 I.88I. 9.D.D. 25.35 • Connect manifold and capillary tube.7 I.9 I.D.D. 31.D.9 O. 9.D.2 379 I. 9.52 I.D.D.1 I.D.58 I.7 I.05 I. 19.D.D. 9.52 15.D.D.88 I.D.D.D25.4 I.7 I. 34. 9.7 I.D.D.05 I.88 I.58 I.2 I.05 I. 34. 25. 6.D.D.7 I.D.D.D.D34. 19. 34.D.D41.D. 9.D.D.4 I.D. 31.D.D. 19.88 I. 9.D15.D.D.D. 22.D. 15.D.D.7 I.D.4 ARBLB14520 X2 I.D.05 I.52 I.7 I. 9. 19.D.D.D.D.28.D.D.05 I.D.4 O.D.D12.D.D.D.7 I. 22.88 I.1 15.7 I. 6.D.D.05 I.D.88 I. 9.D.05 I.D. 12. 15. I.D.D. 15. 28.D.4 I. 28.D12.4 420 3 I.D.9 I.D41. 15.2I.2 28.D.D28. 34. 12.D. 28.D.D. 22. MULTI V III Heat Recovery.88 I.D.D.2 O. 28.88 I.05 I.D. 41.D15.88 I.D.D22.D38.88 I.D15.D.D.35 I.D.2 I.88 Features I. 22.7 I.7 I.35 25.D.52 O.52 12. 28.D.1 I.52 I. 12.D.D15.7 O.3 3 3 175 115 O.D25.D15.D. 25. I.D. 12.52 I.88 ARBLB01620 I.D. I. 9.D.52 I.88 I.52 I.D.2 I.05 I.D34.D.52 I.D.D.D.D.58 I.1 I. 6.52 I.D.35 I. 28. 15.I.D. 9.D. 9.05 I.D15.7 I.D.D.D. 19.3 I.D. 34.D.D.05 I.D.05 I.05 O.D 22.D.88 I. 41.35 I.D. 25. 9.D.52 3 2 3 I.D. 15.D19.D.05 I. 9.D.05 I.D.7 I.3 I.D.58 O.52 I.9 O.D.D.35 I. 28. 19.2 I.3 X 2 I. 19. 22.I.58 O. 22.D. 28.7 I. 25.2 I.D.D. 19.D. 31. 15.05 • MULTI V SYNC II X2 I. 38.35 O.D.2 I.D.2 I.2 I.4 I.D. 9.2 I.D. I.52 I. 19. 15.D. 28.58 I.1 I.D.D41.D12.05 I.D15.35 I.05 12.D.D.88 O.7 12.D.2 15.D.D.25.D.88 I.58 I.2 I. 12.58 19.D. 15.35 100 120 90 130 I.D.2 I.D38.52 15.88 I. 41.D.D19. 19. 15. 22.7 I.D. 15.D. 12.D. 12.7 I.52 I.7 I. 15. 28.8 O. 34.D.53. 12.05 I. 31.88 I. 19.52 I.52 I.4 I.D41.D.D. 15. 15. 15.D.D.1 I.7 O.D. 19.05 I.52 D12.D. 19. 19.D.D.9 I.D.4 O.D.88I.58 34. I. 15.05 I.7 I.D.D15.D41.52 I.D.7 I.5219.52 I.58 I.D.58 O.D.88 I. 6. 12.05 I.1 I.7 I. 25.D. 12.44.7 I.7 I.25. 9.7 I.58 ACCESSORIES I.52 I.88 I.D38.D.35 I.D.D. 34.52 I.D.I.D.D.D.88 I. 34.7 I. 19.D.52 I.52 O.D.D.52 I. 22.05 I.35 I.D.52 6.D.7 I.D.D.D31.2 I.58 O.2 O.88 I. 12. 6. 19.4 I.D.D. 15.D.D.58 I. 22.D41.44.D.D.35 I. I. 12.D.58 I.35 9.88 I.D19.D.D.I.52 I.D.8 19.05 I. MULTI V WATER II Heat Recovery PRAC1 (Unit : mm) Model Name Low Pressure Gas pipe Liquid pipe High Pressure Gas pipe I.2I.4 O. 12.D.7 I.D.D.58 I.7 I.52 • MULTI V PLUS II I.88 I. 19.D. 31. 15.D.88 I.2 I.D.D.05 I.35 I.D22. I.52 I. 6. 38. 19.9.D.D.2 I.88 O.9 I.D25.52 I.D.1 I. 12.88 I. 22.9 O.2 I.2 I.D. 12.88 I. 22.7 I.2 I. I. 41.D.7 I. 9.D.D.D. 15.7 I. 15.D.D.35 I.D.05 I.D19.7 O.D.9 I. 9.I.7 35 6.7 I.52 I.D. 28. 6. 9.D6.D19. 28. 12. 9.D.D38.2 I.7 O. 15.2 I. 31.58 O.88 15.05 I.D.35 I. 12. 28.D. 19.52 I.D.05 I. 19.D. 6.58 I. 19. 12.05 O. 19. 25.D19. 12. 12.58 I.58 12. 9.D.88 I. 19.D.D. 19.2 I.D.D. 12.D. 15.D.35 I.05 I. 25.58 I. 12.2 I.9 I.D38.22.4 I.D.05 I.2 I. 15.D.2 I.D.D.35 I.D.88 I.D.88 I.4 I.2 I.D.D.D.88 I.7 I. 28. 34. 9.2 I. 22.58 I.D. 9.05 O.9.D. 15.8 ARBLB14520 I.D.D.52 I. 12.05 I.D38. 19.58 I.3 2 I.53.D22. 31.48 O.7 I.88 ARBLB01620 I.D15. 12. I. 6.D.D22.88 I.D. 12.52 I.D.D.52 I.D.D6.58 I.D.D.88 I.35 I. 6. 9.D34.28.88 12.D.D.05 I. 9. 15. 9.D.D.88 O.8 I. 28.7 I. 28. 15. 28.D 22.05 I.05 28. 12.D.D12.2 I.05 I.58 I.D. 9.48 I. 12.44.D.D.D.88 I. 12.D31.2 I.05 I.05 I.D. 6.88 2 3 X2 3 I. 15.88 I.D.7 O. 9. 6. 19.5212. 9.D. 22.D6.D.9 I. 15.D31. 15. 19. I.52 I.7 I. 9.D.8 I.9 O.D. 12. 19.D.D.7 I. 9.58 I. 9. 19. 12.D. 9.22.2 I.D.52 O. O.D. 34.7 I.8 O.D.1 I.58 O.7 I.D28.D. 6. 22.9 O. 22. O.9 I. Use designated capillary assembly only.D.58 28.D12.05I.D22. 31. 19.58 O. 22.52 I.D28.2 X2 I. 19.35 I.3 O.D.D.D.D.88 I.05 ARBLB03321 I.52 I. 28. 19.D15.D. 22.D.D.4 I.D. 19.7 O.D. 15.D.D. 15.D.D.88 I.D.I.88 I.D. 22.19.34. 12.D.I. 12.D.2 I. 15. 12. 6. 15.05 I. 28.58 O.19.88 I.12.4 2 1 I. 41.D. 6. MULTI V III Heat Recovery.8 I.D.35 I.D. 22. O.D. 28.D.25.D.D.05 I.05 I.D. 12.22.7 I.D.D.05 I. 19.88 I.7 12.05 I. 6.D. 19.9 I. 34.D. 19.58 I.D9.D. 22.D.2 I.88 ARBLB01620 I.7 I.D.D.D. 22.4 I.D9.88 I. 15.D.D. 22. 15.3 O.D. 6.D34.88 * Fault Detect & Diagnosis ARBLB14521 I.05 O. 6.52 I.D.D.I.28.7 I.D.D. 15.D.88 70 120 70 120 176 177 . 25.98 I.D19.D.1 134 2 I.D19. 12.D. 15.D. 22.D.05 O. 28.D.D.D.D28.05 I. 12.9 I.58 19.52 O. 9.7 I.7 I.D.D.7 I.88I. 34. 38. MULTI V WATER IV Heat Recovery .D.58 I.9 I.D.2 I.9.9 O.D.D.4 I.22. 28.D. 12. 19.05 I.D.52 I. 19.D.4 I.D.58 O.D.05 I.35 9.D.4 I.D. 6.7 I.05 I.05 Models Applied I.2 I. 12.D19. 9.D. 12. I.05 I.7 I.D.D19. I. 12.D34.D. 25.D. 19.D.7 I.05 O.7 I.D.I. 6.88 I. 19.D.1 I. 28.D.58 I.4 I.05 I.D.52 I.05 I.D.05 I. 12.D.19. 34.D. 28.05 I. MULTI V WATER IV Heat Recovery .15.7 I.7 I.819.D.D. I.D.D. 25. 22. 9.D.D.D.D.D.8 I.D. 22.7 I. 19.D. 15. 15.88 I.88 I.05 I.35 I. 6.58 125 I.05 96 471 3 490 517 346 3 ARBLB23220 I.8 I.D.D38. 9.D.D38.52 I.05 O.8 I.D.D. 12.D.D19.D15.D.35 I.D.88 O.52 6.22.D.7 I.D. 9.D. 28.58 I.7 I.52 I.D. 28.D.D. 6.58 I.58 I.D.9 I.88 I.D.D22. 6.D.D12.D.52 9.D. I.05 I.D. 12.35 If designated capillary assembly isn’t used.35 I.7 I.D.52 I. 9.9 I.52 I.D. 31.7 I.D. 12.D.D.4I. 22.05 I. 9.52 I.7 Capillary Assembly ARBLB07120 I.05 • Connect capillary and refrigerant vessel • Purge hose and manifold • After “568” is displayed.D.52 O.0525.52 I.9 I. I. 19. 28. 28. 15. 15. 12.I.88 I.7 I.D.D.D.7 I.D. 41.D19. 19.D12.D.D19.88 22.05 I. 9.88 I.D. 9.D.D. 28.52I.88 I.05 I.D.D.05 I.58 I.7 I.05 I.58 I.D9.9 I.D.D. 15. 19.05 I.88 I. 19.05 O. 25.D. 28. 15. 22.35 • Connect manifold to the gas pipe service valve of outdoor uint as shown in the figure I.D.D.35 I.88 I.D.D9.D.52 I.52 I.D.19.D.19. 9.2 I.DI.D.52 I.15. 9. I.D.58 I.D28.05 I.35 6. O. 15.35 I. 12.52 15. 12.9 I.05I.D. 28.D.D6. 19.D12.4 I. 12.D. 6. 9.D22.D28.D.D. 22.I.D.D. I.D.7 I.3 I.D.D.D.D.7 I.D. PIPING ACCESSORIES REFRIGERANT CHARGING KIT Y Branch pipe for connection of indoor units Recharging refrigerant after a pump down or when refrigerant is either insufficient or excessive [Heat Recovery] • R410A / MULTI V IV Heat Recovery.7 I.58 I.05 I.58 I.88 I.D.7 I. 15.52 I.D22. I.D.I.D.D.35 I.D. 22.05 I.D.7 Model Name Low Pressure Gas pipe Liquid pipe High Pressure Gas pipe I.D.D.D.7 22. 31.D.35 I.05 I.88 O.D.05 O.D.05 O. 19. I.05 I.D. 6.D.7 I.D. 12.88 I.D.D.D. 15. 12.52 I.I.22.48 I.D.719.05 O. 22.D.4 ARBLB14520 I.D.D. the system may get damaged O.D. 19.2 MULTI V WATER II Heat Recovery (Unit : mm) I. 31.D.1 I.9 I.D.D. 28. 15.58 I.52 I.58 I.D.D. open the valve and charge the refrigerant I.D. I.35 O. 19.D19. 12.425.52 I.58 I.7 I.D.05 I.7 I.D. 28.88 I.7 I.D12. 19. 22. 19.D.7 I. 12.D.35 I.D.D.52 I. 12.9.7 I.88 I.D.D.D.8 I. 15. 31.D.7 O.19.D.D.9 I.D22.D15.D.7 I.D.9.D9.3 I.2 I. O. 15.58 ARBLB07120 I.2 O.7 I.8 O.D.D.2 I.D22.4 34.9 O.05 O. 15. 15.D.05 I. 15.D.D9.D.05 ARBLB03320 I.D12.D34.D15.D. 28.7 I.D.58 I. 9.4 28.9 I.4I.05 9.05 ARBLB07121 I.88 I. 12.D.7 I. 12. 19.7 I. 15.D.05 I.88 ARBLB03320 I.52 I. 22. 19.D. 38.D. I. 12. 6. 15.88 19. 25.D.7 I.38. 19. 34.D15.D28. 19.D. 19.4I.52 O. 12.58 I. 22.05 ARBLB03320 I. 19.88 • MULTI V III Heat Recovery I.05 I.1 X2 I.52 • Arrange manifold.D.D12. 12.D. 19.D15.3 I. 28. 15. 25.D.D.88 I.D.05 I.7 I.35 I. 9. 22. 25.D.D22. 6.D.52 I.D38.35 I.2 O.D41. 25.52 I.D.D.D12.D.D.D.D. 12.D.D.52 I.D.D. 19.D.58 O.D.88 9. 12.88 I. 9.212.58 O.88 O.3 I.D.05 O.44.9 I. 22.D.D19.7 I.88 I.D. 19. 6.D.D. 22. 9.D12.D.D.4 I.88X 2 I.D28. 9.D28.D15.D. 25.D. 41.7 O.7 O.D.D. 28.88 I. 28.48 I.88 I.D12.D.D.7 I. 9.2O.D.05 I. 12. 12.1 O. 22.05 I.58 I.D. 15. 9. 19.D.D. refrigerant vessel and scale ARBLB03320 I.D.58 I.D.D. 6. 19.2 ARBLB07120 I.D.D. 28. 12. 9.D12.52 O.7 X 2 I. 19. I. 19.D.D.2 • R410A / MULTI V IV Heat Recovery.88 I.58 I. I. 15.D6.35 I. 12.58 I. 34.D.D. 19. 9. 15.7 I.58 I. 28. 22.2 I.9 I. 15.D9.8 I.D. 28.7 I.05 12.7 O.2 I. I. 12.D31.88 I.58 I.D.05 I. 19.1 2 2 X2 X2 3 I. 25.D. 19.D.D.D. I. 12.4 O.7 I. 12. 15.D. 34.88 I.88 I.D.D. 19.D.88 I.2 I.D.8 I.05 I. 15.2 ARBLB14520 X2 I. 15.58 I.D15.D.52 Refrigerant I.35 I.12.58 I.D19. 12.D.05 I.52 I.2 28.52 O.D.9 I. 15. 28.D34.05 O.D. 15. 25.D. 19.05 I.D41.D.58 O. 22.05 I.7 I.D.7 I.3 I.D.7 I.D. 28.8 I.4I. 25.D. 12.4 I.35 I. 28.D.7 I.D.05 O. 19.2 I.D. 9.58 19. 6. 12.7 I. 12.D.D.D. I.7 I. I. 12.3 I. I.D. 28. 34.D.D.D.D.D.3 I. 34.D.D6. 19. 28.D. 15.D.D.2 • MULTI V III Heat Pump Mainfold I.D.D. 19.05 I. 12.88 I.7 I. capillary assembly.D.589.35 I.2 I.D.35 I. 6. 19. 15. 28.7 O. 12.58 O.D.D. 12.D28.9.D.D. 41.D. 19.7 I.D.D.9 I.D.D. 88 Pin(Closed) Stopper valves Pin(Open) In case of installation of stopper valve. -When welding.88cloth. you can install additional indoor unit without refrigerant loss from the entire system. to installation to pipe. weld In2. of stopper valve. ofthe theconnector. additionaladditional indoor unit.52 : 19. PRVT120 5.Cut inlet CutCut sideside theinlet inlet of of side the connector.unit.unit.0m Room 2 Pin(Closed) Pin(Open) Pin(Closed) Pin(Open) 1. andand and connector. . W  hen installing anadditional indoor unit. you just need refrigerant charging for “A” section. 3. Cut inlet side of the connector. outlet side connector should be cut according to installation pipe. flare part In case of installation 4.52 : 19. indoor SVC valve SVC should valve be be should in in 178 additional indoor additional unit.0m Stopper Valves In case of installation of 9.52 : 19. STOPPER VALVES Under 1/2 (inch) Details of Model Name PRVT120 • case1 Under 7/8 (inch) (Room 3 & 4 : in use / Room Cut 1 &of 2the: need inlet side to install connector.0m Room 4 PRVT780 • In case of installation of additional indoor unit.7 be cut according to installation pipe. service valve shoud be wrapped9. closed state -When welding.52 : 19.52 : 15.35 : 12. Open/close port Charge port ACCESSORIES Usage 9. thevalve.7 3.05 Room 1 3. Room 4 Pin(Closed) Pin(Closed) Pin(Open) Pin(Open) In case of installation In case of stopper of installation valve. In case of installation of additional Room 2 flare part should be facing towards 10.0m indoor unit.When In installing case of a stopper valve. should should SVC beinin closed state. 6. 10. Under 9/8 (inch) * Stopper Valve is already installed "A" PRVT980 9.88 3. SVC valve should be in Cut inlet Cut sideinlet of the connector. indoor closed state closed state 179 -When welding. closed state Room 3 indoor unit.05 3. open the Stopper Valve.05 Pin(Closed) Open state Pin(Open) • This unit can be applied for each indoor unit’s service.0m 9. facing towards indoor unit.0m Room 1 -When welding. 9. and weld In case of the installation of additional the pipe indoor unit. connector outlet should should side connector be cut according to installation pipe. and weldand In case ofInthe installation case of additional of the installation of additional additional indoor unit.0m 9. outlet side connector should PRVT780 be cut according to installation pipe.unit.case weld IIn of the case installation ofadditional f installing the of units. the SVC SVC indoor valvevalve unit. installation pipe.52 : 15. valvebeshould be in be be cutcut according according installation pipe. • After installation of additional indoor unit. indoor units) and weld In case of the installation of additional the pipe indoor unit. service valve shoud be wrapped by wet cloth. service valvebeshoud wrapped by wet cloth. SVC valve should be in Model Name Spec additional indoor unit.0m • This unit can be applied for the additional indoor unit’s installation. the pipe the pipe indoor unit. indoor outlet side connector outlet should Ininstallation of stopper case of installation of stopper valve.88 stopper valve.0m closed state Installation side of the connector. outlet indoor side unit.52 : 15. weld the pipe the pipe indoor unit.0m Room 3 6.52 by :wet 15.35 : 12. closed state * When welding. 9. 3. service valve shoud -When welding.05 Closed state Features 3. service valve shoud be wrapped by wet cloth. In case of installation In case of additional of installation of additional flareflare partpart should be be should facing towards facing towards indoor unit. refrigerant of used indoor unit must be discharged. service valve shoud be wrapped by wet cloth. of additional In case of installation of additional weld the pipe side connector shouldside connector be cut according should to should flare partbe facing towards should flare partbeshould additional facing towards be indoor unit. installation indoor additional of additional the outlet 3. • Then. In case of installation of additional flare part should be facing towards indoor unit. be wrapped by wet cloth.(Room3 & Room4) PRVT980 • If stopper valve is already installed. DRAIN HOSE MEMO Easy drain installation PHDHA05T PHDHA07T PHDHA05B PHDHA07B Features It reduces the installation time by over 40% with elbow-less drain hose. featuring easy piping installation. 450 Ceiling Mounted Cassette(4way. 1way) Flexible Hose 250 Ceiling Concealed Duct Make a loop form (with drain pump) (Unit : mm) ACCESSORIES Accessory Model Name Model Name Length Quantity PHDHA05T 500mm 30EA PHDHA07T 700mm 30EA PHDHA05B 500mm 5EA PHDHA07B 700mm 5EA 180 181 . Midget drain pump covers maximum 800mm high. Models Applied Ceiling Mounted Cassette and Ceiling Concealed Duct (refer to PDB for applicable model) Max.