Gas booster pump is widely used. Today, I have sorted out some related contents about the analysis of gas booster pump flow and inlet pressure, hoping to help you!
Gas booster pump is based on the actual needs of customers, the booster pump and its components are assembled in the tubular frame or closed box, compact structure, easy to use. The pressure gauge, valve and pressure regulator are all panel mounted. The output pressure can be adjusted by setting the air pressure regulator. When it reaches the set pressure, the pump will stop automatically and resume working when the pressure drops.
Gas booster pump features gas drive, no power supply, no spark, widely used in flammable and explosive occasions; output pressure stepless adjustable; small volume, light weight, simple operation, easy maintenance and repair.
Gas booster pump
The principle of gas booster pump is to use the low pressure gas (2-8bar) of large area piston to drive and produce high pressure gas / liquid on small area piston. It can be used for compressed air and other gases. The output pressure can be adjusted steplessly by driving pressure. Gas pipeline booster pump has single acting pump and double acting pump. The double acting pump piston compresses the gas in both reciprocating strokes. When the driving gas acts on the gas piston, the working piston can be driven with the gas to obtain a larger output flow. Booster pump has the following characteristics: simple maintenance: booster pump parts and seal less, simple maintenance and low cost.
In particular, the pressurization of gas, gas is divided into standard state flow and working state flow, generally speaking, we are talking about standard state flow.
Gas booster pump generally does not require the liquid inlet pressure, most of the gas booster pumps need a certain pre pressure of the gas, the size of the pre pressure will determine the first single-stage gas booster pump or two-stage gas booster pump.