Selection of flow rate for gas booster pump

Selection of flow rate for gas booster pump

Hello everyone, in the previous issue we talked about the selection of pressure ratio for gas booster pumps. Now let's explore the importance of flow rate selection for customers during use;

1、 Some customers ask why the flow rate of a liquid booster pump needs to be taken into account when it is almost impossible to compress liquids? The high output flow rate of the liquid booster pump is directly related to the efficiency of customer testing products and fluid output. If the deformation rate of the product is considered, customers generally need to choose a moderate flow rate. If the customer's product has a small volume and wants to slowly see the effect of pressure increase, they can choose a small Feentor  liquid booster pump, such as the ZTM series. At the same time, a throttle valve can be added to adjust the pressure of the driving gas source for slow pressure increase. If you need information, you can contact Feentor  in Taizhou

2、 The flow rate of a gas booster pump is generally related to three aspects: driving pressure, inlet pressure, and pipe diameter;

If the driving pressure is high, the working frequency of the pump will be slightly faster and the flow rate will be higher

The higher the inlet pressure, the greater the flow rate of the booster

Choosing the appropriate pipe diameter (inlet, outlet, drive port) is a necessary choice to meet the flow rate

For example, the Feentor  ZTS-ZTA40-ZTD100 achieves high output pressure and flow rate by increasing the inlet pressure. In addition, the choice of flow rate is also related to the function of the pump. The flow rate of a single acting pump is generally lower than that of a double acting pump (under the same pressure increase ratio). The higher the pressure increase ratio, the smaller the output flow rate, and vice versa;

That's all for the selection of gas booster pump flow rate. See you in the next issue. For more details, you can consult the official website of Taizhou Feentor  www.tz-fet.com

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