Network optimization information:

Universal electromagnetic valve through the balanced three-phase alternating current, three-phase stator windings of the motor to produce a rotating magnetic field, the magnetic field will cut rotor winding, thus produce induced current in the rotor winding and (in the form of a closed channel), the rotor of current-carrying conductor in the stator rotating magnetic field generated under the action of electromagnetic force, as to form the electromagnetic torque on the motor shaft, drive motor rotation, The direction of rotation of the motor is consistent with the direction of the rotating magnetic field.

When a wire cuts a line of force in a magnetic field, it creates an induced current inside the wire, so it is called an "induction motor". The combined action of induced current and magnetic field causes the motor rotor to produce driving force.

The V5V80 solenoid valve causes the closed coil ABCD to rotate about the XY axis in magnetic field B. When the magnetic field is rotated clockwise, the closed coil undergoes different magnetic fluxes, resulting in induced electromotive force and thus induced current (Faraday's Law). According to Lenz's law, the direction of an electric current is: the action of an induced current is always to prevent its generation. Thus, each conductor is subjected to a Lorentz force F, and it moves in the opposite direction to the induced magnetic field.