气体增压泵在工业领域可用于机床卡盘的卡紧，蓄能器充气，高压瓶充气，降低压气体转换成高压气体等。凡是气源压力不够高，无论是机械或测试装置，均可采用增压泵。那么气体增压泵在压力范围内可达到什么效果？
The gas booster pump can be used in the industrial field to clamp the chuck of machine tools, inflate the accumulator, inflate the high-pressure bottle, and convert the pressure reducing gas into high-pressure gas. Booster pump can be used for any air source with insufficient pressure, whether mechanical or testing device. What effect can the gas booster pump achieve within the pressure range?
在泵的压力范围内，调节调节阀从而调节进气压力，输出液压相应相应得到无调整。氯气增压泵氯气增压泵工作压力范围大，选用不同型号的泵可获得不同的压力区域，调节输入气压输出气压相应得到调整。
Within the pressure range of the pump, adjust the regulating valve to adjust the inlet pressure, and the output hydraulic pressure is correspondingly adjusted. Chlorine booster pump The working pressure range of chlorine booster pump is large. Different types of pumps can be selected to obtain different pressure areas. The input and output air pressure can be adjusted accordingly.
可达到高的压力，气体90Mpa。流量范围广，对所有型号泵仅0。1Kg气压就能平稳工作，此时获得小的流量，调节进气量后可得到不同的流量。易于控制，从简单的手动控制到完全的自动控制均可满足要求。
It can reach a high pressure of 90Mpa. Wide flow range, only 0 for all types of pumps. The air pressure of 1Kg can work stably. At this time, a small flow can be obtained, and different flows can be obtained after adjusting the intake air volume. Easy to control, from simple manual control to complete automatic control can meet the requirements.
自动重新启动，无论何种原因造成保压回路压力下降，将自动重新启动，补充泄漏压力，保持回路压力恒定。
Automatic restart. No matter what causes the pressure drop of the pressure maintaining circuit, it will automatically restart to supplement the leakage pressure and keep the circuit pressure constant.
操作安全，采用气体驱动，无电弧及火花，可在危险场合使用。工作原理编辑本段先将增压泵内充满液体，然后启动离心泵，叶轮快速转动，叶轮的叶片驱使液体转动，液体转动时依靠惯性向叶轮外缘流去，同时叶轮从吸入室吸进液体。
Safe operation, gas driven, no arc and spark, can be used in dangerous places. In this section, first fill the booster pump with liquid, and then start the centrifugal pump. The impeller rotates rapidly. The blade of the impeller drives the liquid to rotate. When the liquid rotates, it flows to the outer edge of the impeller by inertia. At the same time, the impeller sucks liquid from the suction chamber.
在这一过程中，叶轮中的液体绕流叶片，在绕流运动中液体作用一升力于叶片，反过来叶片以一个与此升力大小相等、方向相反的力作用于液体，这个力对液体做功，使液体得到能量而流出叶轮，这时液体的动能与压能均增大。
In this process, the liquid in the impeller flows around the blade. During the flow around movement, the liquid acts a lift on the blade. In turn, the blade acts on the liquid with a force equal to this lift and in the opposite direction. This force works on the liquid, making the liquid get energy and flow out of the impeller. At this time, the kinetic energy and pressure energy of the liquid increase.
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