气液增压泵是以压缩空气为动力，基于面积差原理,使液压油按固定增压比连续输出并用来驱动液压执行器工作的一种泵产品。气液增压泵与普通液压站相比如何？
The gas-liquid booster pump is a pump product driven by compressed air and based on the principle of area difference, which makes the hydraulic oil continuously output at a fixed pressure ratio and is used to drive the hydraulic actuator to work. How does gas-liquid booster pump compare with ordinary hydraulic station?
气液增压泵与普通液压站相比:
Compared with ordinary hydraulic station, gas-liquid booster pump:
1.由于可较长时间保压，不额外消耗能源，故节省能源。
1. Because it can maintain pressure for a long time without additional energy consumption, it can save energy.
2无油温升高，故适合夏季及闷热无通风场合使用。
2 There is no oil temperature rise, so it is suitable for use in summer and in hot and ventilated places.
3.气液增压泵不需要电源，所以适合在无电源场合。
3. The gas-liquid booster pump does not need power supply, so it is suitable for occasions without power supply.
4.体积小配置灵活，可以自带油箱，也可以安装在机床上，利用床身的空间，节省生产面积。
4. It is small in size and flexible in configuration. It can be equipped with oil tank or installed on the machine tool. It can use the space of the bed to save production area.
5.对环境不造成污染。
5. No pollution to the environment.
气液增压泵与增压缸相比:
Compared with booster cylinder, gas-liquid booster pump:
由于气液增压泵可自动连续供油，故没有增压缸行程限制出油里的问题。
Since the pneumatic-hydraulic booster pump can supply oil automatically and continuously, there is no problem that the stroke of the booster cylinder limits the oil outlet.
气液泵自动循环工作。在压缩空气接通初期，它做为普通液体输送泵，此时循环速度快，输出液体流童大。随着输出压力的逐渐提高，活塞承受的阻力也越来越大，泵的循环速度也越来越慢。
The gas-liquid pump automatically circulates. At the initial stage of connecting compressed air, it is used as a common liquid delivery pump. At this time, the circulation speed is fast and the output liquid flow is large. With the gradual increase of the output pressure, the resistance of the piston is also increasing, and the circulation speed of the pump is also becoming slower and slower.
当输出压力的反作用力与气动驱动力达到平衡时，泵将自动停下来。这时泵处于保压状态而不消耗任何能里，因此它提供了一个经济的动力源。
When the reaction force of the output pressure is balanced with the pneumatic driving force, the pump will stop automatically. At this time, the pump is in the pressure maintaining state without consuming any energy, so it provides an economic power source.
When the output pressure decreases due to leakage or other reasons, or when the air supply pressure increases, the pump will start immediately, which is due to the low friction resistance of the pump itself and ensures the reliability of the output pressure. Come to our website for more relevant content http://www.feileisi.com consulting service
