Air Cooled Scroll Chiller Midea chillers use H shape heat at air side and single unit s capacity from kw to 0kW. Super chillers are divided to SS,SS-LA, SP-LA and SP-HMLA series according to their water side heat and inner components. SS series use tube-in-tube or shell-tube heat and SP series use plate type heat at water side. SS-LA and SP-LA series are products with low ambient temperature cooling function based on SS and SP series. SP-HMLA series are products built-in with hydraulic module based on SP-LA products. Product Lineup Capacity (kw) Appearance Series SP-LA SP-HMLA 6 80 0 SS SS-LA SP: Super series use plate type heat SP-LA: Super series with low ambient temperature cooling function based on SP series SP-HMLA: Super series built-in hydraulic module based on SP-LA series SS:Super series use tube-in-tube or shell-tube heat SS-LA: Super series with low ambient temperature cooling function based on SS series
Features Wide application range basic models with cooling capacity ranging from kw to0kw, combination model s maximum capacity ups to 080kW. 0kW 0kW 080kW Max 6 modules Advanced technology H shape high performance heat The chillers use new structure design, H shape condenser, 60 air intake, increase the heat exchanging area, efficiently enhance the heat exchange efficiency, and decrease the covering area. Freely combine with fan oil units and air handling units. Home owners may choose the best types according to their functional needs. Newly designed air profile Big air flow lower noise Celling & Floor Cassette type Air handling units Wide range of ambient temperature Floor standing Duct type Wall mounted 60 Condenser coil High efficiency Removable panel Easy to maintain Transportation hole Easy to install Multi folder frame Nice and strong 6 C 6 C 7 C - C 7 C C H shape condenser uses inner grooved copper tube and hydrophilic aluminum foil, greatly improve the heat exchange efficiency. COOLING HEATING -0 C - C Inner grooved copper tube Hydrophilic aluminum foil Wide range of outlet water temperature 0 C 7 C C 0 C COOLING MODE HEATING MODE
EXV for more precisely flow control Patented liquid distribution components to maximize performance and minimize defrost impact. 00 steps EXV plus capillary for stable and accurate gas flow control. Fast respond resulting in higher efficiency and improved reliability. High reliability Alternative cycle duty operation In one combination module, all slave units operate as alternative in cycle duty to keep equal running time, realize higher stability, better reliability and longer lifespan. For example, five modules combination, no. is master unit, others are slave units. 00% 7% 0% % 0% Back-up functions In a combination system, if one module failed, other modules can be back-up instead of the failed one for continuing operation. High efficiency plate heat (For SP series) Plate heat uses metal plates to transfer heat between refrigerant and water. The fluids are exposed to a much larger surface Refrigerant inlet Master Slave area because the fluids spread out over the plates, so both heat transfer efficiency and heat speed are greatly improved. Multi protections including voltage protection, current protection, anti-freezing protection and water flow protection ensure system safety running. Water inlet Refrigerant outlet Master Slave Tube-in-tube & shell-tube heat (For SS series) Chilled water inlet Refrigerant inlet Reliable protections Multiple protections are adopted to ensure system stable running. Water dead zone Flat baffle plate Chilled water outlet Helical baffle Refrigerant outlet High/low pressure protection of compressor Power phases sequence protection Evaporator low temperature protection in cooling System anti-freezing protection in winter Frequently ON/OFF protection of compressor For shell-tube heat, the module adopts the new helical baffle design to avoid the rectangular place of water dead zone, greatly improve the heat exchange efficiency. Over-current protection of compresor Air discharge temperature protection of compressor System high temperature protection Water flow protection Sensor malfunction protection 6
Intelligent defrosting technology Model alternative defrosting technology ensures little fluctuation on water temperature. Manual defrosting program is available for service purpose. Midea Fast Defrosting Traditional defrosting Individual hydronic module optional Individual hydronic module compatible with cooling capacity of 6kW and 0kW is optional. Water box, expansion water tank, two water pumps are built in the hydronic box. The integral structure design saves you much installation labor and cost. Heating capacity T min Time saving Easy control HM/II-6S HM/II-0S 7 minutes less! Time Touch key wire controller as standard accessory to control the chillers. Flexible installation Compact structure design Super power chiller uses compact structure design, light weight, easy for transportation and installation. Big air flow but low noise fan Big torque high efficiency fan motor Inner grooved copper tube Capacity & efficiency increase EXV 00 steps Helical baffle Efficiency increase 0% Multi folder frame Low vibration. Durable and stable 6 7 Control box Easy to maintain Scroll compressor High efficiency Low noise Remote control functions for convenient operation There are ON/OFF, Heat/Cool and Alarm terminals ports on PCB, connect switches from these terminal ports and remote control functions can be easily realized. Built-in hydronic module For SP series, built-in hydraulic module products are available. The modules are fully integrated and built-in expansion tank, plate heat, water circulating pump, etc. It saves you much installation space and cost. Hydraulic Module Note: When use the remote control function, the wired controller will be invalid for ON/OFF and mode selection. 7 8
Specifications SP-LA series SP-HMLA series Model MC-SP-RNL MC-SP-RNL MC-SP6-RNL Model MC-SPM-RNL MC-SPM-RNL MC-SP6M-RNL Power supply V/Ph/Hz 80-//0 80-//0 80-//0 Power supply V/Ph/Hz 80-//0 80-//0 80-//0 Capacity kw 6 Capacity kw 6 Cooling Input kw 8.0. 0. Cooling Input kw 9..7.6 EER..0.9 EER.7.76.88 Capacity kw 6 7 69 Capacity kw 6 7 69 Heating Input kw 8.0.. Heating Input kw 9...7 COP.7.7. COP.8.0.9 Max. running current A 0.7 8.8. Max. running current A.0. 60. Compressor Fixed Scroll Fixed Scroll Fixed Scroll Quantity Pieces Compressor Fixed Scroll Fixed Scroll Fixed Scroll Quantity Pieces Finned tube Finned tube Finned tube Finned tube Finned tube Finned tube Air side heat Water side heat Refrigerant Sound pressure level Fan motor type AC Motor AC Motor AC Motor Quantity of fan motor Pieces Air flow m /h,00,00 7,000 Plate type Plate type Plate type Water pressure drop kpa 77 6 Volume L.89.77. Water flow volume m /h. 6. R0A R0A R0A Charged volume kg.. 0 Throttle type EXV EXV EXV db(a) 6 6 67 Air side heat Water side heat Refrigerant Sound pressure level Fan motor type AC Motor AC Motor AC Motor Quantity of fan motor Pieces Air flow m /h,00,00 7,000 Plate type Plate type Plate type Volume L.89.77. Water flow volume m /h. 6. R0A R0A R0A Charged volume kg.. 0 Throttle type EXV EXV EXV db(a) 6 6 67 Unit net dimension(d H W) mm,00,770 980,00,770 980,000,770 960 Unit net dimension(d H W) mm,00,770 980,00,770 980,000,770 960 Packing dimension(d H W) mm,070,900 00,070,900 00,090,890 00 Packing dimension(d H W) mm,070,900,00,070,900,00,090,890,00 Net/Gross weight kg 76/86 0/ 70/90 Net/Gross weight kg / / 0/60 Pipe connections Water inlet/outlet mm DN0 DN0 DN0 Pipe connections Water inlet/outlet mm DN0 DN0 DN0 Controller Wired controller Wired controller Wired controller Controller Wired controller Wired controller Wired controller range range temperature range temperature range temperature range temperature range. Cooling: Chilled water inlet/outlet temperature: /7 C, outdoor ambient temperature C DB.. Heating: Warm water inlet/outlet temperature: 0/ C, outdoor ambient temperature 7 C DB/6 C WB.. m away in open field..the data is for low water outlet temperature function.. Cooling: Chilled water inlet/outlet temperature: /7 C, outdoor ambient temperature C DB.. Heating: Warm water inlet/outlet temperature: 0/ C, outdoor ambient temperature 7 C DB/6 C WB.. m away in open field..the data is for low water outlet temperature function. 9 0
SS series & SS-LA series Model MC-SS/RN MC-SS/RNL MC-SS6/RN MC-SS6/RNL MC-SS80/RN MC-SS80/RNL MC-SS0/RN MC-SS0/RNL Dimensions (Unit:mm) /kw module 6/80kW module Power supply V/Ph/Hz 80-//0 80-//0 80-//0 80-//0 Capacity kw 6 80 0 Cooling Input kw 0.0 0. 0. 0. EER.0.9.0.07 Capacity kw 7 69 8 8 D F Heating Input kw 9.8... C C COP.7... Max. running current A 7.0. 6 09 Compressor Fixed Scroll Fixed Scroll Fixed Scroll Fixed Scroll Quantity Pieces Finned tube Finned tube Finned tube Finned tube E D F E Air side heat Fan motor type AC Motor AC Motor AC Motor AC Motor Qualitity of fan motor Pieces Air flow m /h,00 7,000 7,000 0,000 Double-pipe Shell-tube Shell-tube Shell-tube B B Water side heat Water pressure drop kpa 0 0 0 Refrigerant Sound pressurer level Volume L 0 7. 60 Water flow volume m /h 6..8. R0A R0A R0A R0A Charged volume kg.. Throttle type EXV EXV EXV EXV db(a) 6 67 67 68 0kW module A A Unit net dimension(d H W) mm,00,770 980,000,770 960,000,770 960,00,060,0 Packing dimension(d H W) mm,070,900,00,090,890,00,090,890,00,0,00,80 Net/Gross weight kg 0/0 0/90 6/70 90/,00 C B Pipe connections Water inlet/outlet mm DN0 DN6 DN6 DN6 Controller Wired controller Wired controller Wired controller Wired controller 0~6 0~6 0~6 0~6 E D F A range range Model A B C D E F temperature range MC-SP(M)-RNL MC-SP(M)-RNL MC-SS/RN(L) 00 980 770 7 0 00 temperature range. Cooling: Chilled water inlet/outlet temperature: /7 C, outdoor ambient temperature C DB.. Heating: Warm water inlet/outlet temperature: 0/ C, outdoor ambient temperature 7 C DB/6 C WB.. m away in open field.. The date is for SS-LA series..the data is for low water outlet temperature function MC-SP6(M)-RNL MC-SS6/RN(L) MC-SS80/RN(L) MC-SS0/RN(L) 000 960 770 6 06 0 00 0 060 90 7 0
Control System Wired controller Standard features/options Model KJRM-0D/BMK-E(standard) KJR-0A/MBTE(optional) Appearance Description Standard features Options Hermetic scroll compressor Compressor crankcase heaters Compressor circuit breakers Main Functions Parameter setting and display. Real time clock control. Manual reset. Remote control icon display. Hysteresis temperature setting. Touch key operation Parameter setting and display. Real time clock control. Manual reset. Remote control icon display. Hysteresis temperature setting. Weekly timing function. Applied Range Aqua Tempo Power & Aqua Tempo Power & Max. connection PCBs 6 6 Compatible Gateway Modbus & Lon Works Lon Works Modbus gateway can be customized by adding X, Y, E ports on wired controller KJRM-0D/BMK-E. It can connect Max. 6 wired controllers and each controller can control Max. 6 units. Compressor overload protection Condenser fan-direct drive, axial type Condenser fan(metal) Condenser fan guard Condenser motor circuit breakers Aluminum fins condenser coils Low pressure switch Max. 6 (P Q E) Modbus (X Y E) gateway (P Q E) Modbus gateway (X Y E) Max. 6 units Max. 6 units High pressure switch Wired controller KJRM-0D/BMK-E Wired controller KJR-0A/MBTE BMS gateway(lonworks) MODBUS gateway Computer Remote control input LonWorks gateway Alarm signal output LonWorks gateway controls the central A/C to facilitate the building management system (BMS). Main settings of LonWorks: operation Mode, outlet water temperature, hysteresis temperature and clear alarm. There are two connection methods for LonWorks: Anti-freezing protection Over-load protection Connection Connection LSQ-LONWORKS LONWORKS NET WORK RS8(P Q E) RS8(P Q E) Air-cooled Scroll units: Max. 6 units LSQ-LONWORKS LONWORKS NET WORK RS8(P Q E) Air-cooled Scroll units:max. 6 units Power phases sequence protection Anti-corrosion fins Water flow switch Three phase power protector 6kW hydraulic module BMS SYSTEM BMS SYSTEM 0kW hydraulic module