The separation of the nitrogen compression chamber and the air driving chamber in the nitrogen booster pump is realized by three-stage dynamic sealing device. The part between the two rooms communicates with the air. The scheme ensures that the compressed nitrogen is not polluted by the driving gas. The nitrogen supercharger makes full use of the significant cooling of the driving gas after work.

　　排出的低温驱动气体作为冷却剂进入增压器自己的冷却u形管，u形管用来冷却高压输出气体和增压泵的钢套。这不仅保证了高压输出气体接近增压装置6℃的温度，而且避免了电制冷的刺耳噪音。

　　The discharged low-temperature driving gas enters the supercharger's own cooling U-tube as the coolant, which is used to cool the high-pressure output gas and the booster pump's steel sleeve. This not only ensures that the high-pressure output gas is close to the temperature of 6 ℃ of the supercharger, but also avoids the harsh noise of the electric refrigeration.

　　氮气助力器驱动部分:调节氮气驱动时，泵可靠工作温标为-15℃~ +65℃。但当供气露点小于-55℃时，泵的固体工作温标为-35℃至+65℃的氮气压缩部分:低温一般对氮气增压器压缩部分的规格零件和密封工作没有影响。

　　Driving part of nitrogen booster: when adjusting the nitrogen driving, the reliable working temperature of the pump is - 15 ℃ ~ + 65 ℃. However, when the dew point of air supply is less than - 55 ℃, the solid working temperature of the pump is the nitrogen compression part of - 35 ℃ to + 65 ℃: low temperature generally has no effect on the specification parts and sealing work of the compression part of the nitrogen supercharger.

　　收缩时产生的热量有助于抵消寒冷。这部分的均匀可用温度是115℃(240?F).由于氮气加压系统配有开云在线官方度烘干机，故气封试验站温度35℃，湿度95-98%，高压气体出口露点小于-65℃。

　　The heat generated when shrinking helps to counteract the cold. The maximum uniform usable temperature of this part is 115 ℃ (240? F). Since the nitrogen pressurization system is equipped with high-precision dryer, the temperature of the gas seal test station is 35 ℃, the humidity is 95-98%, and the dew point of the high-pressure gas outlet is less than - 65 ℃.

　　以上是气液增压泵厂家为大家介绍的相关内容，想要了解更多内容，欢迎访问网站：//keonnected.comThe above is the relevant content introduced by the gas-liquid booster pump manufacturer. For more information, please visit the website: //keonnected.com