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The application of high-voltage motors in daily life cannot be underestimated. During use, it is quite common for high-voltage motors to reverse direction. In certain situations, this reversal can be beneficial for operation, but this is only possible if the correct method for reversing the direction is used: 1. Swap the ends of the main or auxiliary windings of the high-voltage motor with those of the power supply wires. Swapping the ends of either winding results in a reversal of the phase of the magnetic field generated by that winding, that is, a change of 180° in phase. If originally the magnetic field led the other winding by 90°, after the rewiring it will lag behind by 90°. As analyzed from the mechanism of rotation of magnetic fields in two phases, the direction of rotation of the magnetic field will change, and consequently the direction of rotation of the rotor of the high-voltage motor will also change. https://www.zuolidianji.com/uploads/ueditor/20200730/1-200I011040c19.png 2. Connect the capacitor from one winding to another, thereby changing the nature of that winding’s circuit from capacitive to inductive. The current flowing through the winding also changes from leading by 90° to lagging by 90°, and the direction of the rotating magnetic field changes as well. To enable high-voltage motors to perform as expected, it’s important that they don’t reverse direction frequently; those who encounter this issue are surely very troubled. By using the methods mentioned above, high-voltage motors can certainly bring more convenience to us. https://www.zuolidianji.com