Midea Air Conditioners Chiller System

GD Midea Coercial Air-conditioning Equipment Co., Ltd. Add: Midea Industrial City, Shunde, Foshan, Guangdong, 5811, P.R.China Tel: +86-757-6964 Fax: +86-757-697 E-mail: mcac@midea.com.cn Http: www.midea.com.cn Http: www.mdvchina.com (customer service) 007 Midea Air Conditioners Chiller System Midea Is Your Idea

TUV Rheiniand geprufte sicherheit EUROVENT CERTIFIED PERFORMANCE CERTIFIED COMPANY Production inspected CERTIFIED COMPANY I.. geprufte Sicherheit Midea Creates A Better Life Midea produced its first Air Conditioner in 1985. Currently we are the leader of Air conditioner manufacturing and export. Midea has been exporting Air Conditioners for the last 16 years, and during this time Midea has cultivated strong partnerships with hundreds of overseas companies. Our vertically integrated supply chain enables us to achieve maximum efficiency in production and product development. Midea is dedicated to continuous improvement. Over 1000 engineers work together to push the improvement of AC technology. Every year over 00 new products are developed and 100 new patents are filed. New products account for 0% of total sales volume and 5% of gross profit. e provide Global technical training and a comprehensive online customer service. All our customers from over 110 countries and regions receive top quality service at all times. Our goal is to deliver the highest quality products to our costumers. Quality is one of the core competencies of Midea. NRTLC 068 ISO 9001 : 000 Certificate No.: CC 454 068 ISO 14001: 1996 Certificate No.:CC1417 L S T E D I N T E R N A T I O N A L SAUDI ARABIAN STANDARDS ORGANIZATION C O N F O R M I T Y PR O G R A M C E R T I F I C A T I O N N4 TUV Rheiniand Group 1

007 Midea Coercial AC Line Up [ L ] Centrifugal Chiller system [ ] ater-cooled Package Unit R1 single-stage compression: 00RT~800RT R1 dual-stage compression: 900RT~100RT R14a single-stage compression: 50RT~1100RT R14a dual-stage compression: 100RT~000RT 5 100~145 [ R ] Heating ater System [ C ] ater-cooled Screw Chiller system 49-5 Dry expansion evaporator: Single-compressor: 40RT~45RT Dual-compressor: 80RT~490RT Flooded type evaporator: Single-compressor: 10RT~55RT Dual-compressor: 90RT~510RT [ S ] ater-source Heat Pump 54-61 5-1 45-48 60~80-7 9 17.5 5 ater source ater source ater source 5.0-14.0 four way cassette low static pressure duct high static pressure duct [ A ] Air-cooled Modular Chiller System 4-44 [ K ] Air Handling Unit & Fan Coil Unit Air Handling Unit 6-71 Single wall horizontal type Single wall vertical type Dual wall horizontal type Dual wall vertical type all-mounted type Fan Coil Unit Digital scroll or constant speed scroll: 0~50 Constant speed scroll:185~1480 Four way cassette (compact) Four way cassette One way cassette Duct type Concealed floor standing Expoded floor standing 4

[ L ] Series Centrifugal Chiller system

Centrifugal Chiller system HO TO READ THE MODELS? M H C - A S 650 S A N Refrigerant Type: N R14a N5 R1 - R Power Type: A 0V50HzPh B 10000V50HzPh C 80V50HzPh Brief introduction of R-14a series R-14a series hermetic centrifugal chiller system, are developed to replace the current CFC centrifugal chiller series for the project national scheme of China ozone layer consuming material gradually falling into disuse. The series take the environmental friendly refrigerant HFC-14a as refrigerant. On august 1999, the first sample170h-6p centrifugal chilled system gained the approval as national class new product, professional team's appraisal: unit's main technical performance is advanced among the same kind of products, with friendly environmental quality and excellent energy-saving effect, the market prospect is expansive. Compressor Type: H Hemetic S Semi-hermetic O Opening Nominal (USRT) Compression-stage: S Single-stage Compression D Dual-stage Compression Compression Quantity: A Single Compressor D Dual Compressor Centrifugal Chiller Heavy Coercial Chiller System Midea 7 8

Centrifugal Chiller system Features Adopt new-type environmental friendly refrigerant R-1 series centrifugal chiller system take HCFC-1 as refrigerant. HCFC-1 is an optimal choice considering ozone depleting, greenhouse effect and energy effect. R-14a series centrifugal chiller system take HCFC-14a as refrigerant. HCFC-14a is the green refrigerant accepted internationally, without destructive effect to ozone, and accords to the standards of international environmental protection pact and national scheme of china consume ozone material gradually falling into disuse. Advanced technology & high efficiency The pneumatic part of compressor is designed through NREC pneumatic software which is one of the most advanced design softwares in the world. Adopts high-efficiency and three-dimension hermetical impeller designed for refrigerant HCFC-1HFC- 14a, avoids performance fluctuation caused by gap change between semi-open impeller and scrollcase. The heat transfer pipes of condenser and evaporator adopt high efficiency heat transfer pipes designed individually according to boil principle and concreting principle, improve gross heat transfer coefficient and as well as be able to realize the heat transfer with small temperature difference. The optimal matching of advanced compressor with new-style & highefficiency heat exchanger guarantees a high efficiency unit. Special designed guide vane can adjust refrigerant mass flow to fulfil partial load requirement, and by pre-regulating gas entering direction, refrigerant can flow into the propeller in optimal angle and Propellor overspeed test on overspeed experiment device of German Schenk unit efficiency is improved greatly. An extra high-efficiency cooler in condenser subcools liquid refrigerant and improves the efficiency. The energy saver between double stage compressors reduces unit power consumption by 5%, so as to increase cooling capacity of refrigerant per mass unit and compressed quantity of refrigerant entering into the first stage reduces, otherwise, refrigerant at intermediate pressure between evaporator and condenser will flash and the refrigerant between stages cooled by flash gas will improves unit*s efficiency. Optimize the pipe arrangement, reduce the refrigerant friction loss, and guarantee excellent operation efficiency. Reliable gearing & long-span operation Less moving parts in compressor and high quality components guarantee a coon lifespan over 0 years. The propeller is made of peculiar cast aluminium alloy and proved to be of sufficient mechanical strength and high erosion resistance after high precision dynamic balance test and over-speed test. The keyless connection between propeller and axis avoids the stress concentration and accessional unbalance of rotor. It will improve the reliability considerably. The technology obtained the national patent, the patent serial number is ZL015685.. Peculiar design of high precision helical gear counteracts the axial thrust force caused by propeller, reduces the gearing's load and makes the transmission smoothly. Hermetic motor is cooled efficiently by evaporative refrigerant ejecting. Therefore, it ensures unit safety and long lifespan and also can prevent the refrigerant from leakage. Reliable lubricating system The closed oil pump iersed in oil can send the pressure oil to the surface of each high-speed gear. Plate oil cooler cooled with refrigerant ensures the oil pumped by oil pump to be cooled to a low temperature. Impurity in oil is filtered by high precision papery filter. ensures the dynamic pressure oil film forming on high-speed gearing, and filter core can be replaced conveniently. The high oil box on top of compressor ensures the oil quantity used for gearing when emergent poweroff occurs, and avoids the gearing from abrasion. ide range of adjustable capacity The chiller system of medium & large capacity adopts nonvane pressure enlarger and inlet guard vane, hence enlarge cooling adjusting range, and the unit's coolingcapacity can be adjusted optionally from 10% to 100% at a invariable cooling water inlet temperature. Inlet guide vane 9 10

Centrifugal Chiller system Features Low noise & stable running All the gears are rectified in height and width in order to reduce the mesh noise. The double-layer noise proof structure of gear box minimizes the noise level. Flux passage with optimized design reduces the noise level and refrigerant flow speed. Noise-proof device fixed on the inlet of condenser can reduce the refrigerant flow impact noise. The special design of compressor assembled with hermetic motor cooling by refrigerant saves the connecting and hermetic device between motor and compressor which is necessary for unclosed motor, and reduces damageable process, as well as reduces the motor outline dimension and motor noise. The unit's mean-time to failure can be more than five years. Reliable performance test Reliable performance test The assemblage of propeller with gear is tested in dynamic balance experiment with an over-speed which is 10% of the rated. Heat exchanger and power saver are strictly tested by pressure experiment according the national norm JB4750 defined by pressure container for refriferation quipment. Must carry out gas seal test and vacuum test after whole unit is assembled. The performance test is operated on special experiment table according to national standard, strictly tested each norm, and can't leave factory until it fulfil the design demand. ider application balance test on Schenck Dynamic balancing machine (Germany) Be able to customize special centrifugal compressor with large cooling capacity and dual-compressor according to user's demand, capacity of single unit can reach up to 4000RT. Be able to design high-voltage products of 0v or 10000v, reduces the impact to electric network, as well as save the transformer, has wider application. Be able to design non-standard products based on actual temperature of water inlet and outlet, so as to achieve the best energy-saving effect, fulfil user's demand. Advanced Micro-computer control system The special designed micro-computer control system can optimize control logic, improve operation efficiency, is reliable with long-term running. Touchpad display makes the operation easy and direct. Operation data and malfunction alarms can be displayed on the indicator, so to monitor unit instantly. The micro-computer control system can execute more than 0 control and protection actions and record the latest 10 error parameters, main control unit adopting advanced import components which have better disturbance resistance and guarantee the units work safely and reliably. The built-in RS4 counication port can realize central control. It also can connect with user's PC, and realizes remote control start, operation and stop. Adopts the PLC controller of CQM1-Japanese Omilong series to precisely control temperature. The control system adopts EL highlight touchpad display of GP-477 series produced by Japanese DIGITAL, and the moving picture will display operation interface, and operates each control by slight touch refer to wok condition indicator. In central monitor system, the micro-computer is connected with the CPU modules of multi sets of centrifugal chiller systems micro-computer control system (PC-LXZ-H) through RS4 port, can control maximum sets of centrifugal refrigerators and the water pump, cooling tower and other accessories. Standing-by interface Malfunction display interface Coefficient display interface Approval Design, manufacture and experiment of unit are all according to the national standard GBT 1840.1-001 vapor compression cycle ater chilling (heat pump) packages and JB 4750 pressure container for refrigerating device. Our company has obtained ISO 9001 certification, and it is the first to obtain environment product approval in national trade. 11 1

Centrifugal Chiller system R-1 single-stage series (00-400RT) R1 single-stage series (500-800RT) Unit 00 MHC-AS(00-400)HA(B)(C)N5 50 00 50 400 Unit 500 MHC-AS(500-800)HA(B)(C)N5 700 800 RT 00 50 00 50 400 RT 500 700 800 Refrigerating capacity 70 879 1055 10 1406 Refrigerating capacity 1755 110 461 81 10 4 kcalh 60.5 75.5 90.7 105 10 10 4 kcalh 151 181 11.5 41.9 Cooling water flow m h 11 151 181.4 1 4 Cooling water flow m h 0 6 4 484 Evaporator Cooling water pressure drop KPa 16 14 14 14 14 Evaporator Cooling water pressure drop KPa 141 144 84 85 4 4 4 4 4 nominal diameter DN00 DN00 nominal diameter DN50 DN50 DN00 DN00 Chilled water flow m h 150 18 6 64 0 Chilled water flow m h 78 45 59 604 Condenser Chilled water pressure drop KPa 7 76 78 50 54 Condenser Chilled water pressure drop KPa 5 5 107 107 nominal diameter DN00 DN00 nominal diameter DN50 DN50 DN00 DN00 Capacity 150 180 00 5 60 Capacity 0 85 455 515 Motor Coolingsystem V-ph-HZ 80010000--50 Refrigerant ejecting Motor Coolingsystem V-ph-HZ 80010000--50 Refrigerant ejecting R1 charge volume Lubricant oil charge volume Unit weight Unit dimensions Unit transport eight Unit running weight Length (A) idth (B) Height (C) 540 45 8090 800 560 1580 40 540 45 890 8500 560 1580 40 700 45 8490 8700 560 1580 40 700 45 9870 800 455 1580 40 700 45 10090 800 455 1580 40 R1 charge volume Lubricant oil charge volume Unit transport eight Unit weight Unit running weight Length (A) Unit dimensions idth (B) Height (C) 90 45 1190 1590 460 1890 70 90 76 185 1080 460 1890 950 1100 76 140 14900 5450 1890 950 1100 76 14700 15500 5450 1890 950 1. cooling water inletoutlet temperature :17 O C chilled water inletoutlet temperature: 7 O C waterside fouling factor : 0.086m O C. Designed waterside pressure of both cooling water and chilled water is 1.0 MPa, water connecting pipe flange standard: JBT81-94. Inform us specificallywhen ordering the unitif the waterside working pressure is higher than 1.0MPa.. The listed data in those samples may change, please refer to factory drawings offered by our company for standard. 1. cooling water inletoutlet temperature :17 O C chilled water inletoutlet temperature: 7 O C waterside fouling factor : 0.086m O C. Designed waterside pressure of both cooling water and chilled water is 1.0 MPa, water connecting pipe flange standard: JBT81-94. Inform us specificallywhen ordering the unitif the waterside working pressure is higher than 1.0MPa.. The listed data in those samples may change, please refer to factory drawings offered by our company for standard. 1 14

Centrifugal Chiller system R-1 dual-stage series (900-100RT) R14a single-stage series (50-500RT) Unit 900 MHC-AD(900-100)HA(B)(C)N5 1000 1100 100 Unit 50 MHC-AS(50-500)HA(B)(C)N 400 450 500 RT 900 1000 1100 100 RT 50 400 450 500 Refrigerating capacity 165 516 867 40 Refrigerating capacity 10 1406 158 1758 10 4 kcalh 7 0 6 10 4 kcalh 105 10 16 151 Cooling water flow m h 544 605 665 76 Cooling water flow m h 1 4 7 0 Evaporator Cooling water pressure drop KPa 10 10 10 10 Evaporator Cooling water pressure drop KPa 114 115 106 106 nominal diameter DN00, PN1.0 DN00, PN1.0 DN00, PN1.0 DN00, PN1.0 nominal diameter DN00 DN00 DN00 DN00 Chilled water flow m h 669 744 818 89 Chilled water flow m h 65 0 40 78 Condenser Chilled water pressure drop KPa 94 94 94 98 Condenser Chilled water pressure drop KPa 8. 81.4 8.1 85 nominal diameter DN50, PN1.0 DN50, PN1.0 DN50, PN1.0 DN50, PN1.0 nominal diameter DN00 DN00 DN00 DN00 Capacity 57 595 650 710 Capacity 44 74 08 50 Motor Coolingsystem V-ph-HZ 80010000--50 Refrigerant liquid ejecting-evaporating Motor Coolingsystem V-ph-HZ 80010000--50 Refrigerant ejecting R14a charging volume R1 charge volume Lubricant oil charge volume 1 71 1780 71 1970 71 150 71 R14a charge volume Lubricant oil charge volume 40 6 450 6 550 6 565 6 Unit weight Unit transport eight Unit running weight 400 480 900 5100 400 5850 4700 6550 Unit weight Unit transport eight Unit running weight 910 8510 9440 8810 990 940 1010 9700 Length (A) 685 685 685 685 Length (A) 410 410 410 410 Unit dimensions idth (B) 190 190 190 190 Unit dimensions idth (B) 160 160 1775 1775 Height (C) 5 5 5 5 Height (C) 95 95 460 460 1. cooling water inletoutlet temperature :17 O C chilled water inletoutlet temperature: 7 O C waterside fouling factor : 0.086m O C. Designed waterside pressure of both cooling water and chilled water is 1.0 MPa, water connecting pipe flange standard: JBT81-94. Inform us specificallywhen ordering the unitif the waterside working pressure is higher than 1.0MPa.. The listed data in those samples may change, please refer to factory drawings offered by our company for standard. Support setting dimensions D E F G H J K 40 140 510 490 460 790 760 40 140 510 490 460 790 760 40 1575 510 500 510 855 790 40 1575 510 500 510 855 790 L 1060 1060 1140 1140 1. cooling water inletoutlet temperature :17 O C chilled water inletoutlet temperature: 7 O C waterside fouling factor : 0.086m O C. Designed waterside pressure of both cooling water and chilled water is 1.0 MPa, water connecting pipe flange standard: JBT81-94. Inform us specificallywhen ordering the unitif the waterside working pressure is higher than 1.0MPa.. The listed data in those samples may change, please refer to factory drawings offered by our company for standard. 15 16

Centrifugal Chiller system R-14a single-stage series(550-650rt) R-14a single-stage series (700-850RT) Unit 550 MHC-AS(550-650)HA(B)(C)N 650 Unit 700 MHC-AS(700-850)HA(B)(C)N 750 800 850 RT 550 650 RT 700 750 800 850 Refrigerating capacity 194 110 85 Refrigerating capacity 461 67 81 988 10 4 kcalh 166 181 196 10 4 kcalh 11 6 4 57 Cooling water flow m h 6 9 Cooling water flow m h 44 454 484 514 Evaporator Cooling water pressure drop KPa 11 11 11 Evaporator Cooling water pressure drop KPa 9 9 94 110 nominal diameter DN50 DN50 DN50 nominal diameter DN50 DN50 DN50 DN00 Chilled water flow m h 415 45 490 Chilled water flow m h 59 567 604 67 Condenser Chilled water pressure drop KPa 9 9 9 Condenser Chilled water pressure drop KPa 7 75 78 81 nominal diameter DN50 DN50 DN50 nominal diameter DN50 DN50 DN50 DN00 Capacity 7 40 48 Capacity 464 495 57 56 Motor Coolingsystem V-ph-HZ 80010000--50 Refrigerant ejecting R14a charging volume Motor Coolingsystem V-ph-HZ 80010000--50 Refrigerant ejecting R14a charging volume R14a charge volume Lubricant oil charge volume Unit weight Unit dimensions Unit transport eight Unit running weight Length (A) idth (B) Height (C) 640 8 1160 1770 490 1965 666 670 8 160 1040 490 1965 666 700 8 1590 140 490 1965 666 R14a charge volume Lubricant oil charge volume Unit weight Unit dimensions Unit transport eight Unit running weight Length (A) idth (B) Height (C) 700 8 14650 1990 568 1890 646 760 8 14890 1410 568 1890 646 760 8 15060 14560 568 1890 646 890 8 160 15650 601 00 80 Support setting dimensions D E F G H J K L 40 170 585 540 60 940 877 177 40 170 585 540 60 940 877 177 40 170 585 540 60 940 877 177 Support setting dimensions D E F G H J K L 4740 1690 495 540 440 90 860 180 4740 1690 495 540 440 90 860 180 4740 1690 495 540 440 90 860 180 5040 180 610 590 510 980 99 1448 1. cooling water inletoutlet temperature :17 O C chilled water inletoutlet temperature: 7 O C waterside fouling factor : 0.086m O C. Designed waterside pressure of both cooling water and chilled water is 1.0 MPa, water connecting pipe flange standard: JBT81-94. Inform us specificallywhen ordering the unitif the waterside working pressure is higher than 1.0MPa.. The listed data in those samples may change, please refer to factory drawings offered by our company for standard. 1. cooling water inletoutlet temperature :17 O C chilled water inletoutlet temperature: 7 O C waterside fouling factor : 0.086m O C. Designed waterside pressure of both cooling water and chilled water is 1.0 MPa, water connecting pipe flange standard: JBT81-94. Inform us specificallywhen ordering the unitif the waterside working pressure is higher than 1.0MPa.. The listed data in those samples may change, please refer to factory drawings offered by our company for standard. 17 18

Centrifugal Chiller system R-14a single-stage series (900-1100RT) R-14a double-stage series (100-000RT) Unit 900 MHC-AS(900-1100)HA(B)(C)N 950 1000 1100 Unit 100 MHS-AD(100-000)HA(B)(C)N 150 1500 1650 1800 000 RT 900 950 1000 1100 RT 100 150 1500 1650 1800 000 Refrigerating capacity 164 40 516 516 Refrigerating capacity 419 4747 574 5800 69 70 10 4 kcalh 7 87 0 10 4 kcalh 6 408 45 500 544 605 Cooling water flow m h 544 574 605 664 Cooling water flow m h 76 816 907 998 1088 110 Evaporator Cooling water pressure drop KPa 108 105 86 109 Evaporator Cooling water pressure drop KPa 108 108 10 104 106 110 nominal diameter DN00 DN00 DN00 DN00 nominal diameter DN50 DN50 DN50 DN50 DN400 DN400 Chilled water flow m h 658 696 75 80 Chilled water flow m h 874 987 1096 108 10 1465 Condenser Chilled water pressure drop KPa 81 81 78 95 Condenser Chilled water pressure drop KPa 8 8 85 86 86 88 nominal diameter DN00 DN00 DN00 DN00 nominal diameter DN50 DN50 DN50 DN50 DN400 DN400 Capacity 584 610 651 74 Capacity 740 80 9 1014 1108 18 Motor Coolingsystem V-ph-HZ 80010000--50 Refrigerant ejecting R14a charging volume Motor Coolingsystem V-ph-HZ 80010000--50 Refrigerant liquid ejecting-evaporating R14a charge volume Lubricant oil charge volume 890 10 950 10 950 10 1000 10 R14a charge volume Lubricant oil charge volume 100 15 1080 15 1150 15 150 150 1500 150 1 150 Unit weight Unit transport eight Unit running weight 16560 16070 1680 16070 1790 16070 1770 17500 Unit weight Unit transport eight Unit running weight 700 5500 4 6400 5 7750 8150 950 8800 0800 9500 100 Length (A) 601 601 601 601 Length (A) 6150 6150 6150 6150 6150 6150 Unit dimensions idth (B) 00 00 00 180 Unit dimensions idth (B) 900 900 000 160 00 00 Height (C) 80 80 80 80 Height (C) 070 070 10 10 70 70 Support D E 5040 180 5040 180 5040 180 5040 1940 Support D E 110 90 110 90 10 90 10 100 10 100 10 100 F 610 610 610 610 F 700 700 750 750 80 80 setting dimensions G H J K 590 510 980 99 590 510 980 99 590 510 980 99 590 510 1050 95 setting dimensions G H J K 660 10 1140 660 10 1140 715 180 1140 715 10 1160 765 650 180 160 765 650 180 160 L 1448 1448 1448 1448 L 1660 1660 1660 1740 1840 1840 1. cooling water inletoutlet temperature :17 O C chilled water inletoutlet temperature: 7 O C waterside fouling factor : 0.086m O C. Designed waterside pressure of both cooling water and chilled water is 1.0 MPa, water connecting pipe flange standard: JBT81-94. Inform us specificallywhen ordering the unitif the waterside working pressure is higher than 1.0MPa.. The listed data in those samples may change, please refer to factory drawings offered by our company for standard. 1. cooling water inletoutlet temperature :17 O C chilled water inletoutlet temperature: 7 O C waterside fouling factor : 0.086m O C. Designed waterside pressure of both cooling water and chilled water is 1.0 MPa, water connecting pipe flange standard: JBT81-94. Inform us specificallywhen ordering the unitif the waterside working pressure is higher than 1.0MPa.. The listed data in those samples may change, please refer to factory drawings offered by our company for standard. 19 0

Centrifugal Chiller system Notices for order Users should offer technical requirements as follow: Cooling capacity Inlet temperature of chilled water [ C ] Series Outlet temperature of chilled water Inletoutlet temperature of cooling water Coolingchilled water side fouling factors for special requirement (m. 0 C) hether there is different piping azimuth comparing with the sample Voltage level of main motor Special control requirements Coolingchilled water pressure for special requirement Special instruction User should self-supply base steel plate and cables between start cabinet and motor. e suggest utilizing special refrigerant filler and charger to avoid refrigerant loss and leakage. e supply two types of refrigerant fillers and chargers and relative refrigerant storages for user, which is not belong to supply scope of our company, please contact with sale department of our company for order. ater-cooled Screw Chiller system Supply scope of a set centrifugal chiller system A centrifugal compressor (include speeding-up device) A main motor (motor cooled with refrigerant) An evaporator and condenser A refrigerant purifier (only applicable to series of R-1 single and dual-stage unit) One lubricating system An electric control cabinet (self-supply cables between electric box start cabinet) A start cabinet (will supplied by user when main motor voltage is 0v or 10000v) A power saver (available for R1 and R-14a dual-stage series) 1

Screw Chiller system HO TO READ THE MODELS? M H S - A F 650 S A N Refrigerant Type: N R14a N5 R1 - R Power Type: A 0V50HzPh B 10000V50HzPh C 80V50HzPh Compressor Type: H Hemetic S Semi-hermetic O Opening Nominal (USRT) Advanced screw dual-compressor technology Adopts advanced industrial generation * compressor with 5-6 asyetry dentiform design, the mechanical configuration of which is manufactured by CNC high precision screw rotor, each part is well-proportioned, no gap matching, minimizes the friction resistance, guarantees quiet running and well duration. Comparing with single screw compressor has the advantages of no clearance loss, high volume efficiency, low running noise, less damageable parts, etc. Evaporator Type: F Flooded Type D Dry Type Compression Quantity: A Single Compressor D Dual Compressor Screw Chiller Heavy Coercial Chiller System Midea 4

Screw Chiller system Variable volume adjustment, High efficiency & energy-saving Owning the biggest single compression ratio, the ratio can reach up to 18. Compressor with adjustable variable volume and special volume control valve for precise control enables to adjust compressor's refrigerant compressed amount precisely matching with load change. Realizes 4-stage capacity output control (5%, 50%, 75%, and 100%) and stepless capacity control (need special instruction for the function on order). The high precise adjustable volume directly saves user's operation cost. Capacity output 100% 75% 50% Introduction of components Adopting the world-famous brand key components, ensures the unit running with reliability & safety. Compressor Adopts high efficiency screw compressor of generation * with 5-6 asyetry dentiform, the screw rotor of which gained patent by improving the shape of German rotor GHH, proved having well balance, small vibration, low noise due to balance testing by balance machine. Heat efficiency of the rotor with main and subsidiary rotor adopting 5-6 dentiform increases by 10-1% and energy saves by 5%, comparing with Chinese normal screw rotor with 4-6 dentiform. The rotor shape also gained British and American patent. Adopts compressor bearing SKF from Sweden, the long lifespan of which ensure screw-type main unit to run continuously more than 50000 hours. Four-step capacity adjustment 5% Oil separator Stepless capacity adjustment The product comes from MANN of German, has reliable qualification, oil content can be controlled below ppm (oil content treated by oil-gas separator of coon domestic like screw-type air compressor is 5% 50% 75% 100% Capacity demand not less than 8-10ppm). oil-gas separated amount is double of same kind of products, the large oil filtering area reduces refrigerant flux speed, and has better separating effect and long lifespan by adopting Refrigerant circulation and lubricating system secondary reflux technology. Condenser Midea screw chiller is equipped with high efficiency shell and tube condenser, it is constructed by seamless steel tube with anti-corrosive treatment, the pressurization is 1.9Mpa, and the pressurization of water pipe side is 1.0Mpa. water pipe constructed with seamless integrally finned copper attains optimal heat exchange efficient, two return passages of water flow and the straight water pipe is easy for cleaning and maintenance, both end covers are made of iron, the covers attached with protection valve and snuffle valve and etc are removable, makes it available for altering water piping arrangement. The condenser is mounted with devices as protection valve and snuffle valve, etc. Evaporator The pressurization of direct expanding shell and tube evaporator wrapped with heat insulating and flameproof material is 1.4Mpa, the inner refrigerant evaporation pipe of which is constructed with seamless steel pipe together with internal-screw cooling fin, guarantees a high efficient heat transmission, the Item Contents Item Contents pressurization is 1.0 MPa. ater flowing along refrigerant pipe outside and the installation of the flashing 1 Filter Refrigerant (low pressure) Motor 10 11 1 Lubricant Oil separator Refrigerant (high pressure) PP makes chilled water to flow up-down along the chilled water clapboard, improves heat transmission efficiency. 4 5 6 7 Oil filter Bearing Compressor rotor Bearing 1 14 15 16 Capillary Electromagnetic valve (starting) Electromagnetic valve (50% energy output) Electromagnetic valve (75% energy output) Refrigeration cycle Consists of the high pressure check-valve, expansive valve, electromagnetic valve, bulbiform valve, display panel, water indicator, dry filter, etc. Each multiple evaporator inside has independent refrigerant cycle 8 9 Discharge pipe Refrigerant (high pressure mix with oil) 17 Capability adjustment device pipes, avoiding system imbalance. 5 6

Screw Chiller system Dry type (single compressor series) Dry type (single compressor series) 40 MHS-AD(40-70)SC 50 55 70 85 MHS-AD(85-140)SC 90 115 140 Cooling capacity Power input Unit color USRT 7 10 8 48 167 5 Grey 54 189 41 7 5 55 Cooling capacity Power input Unit color USRT 8 9 60 91 18 69 Grey 114 400 85 19 485 100 Dimension (L x x H) Compressor type Compressor starting mode Fouling factor Design working pressure Capacity adjustment Refrigerant type No. of refrigerant circuits Refrigerant flux adjustment device Refrigerant weight Condenser type Condenser model and number 50-800-170 5 540-800-1740 '5-6 Asyetry Dentiform Semi-hermetic Screw Y-* 80V, N~50Hz 0.086m. 0 C ater side pressure is 1.0MPa 50%,75%,100% R 1 Thermo-expansive valve 0 Shell and tube UC050A 940-800-1740 5 940-800-1740 40 Dimension (L x x H) Compressor type Compressor starting mode Fouling factor Design working pressure Capacity adjustment Refrigerant type No. of refrigerant circuits Refrigerant flux adjustment device Refrigerant weight Condenser type Condenser model and number 970-850-180 50 970-850-1850 '5-6 Asyetry Dentiform Semi-hermetic Screw Y-* 80V, N~50Hz 0.086m. 0 C ater side pressure is 1.0MPa 50%,75%,100% R 1 Thermo-expansive valve 60 Shell and tube UC050A 990-850-1965 80 995-150-1465 90 Condenser inlet pipedimension DN80 DN80 DN80 DN100 Condenser inlet pipe dimension DN100 DN100 DN100 DN100 Condenser outlet pipe dimension Cooling water flux volume Evaporator type Evaporator model and number Evaporator inlet pipe dimension Evaporator outlet pipe dimension Chilled water flux volume m h m h DN80 7 DN80 DN80 DN80 5 Dry shell and tube UCH050A1 DN80 DN80 9 DN80 40 DN80 DN80 DN100 5 DN80 DN80 44 Condenser outlet pipe dimension Cooling water flux volume Evaporator type Evaporator model and number Evaporator inlet pipe dimension Evaporator outlet pipedimension Chilled water flux volume m h m h DN100 61 DN100 DN100 50 DN100 67 Dry shell and tube UCH050A1 DN100 DN100 55 DN100 84 DN100 DN100 69 DN100 101 DN15 DN15 8 Protection device Highlow pressure protections, over load protection, phase sequence protection, water flux volume protection, oil level protection, discharge temperature protection. Protection device Highlow pressure protections, over load protection, phase sequence protection, water flux volume protection, oil level protection, discharge temperature protection. Unit weight Unit running weight 1160 160 10 1470 1400 1550 1670 180 Unit weight Unit running weight 180 00 1870 070 50 550 610 910 The cooling capacities above are tested on the following states. Evaporator inlet water 1 O C, outlet water 7 O C Condenser inlet water 0 O C, outlet water 5 O C The cooling capacities above are tested on the following states. Evaporator inlet water 1 O C, outlet water 7 O C Condenser inlet water 0 O C, outlet water 5 O C 7 8

Screw Chiller system Dry type (single compressor series) Dry type (dual compressor series) 165 MHS-AD(165-45)SC 180 0 45 80 MHS-DD(80-60)SC 00 0 60 Cooling capacity Power input Unit color USRT 16 57 118 179 68 1 Grey 0 771 167 45 859 180 Cooling capacity Power input Unit color USRT 77 970 00 0 1057 18 Grey 7 114 6 59 156 64 Dimension (L x x H) Compressor type Compressor starting mode Fouling factor Design working pressure Capacity adjustment Refrigerant type No. of refrigerant circuits Refrigerant flux adjustment device Refrigerant weight Condenser type Condenser model and number 995-180-1550 100 60-150-1580 60-1450-1700 '5-6 Asyetry Dentiform Semi-hermetic Screw Y-* 80V, N~50Hz 0.086m. 0 C ater side pressure is 1.0MPa 50%,75%,100% R 1 Thermo-expansive valve 10 Shell and tube UC050A 150 60-1460-1700 180 Dimension (L x x H) Compressor type Compressor starting mode Fouling factor Design working pressure Capacity adjustment Refrigerant type No. of refrigerant circuits Refrigerant flux adjustment device Refrigerant weight Condenser type Condenser model and number 800-1540-1 10+150 800-1540-1640 '5-6 Asyetry Dentiform Semi-hermetic Screw Y-* 80V, N~50Hz 0.086m. 0 C ater side pressure is 1.0MPa 50%,75%,100% R Thermo-expansive valve 10+180 Shell and tube UC050A 4100-1640-1700 150x 4-1640-1760 180x Condenser inlet pipe dimension DN15 DN15 Condenser inlet pipe dimension DN00 Condenser outlet pipe dimension Cooling water flux volume Evaporator type Evaporator model and number Evaporator inlet pipe dimension Evaporator outlet pipedimension Chilled water flux volume m h m h DN15 119 DN15 DN15 98 DN15 11 Dry shell and tube UCH050A1 DN15 DN15 108 16 1 179 148 Condenser outlet pipe dimension Cooling water flux volume Evaporator type Evaporator model and number Evaporator inlet pipe dimension Evaporator outlet pipedimension Chilled water flux volume m h m h 0 167 0 Dry shell and tube UCH050A1 18 DN80 8 197 DN00 6 DN00 DN00 16 Protection device Highlow pressure protections, over load protection, phase sequence protection, water flux volume protection, oil level protection, discharge temperature protection. Protection device Highlow pressure protections, over load protection, phase sequence protection, water flux volume protection, oil level protection, discharge temperature protection. Unit weight Unit running weight 1160 160 10 1470 1400 1550 1670 180 Unit weight Unit running weight 460 5080 4870 50 5100 5 5840 640 The cooling capacities above are tested on the following states. Evaporator inlet water 1 O C, outlet water 7 O C Condenser inlet water 0 O C, outlet water 5 O C The cooling capacities above are tested on the following states. Evaporator inlet water 1 O C, outlet water 7 O C Condenser inlet water 0 O C, outlet water 5 O C 9 0

Screw Chiller system Dry type (dual compressor series) Flooded type (single compressor series) Cooling capacity Power input Unit color Dimension (L x x H) Compressor type Compressor starting mode Fouling factor Design working pressure Capacity adjustment Refrigerant type No. of refrigerant circuits Refrigerant flux adjustment device Refrigerant weight Condenser type Condenser model and number Condenser inlet pipe dimension Condenser outlet pipe dimension Cooling water flux volume Evaporator type Evaporator model and number Evaporator inlet pipe dimension Evaporator outlet pipe dimension Chilled water flux volume Protection device Unit weight Unit running weight USRT m h m h 400 400 199 99 4800-1640-1810 90x DN00 DN00 9 DN00 DN00 41 MHS-DD(400-490)SC '5-6 Asyetry Dentiform Semi-hermetic Screw Y-* 80V, N~50Hz 0.086m. 0 C ater side pressure is 1.0MPa 45%,75%,100% 4%,75%,100% 50%,75%,100% R Thermo-expansive valve 90+100 Shell and tube UC050A Dry shell and tube UCH050A1 Highlow pressure protections, over load protection, phase sequence protection, water flux volume protection, oil level protection, discharge temperature protection. 640 6790 45 45 1487 1 4800-1690-1865 DN00 DN00 10 DN00 DN00 56 6490 7090 Grey 440 441 154 4 4800-1740-1865 100x DN00 DN00 DN00 DN00 65 660 70 490 491 1718 60 4800-1740-1865 10x DN00 DN00 58 DN00 DN00 95 690 760 USRT Cooling capacity Power input Current (A) Capacity adjustment method Capacity adjustment range (%) Type Refrigerat Charge volume () Chilled water flow (th) Chilled water pressure Condensor drop (kpa) Diam. of inletoutlet water pipe () Cooling water flow (th) Cooling water Evaperator pressure drop (kpa) Diam. of inletoutlet ater pipe () Length (A)() Dimensions idth (B)() Height (C)() Unit weight () Unit running weight () Same technique parameter 10 10 40 77 140 10 86 85 DN15 7 80 DN15 500 1160 1900 050 00 145 145 510 94 16 0 104 85 DN15 88 80 DN15 170 171 110 195 190 188 660 1 18 Automatic 5%,50%,75%,100% step or stepless adjustment R 500 110 1900 500 800 0 1 85 DN15 10 80 DN15 500 110 1950 700 4050 MHS-AF(10-55)SC 40 80V, N~50Hz 16 85 114 80 1410 000 850 450 15 14 750 19 50 50 156 85 19 80 1460 000 4150 4560 cooling water inletoutlet temperature:17 O C. chilled water inletoutlet temperature:05 O C. waterside fouling factor:0.086m O C. 5 80 15 76 70 167 85 141 80 1460 100 4550 500 55 56 900 166 00 80 185 85 155 80 1510 100 5100 5550 The cooling capacities above are tested on the following states. Evaporator inlet water 1 O C, outlet water 7 O C Condenser inlet water 0 O C, outlet water 5 O C The cooling capacities above are tested on the following states. Evaporator inlet water 1 O C, outlet water 7 O C Condenser inlet water 0 O C, outlet water 5 O C 1

Screw Chiller system Flooded type (dual compressor series) Cooling capacity USRT 90 90 100 40 41 100 MHS-DF(90-510)SC 75 40 75 47 10 1500 460 461 160 510 51 1800 [ A ] Series Power input Current (A) Capacity adjustment method 188 6 0 90 44 78 46 500 Automatic 04 55 Capacity adjustment range (%) 5%,50%,75%,100% step or stepless adjustment Type Refrigerat Charge volume () 40 400 R 40 450 80V, N~50Hz 500 50 Condensor Chilled water flow (th) Chilled water pressure drop (kpa) 08 85 46 85 71 85 09 85 4 85 70 85 Diam. of inletoutlet water pipe () DN00 DN00 DN00 DN00 DN00 DN00 Evaperator Cooling water flow (th) Cooling water pressure drop (kpa) 176 80 06 80 8 80 58 80 78 80 10 80 Diam. of inletoutlet ater pipe () DN00 DN00 DN00 DN00 DN00 DN00 Length (A)() 4500 4500 4 4 4 4 Dimensions idth (B)() Height (C)() Unit weight () Unit running weight () Same technique parameter 14 1900 5850 660 1510 1950 6780 750 1560 000 7750 840 1660 000 8470 90 1710 100 950 10150 cooling water inletoutlet temperature:17 O C. chilled water inletoutlet temperature:05 O C. waterside fouling factor:0.086m O C. 1760 100 9480 1040 Air-cooled Modular Chiller System The cooling capacities above are tested on the following states. Evaporator inlet water 1 O C, outlet water 7 O C Condenser inlet water 0 O C, outlet water 5 O C

Air-cooled Modular Chiller System HO TO READ THE MODELS? M G A - D 65 S N Refrigerant N1 R410A N R407C - R Power Supply S 80V~, 50Hz, Ph General introduction Air-cooled heat-pump unit is a kind of central air conditioner which adopts air as the cooling (heating) source and water as cooling (heating) medium. As a sort of integrated equipment, it need no cooling tower cooling water pump boiler and corresponding auxiliary parts such as pipe system etc, which makes the structure simpler, saves installation space, convenient maintenance and energy saving. Thus it is very suitable for areas that are short of water. Air-cooled heat-pump unit is the first priority in the engineering design for the following conditions: Hot suer and cold winter. No heating boiler and heating-supply pipe system. Heating supply pipe system is unstable or the supplying time is short. Need air-conditioning whole year. Outdoor Unit (Kw) Compressor Type D Digital Scroll Compressor F Fixed Speed Scroll Compressor Product Category A Modular Air-cooled Chiller System P ater-cooled Package Unit H Heating ater System Midea Coercial Digital scroll air-cooled heat-pump modular unit is designed and produced on the basement of sufficiently absorbing the top technology in AC areas, adopting self-control components with high quality which made by world famous producers. Moreover, after improvement, unit can run more efficiently and more stably. Midea Coercial air-cooled heat-pump modular unit can be used widely in civil construction of AC engineering and industrial engineering, such as hotel, villa, restaurant, hospital, factory, etc. It is a wise choice for areas where water is insufficient or there are strict limits on noise level and surroundings. Light Chiller System MDV Accessories Name Function Dimension (xhxd) 0 65 185 KJR-08B1E ire controller Control on & off and the running parameter of unit. At most can control 8 modules. 10x10x15 (front) + 87x55x48 (back) FS-1001-H Target-type flowmeter Check the status of water flow and control the whole system... One unit only need one flowmeter. 1 inch screw thread (connect in the water pipe) 5 6

Air-cooled Modular Chiller System System features Modular design, flexible combination. There are types (0kw, 65kw, 00kw) and 5 basic units. The maximum of the system is consisted of one main unit and 7 auxiliary units, and the capacity can be up to 1480. Adopts Digital Scroll compressor, capacity can be adjusted. (00kw module just adopt fix-speed scroll compressor.) High reliability and efficiency. Easy connection between main unit and auxiliary unit. Intelligentized control. Strong Micro-computer automatic control function, more than twelve self-protect and self-diagnose functions. Advantages Modular design, easy for capacity extension Adopting modular design, numbers of modules can be assembled by connecting each own inlet & outlet pipeline in series. The integrated system has a bigger capacity. The min. capacity is 0 and the max. is 1480. Furthermore, any of unit can be set as main unit, so both the design and installation are very flexible. A dopt digital scroll technology, new air-cooled modular design Since traditional air cooled chiller system adjusts energy output by turning ONOFF the compressor, the capacity output is not accurate as Digital Scroll compressor. Midea modular air-cooled chiller system combines digital scroll compressor with constant speed compressor, which can steplessly adjust the capacity output from 0.5 to 100%. In the state of partial capacity loading, the system can adjust the capacity output precisely according to each indoor unit's requirement. Ratio 100% (100%) ON 75% 50% 5% (0%) OFF 0.5%.6 10 60 90 50kw capacity output Energy output for traditional modular air cooled chiller system Energy output for digital modular air cooled chiller system Convenient combination, auto control, available capacity adjustment Capacity output ratio % 100% Digital and constant module unit can be combined by simple pipe and signal wiring + + = 95% 90% 85% 80% connection. The capacity output can be adjusted and the load of different module unit 75% 70% can be distributed uniformly by control system. 65 50 65% 60% 55% The unit system can adjust output according 50% 45% to requirement without energy waste. 40% 5% 0% 5% + + = 0% 15% 10% 185 1480 65K 10K 195K Indoor unit capacity need 60K 5K 90K 455K 50K 65kw digital model 65kw fixed model 7 8

Air-cooled Modular Chiller System PMV refrigerant flow adjustment Traditional modular chiller adopts thermo-expansion valve for adjusting, but it cannot adjust refrigerant flow accurately and also will be delay. So it makes the room temperature fluctuating too much that users may be uncomfortable. High efficient heat exchanger For the 0 or 65kw module, we use plate heat-exchanger, and for the 00 kw module, we use shell-andtube heat-exchanger. Chiller water outlet temperature can be adjusted ater outlet temperature can be adjusted according to customers' demand. In cooling mode, the adjustable ranges from 7 0 C to 1 0 C, and in heating mode, it ranges from 45 0 C to 50 0 C. Simple control The wire connection is very simple between modules. The signal wiring connection between two units of 65 module is finished before launch. The two-cores Shielded Twisted Pair is used for signal wire. Each unit can be controlled and monitored by the wiring controller that just connects to main unit. Strong and reliable control system Stepless capacity modulation, more efficiency Operation mode control Automatic and uniform adjusting function among multi compressors Anti-frost and anti-cold air function in heating mode Anti-freezing function of water system in winter Self-protection and Self-diagnosis function: Specification Cooling input Heating input Control type Safety protection device Main module + auxiliary module Compressor input Refrigerant Refrigerant ater flow volume m h ater resistance loss kpa ater system 1000 kcalh 1000 kcalh aterside heatexchanger Max. Pressure MPa ater inletoutlet pipeline diameter 0 0 5.8 7.5 10 9.8 MGA-D(0-40)S(N) or MGA-F(0-40)S(N) 80V N~ 50Hz ire control. Manual or automatic startup, the running status display and malfunction alarm, etc. Highlow-pressure switch, anti-frost switch, water-flow switch, over-load protection, and power phases sequence protection. 1+0 9 4.5x 5. 60 60 51.6 64 55 0 19.5 1+ 18 4.5x4 10. 90 90 77.4 96 8.6 0 9. 1+ 7 Both R and R407C are available 4.5x6 15.5 10 10 10. 18 110.1 40 9.0 1+4 6 4.5x8 0.6 9.4 elding, stainless steel, plate heat exchanger 1.0 1 150 150 19 160 17.6 50 48.8 1+5 45 4.5x10 5.8 180 180 154.8 19 165.1 60 58.8 1+6 54 4.5x1 0.9 10 10 180.6 4 19.7 70 68. 1+7 6 4.5x14 6.0 40 40 06.4 56 0. 80 78.0 1+8 7 4.5x16 41. Compressor low and high pressure protection Phase sequence protection Anti-frost protection on cooling mode Anti-frost protection in winter Start continually protection Compressor over current protection Compressor discharge temp. protection Unit Anti-overheat protection Auxiliary heater protection Ensure compressor operate on proper temp. range. Prevent compressor from damaging by wrong phase sequence Prevent evaporator, water pipe or other parts from damaging by low evaporator temp. Prevent evaporator, water pipe or other parts from damaging by low ambient temp. Prevent compressor from damaging by continually start which come of malfunction Prevent compressor from burning out by over current on abominable weather. Ensure compressor operate in a good condition. Prevent compressor from burning out for running on lacking refrigerant or oil. Prevent auxiliary heater from damaging by over high temperature. Air side heat-exchanger Dimension Total weight Packing Optional auxiliary heater Type Air flow volume 10 m h Fan motor input L H kw 1 0.7x1 850 440 7.5 4 0.7x Fin coil 0.7x4 0.7x5 1514 Notes: 1. Each module is packed separately and the packing size refers to one module only.. Auxiliary electric heaters are not provided. If necessary the users may refer to the above tables parameter about auxiliary electric heater and configure themselves.. Nominal capacities are based on the following conditions: Cooling condition: chilled water inletoutlet: 1 O C7 O C. Outdoor temp:5 O C(DB)4 O C(B) Heating condition: warm water inletoutlet: 40 O C45 O C. Outdoor temp:7 O C(DB)6 O C(B) 4. ater side fouling factor: 0.086m. O Ckw. 00 880 15 6 0.7x 450 10 48 4 1760 180 60 5750 00 7 0.7x6 6900 640 L x x H (160 x 104 x 041).5 0 7.4 45 84 0.7x7 8050 080 5.5 96 0.7x8 900 50 60 ater flow switch protection Sensor malfunction protection Prevent unit from damaging by lack of water. Ensure sensor collect correct information so that control system will not make wrong action. 9 40

Air-cooled Modular Chiller System Specification Specification 70 MGA-D(70-480)S(N) or MGA-F(70-480)S(N) 00 0 60 90 40 450 480 65 MGA-D(65-50)S(N) or MGA-F(65-50)S(N) 10 195 60 5 90 455 50 1000 kcalh 70. 00 58 0 8.8 60 09.6 90 5.4 40 61. 450 87 480 41.8 1000 kcalh 65 55.9 10 111.8 195 167.7 60.6 5 79.5 90 5.4 455 91. 50 447. 1000 kcalh 88 47.5 0 75 5 0.5 84 0 416 57.5 448 85 480 41.5 51 440 1000 kcalh 69 59. 18 118.7 07 178.0 76 7.4 45 96.7 414 56.0 48 415.4 55 474.7 Cooling input 90 100 110 10 10 140 150 160 Cooling input 1.5 4 64.5 86 107.5 19 150.5 17 Heating input 87.8 97.5 107. 117.0 16.8 16.5 146. 156.0 Heating input 1 4 6 84 105 16 147 168 80V N~ 50Hz 80V N~ 50Hz Control type ire control. Manual or automatic startup, the running status display and malfunction alarm, etc. Control type ire control. Manual or automatic startup, the running status display and malfunction alarm, etc. Safety protection device Highlow-pressure switch, anti-frost switch, water-flow switch, over-load protection, and power phases sequence protection. Safety protection device Highlow-pressure switch, anti-frost switch, water-flow switch, over-load protection, and power phases sequence protection. Main module + auxiliary module 1+8 1+9 1+10 1+11 1+1 1+1 1+14 1+15 Main module + auxiliary module 1+0 1+1 1+ 1+ 1+4 1+5 1+6 1+7 Compressor input 81 90 99 108 117 16 15 144 Compressor input 18.5 7 55.5 74 9.5 111 19.5 148 Refrigerant Both R and R407C are available Refrigerant Both R and R407C are available Refrigerant 4.5x18 4.5x0 4.5x 4.5x4 4.5x6 4.5x8 4.5x0 4.5x Refrigerant 4.5x4 4.5x8 4.5x1 4.5x16 4.5x0 4.5x4 4.5x8 4.5x ater flow volume m h 46.4 51.5 56.7 61.8 67.0 7.1 77. 8.4 ater flow volume m h 11..4.6 44.8 56.0 67. 78.4 89.6 ater resistance loss kpa 9.4 ater resistance loss kpa 9.4 ater system aterside heatexchanger Max. Pressure MPa elding, stainless steel, plate heat exchanger 1.0 ater system aterside heatexchanger Max. Pressure MPa elding, stainless steel, plate heat exchanger 1.0 ater inletoutlet pipeline diameter 1 ater inletoutlet pipeline diameter 1 Air side heat-exchanger Type Air flow volume 10 m h Fan motor input L 108 0.7x9 10 0.7x10 1 0.7x11 Fin coil 144 156 0.7x1 0.7x1 1514 168 0.7x14 180 0.7x15 19 0.7x16 Air side heat-exchanger Type Air flow volume 10 m h Fan motor input L 4 0.7x 48 0.7x4 7 0.7x6 Fin coil 96 10 0.7x8 0.7x10 49 144 0.7x1 168 0.7x14 19 0.7x16 Dimension H 1450 1900 550 16800 1850 180 19700 1150 Dimension H 850 00 450 4 5750 180 6900 8050 900 Total weight 960 4400 4480 580 570 6160 6 7040 Total weight 700 1400 100 800 500 400 4900 5 Packing L x x H (160 x 104 x 041) Packing L x x H (61 x 104 x 041) Optional auxiliary heater kw 67.5 75 8.5 90 97.5 105 11.5 10 Optional auxiliary heater kw 15 0 40 60 75 90 105 10 Notes: 1. Each module is packed separately and the packing size refers to one module only.. Auxiliary electric heaters are not provided. If necessary the users may refer to the above tables parameter about auxiliary electric heater and configure themselves.. Nominal capacities are based on the following conditions: Cooling condition: chilled water inletoutlet: 1 O C7 O C. Outdoor temp:5 O C(DB)4 O C(B) Heating condition: warm water inletoutlet: 40 O C45 O C. Outdoor temp:7 O C(DB)6 O C(B) 4. ater side fouling factor: 0.086m. O Ckw. Notes: 1. Each module is packed separately and the packing size refers to one module only.. Auxiliary electric heaters are not provided. If necessary the users may refer to the above tables parameter about auxiliary electric heater and configure themselves.. Nominal capacities are based on the following conditions: Cooling condition: chilled water inletoutlet: 1 O C7 O C. Outdoor temp:5 O C(DB)4 O C(B) Heating condition: warm water inletoutlet: 40 O C45 O C. Outdoor temp:7 O C(DB)6 O C(B) 4. ater side fouling factor: 0.086m. O Ckw. 41 4

Air-cooled Modular Chiller System Specification Pipe system connection Sketch of (0, 65kw) module connection 1000 kcalh 00 185 159 400 70 18 MGA-F(00-1)S(N) 800 1000 100 555 740 1100 195 477 66 955 1114 1400 1480 17 1 1480 447. overflow water automatically gas discharge valve water drain valve expansion tank water supply valve Y shape filter soft connect water pump cut-off valve soft connect Main modular Auxiliary modular1 Auxiliary modular7 1000 kcalh 00 17 400 44 516 800 688 100 10 1400 104 1 176 17 1 water flow switch auxilary heater pressure gauge Cooling input Heating input 6 60 14 10 186 180 48 40 10 00 7 60 44 40 496 480 water drain valve connet PCB box of O# unit thermometer 80V N~ 50Hz Fan coil Control type ire control. Safety protection device Main module + auxiliary module Highlow-pressure switch, anti-frost switch, water-flow switch, over-load protection, and power phases sequence protection. 1+0 1+1 1+ 1+ 1+4 1+5 1+6 1+7 Sketch of 00kw module connection Single module: ater flow switch Compressor input 56 11 168 4 80 6 9 446 Refrigerant Refrigerant 70 140 10 80 R 50 40 490 560 ater pump(main) Bleeder pipe Bleeder supplier Cutoff valve ater flow volume m h 1.8 6.6 95.4 17. 159.0 190.8.6 54.4 ater drain valve ater resistance loss kpa 15 ater pump (auxiliary) ater inlet Check valve Adjusting valve ater system aterside heatexchanger Max. Pressure MPa Shell-and-tube, high efficiency heat-exchanger 1.0 Flow gauge Filter Themometer Air side heat-exchanger Dimension Total weight Packing Optional auxiliary heater ater inletoutlet pipeline diameter Type Air flow volume 10 m h Fan motor input L H kw 100 100 150 150 00 00 00 50 78 1.0x6 10 70 000 156 1.0x1 790 Fin coil Notes: 1. Each module is packed separately and the packing size refers to one module only.. Auxiliary electric heaters are not provided. If necessary the users may refer to the above tables parameter about auxiliary electric heater and configure themselves.. Nominal capacities are based on the following conditions: Cooling condition: chilled water inletoutlet: 1 O C7 O C. Outdoor temp:5 O C(DB)4 O C(B) Heating condition: warm water inletoutlet: 40 O C45 O C. Outdoor temp:7 O C(DB)6 O C(B) 4. ater side fouling factor: 0.086m. O Ckw. 5440 0 4 1.0x18 1 8160 060 40 L x x H (450 x 50 x 700) 9000 1 1.0x4 1740 10880 1000 90 1.0x0 050 1 15000 468 1.0x6 6760 160 18000 546 1.0x4 1470 19040 1000 64 1.0x48 6180 1760 4000 Module ater outlet Multi modules (we recoend the following two types:) No.8 Module Evaporator ater pump A No.1 Module(main) ater pipe Evaporator Temp.sensor of total water outlet ater flow switch No.8 Module Evaporator ater pump No.1 Module(main) B Evaporator ater pipe Pressure gauge Soft connector ater pump Expansion tank Temp.sensor of total water outlet ater flow switch 1. For the 0kw and 65kw system, if electrical two-way valve used for all terminals and they are all closed when main unit is operating, the plate exchanger may be damaged. So pass-by adjusting valve should be set in the system.. If there is no any pass-by adjusting valve in the system, the number of fan coil with two-way water valve should not over 50%. 4 44

ater-cooled Package Unit Features The system adopt compliance scroll compressor with high efficiency, low noise level, stable performance & high reliability. [ ] Series Adopt advanced parallel system just as multi system, each compressor will run according to the load of the system. It can save a lot of energy when operation at partial load; Shell-tube condenser efficiently reduces the water jam and makes it easier to do clearance of water system; Microcomputer control technology makes the water pump and cooling tower can be easily controlled; The touch screen make it is easy to operation; The kinds of protection function makes the system safety and rhathymia; The strong protection and malfunction detect makes the system easy for debugging and maintenance; Polyester treatment technics, makes the beautiful appearance and good anti- erode ability; ater-cooled Package Unit MGP-F5S MGP-F60S MGP-F80S MGP-F100S~MGP-F145S Refrigerant: R, R407C Apply site: Factory, supermarket, restaurant, multiple shop and recreation. Capacity range: 5-145 46

ater-cooled Package Unit Dimension Specification Touch screen Pressure gauge Installation hole(4-15) F G Face H Filter Condenser drainage Backside 585 Cooling capacity Rated power EER Rated current A Type Start-up mode Compressor Output power Lubricatin Standard goil L Type Refrigeration MGP-F5S 5 8.75 4 17.8.6x 1.8x 8x1 MGP-F60S 60 15..95 0.9.05x4 1.8x4 8x MGP-F80S 80 19.95 7. 4.0x4 1.8x4 9x MGP-F100S 100.8 4.07 45 80V,N~50Hz Scroll Direct start-up.05x6 Mineral oil 1.8x6 R 8x MGP-F10S 10 9.5.97 58.5 8.0x.0x 9.0x MGP-F15S 15 4.1.9 6.5 9.5x.x 9.5x MGP-F145S 145.9 7. 68. 10.5x.x 9.5x Cooling water outlet Cooling water inlet Emergency drainage ind-wheel Motor Fan motor Driving mode Air volume m h Static pressure Pa ater Volume m h 1 1.5 6500 147 7.5 1.8 11000 147 1.9 1 14000 147 16.5 5. Strap 1800 147.1 5.5 0 147 6.7 5.5 0 0 8.8 5.5 000 50 0.9 Air outlet Left side Air outlet Cooling ater Side Outlet of evaporator ater resistance Diameter of inlet wate pipe Diameter of outlet wate pipe Pa inch inch inch 9806 40(1-1") 40(1-1") 5(1") 9806 65(-1") 65(-1") 5(1") 9806 65(-1") 65(-1") 5(1") 9806 65(-1") 65(-1") 5(1") 9806 65(-1") 65(-1") 5(1") 9806 65(-1") 65(-1") 5(1") 9806 65(-1") 65(-1") 5(1") Outlet of plate inch 5(1") 5(1") 5(1") 5(1") 5(1") 5(1") 5(1") Height(beforeafter) 189047 189047 189047 189047 18904 189047 189047 length(beforeafter) 1090150 1401640 1401640 19115 191157 19115 191150 width(beforeafter) 105510 105510 105510 105510 105510 105510 105510 NetCross weight 40470 6907 7007 80870 80880 840890 850900 Protection device Over-load protection, highlow pressure protection, anti-frost protection, and inner temp. Protection of compressor, phase-sequence Top side MGP-F100S MGP-F10S MGP-F15S MGP-F145S Top side MGP-F5S MGP-F60S MGP-F80S High pressure protection Low pressure protection Noise fcm fcm db(a) 4 0. 60 4 0. 6 4 0. 66 4 0. 70 4 0. 71 4 0. 71 4 0. 7 MGP-F5S MGP-F60S MGP-F80S MGP-F100S MGP-F10S MGP-F15S MGP-F145S Unit: A 41 5 5 06 06 06 06 B 6 6 6 6 C 77 558 558 44 44 44 44 D 1055 1055 1055 1055 1055 1055 1055 E 410 478 478 48 48 48 48 F 110 1460 1460 195 195 195 195 G 1160 1490 1490 198 198 198 198 H 189 189 189 189 189 189 189 1090 140 140 191 191 191 191 47 48

Overview of heating water system R407C R [ R ] Series Based on reverse Carnot cycle principle, heating water system is one of the most advanced water heater with the highest COP. Heating water system generally consists of compressor, evaporator, expansion valve, strainer, accumulator tank, condenser, water tank. Integrative 7 9.0 17.5 5 The sketch of system connection Heating ater System Integrative Integrated design of main unit and Compressor High temperature Hot water tank makes it very conveniently using only by connecting the water inlet and outlet pipes. Air inlet Heat exchanger for air Heat exchanger for water ater tank Hot water Low temp. Expansion Valve Cool water 50

Heating ater System Environmental Protection Heating water system is environmentally friendly and low energy consuming. Installation sketch for single unit Economical Less additional operation charge; No need for transportation and storage of fuel; simple maintenance and reparation. COP up to 4.0. Heat pump water heater ater tank Drain valve Pressure meter Filter Pipe union ater pump Cutoff valve ater supply To user Safety Heating water system does not need storage of fuel and fuel pipe, therefore, it is free of fuel leakage, fire and explosion. The unit has multi-protection functions: high-pressure protection, low-pressure Installation sketch for multi units protection, overflow and overload protection for compressor, startup delay, water switch, water temperature overhigh protection and water level protection of water tank. Heat pump water heater Heat pump water heater Heat pump water heater Heat pump water heater Heat pump water heater Heat pump water heater Convenience ONOFF valve valve valve valve valve valve Automatic intelligent controlling system defrosts automatically in cold winter. valve valve valve valve valve valve Outdoor installation; no special equipment room needed. Durability Pipe choice Famous brand compressor and plate heat exchanger equipped. Quintuple antirust technique ensures excellent durability. Number of unit (set) 1~ 4~6 7~9 10~1 1~16 idely applicable ithin the temperature range from -10 to 40 0 C, the heating water system can Pipe diameter (inch) 1~1-1 1 1-~1-1 1 1-~ 1 4 4 ~ ~4 work all year around, and perform well against bad weather. 51 5

Heating ater System Specification Heating capacity Rated power Rated current A Hot water volume m h Max power Max current A Specification, power supply Controlling method Compressor (power x quantity) Refrigerant Refrigerant charge Outlet water temp Heat exchanger(water side) Specification of Diameter,water inlet pipe water system Diameter,water outlet pipe Max compression resistance Type Heat exchanger Motor power (gas side) Type of air outlet Length Demension idth Height eight Noise level db(a) MGH-F5S MGH-F17.5S MGH-F9 MGH-F7 5 17.5 9.0 7.0 9.0 4.5..0 16.6 8.6 11.0 10.0 1.0 0.5 0.6 0.16 11.8 5.8.1. 0. 9.8 14.8 14.0 80V N ~ 50HZ 0V 1N ~ 50HZ Manual,Auto and failure alarm 4.5 x 4.5 x 1. x 1 1.9 x 1 RR407C 00g x 00g x 1 100g x 1 1000g x 1 60 (default) stainless steel plate heat exchanger tube-tube heat exchanger DN5 DN5 1.0Mpa 50 x Vertical air discharge 190 750 1540 90 58 DN0 DN0 1.0Mpa DN15 DN15 1.0Mpa DN15 DN15 0.8Mpa innergroove copper pipe,hydrophilic aluminum coil 150 x Side air discharge 940 40 145 15 54 15 Vertical air discharge 555 555 840 77 5 100 Side air discharge 900 50 100 70 50 [ S ] Series ater Source Heat Pump 5

ater Source Heat Pump HO TO READ THE MODELS? M S H - 1 S Power Supply S: 80V~, 50Hz, Ph - 0-40V~, 50Hz, 1Ph System sketch map Save energy, environmental, healthy as the thematic of today's AC market, AC industry come into a new stage. The Midea split water source heat pump unit can meet more and more requirement of the thematic, and become the new start of AC industry. 7 6 1 4 5 Top floor Outdoor Unit Nominal Capacity: Vertical pipe Other heat source H: Heating And Cooling C: Cooling Only Horizontal pipe AC system ater Source Heat Pump N Floor Midea Copper pipe Copper pipe Copper pipe First floor Example: 1. Electronic ater handler. ater circle pump. Soft connector 4. valve 5. water filter 6. cooling tower 7. water expansion tank ater Circle Type Share the flow water in the water pipe as coolingheating source. It can adopt crude water source as river water, sea water, lake water, etc, even industry waste water or sewage can be adopted as the coolingheating source. 55 56

ater Source Heat Pump Features Environmental-friendly and save energy Adopt the ground water, lake water, etc, do not ater source low static pressure duct pollute the environment. ater cooled type with high heat exchange ratio. It is very suitable for some place where requirement heating and cooling at the same time. Ultra thin body, space saving and easy installation. Quiet operation, low noise. Stable and reliable Simple system design, reliable performance. ater cooled heat exchange, high efficiency and stable operation. Easy enlarge the capacity, Save investment It can invest and install the system for some building by stages while do not affect the project design and save early days investment. Set aside water pipe connector on public water source, so that easy for enlarging the capacity. Various of indoor unit Power Supply Cooling Input Heating Noise level weight Indoor unit Connection Pipe Dimension Ari volume Gas Pipe Liquid Pipe ater InletOutlet Pipe Condenser ater Pipe Refregeration db(a) () D() H() m h DN() DN() MTA-18CR 5.0 1. 417 6 1.7 6.5 0 147 490 40 1000 MTA-18HR 5.0 6.0 1. 1.4 417 6 1.7 6.5 0 0V-50Hz R MTA-4CR 7.1 1.9 48 0 15.9 9.5 0 1470 490 40 150 MTA-4HR 7.1 8.0 1.9.0 48 0 15.9 9.5 0 Various of indoor unit, flexible equipment selection. The system can be installed in covert place, do not affect the holistic layout of the building. Power Supply Cooling Input Heating Noise level weight Indoor unit Connection Pipe Dimension Ari volume Gas Pipe Liquid Pipe ater InletOutlet Pipe Condenser ater Pipe Refregeration db(a) () D() H() m h DN() DN() MTA-4CR 7.1 1.9 48 0 15.9 9.5 0 1470 490 40 150 MTA-4HR 7.1 8.0 1.9.0 48 0 15.9 9.5 0 1. Cooling condition: Indoor temperature: 7 O C(DB)19 O C(B), water inlet temperature: 0 O C;. Heating condition: Indoor temperature: 0 O C(DB), water inlet temperature: 0 O C; MTA-4CR 1.0 R MTA-4HR 1.0 14.0 80V-50Hz-N... 48 48 6 6 1610 490 40 1700 19.0 1.7 0 19.0 1.7 0 MTA-48CR 14.0.5 48 6 19.0 1.7 0 1610 490 40 1800 MTA-48HR 14.0 15.0.5.6 48 6 19.0 1.7 0 57 58

ater Source Heat Pump ater source four way cassette ater source high static pressure duct Installed in the ceiling, and save much sapce. Four directions and large scale of air flow, create a much more comfortable space. Quite high external static pressure, long distance air supply. Fresh air drawing, healthier and more comfortable for you. Power Supply Cooling Input Heating Noise level weight Indoor unit Connection Pipe Dimension Ari volume Gas Pipe Liquid Pipe ater InletOutlet Pipe Condenser ater Pipe Refregeration db(a) () D() H() m h DN() DN() MCA-18CR 5.0 1. 94 56 1.7 6.5 0 840950 840950 046 100 MCA-18HR 5.0 6.0 1. 1.4 94 56 1.7 6.5 0 0V-50Hz R MCA-4CR 7.1 1.9 95 56 15.9 9.5 0 840950 840950 046 100 MCA-4HR 7.1 8.0 1.9.0 95 56 15.9 9.5 0 Power Supply Cooling Input Heating Noise level weight Indoor unit Connection Pipe Dimension Ari volume Gas Pipe Liquid Pipe ater InletOutlet Pipe Condenser ater Pipe Refregeration db(a) () D() H() m h DN() DN() MHA-18CR 5.0 1. 449 5 1.7 6.5 0 850 660 80 100 MHA-18HR 5.0 6.0 1. 1.4 449 5 1.7 6.5 0 0V-50Hz R MHA-4CR 7.1 1.9 449 5 15.9 9.5 0 850 660 80 1 MHA-4HR 7.1 8.0 1.9.0 449 5 15.9 9.5 0 Power Supply Cooling Input Heating Noise level weight Indoor unit Connection Pipe Dimension Ari volume Gas Pipe Liquid Pipe ater InletOutlet Pipe Condenser ater Pipe Refregeration db(a) () D() H() m h DN() DN() MCA-4CR 7.1 1.9 95 56 15.9 9.5 0 840950 840950 046 100 MCA-4HR 7.1 8.0 1.9.0 95 56 15.9 9.5 0 1. Cooling condition: Indoor temperature: 7 O C(DB)19 O C(B), water inlet temperature: 0 O C;. Heating condition: Indoor temperature: 0 O C(DB), water inlet temperature: 0 O C; MCA-4CR 1.0 R MCA-4HR 1.0 14.0 80V-50Hz-N... 416 416 56 56 840950 840950 0046 1800 19.0 1.7 0 19.0 1.7 0 MCA-48CR 14.0.5 448 56 19.0 1.7 0 840950 840950 0046 1800 MCA-48HR 14.0 15.0.5.6 448 56 19.0 1.7 0 Power Supply Cooling Input Heating Noise level weight Indoor unit Connection Pipe Dimension Ari volume Gas Pipe Liquid Pipe ater InletOutlet Pipe Condenser ater Pipe Refregeration db(a) () D() H() m h DN() DN() MHA-4CR 7.1 1.9 449 5 15.9 9.5 0 850 660 80 1 MHA-4HR 7.1 8.0 1.9.0 449 5 15.9 9.5 0 1. Cooling condition: Indoor temperature: 7 O C(DB)19 O C(B), water inlet temperature: 0 O C;. Heating condition: Indoor temperature: 0 O C(DB), water inlet temperature: 0 O C; MHA-4CR 1.0 R MHA-4HR 1.0 14.0 80V-50Hz-N... 4440 4440 67 67 100 660 80 00 19.0 1.7 0 19.0 1.7 0 MHA-48CR 14.0.5 4440 67 19.0 1.7 0 100 660 80 00 MHA-48HR 14.0 15.0.5.6 4440 67 19.0 1.7 0 59 60

ater Source Heat Pump Entire system design, easier installation and save spacing. High efficiency heat-exchanging,hence brings high EER. Anti-corrosive cabinet, stable running and long life-span. [ K ] Series Power Supply Cooling Input Heating ater Volume ater resistance Outdoor unit Noise level weight Dimension Connection Gas Pipe Pipe Liquid Pipe ater InletOutlet Pipe Condenser ater Pipe Refregeration Ls kpa db(a) () D() H() DN() DN() MSC-5 5.0 1. 0.6 4 4 8 754 40 447 1.7 6.5 0 MSH-5 MSC-7 MSH-7 5.0 7.1 7.1 6.0 8.0 0V-50Hz 1. 1.4 0.6 4 4 40 754 40 447 1.7 6.5 0 R 1.9 0.51 5 4 48 674 40 574 15.9 9.5 0 1.9.0 0.51 5 4 50 674 40 574 15.9 9.5 0 Air Handling Unit Power Supply Cooling Input Heating ater Volume ater resistance Outdoor unit Noise level weight Dimension Connection Gas Pipe Pipe Liquid Pipe ater InletOutlet Pipe Condenser ater Pipe Refregeration Ls kpa db(a) () D() H() DN() DN() MSC-7S 7.1 1.9 0.51 5 4 48 674 40 574 15.9 9.5 0 MSH-7S 7.1 8.0 1.9.0 0.51 5 4 50 674 40 574 15.9 9.5 0 1. Cooling condition: Indoor temperature: 7 O C(DB)19 O C(B), water inlet temperature: 0 O C;. Heating condition: Indoor temperature: 0 O C(DB), water inlet temperature: 0 O C; MSC-1S 1.0. 0.91 45 77 790 40 574 19.0 1.7 0 R MSH-1S 1.0 14.0 80V-50Hz-N.. 0.91 45 80 790 40 574 19.0 1.7 0 MSC-14S 14.0.5 1.0 45 77 790 40 574 19.0 1.7 0 MSH-14S 14.0 15.0.5.6 1.0 5 45 80 790 40 574 19.0 1.7 0 Fan Coil Unit 61

Air Handling Unit & Fan Coil Unit HO TO READ THE MODELS? Air Handling Unit M K 1-040 A - 1 Z M Design sequence code Drawing off method of filter : up draw off Direction of pipe connection Z: Left connection Y: Right connection Supply air direction: type 1 Coil row quantity A: 4 rows B: 6 rows C: 8 rows Structure form of the unit : horizontal type Nominal airflow volume (x100m h) 1: Single-wall air handling unit : Duble-wall air handling unit Brief introduction Air Handling Unit Midea fan coil unit be made from high quality galvanization, the beautiful and thin body makes it save a lot of space and easy for installation. The big air volume makes a syetrical room temperature so do not get harm to people at the same time. The advanced technology and high quality material reduced the noise level, it is widely used in marketplace, hospital, office, hotel, airport, etc. Midea air handling unit have six series production as single wall horizontal type, single wall vertical type, single wall-mounted type, dual wall horizontal type, dual wall vertical type and dual wall-mounted type. Air flow volume ranges from 000m h to 00m h, cooling capacity ranges from 6 to 985, heating capacity ranges from 11 to 1100. Midea air handling unit has been tested by national AC quality supervise testing center, as low noise level, high efficiency, stable operation and low power consumption make it as the advanced production in the world, and it is recoended for users by CRAA (China Refrigeration And Air-Conditioner Industry Association). As room AC, It is widely used in hotel, showplace, marketplace, office room, etc.; as industrial AC, it can meet the requirement of electron, chemical plant, medical treatment, pharmacy, tobacco produce, food produce, etc. K series Air Handling Unit Midea Fan Coil Unit M K A - 00 Nominal airflow volume (CFM) A: Four way cassette type B: Compact four way cassette C: One way cassette F1: Concealed floor standing F: Expoded floor standing K series Fan Coil Unit Midea 6 64

Air Handling Unit Fan Coil Unit Single wall horizontal type Air handle volume: 000~0000m h Four way cassette(compact) Cooling capacity: 1~45 Heating capacity: 18~70 Single wall vertical type AHU Air handle volume: 000~0000m h Air volume ater flow ater resistance Noise level Net dimension Packing dimension Net weight Gross weight CFM m h LPH kpa db(a) (xhxd) (xhxd) MKB-00 00 500 05 510 50 10.1 580x45x580 750x40x750 1 0 MKB-400 400 60 790 645 65 14.5 580x45x580 750x40x750 1 0 MKB-450 450 710 450 6480 740 18. 4 580x45x580 750x40x750 1 0 MKB-500 500 800 485 810 850 7.1 5 580x45x580 750x40x750 1 0 Cooling capacity: 1~45 Heating capacity: 18~70 Four way cassette Dual wall horizontal type Air handle volume: 000~00m h Cooling capacity: 1~985 Heating capacity: 18~1100 Air volume ater flow ater resistance Noise level Net dimension Packing dimension Net weight Gross weight CFM m h LPH kpa db(a) (xhxd) (xhxd) MKA- 1000 5709 9660 1005 8 5 840x10x90 100x0x90 6 46 MKA-750 750 150 6985 11550 104 5. 5 840x10x90 100x0x90 6 46 MKA-850 850 1400 7860 1640 18 7 8 840x10x90 100x0x90 6 46 MKA-950 950 1 8910 15011 1541 0 8 840x10x90 100x0x90 6 46 MKA-100 100 000 1150 19065 198 44 9 840x10x90 100x0x90 6 46 MKA-1500 1500 500 1956 80 88 46 9 840x10x90 100x0x90 6 46 Dual wall vertical type Air handle volume: 000~00m h Cooling capacity: 1~985 Heating capacity: 18~1100 One way cassette all-mounted type Air handle volume: 1500~5000m h Cooling capacity: 6~60 Heating capacity: 11~90 Air volume ater flow ater resistance Noise level Net dimension Packing dimension Net weight Gross weight CFM m h LPH kpa db(a) (xhxd) (xhxd) MKC-00 00 500 05 510 50 10.1 850x5x400 1080x10x460 7 1.The above design and specifications are subject to change without prior notice for product improvement..the values given in the table for the noise level reflect the levels in anechoic chamber. MKC-400 400 60 790 645 65 14.5 850x5x400 1080x10x460 7 MKC- 1000 5709 9660 1005 7.1 5 100x198x655 180x65x775 1 8 65 66

Fan Coil Unit Exposed floor standing Duct type Air volume ater flow ater resistance Noise level Net dimension Packing dimension Net weight Gross weight CFM m h LPH kpa db(a) (xhxd) (xhxd) MKF-150 150 50 1800 000 75 6. 880x5x66 105x85x810 7 MKF-50 50 45 000 400 40 8. 4 880x5x66 105x85x810 7 MKF-00 00 500 00 50 10.1 5 1000x5x66 1145x85x810 8 4 MKF-400 400 680 800 00 65 14.5 5 1000x5x66 1145x85x810 8 4 MKF-450 450 760 4000 740 18. 5 100x5x66 15x85x610 4 47 Air volume ater flow ater resistance Noise level Net dimension Packing dimension Net weight Gross weight CFM m h LPH kpa db(a) (xhxd) (xhxd) MKT-00 00 500 05 510 50 10.1 808x40x489 1110x40x570 1 0 MKT-400 400 60 790 645 65 14.5 808x40x489 1110x40x570 1 0 MKT-450 450 710 450 6480 740 18. 4 808x40x489 1110x40x570 1 0 MKT-500 500 800 485 810 850 7.1 5 1108x40x489 1410x40x570 1 0 MKT- 1000 5790 9660 1005 8 5 1108x40x489 1410x40x570 1 0 Air volume ater flow ater resistance Noise level Net dimension Packing dimension Net weight Gross weight CFM m h LPH kpa db(a) (xhxd) (xhxd) MKF-500 500 850 4500 5000 7.1 4 7 100x5x66 15x85x810 4 47 MKF- 1000 5 8 5 9 1500x5x66 1645x85x810 55 60 1.The above design and specifications are subject to change without prior notice for product improvement..the values given in the table for the noise level reflect the levels in anechoic chamber. MKF-800 800 150 7100 8000 45 8 40 1500x5x66 1645x85x810 55 60 MKF-1000 1000 1700 8000 9000 60 9 4 1500x5x66 1645x85x810 55 60 Air volume ater flow ater resistance Noise level Net dimension Packing dimension Net weight Gross weight CFM m h LPH kpa db(a) (xhxd) (xhxd) MKT-750 750 150 6985 11550 104 5. 5 108x40x489 1590x40x570 4 8 MKT-850 850 1400 7860 1640 18 7 8 108x40x489 1590x40x570 4 8 MKT-950 950 1 8910 15011 1541 0 8 108x40x489 1590x40x570 4 8 1.The above design and specifications are subject to change without prior notice for product improvement..the values given in the table for the noise level reflect the levels in anechoic chamber. MKT-100 100 000 1150 19065 198 44 9 157x40x489 10x40x570 47 5 MKT-1500 1500 500 1956 80 88 46 9 157x40x489 10x40x570 450 55 MKT-000 000 400 18900 850 848 40 4 1599x67x605 161x81x619 47 5 Concealed floor standing Air volume ater flow ater resistance Noise level Net dimension Packing dimension Net weight Gross weight CFM m h LPH kpa db(a) (xhxd) (xhxd) MKF1-150 150 50 1800 000 75 6. 550x1x545 65x65x60 0 4 MKF1-50 50 45 000 400 40 8. 4 550x1x545 65x65x60 0 4 MKF1-00 00 500 00 50 10.1 5 750x1x545 85x65x60 5 9 MKF1-400 400 680 800 00 65 14.5 5 750x1x545 85x65x60 5 9 MKF1-450 450 760 4000 740 18. 5 950x1x545 105x65x60 9 44 Air volume ater flow ater resistance Noise level Net dimension Packing dimension Net weight Gross weight CFM m h LPH kpa db(a) (xhxd) (xhxd) MKF1-500 500 850 4500 5000 7.1 4 7 950x1x545 105x65x60 9 44 MKF1-1000 5 8 5 9 150x1x545 15x65x60 50 55 1.The above design and specifications are subject to change without prior notice for product improvement..the values given in the table for the noise level reflect the levels in anechoic chamber. MKF1-800 800 150 7100 8000 45 8 40 150x1x545 15x65x60 50 55 MKF1-1000 1000 1700 8000 9000 60 9 4 150x1x545 15x65x60 50 55 67 68

Accessories Accessorial electric heater Accessories SDS Series Production feature Adopt high efficiency electric heater, syetrically heat; It is tested under 10bar water pressure, high security; Small body with high removability, easy for load; It can be customized just according to customer's requirement. A C D E E B C D Dimension () SDS-15S-A SDS-18S-A SDS-7S-A SDS-0S-A SDS-45S-A SDS-54S-A SDS-60S-A SDS-7S-A SDS-75S-A SDS-90S-A SDS-100S-A SDS-10S-A SDS-144S-A SDS-150S-A SDS-175S-A SDS-180S-A SDS-00S-A Voltage(V) 80V 80V 80V 80V 80V 80V 80V 80V 80V 80V 80V 80V 80V 80V 80V 80V 80V Input() 15K 18K 7K 0K 45K 54K 60K 7K 75K 90K 100K 10K 144K 150K 175K 180K 00K A 960 960 160 160 1160 160 160 100 100 160 150 1660 1960 1960 1660 1660 1960 B 50 50 50 50 400 450 450 480 480 50 50 650 650 650 C 80 80 80 80 5 90 90 90 90 440 440 49 540 540 598 598 598 D 159 159 0 0 19 45 45 7 7 5 5 46 46 46 480 480 480 Remark: The accessorial electric heater should be additional ordered. E 10 10 180 180 180 0 0 40 40 40 40 40 40 40 80 80 80 70

Accessories SDH Series Production feature Stainless steel structure, and filled in insulating material between the shell and electric heat pipe, and also has high anti-erode capability. Adopt famous temperature controller can avoid destroy the components. Adopt high efficiency electric heater, syetrically heat. aterproof cover Cover Shell ater outlet ater inlet Electric heater pipe Inner flue Heat preservation layer ire outlet Fixed hole Drainage valve SDH--A SDH--A SDH-4-A SDH-5-A SDH-6-A SDH-7S-A SDH-8S-A SDH-9S-A SDH-10S-A SDH-1S-A SDH-15S-A SDH-0S-A Voltage (V) 080 080 080 080 080 80 80 80 80 80 80 80 Input () 4 5 6 7 8 9 10 1 15 0 Total length() 50 50 400 400 450 450 410 410 510 510 560 560 Diameter() *158 *190 Remark: The accessorial electric heater should be additional ordered. ater inletoutlet 1.5'' 1.5'' 71