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.

维护要点：要是维护不好的话，后期就会影响空气增压系统和气体增压系统的使用寿命，所以增压系统买回去后首先要注意现场使用环境有无太大的灰尘，有的话需要加装防尘罩，现场驱动气源有无水分，有的话同时还要再加干燥器和过滤器，

Key points of maintenance: if the maintenance is not good, the service life of the air pressurization system and gas pressurization system will be affected in the later stage. Therefore, after the pressurization system is bought back, first pay attention to whether there is too much dust in the on-site use environment. In some cases, it is necessary to install a dust cover, whether there is water in the on-site driving air source, and in some cases, it is also necessary to add a dryer and filter,

前期工作准备好后后期就剩保养了，需要定时给二连体加油和保持二连体内始终有油（一个月检查一次），定期给增压泵打扫尘土（增压泵有自吸功能，容易把灰尘吸进内部，从而导致高压封和缸筒刮伤），定时打开储气罐下面得排水阀排水（气流过大时气体会凝结水分），定期检查安全阀是否能正常使用和高压管路是否老化（1年一次）。有条件得话定期更换密封圈（2年一次）。

After the preliminary work is ready, there will be maintenance left in the later stage. It is necessary to regularly refuel the second connecting body and keep oil in the second connecting body (check it once a month), regularly clean the dust of the booster pump (the booster pump has self-priming function, which is easy to suck the dust into the interior, resulting in high-pressure seal and cylinder scratch), and regularly open the drain valve under the air tank for drainage (the gas will condense water when the air flow is too large), Regularly check whether the safety valve can be used normally and whether the high-pressure pipeline is aging (once a year). If possible, replace the sealing ring regularly (once every 2 years).

根据增压泵的出口压力选择好增压泵的型号后，接下来再核算我们选购的增压泵流量是否满       足现有设备系统的需求，举个例子：每冲程的排量×每分钟的动作频率（一般以40计）。比       如，气动液体增压泵10-4000W003，我们在泵表中查到它每冲程的排量是42.50ml，那么它       的流量Q=q×n=42.50ml×40=1700ml/min=1.7L/min，后将计算结果跟流量与系统需要的       流量比较，就可以知道您现在选择的这个增压泵是否能满足设备所需的气体压力要求。

After selecting the model of the booster pump according to the outlet pressure of the booster pump, we will check whether the flow of the booster pump we choose meets the needs of the existing equipment system, for example: the displacement per stroke × Action frequency per minute (generally calculated as 40). For example, for the pneumatic liquid booster pump 10-4000w003, we found in the pump table that its displacement per stroke is 42.50ml, so its flow Q = Q × n=42.50ml × 40 = 1700ml / min = 1.7l/min, then compare the calculated result with the flow required by the system, and you can know whether the booster pump you choose now can meet the gas pressure requirements required by the equipment.