The gas booster pump works like a pressure booster, applying a very low pressure to a large diameter pneumatic piston. When this pressure acts on a small area of the piston, a high pressure is generated. The booster pump can be operated continuously by a two position, five gas controlled reversing valve.

　　1.高铝合金外观，设计;

　　1. High aluminum alloy appearance, exclusive design;2.空气增压泵可不同型号2倍增压至100倍增压完全没有问题;三、采用优质铝合金和不锈钢材料，防止泵体出现开裂安全问题。

　　2. The air booster pump can be 2 times pressurized to 100 times pressurized in different models without any problem; 3. High quality aluminum alloy and stainless steel materials are used to prevent the pump body from cracking.

　　空气增压设备长期连续运行会导致泵体温度升高，当超过增压泵的额定热功率时，会使其性能恶化。当使用气体驱动空气增压设备时，只要泵体壳体表面温度保持在适当的温度，即可继续运行。

　　Continuous operation of air supercharging equipment for a long time will cause the temperature of the pump body to rise, and when the rated thermal power of the booster pump is exceeded, its performance will deteriorate. When using air driven supercharging equipment, as long as the surface temperature of the pump body shell is maintained at a proper temperature, it can continue to operate.

　　那么，如何降低气动空气增压系统的温度呢?

　　So, how to reduce the temperature of the air supercharging system?

　　1. 严格按照鑫诺产品使用说明使用气动设备

　　1. Use pneumatic equipment in strict accordance with Xinnuo product instructions2、运行3小时左右应让气动增压泵休息半小时左右3.三重滤网过滤水蒸气4. 润滑换向阀5. 设备应放置在通风、散热方便的地方2. Let the pneumatic booster pump rest for about half an hour after 3 hours of operation. 3. Filter the water vapor through triple filter screen. 4. Lubricate the reversing valve. 5. Place the equipment in a place convenient for ventilation and heat dissipation因此，气体增压泵系统可以像空压机一样连续运行，但可能对气动增压泵的寿命有一点影响。只要注意泵体的温度，及时冷却，就可以实现气动增压泵系统的连续运行。

　　Therefore, the gas booster pump system can operate continuously like the air compressor, but it may have a little influence on the service life of the pneumatic booster pump. As long as we pay attention to the temperature of the pump body and cool it in time, we can realize the continuous operation of the pneumatic booster pump system.