Brief summary of the working principle of magnetic vortex pump

Main working principle: The main working part of the magnetic vortex water pump is the flow channel formed by the impeller and the pump body and the flow channel formed by the space between the impeller and the pump body and the pump cover. When the impeller of a magnetic vortex water pump rotates, the centrifugal force Fu of the moving medium in the impeller is greater than the centrifugal force Fe of the moving medium in the flow channel, and an annular rotating flow perpendicular to the bearing direction and directed to the longitudinal direction of the flow channel is generated between the two, which is generally called a longitudinal vortex. . Under the force of the longitudinal vortex, the same flow mode as a multi-stage centrifugal pump is produced, that is, the medium repeatedly enters the impeller and then flows out from the impeller during the entire process from suction to discharge. The medium flows into the impeller once, that is, once. Energy exchange. When the medium flows from the impeller to the flow channel, it mixes with the medium flowing in the flow channel. Because the speed of the two media is different, momentum exchange will occur during the mixing process, increasing the energy of the medium in the flow channel. The efficiency of the vortex pump is low due to the large impact loss when the liquid is mixed. When in a small flow condition, the moving speed of the medium in the flow channel will decrease, the force of the longitudinal vortex will increase, and the number of times the medium flows through the impeller increases, which increases the head of the magnetic vortex pump. When the flow is increased , The result will be the oppositeu003c/pu003e
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