![Chiller: A Reliable Choice In Industrial Refrigeration Chiller: A Reliable Choice In Industrial Refrigeration]()
What air-cooled chillers and water-cooled chillers have in common is that they both use compressor refrigeration to achieve the cooling effect and use water circulation to cool down. This means they all need pipes with sealed circulation. Air-cooled chillers are typically used to cool pools or equipment, while water-cooled chillers are more commonly used to cool large equipment or systems. However, it should be noted that chillers cannot be used to cool large areas of space.
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In addition, the environment in which the chiller is used also needs to be considered. If the ambient temperature is high, the cooling effect may be affected. Therefore, when choosing a chiller, you need to choose based on the actual use environment and needs. In general, the chiller is a very practical device suitable for various industries and fields to provide stable temperature control for the production process. So, how do we choose a suitable chiller?
1. In different industries and different usage scenarios, what type of chiller should be recommended?
- Recommended standard machine with external closed pipeline (with water tank inside)
- Shell and tube chillers are recommended for external open water tanks (without internal water tank)
- The electroplating industry recommends titanium tube chillers (without a water tank inside)
- The food industry recommends using 304 material (the standard machine is iron in contact with water)
2. Q: What is the range of the water temperature control of the chiller, and what is the error?
A: (Temperature control range of 5 to 30 degrees, temperature control error ±1°C, low-temperature chiller at minus 60°C can be customized, high accuracy ±0.5°C)
3. Q: Is it possible to remotely monitor the running detection and operation of the chiller at any time, and whether it has a timed on/off function?
A: A 485 communication system can be installed to monitor the chiller's operation without the timer on/off function.
4. Q: How long does it take from the time it is powered on until it is officially ready for cooling? This is referred to as cooling speed.
A: It depends on the equipment model. For example, a 5P machine can achieve the cooling effect in one hour, and a 10P machine can achieve the cooling effect in 30 minutes. The following is the parameter list of our chiller for your reference.
As an efficient, stable, energy-saving, and environmentally friendly water cooling equipment, industrial chillers not only play an important role in the industrial field but also provide reliable cooling solutions for various industries. With the continuous development of science and technology and the increase in demand, the application prospects of industrial chillers will be broader. If you have any questions about the chiller, you can contact me and I will be happy to answer your questions.