What is the reason for the heating of gas booster pump in use?
1、受压的压缩空气中含有水,打入水中会形成更大的阻力,在活塞环和驱动缸之间,再加上快速的往复摩擦会导致气动驱动的压缩气体增压泵升温。
1. The compressed air contains water, which will form greater resistance when it is pumped into the water. Between the piston ring and the driving cylinder, plus rapid reciprocating friction, will cause the temperature rise of the pneumatic driven compressed gas booster pump.
2. 驱动油缸进入硬杂质,杂质与油缸之间的反复摩擦也会产生热量,划伤油缸。
2. When the driving oil cylinder enters the hard impurities, the repeated friction between the impurities and the oil cylinder will generate heat and scratch the oil cylinder.
3.受压的气体没有压力。当受压介质没有压力时,就会形成干磨。
3. The compressed gas has no pressure. When the pressure medium has no pressure, dry grinding will be formed.
4、增压介质原本是高温介质,气动气动驱动压缩气体增压泵具有冷却功能,但冷却功能也是增压气体流量和驱动消耗两个方面。被增压的介质温度过高也会影响增压泵的温升。
4. The supercharging medium was originally high temperature medium, and the pneumatic driven compressed gas booster pump has the cooling function, but the cooling function is also the two aspects of supercharged gas flow and driving consumption. The high temperature of the pressurized medium will also affect the temperature rise of the booster pump.
以上是气体增压泵的相关内容,开云在线官方对您有所帮助。
The above is related to the gas booster pump, I hope it can help you.