Application scope of pneumatic air booster pump system

    Application scope of pneumatic air booster pump system


    We often encounter the problem of insufficient air pressure in factories or laboratories, such as insufficient pressure in the cylinder of the robotic arm causing the stroke to not be in place or the work to be slow. When testing the top needle mold, it is found that the valve needle cannot be completely reset, resulting in the gate that was originally required to be concave but protruding, but the mold resets normally when it is idle. This is due to insufficient air pressure. There are only two ways to solve the problem of insufficient air pressure: replacing the high-pressure air compressor or increasing the pressure again on the original air source. The first method is not described in detail, and the second method is to use a pneumatic booster pump to increase the original pressure to the operating pressure.

    The pneumatic air booster pump system can be divided into high flow and low flow, high pressure and low pressure. The pneumatic air booster pump system can be selected according to the on-site usage requirements (communicate with the sales engineer). The pneumatic air booster pump system is based on the air booster pump as the core, and is composed of pressure gauges, high-pressure pipelines, high-pressure valves, high-pressure air storage tanks, safety valves, pressure reducing valves, etc. (can be assembled according to the requirements of on-site use).


    Specific parameters of the pneumatic air booster pump system:


    1. Boosting range: 0-80MPa (0-800 kg).


    2. Flow range: 39-1600L/min.


    3. Function range: manual or automatic.


    4. Versions: manual version, PLC version, and computer version.


    The pressure range and flow range of the pneumatic air booster pump system can meet the needs of the vast majority of customers, and the rest is that customers can choose between automatic manual and various versions of the system for ease of use and aesthetics,


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