In the previous research, we have an article "working principle of gas-liquid booster pump". We have a simple understanding of the working principle of gas-liquid booster pump. It is specially used to adjust the input pressure and output pressure. The hydraulic tester plays a very important role in the hydraulic test, which is worth learning more knowledge. Therefore, the following is a small compilation to describe its workflow.

　　将将液体增压泵充满液体,然后启动离心泵,叶轮高速旋转,叶轮叶片驱动液体,液体依靠旋转惯性的流叶轮外缘,同时从吸入腔叶轮吸入液体,在这个过程中,叶轮叶片的流体流动,在液体绕流升力叶片,进而叶子与电梯大小相等,方向相反的力量用于液体,通过流体动力的作用，获得能量，形成液体叶轮，从而增加液体的动能和压力。

　　First, the liquid booster pump will be filled with liquid, and then the centrifugal pump will be started. The impeller rotates at a high speed, and the impeller blade drives the liquid. The liquid will flow on the outer edge of the impeller depending on the rotating inertia, and at the same time, the liquid will be sucked in from the impeller of the suction chamber. In this process, the fluid of the impeller blade flows around the flow lift blade, and then the size of the leaf is equal to that of the elevator. The opposite force is used for the liquid through the hydrodynamic force It can obtain energy and form a liquid impeller to increase the kinetic energy and pressure of the liquid.

　　一个低的压力是适用于大直径气动活塞，它，当适用于一个小面积的活塞，产生一个高压。增压泵可以通过双位置、五气控制的换向阀连续运行。

　　A very low pressure is applied to a large diameter pneumatic piston, which, when applied to a small area of the piston, produces a high pressure. The booster pump can be operated continuously by a two position, five gas controlled reversing valve.

　　由单向阀控制的高压柱塞连续排出液体。增压泵出口压力与空气驱动压力有关。当驱动部分与输出液体部分之间的压力达到平衡时，增压泵将停止运行，不再消耗空气。当输出压力下降或气动压力增加时，增压泵自动启动，直到再次达到压力平衡。

　　High pressure plunger controlled by one-way valve continuously discharges liquid. The outlet pressure of booster pump is related to the air drive pressure. When the pressure between the driving part and the output liquid part reaches a balance, the booster pump will stop running and no longer consume air. When the output pressure drops or the pneumatic pressure increases, the booster pump starts automatically until the pressure balance is reached again.

　　以上是气液增压泵工作过程描述,及其操作步骤,相信我们可以帮助你调节正确的使用它,让它可以不仅可以起到良好的辅助效果在水压试验机,还可以充分利用它在其他领域的增压值,为企业带来更多的经济效益。

　　The above is the working process description and operation steps of the gas-liquid booster pump. I believe we can help you adjust and use it correctly, so that it can not only play a good auxiliary effect in the hydraulic test machine, but also make full use of its boost value in other fields, bringing more economic benefits to the enterprise.