What is the working principle of the vortex of industrial vacuum motors

The vortex working principle in industrial vacuum motors is a common and effective mechanism that produces a vacuum effect through the movement of a centrifugal fan.

Start-up phase: The vortex working principle begins with the start-up of the motor. When the motor starts, the motor drives the centrifugal fan to start rotating. This is usually achieved through the electric motor and mechanical structure inside the motor, ensuring that the fan can rotate quickly and stably.

Generation of centrifugal force: As the fan rotates, the centrifugal force generated becomes the power source to push the gas to move. Centrifugal force is the force exerted by a rotating object on the surrounding gas, causing the gas to move in a centrifugal direction. In industrial vacuum motors, centrifugal force is generated by the high-speed rotation of the centrifugal fan, which causes the surrounding gas to be pulled and flow in the direction of the fan's movement.

Inhalation of gas: Due to the centrifugal force, the surrounding air is quickly sucked into the motor. This is through the design of the motor so that the air inlet can effectively capture and guide the gas into the interior of the motor. At this stage, the structure of the motor ensures efficient operation of fluid dynamics to maximize the speed and amount of gas inhalation.

Vortex motion of gas: The gas entering the motor forms a vortex motion under the action of the centrifugal fan. This is done through the rotation of the fan and the design inside the motor, causing the gas to move around the center of the fan in a vortex. The swirling motion helps the gas create a low-pressure area inside the motor, thereby enhancing the vacuum effect.

Discharge of gas: Under the influence of vortex motion, the gas is pushed to the exhaust port of the motor. This is through the design inside the motor so that gas can be quickly and effectively eliminated from the inside of the motor. The location and shape of the exhaust port helps maintain gas flow and ensures the creation and maintenance of a vacuum effect.

Formation of vacuum state: Through this process, a vacuum state is formed inside the motor, that is, the pressure of the gas is reduced. This vacuum state can be used in various industrial applications such as adsorption, transportation, and packaging to ensure the smooth progress of the process.