1) The range of cold temperature is between 0 - 40 Deg c.
2) Flat liquid film exchange heat technology is used; larger the area of exchange heat, faster is the cooling speed.
3) It is easy to clean the evaporator. Refrigeration effect remains unaffected from dirt that gets accumulated in the evaporator.
4) Heat technology is used which automatically takes off the ice at regular time intervals. Therefore, freezing of the evaporator at low temperature should not be a concern.
FAQ
1. Describe what a low-temperature chiller is?
Ans - A refrigeration system called a low temperature chiller is made to lower temperatures below the freezing point. Typically, it is employed to cool processes or goods, including chemical and food products, in industrial and commercial settings.
2. How does a chiller for low temperatures operate?
Ans - A refrigerant, such as Freon or ammonia, is passed through a series of coils in a low temperature chiller in order for it to function. The heat from the process or item being cooled is absorbed by the refrigerant, which is then circulated to the condenser where it is discharged into the atmosphere.
3. What distinguishes a low temperature chiller from a standard chiller?
Ans - The temperature range that a low temperature chiller is capable of producing sets it apart from a standard chiller. A low temperature chiller is made to cool temperatures down to -20 Deg F (-29 Deg C) or below, while a standard chiller is typically made to cool temperatures down to 35-40 Deg F (2-4 Deg C).
4. What advantages can low temperature chillers offer?
Ans - A low temperature chiller can increase efficiency, improve product quality, and extend the shelf life of products, among other advantages. The growth of bacteria, fungi, and other microbes can be slowed down by lowering process or product temperatures below the freezing point, which can help to increase the shelf life of items.
5. What kinds of uses for a low temperature chiller are advantageous?
Ans - In the manufacture of chemicals, medicines, food processing, and other industrial processes, low temperature chillers are frequently employed. Additionally, they can be utilised to cool hospitals, data centres, and other commercial uses.