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Capacity range | 1 TR to 200 TR |
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Temperature range | (-) 25°C to (-) 45°C |
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Compressor type | Semi-hermetic screw/reciprocating, open screw/ Reciprocating |
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Evaporator type | Shell & tube type with CS/SS shell & amp Copper/ SS tubes, BPHE |
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Condenser type | Shell & finned tube type |
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Refrigerant | R404a/R-717 |
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Electrical safety | Motor overload protection, SPP/RP/OV/UV protection |
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Mechanical safety | LP/HP/pressure/Oil/Anti-freeze/Chilled water/ CT water flow switch |
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Design Ambient Temp. | 0° C to 50° C |
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Controller type | PLC/Microprocessor/PID |
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Starter | DOL/VFD/Soft starter (Optional) |
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Refrigeration controls | Suction/Discharge/oil pressure Switch/transmitter, Suction/discharge/oil/chilled water/cooling water temperature sensors/transmitters, Chilled water/ CT water flow switch |
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Operation | Economized |
A two-stage low temperature brine chiller is designed to deliver powerful and consistent cooling performance for industrial applications that require sub-zero temperatures. The system uses a dual-stage refrigeration cycle, allowing it to achieve lower temperatures with higher energy efficiency compared to single-stage systems. By circulating a brine solution such as glycol or methanol, the chiller provides stable cooling while preventing freezing and maintaining smooth heat transfer even in extreme operating conditions.
This type of chiller is commonly used in pharmaceuticals, chemical processing, food preservation, testing chambers, cold storage facilities, and other low-temperature production environments. Its advanced design includes efficient compressors, durable heat exchangers, precise digital controllers, and safety mechanisms that ensure long, trouble-free operation. The two-stage configuration also reduces load on individual components, increasing reliability and extending system life.
With customizable capacity options and both air-cooled and water-cooled variations, a two-stage low temperature brine chiller delivers dependable performance and optimized energy consumption for demanding industrial processes.