For gas-liquid booster pump equipment, many people have not seen it, but this type of equipment is very common in our daily lives. The equipment operation is simple and reliable, as long as the basic operating procedures and precautions are followed, there will be no hidden dangers. In order to make more people understand, let's start with the problem, such as the requirements for the air source of the gas-liquid booster pump.
Generally speaking, pneumatic liquid booster pumps have neither high nor low requirements for air sources. The requirement is clean and dry compressed air filtered, weighing 4-7 kg, which should not be too large or too small. When using gas-liquid booster pump products, in order to ensure that the air source can meet these requirements, the following treatment can be done for reference only: the automatic drainage three-point combination can be selected to achieve better air quality. If the air pressure is unstable, an air storage tank can be installed to achieve a more stable air supply pressure. Regularly check whether the lubricating oil in the pneumatic triple oil cup is sufficient. Regularly administer three point combined drainage treatment, etc.
If the air source is not good (such as water vapor, oil gas, dust, etc.), long-term use of the product will cause unnecessary impact on the internal parts of the product, reducing its comprehensive service life. This is something that everyone must pay attention to. There are many precautions to note, such as: before use, it is recommended to install an oil water separator at the inlet of the driving air source, and frequently drain the water from the water cup; After each use of the gas-liquid booster pump, the relevant gas must be discharged; Regularly inspect the gas booster pump to maintain the integrity of the parts.
In addition, it is necessary to conduct inspections and maintenance before and after use to prevent equipment malfunctions. For example, if the pump suddenly stops working, it is necessary to find the cause. The operation method can include checking whether the driving air source is open and whether the driving pressure meets the requirements; Check if the air circuit of the cylinder head is smooth; Check if the air circuit of the directional valve is smooth; Check if the pinhole at the reversing valve end has become a normal through-hole; Check the high-pressure chamber of the directional valve for leaks.
What are the requirements for air source for gas-liquid booster pumps? The relevant requirements are still quite strict and require more attention.