气体动力单元是利用压缩空气作为动力，对空气、氧气、氮气、氩气、氦气等进行增压，增压比有2：1和5：1两种(即可对被增压介质进行两倍或五倍的增压)。该装置是一个独立的增压单元，串联在被增压管路中。具有增压速度快，使用寿命长，压力稳定，流量大，操作简单，维护方便，使用安全等特点。

The gas power unit uses compressed air as a power to pressurize air, oxygen, nitrogen, argon, helium and so on. It has two kinds of supercharging ratio: 2:1 and 5:1, which can boost two times or five times the pressurized medium. The device is an independent turbocharging unit, which is connected in a pressurized pipeline. It has the characteristics of fast charging speed, long service life, stable pressure, large flow, simple operation, convenient maintenance, safe use and so on.

1、可用于不同的气体增压

1. It can be used for different gas turbocharging

对于氮气、氧气、氩气、氦气、二氧化碳气等，该机器将分别采用不同的增压器和特殊的管路、元件，如选用的增压器驱动腔与增压腔之间有隔离腔，可防止被增压气体和压缩空气混合，避免被增压气体遭受污染。

For nitrogen, oxygen, argon, helium, carbon dioxide gas, the machine will use different turbocharger and special pipeline components, such as the supercharger selected driving isolating chamber is between the cavity and the pressure cavity, can prevent the pressurized gas and compressed air mixture, avoid being pressurized gas contamination.

2、压力稳定、脉冲小

2. The pressure is stable and the pulse is small.

与传统气体增压器相比，该气体动力单元产生的脉冲小，有稳定的压力输出，且输出压力值可通过附加的减压阀调节至工作场合所允许的压力范围内。

Compared with traditional gas booster, the gas generating unit has small pulse and stable pressure output, and the output pressure value can be adjusted to the allowable pressure range through the additional pressure reducing valve.

3、噪声低、投入成本低、节约能源

3, low noise, low cost, energy saving

与高压空压机系统和高压压缩机比较，该机噪声低、投入成本低，当达到所设定压力时，无额外能量消耗，所以其耗能量小，节约能源。

Compared with high pressure air compressor system and high pressure compressor, the machine has low noise and low input cost. When it reaches the set pressure, it has no extra energy consumption, so its energy consumption is small, and energy saving is achieved.

4、便于安装、使用

4. Easy to install and use

该气体动力单元全气动控制，连接上驱动气入口，被增压气体入口，增压后的气体出口即可工作；调节驱动气源压力即可无级调整被增压气体的压力。

The pneumatic control unit of the gas power unit is connected with the upper driving gas inlet, and is operated by the outlet of the pressurized gas and the gas outlet after pressurization. The pressure of the pressurized gas can be stepless adjusted by adjusting the driving gas source pressure.