An asynchronous electric motor is an alternating current (AC) machine that employs an induced current in its rotor, rather than a physical supply of energy to produce its rotational motion. Electric motors rotate by the result of the exchange between the electromagnetic fields created on the stator and the motor rotor 472439 Small Bore Inch Seal. Also known as an induction motor, asynchronous motors focus on two main components: the stator and the rotor

In an asynchronous motor, the stator’s electromagnetic field is generated by an AC power supply. In this type of motor, the field generated in the stator windings is produced by connecting the windings to an AC power supply. The asynchronous motor consists basically of the elements: a static magnetic circuit, made up of ferromagnetic plates, stacked and isolated from each other to which the name of stator is given; by coils in the number of groups equal to the single-phase or multi-phase motor found in open stator cages and fed by the current network and by a rotor consisting of a laminated ferromagnetic core on which is a winding or a set of parallel conductors, in which currents are induced by the alternating current of the stator coils.