The stator and circuit board of the home thermal water circulation pump motor are seized and completely isolated from the rotor, which solves the leakage problem caused by the long -term diving of the motor DC pump, which can be installed underwater and completely waterproof.
Is the household hot water circulating pump easy to use?
Is the household thermal water circulation pump easy to use? The home thermal water circulating pump has the characteristics of comfort, fullness, stability, water saving, power saving, solar terms and so on. It is a must -have product for modern home life.The general home thermal water circulation pump is controlled by two ways: temperature and time to control water temperature. The setting time can be made to ensure that it will not waste energy because people are not at home.When the system water temperature is lower than the set temperature, the circulation pump begins to circulate to ensure that the water of the system always maintains a constant set temperature in the set water time.In general, it is pretty good.
Household hot water circulating pump price
The price of household thermal water circulation pump is several hundred yuan, and high-end ones ranging from 1,000-5000 yuan.
Principles of Household Hot Water Circulation Pump
Working principleless DC magnetic driver pump Magnet and impeller injection forming into a rotor to form a motor. There is a shaft sleeve in the middle of the rotor. It is fixed in the shell through the high -performance ceramic axis.Oxygen resin glue is seized in the pump body. There is a layer of thin -wall isolation between the stator and the rotor. It is not equipped with a traditional mechanical axis, so it is completely sealed.The torque of the motor is to operate the permanent magnet magnet (rotor) after the coil on the silicon steel sheet (stator) is powered on.The magnetic part of N (N is an occasional) grade to make the magnetic part of the magnetic part of the magnetic part.When the magnetic pole generated by the stator coil is the opposite pole of the magnetic pole of the magnet, that is, the displacement angle of the two magnetic poles φ = 0 at this time, the magnetic energy of the magnetic system is the lowest; when the magnetic pole turns to the same pole, that is, the displacement between the two magnetic polesCorner φ = 2π/n, the magnetic energy of the magnetic system is the largest at this time.

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