A water chiller can be regarded a cooling system that cools materials down by removing heat from a liquid via a vapor-compression or absorption refrigeration cycle. The liquid gets circulated through a heat exchanger to cool equipment. In a chiller system, there is always a liquid working as a refrigerant going through the heat exchanger in order to transfer the heat energy. When the heat gets absorbed by the liquid, materials get chilled.
How does a Water Chiller Work?
As there are various kinds of chillers, they have the same working principle. A chiller system is about transferring and taking in the heating energy. Hence, the transformation of heating energy is the basic working principle of a chiller system. In the working process of a chiller system, the heating energy get transferred from a kind of material or any other thing to a middle solvent or substance. In the process of transferring heating energy, the pointed materials’ heating energy get absorbed and turned into a cold situation, which is the destination of a chiller system.
Applications of Water Chillers
A water chiller is a low-temperature equipment that uses a compressor for mechanical refrigeration. On the basis of refrigeration, a water circulating pump is added to enable the cooled liquid to pass through the pipeline for external and internal circulation, and can provide low temperature liquid and low temperature bath. It can also be combined with a rotary evaporator, a vacuum freeze drying oven, a water circulating vacuum pump, a magnetic stirrer and the like to perform multi-functional chemical reaction operations and drug storage at a low temperature.
A water chiller can be used in laboratories, providing the cooling environment for small capacity of sample. It is especially suitable for chemical, biological and physical laboratories that need to maintain low temperature and normal temperature conditions. It is an essential equipment for medical and health, chemical industry, food industry, metallurgical industry, colleges and universities, scientific research, genetic engineering, polymer engineering and other fields. ( The large-capacity low-temperature coolant circulation pump can be customized according to user needs.)
Features of Water Chillers (DLSB Series Chillers)
- It can be matched with a variety of instruments (rotary evaporators, fermentation tanks, chemical reactors, freeze-drying equipments, pharmaceutical reactors, etc.)
- The circulation system adopts stainless steel material, possessing the functions of corrosion and rust resistance, cryogenic liquid pollution prevention.
- The large-capacity opening bath, integrated with the external circulation, can serve as a freezing tank and provide cooling liquid.
- Digital display of constant temperature and microcomputer temperature control, simple operation and eye-catching.
Chilled Water VS. Condensed Water
Chilled water is the water that is made by a chiller, whicle condensed water is the water that is made by a condenser. They are both made through cooling systems. Hence, they are basically same.
But chilled water and condensed water have different applications. For example, chilled water system is used to absorb heat energy from a building or process in order to cool the building or process down. However, a condensed water system is used to remove that heat energy from the building and reject it to the atmosphere. Therefore, based on this difference, people should choose the right cooling system to operate.