What Is Electric Motor – Types, Parts, And Uses of Electric Motor

What Is Electric Motor – Types, Parts, And Uses of Electric Motor

Electric motors have an amazing role to play in almost every manufacturing company and industry. However, using the correct type of motor with high-quality parts and services keeps your facilities working smoothly and helps prevent damage to the finished products. The electric motor is used to convert electrical energy to mechanical one but do you know how it works?

Let's begin reading further. A motor has rotating blades that mash and mixes things for you. It functions through the communication between the motor's magnetic field and electric current in a wire winding to yield force, which we might know as torque used on the motors' shaft.

2 Types of Electric Motors

The electric motors change electrical energy from stowed power or direct electrical connection into mechanical energy through a force. Here we have two types of electric motor that help in converting the energies into electric current, listed below:

AC motors, which are power-driven by alternating current

DC motors, which are power-driven by direct current

Parts of Electric Motors and Their Functions

A simple motor has the following parts described below by us the best electric motor company; let’s take a sneak peek:

Power Source: every motor has a Direct Current power source, which supplied power to the motor armature and field coils.

Commutator: An armature coil rotates, as a commutator is a rotating interface with a stationary circuit.

Field Magnet: the magnetic field carries a product named torque on a coil used in rotating armature by a rule known as Fleming’s left-hand rule.

Armature Core: The armature core holds the coil in place and offers mechanical support.

Armature Coil: This coil helps in running the motor.

Brushes: Brushes help conduct the current between stationary wires and moving parts, most frequently the rotating shaft.

Top 5 Uses of An Electric Motor

Electric motors are utilized in several applications, and a few of them are listed below; let's have a look:

Used in Drills

Used in Water Pumps

Used in Hard Disc Drives

Used in Washing Machines

Used in Industrial Equipment

 

You can expect a functioning motor's efficiency to be around 70 – 85% as the remaining energy is wasted in heat production and sounds emitted.