Air Booster Pump
Air booster pump can be used in the original air pressure system to improve the pressure of the operating environment, the air pressure of the operating system can be increased to 2-5 times, only the compressed air in the operating system can be used as a gas source. The pump is suitable for single gas source pressurization. No power supply (can be used in explosion-proof areas). Within the pressure range of the pump, adjust the conditioning valve and then adjust the intake pressure, and the output hydraulic pressure can be adjusted indefinitely accordingly.
Operating Principle of Pneumatic Booster Pump
The working principle of the gas-liquid booster pump is similar to that of the pressure booster, which exerts a very low pressure on the large diameter air-driven piston. When this pressure acts on a small area piston, a high pressure occurs. Through a two-position five-ventilation controlled reversing valve, the booster pump can finish the continuous operation.
Is it possible for the air booster pump system to operate in the same way as the air compressor?
For a factory to operate smoothly, a two-pneumatic booster pump system is indispensable. Now many factories need to provide air source to finish the operation of the equipment, and the price of these pneumatic air booster pump system equipment is not cheap, so many customers will ask the question of the life of the air booster pump or air booster system, can it work continuously for a long time? Will long-term full-load operation of pneumatic turbocharging system affect life? What is the impact of pneumatic air booster pump system, such as the same continuous operation of air compressor, etc?
Temperature Reduction of Air Booster Pump System
Long-term continuous operation of air supercharging equipment will cause the temperature in the pump body to rise. When the heat resistance level in the supercharging pump exceeds, its function will deteriorate. When using air-driven booster equipment, it can work continuously only by keeping the surface temperature of the booster pump shell at the appropriate temperature.
So, what can be done to reduce the temperature of the pneumatic air booster pump system?
1. Use pneumatic equipment in strict compliance with product operation instructions
2. The pneumatic booster pump should rest for half an hour after 3 hours operation.
3. Triple unit filtration of water vapor
4. Lubricate the reversing valve
5. Equipment should be placed in a place where ventilation, ventilation and heat dissipation are convenient.
Therefore, the pneumatic booster pump system can be operated in the same way as the air compressor, but it may have a little impact on the life of the pneumatic booster pump. Just pay attention to the temperature of the pump body when you use it. When the temperature is lowered, the continuous operation of the pneumatic air booster pump system can be ended.