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Regarding the issue of flow rate of the air booster pump
Let me explain to you why the flow rate of the same air booster pump varies so much in different usage environments, and what causes it? Perhaps some users have encountered why the same air booster pump has different effects when used on the same device? There are several issues involved here.
1： The larger flow rate of the air booster pump varies according to the pressure changes of the driving and pressurized air. The higher the pressure, the larger the flow rate will be. Taking the Taizhou Feentor ZTV02 as an example, with a driving and intake pressure of 6 bar and a flow rate of 1200 L/min, the flow rate will be nearly 1800 L/min if the driving and intake pressure increases to 8 bar. This is how pressure affects flow.
2： How to say that the required flow rate of the air booster pump has not been reached? Taking the Taizhou Feentor ZTV02 air booster pump as an example, when the driving and intake pressure is 6 bar, the gas consumption and the pressurized gas should be 2400L. If a diameter of 6 cm is used as the driving and pressurized gas delivery pipeline, even if the pressure meets the requirements but the consumption flow rate cannot be reached at the same time, it will still affect the flow rate after pressurization due to the inability to keep up with the consumption flow rate.
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