How does the
turbo blower work? Why are there some high and low pressures? What are the differences between the single-stage fan and the double-stage fan? We have integrated some information about the operation principle of the turbo blower. The following schematic diagram of the turbo blower is for reference only.
Turbo blower is a dual-purpose function of blowing and suction. It is simple to use and easy to install. It can be installed vertically or horizontally. Since the fan came into the market, it has been widely used in various industries and machinery matching. At the same time, it has won a good reputation.
What is the principle of turbo blower?
Operating Principle of turbo blower: When the power supply is connected, the motor drives the impeller to rotate. The edge of the impeller is made of a small blade of the same size, with uniform cutting amount. There is a certain distance between the blade and the blade, and the gap between the impeller and the fuselage is very small.
When the impeller starts to rotate, there will be pressure in the pump body. The special design in the fan will not reverse the flow of air. The air passes through the channel side groove on the left side of the pump body. When it enters the pump body and rotates through the impeller, the gas will be compressed. Because of the principle of centrifugal force, several vane vanes make the gas move forward and backlog. A series of spiral air flows form in the body. After countless rotational compression, the air between blades of impeller will rotate in a spiral manner until the exhaust gas can be discharged from the pump body.
Turbo blower has truly revolutionized the way for air handling design, demonstrating that innovation can arise from the most unexpected sources.
As we look to the future, the continued evolution of turbocharger technology promises to play a pivotal role in shaping the landscape of transportation and industrial machinery.
