四维增压泵（气体增压泵，气液增压泵，空气增压泵）有七个重要工作参数决定了1. 小的出口压力2. 流量3. 被压缩气体4. 可用气体驱动压力为多大？ 5. 可用气体体积为多少?6. 被压缩介质是什么？7. 用于什么地方
Four-dimensional booster pumps (gas booster pumps, gas-liquid booster pumps, air booster pumps) have seven important operating parameters that determine 1. Minimum outlet pressure 2. Flow 3. Compressed gas 4. What is the available gas driving pressure? 5. what is the volume of usable gas? 6. what is the compressed medium? 7. where is it used?
特定应用选择合适增压泵，首先要确定哪一系列的气体增压泵可以满足流量的需求。
To select the right booster pump for a specific application, the first step is to determine which series of gas booster pumps can meet the flow requirements.
本文提供的流量对压力曲线确定。应用的可能比例通过用空气压力和流量检验气体增压泵及气液增压泵，空气增压泵，工作数据来确定。增压泵产生压力的能力是驱动压力、理想增压比和较大压缩比的函数。产生
The flow rate provided in this paper determines the pressure curve. The possible proportion of the application is determined by testing the air pressure and flow rate of the gas booster pump and the gas-liquid booster pump, the air booster pump, and the working data. The capacity of the booster pump to generate pressure is a function of driving pressure, ideal supercharging ratio and maximum compression ratio. produce
流量的能力是可用空气流量、泵每一循环的排量和泵容积效率的函数。对每一系列的气动气体增压泵都是
The capacity of flow is a function of air flow, pump displacement and pump volume efficiency. For every series of pneumatic gas booster pumps,
由常用材料制造。对于那些涉及到腐蚀性气体的应用，可以更换部分材料。
Made of commonly used materials. For those applications involving corrosive gases, some materials can be replaced.
单作用单级系列
Single action single level series
增压泵为小零件的测试或其它类似应用提供了增压的经济解决方案，这些应用中增压容器的体积都非常小，而且效率要求不高。此系列气动气体增压泵可以通过使用便宜的气动压力控制设备来控制实际较大输出压力。气体增压泵较大输出压力等于驱动空气压力与气动气体增压泵活塞大、小面积之比的乘积。双作用单级系列气体增压泵不仅使泵的排量增大了一倍，而且所消耗的驱动空气也减少了，这是因为输入气体的压力本身提供了所需驱动力的一部分。此系列气体增压泵为实现低、中压缩比下压大流量气体提供了有效的解决方案。泵较大输出压力等于驱动面积比乘以驱动空气压力后，再加上输入气体压力。
Booster pumps provide an economical boost solution for testing small parts or other similar applications where the volume of the booster container is very small and the efficiency requirements are not high. This series of pneumatic gas booster pumps can control the actual maximum output pressure by using inexpensive pneumatic pressure control equipment. The maximum output pressure of the gas booster pump is equal to the product of the driving air pressure and the ratio of the large and small area of the piston of the pneumatic gas booster pump. The double-acting single-stage series gas booster pump not only doubles the pump's displacement, but also reduces the amount of driving air consumed, because the pressure of the input gas itself provides part of the required driving force. This series of gas booster pumps provide an effective solution to achieve low, medium compression ratio and large flow rate of gas. The maximum output pressure of the pump is equal to the ratio of the driving area multiplied by the driving air pressure, plus the input gas pressure.
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