Frequently asked questions about gas booster pumps, making you no longer unfamiliar with gas booster pumps!

Frequently asked questions about gas booster pumps, making you no longer unfamiliar with gas booster pumps!

Question 1: Does the gas booster pump have explosion-proof function? Can it be used in dangerous places such as coal mines?

Answer: Pneumatic gas booster pump is a gas driven gas booster pump. The driving gas source for this product is compressed air or other gases, and the driving pressure range is generally 3-8 bar. So gas booster pumps are usually piston pumps, and there is no electric spark in the booster pump during operation. When the pump output pressure is proportional to the driving air pressure during the boosting process, it no longer works. This product is an explosion-proof product and is commonly used in most explosion-proof situations.

Question 2: What should be noted when selecting a gas booster pump?

Answer: It is necessary to understand one's current initial pressure and the medium being pressurized, as well as how much pressure needs to be pressurized. What is the pressure of the driving gas source on site? What is the purpose of the boosted pressure. Also, when selecting, be sure to leave some margin.

Question 3: How to determine and eliminate any situations encountered during the use of a gas booster pump?

1. (Booster pump) does not work

a. Check if the driving air source is turned on and if the driving pressure meets the requirements

b. Check if the cylinder head air path of the booster pump is unobstructed

c. Check if the gas path of the reversing valve of the booster pump is unobstructed

2. The action of the booster pump suddenly accelerates, and the driving piston changes direction before reaching the end

a. Check if the pin hole at the reversing valve end of the booster pump has become a regular hole

b. Check if there is any leakage in the high-pressure chamber of the reversing valve of the booster pump

c. Check if there is any leakage in the control pipe of the booster pump

3. The booster pump operates slowly, and the system's pressure rise is much slower than usual

a. Check if the system drive air path is obstructed

b. Check if the control air passage is obstructed

c. Check if the pinhole is obstructed

d. Check if the seal of the drive piston leaks

4. After reaching the set pressure or holding pressure for a period of time, the pump will not stop

a. Check if there is any leakage in the system control air passage, mainly checking the booster pump firing pin

Sealing of directional valve core

b. Check if the seal of the one-way valve at the outlet of the booster pump is damaged

c. Check if the high-voltage seal is damaged

5. The system does not apply pressure

a. Sealing leakage of the inlet one-way valve of the booster pump

b. The high-pressure liquid seal is damaged, and in this case, liquid will be sprayed out from the muffler

6. The system does not maintain pressure

Check if the seal of the one-way valve at the outlet is damaged

Question 4: What is the difference between a gas booster pump and a gas booster system?

The difference between a gas booster pump and a booster system is that one is the power component, and the other is the system device. The system adds some valves, cabinets, pipelines, pressure gauges, etc. on top of the Fuente pump to create an integrated control system, making the gas booster pump more convenient to use.

Gas pressurization equipmentHigh pressure gas booster pump