HIGH-PRESSURE MAGNETIC PUMP WITH SELF-COOLING

The present disclosure relates to the field of magnetic pump technologies, and more particularly discloses a high-pressure magnetic pump with self-cooling, including a pump body, a pump cover mounted at a right side of the pump body, an air-cooled assembly, and an isolating assembly. A connecting shell is mounted at a right side of the pump cover. A motor is mounted at a right side of the connecting shell. The motor, the connecting shell, and the pump body are all mounted on a bottom plate via a bracket. A water inlet on a left side of the pump body is fixedly communicated with a water guiding pipe. A temperature detector is mounted on a top of the water pipe. With the air-cooled assembly arranged on an inner side of the pump cover and the water-cooled assembly arranged in the isolating assembly, the high-pressure magnetic pump can select different cooling methods according to a temperature of a medium. In addition, a pump shaft is air-cooled at a fixed-point and a magnetic drive is water-cooled so that the magnetic pump is cooled down a heating part. In addition, the air-cooled assembly and water-cooled assembly are controlled by a PLC controller so that the magnetic pump is more intelligent without manual operation.