What are the components of a compressed air boosting system? What is the specific function?

Detailed Interpretation of Components of Compressed Air Boosting System

Below, the editor will share with you the components of the compressed air boosting system, and then introduce the main features of each part.

A good compressed air boosting system includes an air booster pump, an air storage tank, a pressure reducing valve, a safety valve, a triple piece, a drain valve, a drive switch, a high-pressure switch, a high-pressure pipeline, a high-pressure gauge, etc. If possible, an air control counter can be added.

1. Air booster pump - the core component in the compressed air boosting system, providing power for the compressed air boosting system. Its function is to perform secondary boosting of compressed air and then output it for use. Control its output pressure according to the boost ratio and the driving air pressure (3-8 bar) for regulation and control.

2. Gas storage tanks should be selected based on the output pressure and flow rate of the booster pump. It is important to choose a tank manufacturer with a pressure safety vessel certificate. Do not be tempted by cheapness and make a big mistake.

3. A pressure reducing valve, as the name suggests, is a type of valve used to reduce pressure. The pressure is buffered by a high-pressure tank and reduced using a pressure reducing valve to make the output pressure more stable.

4. Safety valves are installed on gas storage tanks to provide stronger safety protection for on-site use. It also requires a security certificate.

5. Triple component, also known as oil-water separator, is used to regulate pressure, filter moisture, and add lubricating oil. It is a necessary accessory for pneumatic boosting products.

6. The drainage valve is usually installed at the bottom of the tank. If compressed air is used for a long time, some moisture will accumulate inside the gas storage tank. Opening the drainage valve is necessary to drain the water to ensure the service life of the gas storage tank.

7. Drive switch, the upper drive switch of the compressed air boosting system, is used to start and stop the air boosting pump, and is also the start and stop switch of the entire system.

8. High voltage switch, a shut-off valve for the pressure output of the compressed air boosting system.

9. High pressure gauge displays the pressure of the boosting system. High-pressure pipeline

10. The high-pressure pipeline is the pressure delivery pipeline connecting the air booster pump to the air storage tank.

That's all for the introduction of the air boost system. The system sketch is shown in the following figure for your reference

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