Selection of compressed air booster pump and how to adjust pressure

Selection of compressed air booster pump and how to adjust pressure

According to the domestic situation, most manufacturers control the compressed air pressure at 6 bar (energy-saving and emission reduction can save a lot of energy). However, some devices cannot operate with a compressed air pressure of 6 bar, so a compressed air booster pump is used to increase the local air pressure. But it is also necessary to choose the right model of compressed air booster pump to prevent energy waste. Below, the editor will provide a simple explanation on how to select and adjust the pressure.

Firstly, let's understand how to select a model? The selection is mainly based on the on-site working conditions and usage methods. If the on-site air source pressure is 5 bar and the pressure is 8 bar, then the boosting ratio can be selected first (2:1 air booster pump 5 × 2=10 bar can be selected, and there are more models available on the official website of Taizhou Feentor for reference). After selecting the boosting ratio, the flow rate of the booster pump should be selected based on the flow rate consumed by the on-site equipment (the flow rate of the double booster pump also varies, with ZTM02 air booster pump having a flow rate of 580L/min and ZTV02 air booster pump having a flow rate of 1200L/min). After selecting the model, it is necessary to check whether to choose accessories based on the on-site usage situation. For blowing and driving cylinders, air storage tanks and pressure reducing valves are required. Canned, air tightness testing with a single pump is sufficient.

Pressure regulation: The compression ratio of the compressed air booster pump is fixed, but the final pressure can also be adjusted. Pressure regulation can be divided into two ways. Drive pressure regulation, such as the ZTV02 double booster pump air amplifier, with an initial compressed air pressure of 6 bar and a usage pressure of 10 bar. A binary regulator can be installed at the drive inlet and the pressurized medium inlet to adjust the pressure to 5 bar, resulting in an output pressure of 10 bar. This method is suitable for applications such as canning and airtightness testing that only require pressure to be reached. High pressure depressurization is the process of storing pressurized gas with high usage pressure in a gas storage tank, and then reducing it to usage pressure through a pressure reducing valve. This method ensures stable pressure and is suitable for various working conditions.

To learn more details about compressed air booster pumps, please visit the official website of Taizhou Feentor Fluid Control Co., Ltd http://www.feienter.com Or contact our sales staff for consultation.

Compressed air booster pump

Compressed air boosting device