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Surface cooler, because it is the product of the product and one of the main keywords, so the following is the study of the product, mainly to explain and explain its related knowledge, so that we can have learning content, and then we can have a correct understanding of the product through learning, and we can also gain some harvest and inspiration from it.

1. Should we pay attention to the inspection work of surface cooler before use?

The surface cooler should be inspected before use, and what we need to know is that this work is an important work, which needs to be taken seriously and carried out, because it is related to the normal use of the product. In addition, in addition to knowing this, we should also know the specific inspection contents, so as to carry out the work smoothly and avoid omissions.

2. Can the upwind area of the surface cooler be calculated according to the air volume and wind speed?

In the view of professionals in this field, the answer is that the upwind area of the surface cooler can be calculated according to the air volume and wind speed. However, it is necessary to know how to correctly calculate, so as to get accurate results and correct values. If the calculation is wrong, the wrong result will be obtained.

3. Do you need to determine some relevant parameters when using the surface cooler?

When using the surface cooler, it is necessary to determine some relevant parameters, so it is certain that the answer to this question is yes. Moreover, in addition to knowing this point, we should also know the specific relevant parameters, so as to avoid a blank in this aspect, so as to avoid affecting the normal use of the surface cooler.

4. Are the number of rows of surface cooler and fin spacing important parameters? Do they have determinants?

From a professional point of view, the number of rows and fin spacing of surface cooler are two important parameters of the product, which need to be paid attention to and taken seriously. In addition, there are some decisive factors for these two parameters, specifically, the tube side length, fin spacing and required heat transfer area, which are determined by these three factors, and one of the three factors is indispensable.