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Provides a general overview of water chillers, explaining their purpose, functionality, and benefits. Include information about different types of water chillers, their applications, and how they contribute to efficient cooling in various industries.

Refrigeration Expansion Devices: 6 Types and Selection

Refrigeration expansion devices—also called metering or throttling devices—reduce liquid refrigerant pressure and regulate flow into the evaporator. The correct device must feed enough refrigerant to use the evaporator effectively while maintaining the control condition required by the system, such as superheat, liquid level or evaporating pressure. This [...]

2026-08-09T10:13:25+00:00Introduction to Water Chillers|Comments Off on Refrigeration Expansion Devices: 6 Types and Selection
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How does industrial chillers refrigerant system work?

How does industrial chillers refrigerant system work? There are several core systems in the operation and work of a machine, so today we will talk about how the core refrigerant system and operation of the chiller are generated. The refrigerant circulation system of the industrial chiller is [...]

2023-07-13T14:11:22+00:00Introduction to Water Chillers|Comments Off on How does industrial chillers refrigerant system work?
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Do you know the importance of cooling towers for chillers?

Do you know the importance of cooling towers for chillers? Industrial chillers can be divided into several major systems, chilled water system refrigerant system cooling water system, we often talk about the chiller problem, focusing on chilled water system and refrigerant system There is less attention to [...]

2023-07-13T14:12:39+00:00Introduction to Water Chillers|Comments Off on Do you know the importance of cooling towers for chillers?
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Industrial Chiller Temperature Range and Control

An industrial chiller temperature range is not a single universal number. It is the approved operating envelope defined by leaving-fluid temperature, entering-fluid temperature, flow, process heat load, ambient or condenser-water conditions, and the heat-transfer fluid. The selected chiller must hold the required setpoint without exceeding the compressor, [...]

2026-08-11T00:37:21+00:00Introduction to Water Chillers, Precise Temperature Control|Comments Off on Industrial Chiller Temperature Range and Control
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Chiller Cooling System Working Principle

A chiller cooling system does not “make cold.” It removes heat from water or another process fluid, then rejects that heat somewhere else. In a vapor-compression chiller, the refrigerant passes through four core components: evaporator, compressor, condenser, and expansion device. The chilled-water circuit carries heat from the [...]

2026-08-09T13:11:43+00:00Introduction to Water Chillers|Comments Off on Chiller Cooling System Working Principle
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Chilled Water vs Condenser Water: What’s the Difference?

A water-cooled chiller plant normally uses two separate water circuits: the chilled-water loop and the condenser-water (cooling-water) loop. Condensate water from air-handling units is different; it is moisture removed from the air and collected at the cooling coil. Understanding these terms helps when specifying, installing or maintaining [...]

2026-08-09T06:00:14+00:00Introduction to Water Chillers|Comments Off on Chilled Water vs Condenser Water: What’s the Difference?
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Why use a buffer tank in the air heat pump heating/cooling system?

The function of the buffer tank 1. If the buffer water tank is not used, the water chiller will frequently start and stop. Due to the limited amount of circulating water in the loop, it will cause the water chiller to reach the design temperature in a [...]

2023-07-13T14:39:10+00:00Case Studies and Success Stories, Introduction to Water Chillers|Comments Off on Why use a buffer tank in the air heat pump heating/cooling system?
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