Centrifugal heat transfer oil pump plays an important role in use, according to a certain working principle to use, to ensure the display of good performance in the work. The working principle of the centrifugal heat-conducting oil pump is relatively simple, and the structure and components in the pump body can be used and worked with each other to ensure important functions and values ​​for display.

The centrifugal heat-conducting oil pump is produced and used according to a certain process, according to a certain working principle, to ensure that it plays an important role and value in use. The self-priming centrifugal heat transfer oil pump has unique structural features and structure. The impeller is installed in the pump casing and fastened on the pump shaft. The pump shaft is directly driven by the motor. The pump shaft and the impeller are used in cooperation with each other, and fully utilize their special features and characteristics in use. A liquid suction and suction pipe is connected at the center of the pump casing, and the liquid is transferred during use. The liquid enters the pump through the foot valve 6 and the suction tube. The liquid discharge port on the pump housing is connected to the discharge pipe. The opening and closing of the centrifugal heat-conducting oil pump needs to pay attention to a lot of matters and ensure that it is implemented and worked in accordance with certain methods during use. Before the centrifugal heat transfer oil pump is started, the pump casing is filled with the liquid to be delivered; after starting, after starting, the impeller is driven by the shaft to rotate at a high speed, and the liquid between the blades must also follow the rolling. Under the action of centrifugal force, the liquid is thrown from the center of the impeller to the outer edge and obtains energy, leaving the outer edge of the impeller at a high speed into the scroll casing.

The centrifugal oil-conducting oil pump relies on the action of the rotating impeller on the liquid to transfer the mechanical energy of the original idea to the liquid. Because of the action of the centrifugal heat transfer oil pump, both the velocity energy and the pressure energy are increased during the flow of the liquid from the inlet to the outlet of the impeller. The liquid discharged by the impeller passes through the extrusion chamber, and most of the speed can be converted into pressure energy, and then along the discharge pipeline. At the time of delivery, the inlet of the impeller forms a vacuum or a low pressure due to the discharge of liquid. The liquid in the suction pool is pressed into the inlet of the impeller under the action of the liquid surface pressure (atmospheric pressure), so the rotating impeller is continuous. Continuously inhale and discharge liquids.

Before the centrifugal heat transfer oil pump is used, it must be ensured that it is produced and used in accordance with a certain procedure, and good preparation work is performed for it to ensure that it fully exerts a good advantage in use and improves the use efficiency of the work. Before the centrifugal heat-conducting oil pump works, the pump is filled with liquid, and then the centrifugal heat-conducting oil pump is started, the impeller is rapidly rolled, the blades of the impeller drive the liquid to roll, and the liquid rolls to rely on the inertia to flow toward the outer edge of the impeller while the impeller sucks in from the suction chamber. Liquid, in this process, the liquid in the impeller flows around the vane, and the liquid acts on the vane during the flow movement. In turn, the vane acts on the liquid with a force equal to and equal to the lift force. This force is The liquid does work to make the liquid get energy out of the impeller, and both the kinetic energy and the pressure energy of the liquid increase. The working principle of the centrifugal heat-conducting oil pump is relatively simple and can be used according to a certain process and means to ensure maximum efficiency in the work.