Liquid Ring Vacuum Pump for Industrial Vacuum Systems
Liquid Ring Vacuum Pump from Shanghai Gaotian is built for stable transfer of oil asphalt thermal fluid lubricant and other medium to high viscosity liquids. The pump selection focuses on stable flow reliable sealing practical installation and service support for export projects. It is suitable for fuel oil transfer thermal oil circulation asphalt handling lubricant delivery and industrial process pumping where buyers need consistent performance clear model matching and dependable after sales communication from a pump manufacturer.
Liquid Ring Vacuum Pump for Industrial Vacuum Systems Applications and Related Pump Solutions
Liquid ring vacuum pump details
The liquid ring vacuum pump is an upgraded product developed based on the traditional water ring vacuum pump in China. It adopts a coaxial direct-coupled design, with high reliability, easy installation and maintenance, and 30% smaller volume compared to traditional vacuum pumps. It operates smoothly, with noise lower than 62 decibels, and has self-priming capability, making it easy to operate. Its oil-free design makes it essentially maintenance-free, and the use of mechanical seals eliminates leaks. The pump is equipped with a gas-water separator, and 50% of the working fluid can be recycled, reducing pollution and operating costs. The pump uses a bronze impeller, improving its corrosion resistance.
According to user requirements, the pump can operate normally in harsh environments when made of stainless steel material. Therefore, it is widely used in industries such as chemical, medical, food, paper, and steel.
The working principle of a liquid ring vacuum pump
A suitable amount of working fluid is installed in the pump body. When the impeller rotates clockwise, the working fluid is thrown to the periphery by the impeller. Due to the centrifugal force, the liquid forms an approximately uniform thickness closed ring that is determined by the shape of the pump cavity. The upper inner surface of the liquid ring is tangent to the hub of the impeller, and the lower inner surface of the liquid ring just contacts the top of the blades. At this point, the impeller is installed with an eccentricity, forming a crescent-shaped space between the impeller and the liquid ring. This space is divided into several small chambers equal to the number of blades by the impeller. If the upper part of the impeller is taken as the starting point (0 degrees), then when the impeller rotates to 180 degrees, the volume of the small chambers increases from small to large and communicates with the suction port on the end face. At this time, gas is sucked in. When the suction is completed, the small chambers are isolated from the suction port. When the impeller continues to rotate, the small chambers decrease in volume, compressing the gas. When the small chambers communicate with the discharge port, the gas is discharged from the pump.
In summary, the liquid ring pump achieves suction, compression, and discharge by changing the volume of the pump cavity, making it a displacement vacuum pump.
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