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Can the flow rate of a dual head pneumatic booster pump be doubled compared to a single head booster pump?
Can the flow rate of a dual head pneumatic booster pump be doubled compared to a single head booster pump?
The commonly used pneumatic booster pumps are divided into pneumatic gas booster pumps and pneumatic liquid booster pumps, and their structures are generally divided into single head pneumatic pumps and double head pneumatic pumps. Customers often encounter a misconception when making a purchase. The flow rate of a dual head pump is twice that of a single head pump. Actually, this belief is a misconception.
During the boosting process, a dual head pneumatic booster pump works in a reciprocating manner with the pump. Generally speaking, one stroke of the pump is fixed, and the frequency of reciprocating determines the flow rate of the pump. When a dual head pump works, the piston or plunger inside one of the pump heads slows down the number of pump operations due to pressure resistance, while a single head pump works in a reciprocating manner without much resistance. Therefore, in this regard, the output flow rate of a dual head pump is greater than that of a single head pump, but not more than twice as much.
When customers choose pneumatic booster pumps, they must correspond to the actual working conditions on site, not the larger the flow rate, the better, nor the smaller the flow rate, but according to the actual working conditions.
If you don't know how to calculate the flow rate on site when choosing the Feentor pneumatic booster pump, you can contact Feentor sales engineering to obtain manual information, or let us calculate the actual operating flow rate on your site. To determine which pump is suitable for your use.
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