Conversion of electrical energy to mechanical energy from the electromagnetic means was shown by a British scientist Michael Faraday inside year 1821. Working about this electromagnetic principle of producing mechanical energy from the interaction with the magnetic fields while using current carrying conductors lead towards the invention in the first electrical motor in 1832 by method of a British scientist named William Sturgeon inside the year 1832. By 1882 Nikola Tesla had discovered the right utilization of rotating magnetic field to operate machines. The electric motors are further subdivided as Alternating current (AC) type and Direct Current (DC) types.

Today the AC motors have proved to become the most common and industrial motor being utilized anywhere inside world. Having the key features of reliable operation, low cost, simple design, easily found replacements and using a number of mounting styles, AC motors have grown to be very popular and therefore are widely used. They were created such it includes a series of windings in the exterior and a rotating section inside. The changing electrical field caused from the AC line voltage will make the rotor turn across the axis from the motor. Here the pace of the motor depends about the fixed number with the windings, frequency in the AC line voltage along with the torque loading about the motor. A wide use of these AC electrical motors has created the look for replacements and spares a straightforward task.

Information About the AC Electric Motor
Information About the AC Electric Motor

These motors also have a few disadvantages like owning an expensive speed control, its inability to use at low speeds along with the poor positioning control. The electronics required on an AC motor are more expensive as compared with the DC Motors. But for applications which can be greater than 10 Horsepower these AC motors are usually more cost effective compared to DC Motors. The AC motors will be the most preferred to the fixed speed applications inside commercial and domestic applications. They are found to possess wide application in stationary tools such as the air conditioners, washers, dryers, fans, blowers and vacuum cleaners.

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