1. The temperature difference of the standard chiller is 5 degrees (20 degrees down 15 degrees). If a KSJ-10 chiller has a standard chiller flow rate of 3.5 cubic meters per hour. Then when you try this chiller, you can't just look at the flow of the chiller, but also the temperature you need. If the temperature you try is from 58 degrees to 7 degrees, the temperature difference is very big, then it will be Reduce the flow of chilled water per hour from 3.5 cubic meters to more than one cubic. If you need a chiller with 3.5 cubic meters per hour, choose a larger model.
2. When testing the chiller, it depends on whether you are directly cooling or indirectly cooling. Direct cooling is to directly put the water into the chiller, and the frozen water will directly cool the product you need. The effect of direct cooling is obviously better. Indirect cooling is equivalent to putting water in a basin, placing a small basin on the basin, and placing the product to be cooled in the small basin. Relatively speaking, the effect of indirect cooling is worse. Therefore, you should consider this aspect when selecting a model.
3, some users use the pool for cooling, has the following drawbacks: 1, poor water quality, easy to block the machine waterway, causing greater losses. 2. Waste water resources and increase user costs. 3. When the weather is overheated, the water temperature will not meet the requirements, which will affect the quality and efficiency of the product.