Chiller manufacturers
One large potential hindrance to desired chiller manufacturer performance is heat-transfer efficiency. Chiller performance and efficiency relate directly to its ability to transfer heat, which begins with clean evaporator and condenser tubes. Large chillers contain several miles of tubing in their heat exchangers, so keeping these large surfaces clean is essential for maintaining high-efficiency performance. Most chiller manufacturers recommend cleaning condenser tubes annually, since they typically are part of an open system, and they recommend cleaning evaporator tubes once every three years for closed systems. But if the evaporator is part of an open system, they recommend periodic inspection and cleaning.
The filter should be inspected weekly and cleaned as required. Most filters are removable and can be cleaned with a mild detergent and warm water or blown out using clean, dry air. Any dust or dirt that has gotten inside the chiller or on the condenser coils should be removed using compressed air. Never use a brush or other mechanical device as it might bend or damage the fins. The heat transfer fluid in your chiller is the lifeblood of the cooling system; without it, no cooling can occur. Keeping the cooling system full helps ensure optimum heat removal.
Smaller water cooled chiller is used around the home to produce tasty drinking water, or to cool water for use in aquariums Water chillers conserve water by cycling the coolant in a closed circuit, rather than continuously pumping in city water. Adequate cooling is especially necessary in precision manufacturing, where slight overheating can cause thousands of dollars in lost product or equipment. Some specialized chillers can lower the temperature of non-water coolants to as low as -50°C (-58°F). Process equipment that requires cooling includes lasers, ozone generators, plastic applications, vacuum pumps, cutting and welding machines, packing and printing machines, X-ray machines, STM microscopes, and plenty more.
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