What factors must be considered when using pneumatic boosting equipment?

Factors that must be considered when using pneumatic boosting equipment

Boosting equipment is currently widely used in China, mainly divided into electric boosting equipment, pneumatic boosting equipment, and hydraulic boosting equipment. At present, the main types of supercharging equipment used in China are electric supercharging equipment and pneumatic supercharging equipment. Each device has its own advantages, such as the large flow rate of electric supercharging equipment. Pneumatic boosting does not affect purity, has the advantages of low noise, small size, light weight, and easy mobility. Below, the editor of Taizhou Feentor air booster pump will explain some factors to pay attention to when using pneumatic booster equipment.

The first thing to pay attention to is the usage environment of pneumatic boosting equipment

The power source of pneumatic boosting equipment is mainly compressed air. When the pneumatic boosting equipment is working, a large amount of compressed air will be discharged. Pneumatic boosting equipment should be placed in an open and ventilated place. As the equipment is mostly made of metal products, it should be avoided from direct sunlight, wind and rain, and relatively humid and dusty places.

Working frequency and time of pneumatic boosting equipment

Regardless of the equipment manufacturer, it is recommended not to operate the equipment at full capacity 24 hours a day and try not to operate it at full capacity. Pneumatic booster pump or gas booster pump, air booster pump will cause accelerated aging of the sealing ring during full load and 24-hour operation, affecting its service life (if working at full load for 24 hours or continuously at full load, it is recommended to use one as backup and alternate use).

Gas supply problem of pneumatic boosting equipment

Pneumatic boosting equipment does not rely on electrical energy to work like electric boosting equipment. Pneumatic boosting equipment requires compressed gas as a power source. The larger the gas source flow rate, the greater the pressure, and the higher the boosting flow rate and pressure after boosting. Therefore, it is necessary to consider the flow rate and pressure of the on-site gas source.

Temperature issues in the place of use

The main components of the pneumatic booster pump booster equipment are many precision sealing rings, which can accelerate friction damage at high and low temperatures. So it is not recommended to use it in places where the temperature exceeds 65 degrees Celsius and is below -30 degrees Celsius.

Regardless of the type of boosting equipment purchased, it is essential to understand the on-site requirements that must be met before use. How to choose what is beneficial for the on-site working conditions and service life. If you don't understand, you can log in to the official website of Taizhou Feentor Fluid Control Co., Ltd http://www.feienter.com .

Taizhou Feentor Fluid Co., Ltd. is a professional manufacturer of various non-standard fluid control systems. Its main products include pneumatic pneumatic booster pumps, pneumatic liquid booster pumps, various specialized booster pumps, pressure vessel explosion test benches, pressure pulse test benches, CNG vehicle modification airtightness test devices, and natural gas cylinder detection equipment. Stamping equipment includes bolt and nut press fitting machines, rivet free connection machines, etc. The products are widely used in the pneumatic hydraulic industry, machine tool industry, diesel engine industry, aerospace industry, automobile manufacturing industry, household appliances, industrial appliances industry, petrochemical industry, CNG vehicle modification industry, pressure testing industry, as well as steel, power, metallurgy, textile, electronics, mining, light industry, machinery manufacturing, paper and printing, transportation facilities, food and medicine, casting and spraying, maritime terminals, military technology and other fields such as petroleum, aviation, aerospace, military industry, vehicles, fire protection, pressure vessels, pipes and more.

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