Water Cooled Chillers

Falling film screw chiller

The falling film screw water chiller is a high-efficiency industrial cooling solution designed
for large cooling capacity and continuous operation. It adopts a semi-hermetic twin-screw
compressor combined with a high-efficiency shell and tube falling film evaporator, providing
excellent heat transfer performance and outstanding energy efficiency.

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Falling Film Screw Water Chiller

The falling film screw water chiller is a high-efficiency industrial cooling solution designed
for large cooling capacity and continuous operation. It adopts a semi-hermetic twin-screw
compressor combined with a high-efficiency shell and tube falling film evaporator, providing
excellent heat transfer performance and outstanding energy efficiency.

In the falling film evaporator design, liquid refrigerant is evenly distributed over the outer
surface of the heat exchange tubes, forming a thin liquid film that maximizes heat transfer
efficiency while significantly reducing refrigerant charge. This structure ensures faster
response, higher COP and stable operation under varying load conditions.

With advanced multi-step or stepless capacity control, industrial-grade components and a complete
safety protection system, the falling film screw chiller is an ideal choice for energy-saving
industrial cooling and large central cooling systems.

Applications

  • Plastic injection molding, extrusion and blow molding production lines
  • Chemical, pharmaceutical and fine chemical process cooling
  • Food & beverage processing, fermentation and cold storage systems
  • Electronics manufacturing, battery and semiconductor cooling
  • Large industrial plants, central cooling stations and district cooling systems
  • Commercial HVAC systems for large buildings and industrial parks

Technical Specifications

Model๏ผˆHARR๏ผ‰ 70W 90W 135W 180W 200W 240W 280W 340W 500W 520WD 600WD 1000WD
Nominal Cooling Capacity (kW) 303 385 521 733 848 992 1200 1477 2076 2110 2536 4153
Cooling Capacity (Kcal/h ร—10โด) 26.3 32.6 45.2 63 73.5 85.1 102.9 127.1 178.5 181.7 218.1 357.1
COP 6.1 6.4 6.3 6.3 6.4 6.6 6.5 6.4 6.3 6.3 6.3 6.3
Refrigerant R22 / R134a / R507
Power Supply 3PH 380V 50Hz
Compressor Type Semi-hermetic twin-screw
Compressor Quantity 1 set 2 sets
Start Mode Y-ฮ”
Capacity Control 3-steps, 4-steps or stepless capacity control
Motor Power (kW) 49 60 83 116 131 150 184 228 329 335 402 652
Operating Current (A) 83 101 140 195 220 252 310 383 552 562 675 1095
Evaporator Type High efficiency shell and tube falling film evaporator
Chilled Water Flow (mยณ/h) 52 66 90 126 145 170 206 254 357 362 436 714
Chilled Water Pipe Connection DN100 DN100 DN100 DN125 DN150 DN150 DN150 DN200 DN200 DN250 DN250 DN300
Evaporator Water Pressure Drop (kPa) 50 50 50 50 50 50 55 55 55 58 58 60
Condenser Type Shell and tube
Cooling Water Flow (mยณ/h) 58 73 103 146 162 188 228 281 413 401 505 836
Cooling Water Pipe Connection DN100 DN100 DN125 DN150 DN150 DN150 DN150 DN150 DN200 DN250 DN250 DN300
Condenser Water Pressure Drop (kPa) 46 46 47 47 48 48 50 50 53 53 56 58
Dimensions (Lร—Wร—H mm) 3100ร—1200ร—1700 3100ร—1200ร—1700 3200ร—1260ร—1850 3650ร—1360ร—1990 3700ร—1550ร—2200 3700ร—1650ร—2250 3700ร—1700ร—2300 3750ร—1700ร—2500 3800ร—2200ร—2850 4850ร—2100ร—2300 5400ร—2050ร—2500 5990ร—2350ร—3050
Net Weight (kg) 2500 2500 3100 3500 3600 4000 4350 5800 7200 8380 11500 13550

Nominal working conditions: chilled water inlet/outlet temperature 17โ„ƒ/12โ„ƒ,
cooling water inlet/outlet temperature 30โ„ƒ/35โ„ƒ.
Specifications are subject to technical improvements without prior notice.

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