At present, the main air pressure produced by domestic air compressors is 6-8 bar. Large air compressors control the air pressure at 5-6 bar to save energy and reduce emissions. In this case, some equipment uses air pressure higher than the air pressure produced by the air compressor. In this case, pneumatic air booster pumps are used. Pneumatic air booster pumps are also divided into large and small flow rates like air compressors. Below, the editor will explain the large flow pneumatic air booster pumps.
The high flow air booster pump uses compressed air as its power source, and then drives the large piston to squeeze the small piston, compressing the compressed air at the small piston end to achieve the required increase in compressed air pressure. The amount of pressure increase depends on the area of the small piston. For example, the ZTA05 air booster pump has a large piston area five times that of the small piston, and when the driving pressure is 6 bar, the pressure after being boosted is 30 bar.
Parameters of high flow air booster pump:
Drive pressure range: 2-8 bar.
Boosting range: 4-800 bar.
Gas consumption per unit: 900L/min for full load operation.
Larger single booster flow rate: 1600L/min (pressure of 8bar).
Air source requirement: clean compressed air.
Advantages of high flow air booster pump:
Multiple units can be connected in parallel, suitable for explosion-proof environments (pneumatic non spark), with adjustable pressure (proportional to the driving gas source, adjust the driving), simple operation (simply connect the inlet and outlet pipelines), and easy maintenance (just replace the sealing ring).
That's all for the introduction of the pneumatic air booster pump for high flow compressed air. If you have any further questions, please visit our website http://www.tz-fet.com/ Alternatively, please contact our technical team at 18815239658 (Zhao).
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