Mobile phone: 18815239758 (same as WeChat)
Phone: 0576-89881178
Phone: 0576-89825885
Working principle of pneumatic air booster pump
You may be curious, how does a pneumatic air booster pump work using compressed air without electricity? Below, the editor will unveil the mysterious veil of pneumatic air booster pump for everyone.
For the convenience and intuitive understanding of everyone, I have shown you a picture.
1. Drive gas population.
2. Drive the gas pipeline.
3. Drive the cylinder piston.
4. Top firing pin.
5. Drive the gas pipeline.
6. Directional valve.
7. Bottom firing pin.
8. Exhaust hole.
9. Exhaust muffler.
10. Inlet one-way valve for pressurized medium.
11. One way valve for the outlet of the pressurized medium.
Below, based on the above diagram, we will introduce the working principle of the air booster pump.
Firstly, drive the air from (1) into (6). When all the valve cores enter the valve cover, the air source enters from (2) and pushes (3) back. At the same time (10), open the suction of the pressurized medium (11) and close it to prevent the backflow of the pressurized medium. When (3) returns to (4), an inhalation process is formed.
When (3) compresses (4), open the air flow through (5) to (6) and push the reversing valve core out of the valve cover. The valve core blocks the air inlet of (2), and air enters to push (3) forward towards the booster cylinder. At the same time, (10) closes (11) and opens the pressurized medium from (11) to enter the equipment or where high pressure is needed. When (3) encounters compression (7), a pressurization stroke is completed. Repeat the above actions until the pressure reaches the set point and the booster pump stops working. (8 and 9) are air consumption emission outlets.
Do you understand the working principle of the pneumatic air booster pump? For further information, you can visit our website to view the specific parameters of the air booster pump or contact our sales engineer to inquire about a more suitable product for you.
Air booster pump
The above content belongs to the copyright of Taizhou Feentor - Plagiarism will be prosecuted
Fax: 0576-89888385
Address:4th Floor, Building 2, No. 78 Huibin Road, Xinqian Street, Huangyan District, Taizhou City, Zhejiang Province
Email: vic@tz-fet.com
