很多客户反映说气体增压泵在用了一段时间之后，增压泵的气罐里总是会有水，以为是气罐有裂缝，从外面渗水进去，或是缸体内部损坏，直接漏水进到气罐内，但是气压又一直很稳定，机械设备运转时又没有问题.Many customers reported that after using the gas booster pump for a period of time, there will always be water in the gas tank of the booster pump. They think that there is a crack in the gas tank, water seeps in from the outside, or the cylinder is damaged, and water leaks directly into the gas tank, but the air pressure has been very stable, and there is no problem when the mechanical equipment is running. For this problem, ruituo Xiaobian will talk to you about what caused it.
首先气体增压泵是不会自动产生气体，它只是一款为了提高气体压力所研发出来的产品，所以必须是由外接低压气体设备进行驱动的，那这两者之间的连通肯定是通过管道来对接，而低压气体设备因为各种外在条件的原因，它在运行时可能会出现有水分，而这些水分就会随着气管进入到增压泵的气罐内，而这些水分是会随着输入气管进入到使用设备上的，如果想解决这个问题，必须要定期的检查前端的供气设备并清理，那气罐里有水分这个问题就可以完全解决啦。
First of all, the gas booster pump will not automatically generate gas. It is only a product developed to improve the gas pressure, so it must be driven by the external low-pressure gas equipment. The connection between the two must be connected through the pipeline. Due to various external conditions, the low-pressure gas equipment may have water during operation, and these water will enter the gas tank of the booster pump with the gas pipe, These moisture will enter the equipment with the input pipe. If you want to solve this problem, you must regularly check the front-end air supply equipment and clean it. The problem of moisture in the air tank can be completely solved.
大型空气增压系统：是指流量驱动在0.6MPa的情况下，而输出压力就是空压机的2倍，如果您车间输入压力是0.7MPa的话，那增压后的压力就可达到1.4MPA（2倍），在增压倍数增长的这种情况下，输出的压力会不太稳定，如果想要得到持续且稳定气压的话，那给您的建议就是再加装一个储气罐，这样就不担心气体压力会时大时小；
Large air pressurization system: when the flow is driven at 0.6MPa, and the output pressure is twice that of the air compressor. If the input pressure in your workshop is 0.7MPa, the pressurized pressure can reach 1.4mpa (twice). When the pressurization multiple increases, the output pressure will be unstable. If you want to obtain sustained and stable air pressure, your suggestion is to add an air storage tank, In this way, you don't worry about the increase and decrease of gas pressure;
电动增压泵与气动增压泵的不同在于：一款是靠压缩机气源直接来带动他工作，比较适合在工厂局部增压用；同时也可以用来检测产品或者用来带动一个气缸等等，电动的就是这个增压必须要靠接通电源来带动他进行气体增压，这种不太适合工厂使用，因为会增加一定的生产成本；
The difference between electric booster pump and pneumatic booster pump is that: one is driven by the air source of the compressor directly, which is more suitable for local pressurization in the factory; At the same time, it can also be used to detect products or drive a cylinder, etc. the electric booster must be powered on to drive it to pressurize the gas. This kind of booster is not suitable for factories, because it will increase a certain production cost;
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