How to calculate the boost pressure of high purity gas booster pump?
First of all, what is a high purity gas booster pump?
This is our independent development, using the low-pressure gas at the end of the piston in a large area to generate high-pressure fluid at the end of the piston in a small area. It can be used for compressed air and other gases. The output pressure can be adjusted steplessly by the driving pressure. Since its appearance, it has been warmly welcomed by all walks of life.
What is the calculation method of high purity gas booster pump produced by the manufacturers of gas booster pump, pneumatic booster pump, liquid booster pump, hydraulic test bench and blasting test bench?
P(高)= P(驱动)X (S低压气缸/S二次高压气缸)+ P(增加)X (S一次气缸/S二次高压气缸)P(高)是指二次高压气缸的输出气体压力;P(排量)为压缩气体驱动的压力;P为受压气体的初始压强;S低压缸是指低压缸的活塞截面积P (high) = P (drive) x (s low pressure cylinder / s secondary high pressure cylinder) + P (increase) x (s primary cylinder / s secondary high pressure cylinder) P (high) refers to the output gas pressure of the secondary high pressure cylinder; P (displacement) refers to the pressure driven by compressed gas; P refers to the initial pressure of the compressed gas; s low pressure cylinder refers to the piston sectional area of the low pressure cylinderS高压缸是高压缸活塞的端部截面积
S high pressure cylinder is the end sectional area of high pressure cylinder pistonS型二次高压缸是指二次高压缸活塞端截面积
S-type secondary high pressure cylinder refers to the sectional area of piston end of secondary high pressure cylinder高纯气体增压泵在哪里发挥重要作用?
Where does high purity gas booster pump play an important role?
1. Secondary pressurization of compressed air in the plant, filling of nitrogen and hydrogen into high-pressure reactor and other occasions requiring high-pressure gas.
2. Gas assisted injection molding.
3. Air tightness test of valve, pipe fitting, condenser pipe and air conditioning coil.
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