A comprehensive analysis of the Air Cooler

Air Coolers are often found in our lives and are used in a wide range of applications, the advantages of the Air Cooler are many and the small size of the Air Cooler makes the area smaller. When using the Air Cooler, you need to pay attention to some of the corresponding precautions. Here are some answers.

Here is the content list:

l The Air Cooler works.

l Advantages of the Air Cooler.

l Note on the use of the Air Cooler.

The Air Cooler works.

The Air Cooler uses the vortex tube principle, mainly using a compressed air source of 5.5 to 8 bar; the compressed air enters the Air Cooler and produces a cold airflow at one end (temperature can drop -40°C) and a hot airflow at the other end (up to -40°C). The compressed air enters the Air Cooler and produces a cold air flow (up to -40°C) at one end and a hot air flow (up to 120°C) at the other.

Advantages of the Air Cooler.

Firstly, the Air Cooler increases the life of the tubes (high-frequency equipment). Once scaled, it already affects the transmitting power and life of the tube, and in serious cases, the anode of the tube is easily burned through. Secondly, Table Air Cooling Fancan save electricity. (100KW high-frequency electron tube equipment as an example) in the DC high-pressure role of the anode water circuit to the ground power consumption: ordinary water in about 8KW, distilled water is in about 70W. Thirdly, Air Cooler can reduce electrolytic corrosion. Anode high pressure through the water resistance to the ground to form a direct current. This causes electrolytic corrosion of the electron tube water jacket import and export, the electrolytic corrosion rate of ordinary water is more than 100 times that of distilled water. Fourthly, the Air Cooler discharges heat from electrical components such as electric furnace inductors, SCRs, and electron tubes into the air through heat exchange between the air and softened water walls. Fifthly, the Air Cooler is hermetically sealed and closes the cycle. The water coming out of the equipment enters the storage tank after the observation tank. The softened water is pumped into the heat transfer tube set by the pipe pump, forced air cooling, and then cooled into the water distribution package, which is equipped with water pipes corresponding to the equipment, and then connected to the required water inlet of the equipment through hoses or hard pipes respectively.

Note on the use of the Air Cooler.

Firstly, the Commercial Air Cooler does not require a pool or cooling tower and covers a small area. Secondly, Air Cooler is pure water circulation, the water quality is clean and no scale is formed. Thirdly, with closed-circuit circulation, no debris enters, no moss grows and the pipes do not clog. Fourthly, the Air Cooler is small, integral, and easy to install. Fifthly, the Air Cooler uses a closed circuit and consumes very little water. Sixthly, it can avoid the failure caused by condensation in summer. Seventh, the small size of the water storage tank allows the use of HF water circuit antifreeze in winter, avoiding water circuit failures caused by icing of the HF system. Eighth, the equipment can continue to cool even in case of sudden power and water failure.

This is the end of the introduction of Air Cooler. For more Air Cooler-related questions, please feel free to consult us. With years of accumulated experience in R&D and production, we can provide you with more product services and technical support! Our official website is https://www.helenbo.com/. Our company adheres to the corporate culture of "quality-oriented, customer first", and always strives to become a professional Home Air Cooler supplier in the industry.