How does the air cooling machine work?

An air cooling machine is a heat exchanger that uses air to cool hot fluid. It uses ambient air as the cooling medium, sweeps across the outside of the finned tube, and cools or condenses the high-temperature process fluid in the tube, referred to as an "air cooling machine". Using air cooling machines instead of water cooling to condense and cool the medium can not only save water, but also reduce water pollution. In addition, it has the advantages of low maintenance costs, safe and reliable operation, and long service life.‌

‌Structure of air cooling machine ‌

Usually includes tube bundles, brackets and fans. The hot fluid to be cooled flows inside the tube bundle, while the outside is forced to ventilate through the fan, so that the air flows through the tube bundle and takes away the heat. In order to enhance the heat transfer effect, fins are often added to the outside of the tube bundle to increase the heat transfer area and fluid turbulence. ‌

‌Application scenarios of air cooling machines ‌

Commonly used to cool generators, electronic equipment, etc. For example, the generator air cooling machine ensures stable operation in a high temperature environment by reducing the temperature of the air entering the generator. ‌ In addition, air cooling machines are also commonly used to cool electrical components such as high-frequency equipment, electric furnace sensors, and thyristors. They discharge heat into the air through heat exchange between air and softened water.