THE ENERGY 68,SAVING TDVI. exible Combine Modular 24, 26, 28, 30, 32, 34, 36, 38, 40, 42, 44 HP 60, 62, 64, 66 HP

Transcription

1 I N V E RT E R ion Range exible Combine Modular TDV I TDV I TDV I INVERTER INVERTER INVERTER 14, 16, 18, 20, 22 HP TDV I 24, 26, 28, 30, 32, 34, 36, 38, 40, 42, 44 HP INVERTER INVERTER INVERTER TDV I INVERTER INVERTER THE ENERGY 68,SAVING 70, 72, 74, 76, 78, 80, 82, 84, 86, 88 HP AIR CONDITIONING SYSTEM EER = 4.70 ( 8HP ). 60, 62, 64, 66 HP ge for one system to 88HP ), greater application FULL DC( up Inverter / DC Inverter / Waterflexibility. Cooled DC Inverter 10HP, 12HP, 14HP, 16HP, 18HP, 20HP, 22 HP ) can be freely combined. h ( up to 175 m ). r units ( up to 64 ).

2 TDVFI - MX4 Series Technologies Energy Saving Compact Size Wide Combination Simplifies Installation Ultimate Reliability 1. Reliable FULL DC Compressor The Reluctance Brushless DC Inverter compressor operate with high efficiency (EER), fast start-up response and less energy consumption to save your electricity charges. The motor comprises powerful neodymium magnets, that create the reluctance torque. These magnets are approximately 12 times stronger than the normal ferrite magnets and make a major contribution to reduce operation noise, compressor size, compressor weight and energy saving characteristics. The Inverter Compressor operates in superior performance with improved middle frequency range ( 35~75 Hz ), combined with the multi constant speed scroll compressor in the system circuit. Able to attain various capacity range between 15 ~ 130 %, depending on the partial and loading required capacity. New structure for improved middle frequency range Specially designed scroll profile for R410A More compact, weight reduced by 50% Advanced powerful neodymium magnets 1

3 2. Smooth Sine Wave DC Inverter Optimizing the sine wave curve, results in smooth motor rotation and improved motor efficiency Sine Wave DC inverter Common sawtooth wave 3. Digital PCB Electrical Control Provides DC inverter compressor soft starter function to minimize power fluctuation on the power system. Built in 3 phase power protector to protect compressor operation from abnormal power supply condition, whereby it may cause damage to the compressor. New improved Auto Oil Return Program run for 15 minutes on every 8 hours operation cycle to ensure sufficient oil lubrication for the compressor system. 4. High Efficiency DC Fan Motor The use of a DC fan motor offers substantial improvements in operating efficiency compared to conventional AC motors, especially during low speed operation. Energy saving up to 45 %, especially at low speed operation. Operate in various speed to suit the changes of the outdoor ambient temperature and compressor output capacity. The high efficiency DC fan motor is able to deliver norminal External Static Pressure of 0.08 inwg, for higher External Static Pressure up to 0.2 inwg is available as option. 5. High Efficiency Hydrophilic Heat Exchanges Stagged row of diameter 7 mm inner groove copper tubes with 28 ~ 30 % increased efficient heat exchanger provide better heat transfer co-efficient and low air pressure drop. Designed with dual circuits to maintain sufficient subcooling and system efficiency during partial loading and loading condition. Durable anti-corrosion hydrophilic corrugated aluminium fin improve corrosion resistance and weather proof. 6. New Improved Fans & Discharge Air Grilles New designed fan blades and discharge air grille profile has been improved in air flow. This greatly reduces the air turbulent flow, noise level, vibration and air pressure drop. Thus, lower air pressure drop results in lower energy consumption for fan motor. Enlarged fan blade for smoother air flow 7. Built in Oil Separator & Suction Accumulator High efficiency centrifugal oil separator built in the refrigerant circuit to improves oil separation efficiency up to 99% of oil migration and refrigerant pressure drop in the system. The built in suction accumulator caters for maintaining the compressor reliability due to long piping length and high refrigerant volume application. 8. Benefits of using R 410A Reduce CO 2 emisions and prevent global warming. Zero ozone-depleting potential. Significant increase in energy efficiency and improved performance. 2

4 Wide Ambient Operation Range Standard Cooling Mode operation max. up to 45 0 C & min. down to -5 0 C ; ambient temperature Ultimate Reliability Sequential Random Duty Operation In the event of equal lifespan among the combine outdoor units, any one of the outdoor unit can sequentially random self adjust as master unit. Master Slave 1 Slave 2 No.1 No.3 No.2 No.2 No.1 No.3 No.3 No.2 No.1 Back - up Function In the multiple combination outdoor system, if one of the outdoor unit is faulty or compressor malfunction, the other slave units will keep on operating. The faulty unit can be set as standby state by adjusting " DIP " switch in the outdoor PCB control at field. In the single outdoor system, if one of the compressor malfunction, the field set back-up by service technician will allow for emergency operation. The alternate compressor will allow to operate and maintain interim capacity. Note : This function not applicable for - MS4 outdoor unit. Operating Faulty Operating (Multiple combination outdoor system) Operating Note: 3 (Single outdoor system) Operating Compressor Faulty Compressor

5 Precise Comfortable Temperature Control The thermostat can control stable room temperature at ± C from set point. An electronic expansion valve is continuously adjusting the refrigerant flow volume in respond to load variation of the indoor units. The DC inverter air conditioner system maintains comfortable room temperature at a virtually constant level, without the typical temperature variations that occur from conventional ON/OFF air conditioner system. (± 0.5 C) (± 3.0 C) Easy Maintenance Self diagnosis function-operated via push button on the PCB with display "malfunctions code" or "operation status code" able to speed up troubleshooting and maintenance. Rotatable Electric Control Box Max. open to 150 degree, makes it possible to do the maintenance for the piping system directly without removing the whole control box. Long Piping Length Auto Adressing Function - MX 4 Flexible Combine Modular - KM 4 Flexible Combine Modular 64 Automatically Identify *70m 90m *Maximum system elevation for -KM4 Maximum system elevation Difference in elevation between indoor units 30m Total length between indoor & outdoor units 40m Difference max. length between the first main branch to the last indoor unit. 175m Automatically identify indoor units addressing. Wireless remote controller can modify each indoor units address. Max. 64 indoor units can be connected. 4

6 Wide Application Range TDVFI - MX 4 Flexible Combine Modular 8, 10, 12 HP 14, 16, 18, 20, 22 HP 24, 26, 28, 30, 32, 34, 36, 38, 40, 42, 44 HP 46, 48, 50, 52, 54, 56, 58, 60, 62, 64, 66 HP 68, 70, 72, 74, 76, 78, 80, 82, 84, 86, 88 HP Top Class performance EER = 4.70 ( 8HP ). Wider Combination range for one system ( up to 88HP ), greater application flexibility. 8 basic modules ( 8HP, 10HP, 12HP, 14HP, 16HP, 18HP, 20HP, 22 HP ) can be freely combined. Max. actual piping length ( up to 175 m ). Max. connectable indoor units ( up to 64 ). EER in Cooling HP 10 HP 12 HP 14 HP 16 HP 18 HP 20 HP 22 HP 5 * EER = Capacity [kw] / Power Comsumption [KW]

7 Wide Application Range - KM 4 Flexible Combine Modular 8, 10HP 12, 14, 16, 18 HP 20, 22, 24, 26, 28, 30, 32, 34, 36 HP 38, 40, 42, 44, 46, 48, 50, 52 HP 54, 56, 58, 60, 62, 64, 66, 68, 70, 72 HP Top Class performance EER = 4.29 ( 8HP ). Wider Combination range for one system ( up to 72HP ), greater application flexibility. 6 basic modules ( 8HP, 10HP, 12HP, 14HP, 16HP, 18HP ) can be freely combined. Max. piping length ( up to 175 m ). Max. connectable indoor units ( up to 64 ). EER in Cooling HP 10HP 12HP 14HP * EER = Capacity [kw] / Power Comsumption [kw] 16 HP 18HP 6

8 Nomenclature How to Read the s Condenser - Outdoor Unit TDVFI (MX) R 410 A Type Of Outdoor MX - Modular Outdoor Code TDVFI: Topaire FULL DC Type VRF Inverter Evaporator - Indoor Unit T D V I ( ) R 410 A Generation Series Type Of Indoor WM - WALL MOUNTED CCS - COMPACT 4 WAY CASSETTE CS - 4 WAY CASSETTE CF - CEILING / FLOOR CONVERTIBLE CR - LOW STATIC DUCTED EB - MEDIUM STATIC DUCTED Code TOPAIRE DC TYPE VRF INVERTER 7

9 Wide Application Range TDVFI - MX 4 Flexible Combine Modular Table 89,000 Btu/Hr 100,500 Btu/Hr 120,200 Btu/Hr 143,600 Btu/Hr 161,500 Btu/Hr 178,200 Btu/Hr 201,000 Btu/Hr 220,700 Btu/hr Design Capacity Recommend Max. connection Btu/Hr Combination Indoor units 89,000 TDVFI 80 MX ,500 TDVFI 100 MX ,200 TDVFI 120 MX ,600 TDVFI 140 MX ,500 TDVFI 160 MX ,200 TDVFI 180 MX ,000 TDVFI 200 MX ,700 TDVFI 220 MX ,400 TDVFI 240 MX ,000 TDVFI 260 MX ,200 TDVFI 280 MX ,100 TDVFI 300 MX ,000 TDVFI 320 MX ,900 TDVFI 340 MX ,500 TDVFI 360 MX ,200 TDVFI 380 MX ,900 TDVFI 400 MX ,700 TDVFI 420 MX ,400 TDVFI 440 MX ,600 TDVFI 460 MX ,500 TDVFI 480 MX ,100 TDVFI 500 MX ,800 TDVFI 520 MX ,700 TDVFI 540 MX ,600 TDVFI 560 MX ,200 TDVFI 580 MX ,900 TDVFI 600 MX ,600 TDVFI 620 MX ,400 TDVFI 640 MX ,100 TDVFI 660 MX ,800 TDVFI 680 MX ,400 TDVFI 700 MX ,600 TDVFI 720 MX ,500 TDVFI 740 MX ,400 TDVFI 760 MX ,300 TDVFI 780 MX ,900 TDVFI 800 MX ,600 TDVFI 820 MX ,300 TDVFI 840 MX ,100 TDVFI 860 MX ,800 TDVFI 880 MX Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 8

10 Technical Specifications TDVFI - MX 4 Single Modules Cooling Capacity EER Power supply TDVFI 80 MX4 TDVFI 100 MX4 TDVFI 120 MX4 TDVFI 140 MX4 BTU/Hr 89, , , ,600 kw w/w Btu/hw V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA Amp Rated power kw Performance Air flow volume m 3 / h 12,000 12,000 12,000 14,000 CFM 7,063 7,063 7,063 8,240 External Static Pressure Standard inwg Optional inwg Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A Charged volume kg Max. input consumption kw Max. current Amp Net dimension WxHxD mm 990 x 1635 x x 1635 x 790 Net weight Pipe Diameter ø Piping connection Max. indoor unit nos kg Liquid side mm(inch) 12.7 ( 1/2 ) 12.7 ( 1/2 ) 15.9 ( 5/8 ) 15.9 ( 5/8 ) Suction side mm(inch) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) 34.9 ( 1 3/8 ) Oil balance pipe mm(inch) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) Max. actual pipe length m Max. height difference between indoor and outdoor m Max. length between 1 st distributor to the last indoor m Units TDVFI - MX 4 Single Modules Cooling Capacity EER Power supply TDVFI 160 MX4 TDVFI 180 MX4 TDVFI 200 MX4 TDVFI 220 MX4 BTU/Hr 161, , , ,700 kw w/w Btu/hw V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA Amp Rated power kw Performance Air flow volume m 3 / h 14,000 16,000 16,000 16,000 CFM 8,240 9,417 9,417 9,417 External Static Pressure Standard m 3 /h inwg Optional inwg Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A Charged volume kg Max. input consumption kw Max. current Amp Net dimension WxHxD mm 1340 x 1635 x 790 Net weight kg Liquid side mm(inch) 15.9 ( 5/8 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) Pipe Diameter ø Suction side mm(inch) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) Oil balance pipe mm(inch) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) Max. actual pipe length m Piping connection Max. indoor unit nos Max. height difference between indoor and outdoor m Max. length between 1 st distributor to the last indoor m Units Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB )

11 Technical Specifications TDVFI - MX 4 Dual Modules TDVFI 240 MX4 TDVFI 260 MX4 TDVFI 280 MX4 TDVFI 300 MX4 TDVFI 320 MX4 TDVFI 340 MX4 Recommended Combination Units Cooling Capacity EER TDVFI 120 MX4 BTU/Hr w/w TDVFI 100 MX4 240, TDVFI 140 MX4 262, TDVFI 140 MX4 287, TDVFI 160 MX4 305, TDVFI 120 MX4 323, , TDVFI 120 MX4 kw Btu/hw TDVFI 160 MX TDVFI 140 MX TDVFI 160 MX TDVFI 160 MX TDVFI 220 MX Power supply V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA (each) Amp Rated power kw Performance Air flow volume m 3 / h CFM 14,126 15,303 16,480 16,480 16,480 16,480 External Static Pressure Standard inwg Optional inwg Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A Charged volume kg Max. input consumption for each kw Max. current for each Amp Net dimension WxHxD mm 990 x 1635 x 790 (2) 960 x 1635 x x 1635 x x 1635 x 790 (2) 1340 x 1635 x x 1635 x 790 Net weight kg Liquid side mm(inch) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) Pipe Diameter ø Suction side mm(inch) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) Oil balance pipe mm(inch) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) Max. actual pipe length m Piping connection Max. indoor unit nos Max. height difference between indoor and outdoor m Max. length between 1 st distributor to the last indoor m Units TDVFI - MX 4 Dual Modules TDVFI 360 MX4 TDVFI 380 MX4 TDVFI 400 MX4 TDVFI 420 MX4 TDVFI 440 MX4 Recommended Combination Units Cooling Capacity EER TDVFI 160 MX4 BTU/Hr w/w TDVFI 160 MX4 362, TDVFI 180 MX4 382, TDVFI 200 MX4 398, TDVFI 220 MX4 421, , TDVFI 200 MX4 kw Btu/hw TDVFI 220 MX TDVFI 220 MX TDVFI 220 MX TDVFI 220 MX Power supply V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA (each) Amp Rated power kw Performance Air flow volume m 3 / h 30,000 30,000 32,000 32,000 32,000 CFM 17,657 17,657 18,834 18,834 18,834 External Static Pressure Standard inwg Optional inwg Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A Charged volume kg Max. input consumption for each kw Max. current for each Amp Net dimension WxHxD mm 1340 x 1635 x 790 (2) Net weight kg Liquid side mm(inch) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) Pipe Diameter ø Suction side mm(inch) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) Oil balance pipe mm(inch) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) Max. actual pipe length m Piping connection Max. indoor unit nos Max. height difference between indoor and outdoor m Max. length between 1 st distributor to the last indor m Units Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 10

12 Technical Specifications TDVFI - MX 4 Tri Modules TDVFI 460 MX4 TDVFI 480 MX4 TDVFI 500 MX4 TDVFI 520 MX4 TDVFI 540 MX4 TDVFI 560 MX4 TDVFI 140 MX4 TDVFI 160 MX4 TDVFI 140 MX4 TDVFI 140 MX4 TDVFI 160 MX4 TDVFI 120 MX4 Recommended Combination Units TDVFI 160 MX4 TDVFI 160 MX4 TDVFI 160 MX4 TDVFI 160 MX4 TDVFI 160 MX4 TDVFI 220 MX4 TDVFI 160 MX4 TDVFI 160 MX4 TDVFI 200 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 Cooling Capacity EER BTU/Hr w/w 466, , , , , , kw Btu/hw Power supply V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA (each) Amp Rated power kw Performance Air flow volume m 3 / h 42,000 42,000 44,000 44,000 44,000 44,000 CFM 24,720 24,720 25,897 25,897 25,897 25,897 External Static Pressure Standard inwg Optional inwg Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A Charged volume kg Max. input consumption for each kw Max. current for each Amp Net dimension WxHxD mm 1340 x 1635 x 790 (3) 990 x 1635 x x 1635 x 790 (2) Net weight kg Liquid side mm(inch) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) Pipe Diameter ø Suction side mm(inch) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) Oil balance pipe mm(inch) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) Max. actual pipe length m Piping connection Max. indoor unit nos indoor and outdoor Max. height difference between m Max. length between 1 st distributor to the last indoor m Units TDVFI - MX 4 Tri Modules TDVFI 580 MX4 TDVFI 600 MX4 TDVFI 620 MX4 TDVFI 640 MX4 TDVFI 660 MX4 TDVFI 160 MX4 TDVFI 160 MX4 TDVFI 180 MX4 TDVFI 200 MX4 TDVFI 220 MX4 Recommended Combination Units TDVFI 200 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 Cooling Capacity EER BTU/Hr w/w 583, , , , , kw Btu/hw Power supply V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA (each) Amp Rated power kw Performance Air flow volume m 3 / h 46,000 46,000 48,000 48,000 48,000 CFM 27,075 27,075 28,252 28,252 28,252 External Static Pressure Standard inwg Optional inwg Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A Charged volume kg Max. input consumption for each kw Max. current for each Amp Net dimension WxHxD mm 1340 x 1635 x 790 (3) Net weight kg ,020 1,020 Liquid side mm(inch) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) Pipe Diameter ø Suction side mm(inch) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) Oil balance pipe mm(inch) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) Max. actual pipe length m Piping connection Max. indoor unit nos indoor and outdoor Max. height difference between m Max. length between 1 st distributor to the last indoor m Units Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 00 C ( DB / WB )

13 Technical Specifications TDVFI - MX 4 Quad Modules TDVFI 680 MX4 TDVFI 700 MX4 TDVFI 720 MX4 TDVFI 740 MX4 TDVFI 760 MX4 TDVFI 780 MX4 TDVFI 120 MX4 TDVFI 100 MX4 TDVFI 140 MX4 TDVFI 140 MX4 TDVFI 160 MX4 TDVFI 120 MX4 Recommended Combination Units TDVFI 120 MX4 TDVFI 160 MX4 TDVFI 140 MX4 TDVFI 160 MX4 TDVFI 160 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 Cooling Capacity EER BTU/Hr w/w 681, , , , , , kw Btu/hw Power supply V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA (each) Amp Rated power kw Performance Air flow volume m 3 /h 56,000 58,000 60,000 60,000 60,000 60,000 CFM 32,960 34,138 35,315 35,315 35,315 35,315 External Static Pressure Standard inwg Optional inwg Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A Charged volume kg Max. input consumption for each kw Max. current for each Amp Net dimension WxHxD mm Net weight Pipe Diameter ø 990 x 1635 x 790 (2) x 1635 x 790 (2) 990 x 1635 x x 1635 x 790 (3) 1340 x 1635 x 790 (4) 990 x 1635 x x 1635 x 790 (3) kg 1,154 1,196 1,274 1,274 1,274 1,257 Liquid side mm(inch) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) Suction side mm(inch) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) Oil balance pipe mm(inch) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) Max. actual pipe length m Piping connection indoor and outdoor Max. height difference between m Max. indoor unit nos st Max. length between 1 distributor to the last indoor m Units TDVFI - MX 4 Quad Modules TDVFI 800 MX4 TDVFI 820 MX4 TDVFI 840 MX4 TDVFI 860 MX4 TDVFI 880 MX4 TDVFI 160 MX4 TDVFI 160 MX4 TDVFI 180 MX4 TDVFI 200 MX4 TDVFI 220 MX4 Recommended Combination Units TDVFI 200 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 TDVFI 220 MX4 Cooling Capacity EER BTU/Hr w/w 803, , , , , kw Btu/hw Power supply V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA (each) Amp Rated power kw Performance Air flow volume m 3 /h 62,000 62,000 64,000 64,000 64,000 CFM 36,492 36,492 37,669 37,669 37,669 External Static Pressure Standard inwg Optional inwg Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A Charged volume kg Max. input consumption for each Max. current for each Net dimension WxHxD mm Net weight Pipe Diameter ø kw Amp x 1635 x 790 (4) kg 1,317 1,317 1,325 1,360 1,360 Liquid side mm(inch) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) Suction side mm(inch) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) Oil balance pipe mm(inch) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) 9.5 ( 3/8 ) Max. actual pipe length m Piping connection indoor and outdoor Max. height difference between m Max. indoor unit nos st Max. length between 1 distributor to the last indoor m Units Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 00 C ( DB / WB ) 12

14 Wide Application Range - KM 4 Flexible Combine Modular Table 89,000 Btu/Hr 100,500 Btu/Hr 120,200 Btu/Hr 143,600 Btu/Hr 161,500 Btu/Hr 178,200 Btu/Hr Design Capacity Recommend Max. connection Btu/Hr Combination Indoor units 89, KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM , KM Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB )

15 Technical Specifications - KM 4 Single Modules Cooling Capacity EER Power supply Nominal Operating Performance External Static Pressure Noise level Max. input consumption Max. current 80 KM4 100 KM4 120 KM4 140 KM4 160 KM4 180 KM4 BTU/Hr 89, , , , , ,200 kw w/w Btu/hw V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz RLA Amp Rated power kw Air flow volume m 3 /h 11,500 11,500 15,100 15,100 15,100 15,250 CFM 6,769 6,769 8,888 8,888 8,888 8,976 Standard inwg Optional inwg db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A Charged volume kg kw Amp x 1615 x x 1615 x 765 Net dimension WxHxD mm Net weight Pipe Diameter ø Piping connection Max. indoor unit nos kg Liquid side mm(inch) 12.7 ( 1/2 ) 12.7 ( 1/2 ) 15.9 ( 5/8 ) 15.9 ( 5/8 ) 15.9 ( 5/8 ) 19.0 ( 3/4 ) Suction side mm(inch) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) Oil balance pipe mm(inch) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) Max. pipe length m Max. height difference between indoor and outdoor m Max. length between 1 st distributor to the last indoor m Units KM 4 Dual Modules 200 KM4 220 KM4 240 KM4 260 KM4 280 KM4 300 KM4 320 KM4 340 KM4 360 KM4 Recommended Combination Units Cooling Capacity EER 100 KM4 BTU/Hr w/w 100 KM4 201, KM4 220, KM4 244, KM4 262, KM4 287, KM4 305, KM4 323, KM4 339, , KM4 kw Btu/hw 120 KM KM KM KM KM KM KM KM Power supply V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA (each) Amp Rated power kw Performance Air flow volume m 3 /h 23,000 26,600 26,600 26,600 30,200 30,200 30,200 30,350 30,500 CFM 13,537 15,656 15,656 15,656 17,775 17,775 17,775 17,863 17,952 External Static Pressure Standard inwg Optional inwg Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A Charged volume kg Max. input consumption for each Max. current for each Net dimension WxHxD mm 960 x 1615 x 765 (2) Net weight Pipe Diameter ø Piping connection Max. indoor unit nos kw Amp x 1615 x x 1615 x x 1615 x 765 (2) kg Liquid side mm(inch) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) Suction side mm(inch) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) Oil balance pipe mm(inch) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) Max. pipe length m Max. height difference between indoor and outdoor m Max. length between 1 st distributor to the last indoor m Units Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 14

16 Technical Specifications - KM 4 Tri Modules 380 KM4 400 KM4 420 KM4 440 KM4 460 KM4 480 KM4 500 KM4 520 KM4 100 KM4 100 KM4 100 KM4 140 KM4 140 KM4 160 KM4 140 KM4 160 KM4 Recommended Combination Units 120 KM4 140 KM4 160 KM4 140 KM4 160 KM4 160 KM4 180 KM4 180 KM4 160 KM4 160 KM4 160 KM4 160 KM4 160 KM4 160 KM4 180 KM4 180 KM4 Cooling Capacity EER BTU/Hr w/w 382, , , , , , , , kw Btu/hw Power supply V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA (each) Amp Rated power kw Performance Air flow volume m 3 /h 41,700 41,700 41,700 45,300 45,300 45,300 45,600 45,600 CFM 24,544 24,544 24,544 26,663 26,663 26,663 26,839 26,839 External Static Pressure Standard inwg Optional inwg Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A Charged volume kg Max. input consumption for each Max. current for each Net dimension WxHxD mm Net weight Pipe Diameter ø Piping connection Max. indoor unit nos kw Amp x 1615 x x 1615 x 765 (2) 1250 x 1615 x 765 (3) kg Liquid side mm(inch) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) Suction side mm(inch) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) Oil balance pipe mm(inch) 6.4 ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x 2 Max. pipe length m indoor and outdoor Max. height difference between m Max. length between 1 st distributor to the last indoor m Units KM 4 Quad Modules 540 KM4 560 KM4 580 KM4 600 KM4 620 KM4 640 KM4 660 KM4 680 KM4 700 KM4 720 KM4 100 KM4 100 KM4 140 KM4 140 KM4 140 KM4 160 KM4 160 KM4 160 KM4 160 K M4 180 K M4 Recommended Combination Units 120 KM4 140 KM4 140 KM4 140 KM4 160 KM4 160 KM4 160 KM4 160 KM4 180 K M4 180 K M4 160 KM4 160 KM4 140 KM4 160 KM4 160 KM4 160 KM4 160 KM4 180 KM4 180 K M4 180 K M4 160 KM4 160 KM4 160 KM4 160 KM4 160 KM4 160 KM4 180 KM4 160 KM4 180 K M4 180 K M4 Cooling Capacity EER BTU/Hr w/w 543, , , , , , , , , , kw Btu/hw Power supply V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA (each) Amp (2) (2) 20.8 (3) (2) (2) (3) 23.6 (4) 23.6 (3) (2) (2) (3) 26.5 (4) Rated power kw Performance Air flow volume m 3 /h 56,800 56,800 60,400 60,400 60,400 60,400 60,550 60,700 60,850 61,000 CFM 33,431 33,431 35,550 35,550 35,550 35,550 35,638 35,727 35,815 35,903 Standard inwg External Static Pressure Optional inwg Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A Charged volume kg (2) (3) 13 (4) 13 (4) 13 (4) 13 (4) 13 (3) (2) + 16 (2) (3) 16 (4) Max. input consumption for each Max. current for each Net dimension WxHxD mm Net weight Pipe Diameter ø Piping connection Max. indoor unit nos kw (2) (2) 16.5 (3) (2) (2) (3) 18.5 (4) 18.5 (3) (2) (2) (3) 20.4 (4) Amp (2) (2) 31.8 (3) (2) (2) (3) 32.8 (4) 32.8 (3) (2) (2) (3) 35.4 (4) 960 x 1615 x x 1615 x 765 (3) 1250 x 1615 x765 (4) kg 1,026 1,038 1,120 1,120 1,120 1,120 1,140 1,160 1,180 1,200 Liquid side mm(inch) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) 22.2 ( 7/8 ) Suction side mm(inch) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) 54.1 ( 2 1/8 ) Oil balance pipe mm(inch) 6.4 ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x 3 Max. pipe length m st indoor and outdoor Max. height difference between m to the last indoor Max. length between 1 distributor m Units Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 15

17 TDVW - ( M ) 4 Series Technologies Energy Saving Compact Size Wide Combination Simplifies Installation Ultimate Reliability 1. Reluctance Brushless DC Compressor The Reluctance Brushless DC Inverter compressor operate with high efficiency (EER), fast start-up response and less energy consumption to save your electricity charges. The motor comprises powerful neodymium magnets, that create the reluctance torque. These magnets are approximately 12 times stronger than the normal ferrite magnets and make a major contribution to reduce operation noise, compressor size, compressor weight and energy saving characteristics. The Inverter Compressor operates in superior performance with improved middle frequency range ( 35~75 Hz ), combined with the multi constant speed scroll compressor in the system circuit. Able to attain various capacity range between 15 ~ 130 %, depending on the partial and loading required capacity. 16

18 2. Smooth Sine Wave DC Inverter Optimizing the sine wave curve, results in smooth motor rotation and improved motor efficiency Sine Wave DC inverter Common sawtooth wave 3. Digital PCB Electrical Control Provides DC inverter compressor soft starter function to minimize power fluctuation on the power system. Built in 3 phase power protector to protect compressor operation from abnormal power supply condition, whereby it may cause damage to the compressor. New improved Auto Oil Return Program run for 15 minutes on every 8 hours operation cycle to ensure sufficient oil lubrication for the compressor system. 4. High Efficiency Tube In Tube Heat Exchanges Consist of outer copper tube with internal corrugated copper finned tube. Each condenser is buit with intergral sub-cooling to maximize system efficiency and fully tested up to 450 psig. Circuit design with two in two out less water pressure drop and more surface area ensure better heat transfer. 5. Built in Oil Separator & Suction Accumulator High efficiency centrifugal oil separator built in the refrigerant circuit to improves oil separation efficiency up to 99% of oil migration and refrigerant pressure drop in the system. The built in suction accumulator caters for maintaining the compressor reliability due to long piping length and high refrigerant volumn application. 6. Benefits of using R 410A Reduce CO 2 emisions and prevent global warming. Zero ozone-depleting potential. Significant increase in energy efficiency and improved performance. 17

19 Wide Ambient Operation Range Designed Cooling Mode Operation max. up to 40 0 C & min. down to 10 0 C; ambient water temperature Standard Cooling Mode operation inlet 30 0 C / Outlet 35 0 C, ambient water temperature. Ultimate Reliability Sequential Random Duty Operation In the event of equal lifespan among the combine outdoor units, any one of the outdoor unit can sequentially random self adjust as master unit. Master Slave 1 Slave 2 No.1 No.3 No.2 No.2 No.1 No.3 No.1 No.3 No.2 Back - up Function In the multiple combination outdoor system, if one of the outdoor unit is faulty or compressor malfunction, the other slave units will keep on operating. The faulty unit can be set as standby state by adjusting " DIP " switch in the outdoor PCB control at field. Operating Faulty Operating Note: Operating Compressor Faulty Compressor 18

20 Precise Comfortable Temperature Control The thermostat can control stable room temperature at ± C from set point. An electronic expansion valve is continuously adjusting the refrigerant flow volume in respond to load variation of the indoor units. The DC inverter air conditioner system maintains comfortable room temperature at a virtually constant level, without the typical temperature variations that occur from conventional ON/OFF air conditioner system. (± 0.5 C) (± 3.0 C) Easy Maintenance Self diagnosis function-operated via push button on the PCB with display "malfunctions code" or "operation status code" able to speed up troubleshooting and maintenance. Remote Addressing Addressing indoor units by wireless remote controller. (Maximum up to 59 indoor/group) 59 Automatically Identify Long Piping Length Total piping actual length is 120m. Max. height difference between outdoor and indoor units is 50 m. Max. length between 1st distributor to the last indoor unit is 40m. Difference in elevation between indoor units is 30m. 19

21 Wide Application Range TDVW - M 4 Flexible Combine Modular 8, 10, 12HP 16, 18, 20, 22, 24HP 26, 28, 30, 32, 34, 36HP Top Class performance EER = 5.25 ( 8HP ). Wider Combination range for one system ( up to 36HP ), greater application flexibility. 3 basic modules ( 8HP, 10HP, 12HP ) can be freely combined. Max. piping length ( up to 120 m ). Max. connectable indoor units ( up to 59 ). EER in Cooling HP 10HP 12HP * EER = Capacity [kw] / Power Comsumption [kw] 20

22 Wide Application Range TDVW - M 4 Flexible Combine Modular Table 8, 10, 12HP 16, 18, 20, 22, 24HP 26, 28, 30, 32, 34, 36HP Design Capacity Recommend Max. connection Btu/Hr Combination Indoor units 89,000 TDVW 80 M ,500 TDVW 100 M ,200 TDVW 120 M ,000 TDVW 160 M ,500 TDVW 180 M ,000 TDVW 200 M ,700 TDVW 220 M ,400 TDVW 240 M ,500 TDVW 260 M ,000 TDVW 280 M ,500 TDVW 300 M ,200 TDVW 320 M ,900 TDVW 340 M ,600 TDVW 360 M Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 21

23 Technical Specifications TDVW - M 4 Single Modules 89,000 Btu/Hr 100,500 Btu/Hr 120,200 Btu/Hr Cooling Capacity EER Power supply Nominal Operating Compressor Heat Exchanger Noise level Max. input consumption for each Max. current for each TDVW 80 M4 TDVW 100 M4 TDVW 120 M4 BTU/Hr 89, , ,200 kw w/w Btu/hw V / Ph / Hz RLA Amp Rated power kw DC Inverter No Oper. Frequency Hz 40 ~ ~ ~ 200 Lubricant Oil Type / ml FVC68D / 500 FVC68D / 500 FVC68D / 500 Water flow volume m 3 /h Pressure drop kpa Max. pressure of pipe Mpa Pipe connection inch 1 1/4 1 1/4 1 1/4 db(a) Type R 410 A R 410 A R 410 A Charge volume kg Net dimension WxHxD mm Net weight Pipe Diameter ø Piping connection 380 ~ 415 V / 3 Ph / 50 Hz kw Amp x 1000 x 550 kg Liquid side mm(inch) 12.7 ( 1/2 ) 12.7 ( 1/2 ) 15.9 ( 5/8 ) Suction side mm(inch) 28.6 ( 1 1/8 ) 28.6 ( 1 1/8 ) 34.9 ( 1 3/8 ) Oil balance pipe mm(inch) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) Max. pipe length m Max. height difference between indoor and outdoor m Max. indoor unit nos Max. length between 1 st distributor to the last indoor m Units Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 22

24 Technical Specifications TDVW - M 4 Dual Modules 178,000 Btu/Hr 189,500 Btu/Hr 201,000 Btu/Hr 220,700 Btu/Hr 240,400 Btu/Hr Recommended Combination Units Cooling Capacity EER TDVW 160 M4 TDVW 180 M4 TDVW 200 M4 TDVW 220 M4 TDVW 240 M4 TDVW 80 M4 TDVW 80 M4 TDVW 100 M4 TDVW 100 M4 TDVW 120 M4 TDVW 80 M4 TDVW 100 M4 TDVW 100 M4 TDVW 120 M4 TDVW 120 M4 BTU/Hr 178, , , , ,400 kw w/w Btu/hw Power supply V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz Nominal Operating RLA (each) Amp Rated power kw DC Inverter No Compressor Oper. Frequency Hz 40 ~ ~ ~ ~ ~ 200 Lubricant Oil Type / ml FVC68D / 500 x 2 FVC68D / 500 x 2 FVC68D / 500 x 2 FVC68D / 500 x 2 FVC68D / 500 x 2 Water flow volume m 3 /h Heat Exchanger Pressure drop (each) kpa Max. pressure of pipe Mpa 1.98 (2) 1.98 (2) 1.98 (2) 1.98 (2) 1.98 (2) Pipe connection inch 1 1/4 (2) 1 1/4 (2) 1 1/4 (2) 1 1/4 (2) 1 1/4 (2) Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A Charge volume kg Max. input consumption for each Max. current for each kw Amp Net dimension WxHxD mm 780 x 1000 x x 1000 x 550 Net weight kg Liquid side mm(inch) 15.9 ( 5/8 ) 15.9 ( 5/8 ) 15.9 ( 5/8 ) 15.9 ( 5/8 ) 19.0 ( 3/4 ) Pipe Diameter ø Suction side mm(inch) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) Oil balance pipe mm(inch) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) Max. pipe length m Piping connection Max. height difference between indoor and outdoor m Max. length between 1 st distributor to the last indoor m Max. indoor unit nos Units Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 23

25 Technical Specifications TDVW - M 4 Tri Modules 278,500 Btu/Hr 290,000 Btu/Hr 301,500 Btu/Hr 321,200 Btu/Hr 340,900 Btu/Hr 360,600 Btu/Hr Recommended Combination Units TDVW 260 M4 TDVW 280 M4 TDVW 300 M4 TDVW 320 M4 TDVW 340 M4 TDVW 360 M4 TDVW 80 M4 TDVW 80 M4 TDVW 100 M4 TDVW 100 M4 TDVW 100 M4 TDVW 120 M4 TDVW 80 M4 TDVW 100 M4 TDVW 100 M4 TDVW 100 M4 TDVW 120 M4 TDVW 120 M4 TDVW 100 M4 TDVW 100 M4 TDVW 100 M4 TDVW 120 M4 TDVW 120 M4 TDVW 120 M4 Cooling Capacity EER Power supply Nominal Operating BTU/Hr 278, , , , , ,600 kw w/w Btu/hw V / Ph / Hz 380 ~ 415 V / 3 Ph / 50 Hz RLA (each) Amp Rated power kw DC Inverter No Compressor Oper. Frequency Hz 40 ~ ~ ~ ~ ~ ~ 200 Lubricant Oil Type / ml FVC68D / 500 x 3 FVC68D / 500 x 3 FVC68D / 500 x 3 FVC68D / 500 x 3 FVC68D / 500 x 3 FVC68D / 500 x 3 Water flow volume m 3 /h Heat Exchanger Pressure drop (each) kpa Max. pressure of pipe Mpa 1.98 (3) 1.98 (3) 1.98 (3) 1.98 (3) 1.98 (3) 1.98 (3) Pipe connection inch 1 1/4 (3) 1 1/4 (3) 1 1/4 (3) 1 1/4 (3) 1 1/4 (3) 1 1/4 (3) Noise level db(a) Type R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A Charge volume kg Max. input consumption for each kw Max. current for each Amp Net dimension WxHxD mm 780 x 1000 x x 1000 x x 1000 x 550 Net weight kg Liquid side mm(inch) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) 19.0 ( 3/4 ) Pipe Diameter ø Suction side mm(inch) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 34.9 ( 1 3/8 ) 41.3 ( 1 5/8 ) 41.3 ( 1 5/8 ) Oil balance pipe mm(inch) 6.4 ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x ( 1/4 ) x 2 Max. pipe length m Piping connection Max. height difference between indoor and outdoor m Max. length between 1 st distributor to the last indoor m Max. indoor unit nos Units Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 24

26 Complete Range of Indoor Units Indoor Units Line Up Cooling Capacity ( Btu / Hr ) 8,000 10,000 13,000 16,000 18,000 20,000 25,000 30,000 36,000 40,000 50,000 60,000 72,000 85, ,000 Compact cassette Four-way cassette Wall mounted Ceiling and floor Low static pressure ducted ESP : 0.2~0.3 inwg High static pressure ducted ESP : 0.5 inwg High static pressure ducted ESP : 0.5 inwg High static pressure ducted ESP : 0.8 inwg Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 25

27 Technical Specifications Compact Cassette Features New air distribution outlet panel with auto air swing ( Up & Down ). Standard 648 x 648 mm unified square air discharge panel. Slim, stylish with removable easy clean air filter grille and discharge panel. Low noise level range 23~29 db(a) at low fan speed. LED indicator light display panel and auto restart function. Evaporator coil with anti-corrosion hydrophilic coated slit fins. Aerodynamic turbo fan to enhance strong air flow for better air circulation. EXV throttle kit box attach to unit casing main body. Built in drain pump to boost condensate water discharge. Anti-mold and long lasting washable saran net air filter. MODEL 08 CCS-F 10 CCS-F 13 CCS-F 18 CCS-F COOLING CAPACITY BTU/Hr 8,000 10,000 13,000 16,000 kw POWER SUPPLY V/Ph/Hz 220 ~ 240 / 1 / 50 RATED POWER INPUT W RATED AMPERE AMP AIR FLOW ( H/M/L ) CFM 280 / 200 / / 250 / / 300 / / 280 / 220 SOUND LEVEL ( H/M/L ) dba 36 / 33 / / 33 / / 36 / / 36 / 29 REFRIGERANT PIPE CONNECTION Ø TYPE R 410 A R 410 A R 410 A R 410 A CONTROL DEVICE EXV EXV EXV EXV LIQUID 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) SUCTION 12.7 ( 1/2 ) 12.7 ( 1/2 ) 12.7 ( 1/2 ) 12.7 ( 1/2 ) MM ( INCH ) DRAIN PIPE MM ( INCH ) 25.0 ( 1 ) 25.0 ( 1 ) 25.0 ( 1 ) 25.0 ( 1 ) PANEL DIMENSION ( MM ) UNIT ( WxDxH ) 648 X 648 X X 648 X X 648 X X 648 X 50 DIMENSION ( MM ) UNIT ( WxDxH ) 570 X 570 X X 570 X X 570 X X 570 X 260 NET WEIGHT KG Four-way Cassette Features New air distribution outlet panel with auto air swing ( Up & Down ). Standard 950 x 950 mm unified square air discharge panel. Slim, stylish with removable easy clean air filter grille and discharge panel. Low noise level range 35~44 db(a) at low fan speed. LED indicator with digital temperature display panel and auto restart function. Evaporator coil with anti-corrosion hydrophilic coated slit fins. Aerodynamic turbo fan to enhance strong air flow for better air circulation. EXV throttle kit box attach to unit casing main body. Built in drain pump to boost condensate water discharge. Anti-mold and long lasting washable saran net air filter. MODEL 18 CS-F 20 CS-F 25 CS-F 30 CS-F 36 CS-F 40 CS-F 50 CS-F COOLING CAPACITY BTU/Hr 18,000 20,000 25,000 30,000 36,000 40,000 50,000 kw POWER SUPPLY V/Ph/Hz 220 ~ 240 / 1 / 50 RATED POWER INPUT W RATED AMPERE AMP AIR FLOW ( H/M/L ) CFM 500 / 460 / / 490 / / 600 / / 680 / 490 1,000 / 850 / 750 1,050 / 900 / / 960 / 800 SOUND LEVEL ( H/M/L ) dba 42 / 38 / / 38 / / 42 / / 42 / / 45 / / 45 / / 47 / 44 REFRIGERANT TYPE R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A CONTROL DEVICE EXV EXV EXV EXV EXV EXV EXV PIPE CONNECTION Ø LIQUID 6.4 ( 1/4 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) MM ( INCH ) SUCTION 12.7 ( 1/2 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) DRAIN PIPE MM ( INCH ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) PANEL DIMENSION ( MM ) UNIT ( WxDxH ) 950 X 950 X X 950 X X 950 X X 950 X X 950 X X 950 X X 950 X 55 DIMENSION ( MM ) UNIT ( WxDxH ) 840 X 840 X X 840 X X 840 X X 840 X X 840 X X 840 X X 840 X 300 NET WEIGHT KG Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 26

28 Technical Specifications Wall mounted 08 WM-MI ~ 30 WM-MI Features Adopt high efficiency DC fan motor. Air distribution with auto air swing ( Up & Down ) / manual ( Left & Right ). Low noise level range 29 ~ 36 db(a) at low fan speed. LED indicator with digital temperature display panel and auto restart function. Evaporator coil with anti-corrosion hydrophilic coated slit fins. Cross flow fan to enhance strong air flow for better air circulation. Built in EXV throttle kit. Anti-mold and durable washable saran net air filter. MODEL 08 WM-MI 10 WM-MI 13 WM-MI 18 WM-MI 20 WM-MI 25 WM-MI 30 WM-MI COOLING CAPACITY BTU/Hr 8,000 10,000 13,000 18,000 20,000 25,000 30,000 kw POWER SUPPLY V/Ph/Hz 220 ~ 240 / 1 /50 RATED POWER INPUT W RATED AMPERE AMP AIR FLOW (H/M/L) CFM 240 / 220 / / 240 / / 300 / / 340 / / 380 / / 590 / / 600 / 500 SOUND LEVEL (H/M/L) dba 31 / 30 / / 30 / / 32 / / 33 / / 36 / / 39 / / 39 / 36 REFRIGERANT TYPE R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A CONTROL DEVICE EXV EXV EXV EXV EXV EXV EXV PIPE CONNECTION Ø LIQUID 6.4 (1/4) 6.4 (1/4) 6.4 (1/4) 6.4 (1/4) 9.53 (3/8) 9.53 (3/8) 9.53 (3/8) MM (INCH) SUCTION 12.7 (1/2) 12.7 (1/2) 12.7 (1/2) 12.7 (1/2) 16.0 (5/8) 16.0 (5/8) 16.0 (5/8) DRAIN PIPE MM (INCH) 19 (3/4) 19 (3/4) 19 (3/4) 19 (3/4) 19 (3/4) 19 (3/4) 19 (3/4) DIMENSION (MM) UNIT (WxDxH) 835 X 203 X X 203 X X 223 X X 223 X X 223 X X 262 X X 262 X 343 NET WEIGHT KG Ceiling and Floor ( 13,000 ~ 36,000 Btu/Hr ) ( 40,000 ~ 60,000 Btu/Hr ) Features Convertible ceiling suspended or floor mounted unit versatile for installation. Compact slim casing design with 203 mm height ( 13,000 Btu/hr ~ 36,000 Btu/hr ) or 244 mm height ( 40,000 Btu/hr ~ 50,000 Btu/hr ) & 285 mm height (60,000Btu/hr ) for easy installation. 4 way air distribution with auto air swing ( Up & Down ) / ( Left & Right ). Low noise level range 36~44 db(a) at low fan speed. LED indicator light display panel and auto restart function. Evaporator coil with anti-corrosion hydrophilic coated slit fins. Centrifugal fan to enhance strong air flow for better air circulation. Built in EXV throttle kit. MODEL 13 CF-E 18 CF-E 20 CF-E 25 CF-E 30 CF-E 36 CF-E 40 CF-E 50 CF-E 60 CF-E COOLING CAPACITY POWER SUPPLY BTU/Hr 13,000 18,000 20,000 25,000 30,000 36,000 40,000 50,000 60,000 kw V/Ph/Hz 220 ~ 240 / 1 / 50 RATED POWER INPUT W RATED AMPERE AMP AIR FLOW (H/M/L) CFM 400 / 350 / / 420 / / 420 / / 550 / / 750 / 600 1,050 / 850 / 600 1,300 / 1,100 / 950 1,350 / 1,150 / 1,000 1,400 / 1,200 / 1,050 SOUND LEVEL (H/M/L) dba 39 / 38 / / 38 / / 39 / / 42 / / 43 / / 43 / / 45 / / 45 / / 46 / 44 REFRIGERANT PIPE CONNECTION Ø MM (INCH) TYPE R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A CONTROL DEVICE EXV EXV EXV EXV EXV EXV EXV EXV EXV LIQUID 6.4 (1/4) 6.4 (1/4) 9.53 (3/8) 9.53 (3/8) 9.53 (3/8) 9.53 (3/8) 9.53 (3/8) 9.53 (3/8) 9.53 (3/8) SUCTION 12.7 (1/2) 12.7 (1/2) 16.0 (5/8) 16.0 (5/8) 16.0 (5/8) 16.0 (5/8) 16.0 (5/8) 16.0 (5/8) 16.0 (5/8) DRAIN PIPE MM (INCH) 19 (3/4) 19 (3/4) 19 (3/4) 19 (3/4) 19 (3/4) 19 (3/4) 19 (3/4) 19 (3/4) 19 (3/4) DIMENSION (MM) UNIT (WxDxH) 990 X 660 X X 660 X X 660 X X 660 X X 660 X X 660 X X 680 X X 680 X X 680 X 285 NET WEIGHT KG Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 27

29 Technical Specifications Low Static Pressure Ducted ( ESP: 0.2~0.3 inwg ) Features Compact slim casing design with 210 mm height (8,000 Btu/hr~20,000 Btu/hr) or 270 mm height (25,000Btu/hr~40,000 Btu/hr) for easy installation. External static pressure operating range 0.20 ~ 0.30 inwg. Low noise level range 32~38 db(a) at low fan speed. LED indicator light display panel and auto restart function. Evaporator coil with anti-corrosion hydrophilic coated slit fins. Centrifugal fan to enhance strong air flow for better air circulation. Built in EXV throttle kit. Durable electro-galvanized steel casing. Anti-mold and long lasting washable saran net air filter. Built in drain pump to boost condensate water discharge. MODEL 08 CR-F 10 CR-F 13 CR-F 18 CR-F 20 CR-F 25 CR-F 30 CR-F 36 CR-F 40 CR-F 50 CR-F COOLING CAPACITY BTU/Hr 8,000 10,000 13,000 18,000 20,000 25,000 30,000 36,000 40,000 50,000 kw POWER SUPPLY V/Ph/Hz 220 ~ 240 / 1 / 50 RATED POWER INPUT W RATED AMPERE AMP AIR FLOW ( H/M/L ) CFM 280 / 240 / / 260 / / 280 / / 450 / / 480 / / 600 / / 700 / 580 1,000 / 880 / 760 1,200 / 1,000 / 900 1,400 / 1,250 / 980 SOUND LEVEL ( H/M/L ) dba 38 / 35 / / 35 / / 37 / / 38 / / 38 / / 41 / / 38 / / 38 / / 41 / / 41 / 38 EXTERNAL STATIC PRESSURE REFRIGERANT PIPE CONNECTION Ø MM ( INCH ) INWG TYPE R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A CONTROL DEVICE EXV EXV EXV EXV EXV EXV EXV EXV EXV EXV LIQUID 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 6.4 ( 1/4 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) SUCTION 12.7 ( 1/2 ) 12.7 ( 1/2 ) 12.7 ( 1/2 ) 12.7 ( 1/2 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) DRAIN PIPE MM ( INCH ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) DIMENSION ( MM ) UNIT ( WxDxH ) 700 X 635 X X 635 X X 635 X X 635 X X 635 X X 635 X X 775 X X 775 X X 775 X X 865 X 300 NET WEIGHT KG Medium Static Pressure Ducted ( ESP: 0.5 inwg ) ( 25,000 ~ 40,000 Btu/Hr ) MODEL ( ESP: 0.5 inwg ) ( 50,000 ~ 60,000 Btu/Hr ) 25 EB-F Features External static pressure operating range 0.5 inwg. (25,000 Btu/hr ~ 60,000 Btu/hr) External static pressure operating range 0.8 inwg. (72,000 Btu/hr ~ 100,000 Btu/hr) Low noise level range 44~52 db(a) at low fan speed. LED indicator light display panel and auto restart function. Evaporator coil with anti-corrosion hydrophilic coated slit fins. Centrifugal fan to enhance strong air flow for better air circulation. Built in EXV throttle kit. (25,000 Btu/hr ~ 60,000 Btu/hr) EXV throttle kit box attach to unit casing main body. (72,000 Btu/hr ~ 100,000 Btu/hr) Durable electro-galvanized steel casing. Anti-mold and long lasting washable saran net air filter. 30 EB-F 36 EB-F 40 EB-F 50 EB-F 60 EB-F 70 EB-F 85 EB-F 100 EB-F COOLING CAPACITY BTU/Hr 25,000 30,000 36,000 40,000 50,000 60,000 72,000 85, ,000 kw POWER SUPPLY V/Ph/Hz 220 ~ 240 / 1 / 50 RATED POWER INPUT W RATED AMPERE AMP AIR FLOW ( H/M/L ) CFM 900 / 780 / / 800 / 700 1,100 / 980 / 860 1,200 / 1,000 / 900 1,500 / 1,300 / 980 1,700 / 1,500 / 1,300 2,500 / 2,350 / 2, / 2,400 / 2,200 2,800 / 2,600 / 2,400 SOUND LEVEL ( H/M/L ) dba 48 / 46 / / 46 / / 49 / / 49 / / 50 / / 52 / / 55 / / 55 / / 55 / 52 EXTERNAL STATIC PRESSURE INWG REFRIGERANT TYPE R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A R 410 A CONTROL DEVICE EXV EXV EXV EXV EXV EXV EXV ( 2 ) EXV ( 2 ) EXV ( 2 ) PIPE CONNECTION LIQUID 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) 9.53 ( 3/8 ) x ( 3/8 ) x ( 3/8 ) x 2 MM ( INCH ) SUCTION 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 16.0 ( 5/8 ) 19.0 ( 3/4 ) x ( 7/8 ) x ( 7/8 ) x 2 DRAIN PIPE MM ( INCH ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) 32.0 ( 1 1/4 ) DIMENSION ( MM ) UNIT ( WxDxH ) 952 X 690 X X 690 X X 690 X X 690 X X 690 X X 690 X X 810 X X 810 X X 810 X 470 NET WEIGHT KG Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 28

30 Heat Recovery Ventilator Ceiling Concealed Ducted RA (Returm air from room) SA (Supply air to room) The TOPAIRE heat recovery ventilation system modulates the temperature and humidity of incoming fresh air to match indoor conditions. Reclaim heat energy lost through ventilation and reduce the room temperature caused by ventilation process. A balance is thus achieved between indoor and outdoor ambients, enabling the cooling load placed on the air conditioning system to be reduced significantly. (Exhaust air to outdoors) OA (Fresh air from outdoors) Heat recovery mode Damper THRV units can be controlled individually or integral with the air conditioning system ( TOPAIRE - M4, - S4 and - MS4 ) by interlocking with the Centralized Con trol Monitor (CCM 03). Bypass ventilation mode Damper EA RA EA RA Element Element OA SA OA SA ( THRV 100 ~ THRV 600 ) Features Compact, easy installation and energy saving ventilation. Temperature exchange efficiency is above 65%. Enthalpy exchange efficiency is between 50 ~ 65%. Three fan speed for the model ( THRV 100 ~ THRV 600 ). Single fan speed for the model ( THRV 900 ~ THRV 1200 ). External static pressure operating range 0.3 ~ 0.6 inwg. Special heat exchange element with HEP ( High Efficiency Paper ). Dual Mode provided ( Heat recovery mode / Bypass ventilation mode ). ( THRV 900 ~ THRV 1200 ) MODEL THRV 120 THRV 180 THRV 240 THRV 300 THRV 480 THRV 600 THRV 900 THRV 1200 FAN SPEED Hi Med Low Hi Med Low Hi Med Low Hi Med Low Hi Med Low Hi Med Low TEMPERATURE RECOVERY EFFICIENCY (%) ENTHALPY RECOVERY EFFICIENCY (%) % 65 % AIR FLOW CFM Single Speed Single Speed EXTERNAL STATIC PRESSURE INWG POWER SUPLY V/Ph/Hz 220 ~ 240 V / 1 Ph / 50 Hz RATED POWER INPUT W RATED AMPERE AMP SOUND LEVEL dba DUCT CONNECTION INCH Ø6 Ø6 Ø6 Ø6 DIMENSION ( MM ) ( WxDxH ) 866 x 655 x x 722 x x 927 x x 1026 x 270 NET WEIGHT KG Ø10 Ø10 14 X X x 1006 x x 1256 x x 1270 x x 1470 x OPERATION CONDITION AIR EXHAUST TEMP. 27 / 19.5 O C ( DB / WB ) & FRESH AIR TEMP. 35 / 28 O C ( DB / WB ) ; 80 % RH or Less. Note : The nominal cooling capacity is based on condenser outdoor air entering temp C (DB); indoor on coil temp. 27/19 0 C ( DB / WB ) 29

31 Controllers Wireless Remote Controllers Wired Controllers KJR-12B wired controller (with follow me function) ON/OFF/Mode setting/temperature setting/fan speed/time setting/swing, etc. KJR-29B wired controller (with touch key) ON/OFF/Mode setting/temperature setting/fan speed/time setting/swing, etc. Centralized Control Monitor KJRF-180A indoor CCM Max. 16 indoor units control. MD-CCM09 Weekly Schedule Centralized Controller Control up to 64 indoor units Note: Weekly schedule timer and indoor CCM cannot be used simultaneously. 30

32 Controllers Centralized Control Monitor IMM-ENET-MA(EN) 4th network central control system kit IMM441V4PA58 M-Interface Web Gateway M-Interface Web Gateway, max connecting 4 group air conditioners (each group can connect Max. 64 indoor units and 16 outdoor units) BACNET LONWORK/ETHERNET optional, Max connecting 4 group air conditioners Design Support Software This advanced software is designed to be customizable to make any selections and design processes in a quick and easy way. The design software utilises system wizards and import tools to enable both simple and complex systems to be created. In addition, the system will allow outdoor and indoor units to be dragged and dropped on an interactive desktop. This allows users to create everything from realistic floor plans with detailed piping and wiring schematics to send out with quotations, through to installation guidance drawings. 31