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Schematic diagram of gas booster pump
Gas booster pumps play a crucial role in daily industrial production, so what is their principle?
Below is a brief introduction to the working engineering of gas booster pumps.
The principle of gas booster pump is to use compressed air as the power source, and convert it into high-pressure gas with a small piston area based on the low-pressure push of a large piston area. Boost ratio is the ratio of piston area, which determines the magnitude of output pressure.
The following figure is the schematic diagram of the gas booster pump
So let's introduce the working principle of the gas booster pump again?
When the Feentor gas booster pump is working, when the driving end piston works backwards, it will suck the pressurized gas into the pump. At this time, the one-way valve at the outlet of the high-pressure end of the pump is closed. Conversely, when the driving piston moves forward, the small piston at the high-pressure end will also move forward. At this time, the high-pressure outlet opens and the one-way valve at the inlet closes, and high-pressure gas will be output from the outlet until the pressure is balanced.
The following is the working principle of gas booster pump
Tip: Pressure=Pressure * Area 1Mpa=10bar=145psi=10kg/cm ²=10 standard atmospheres
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