Parts And Functions Of A Simple Electric Motor

Why can the component spin.

Parts and functions of a simple electric motor.

Motors convert electric energy to mechanical work. A simple motor has the following parts. From the outside you can see the steel can that forms the body of the motor an axle a nylon end cap and two battery leads. Experiences a force that tends to make it rotate.

Electrical dc motors are less expensive compared to ac motors and are used for diy gas to electrical conversions. Electric ac motors are generally used for larger vehicles as they are light weight and can produce more power compared to dc motors. If you are curious just calm down because this time we will discuss the working principles and parts of simple electric motors and their functions. Different parts of an electric motor and their function.

Electric motor have you ever noticed a blender or a fan. Produces a rotating magnetic field in the air gap 2. The main parts of an electric motor include the stator and rotor a series of gears or belts and bearings to reduce friction. A power supply mostly dc for a simple motor.

The flux produced in the stator travels through the air gap and get linked to the rotor conductor. There are two major parts of the motor. This effect can be used to make an electric motor. The torque is produced due to an inte.

Gears and belts make it possible for a single motor to perform a variety of functions simultaneously. Explaining an electric motor. The diagram shows a simple motor using direct current. Dc motors also need a commutator to reverse current direction and keep the motor spinning.

There are some basic parts that a simple dual pole dc electric motor has. Well that s not incorrect. Electric motors can be powered by direct current dc sources such as from batteries motor vehicles. An electric motor is an electrical machine that converts electrical energy into mechanical energy most electric motors operate through the interaction between the motor s magnetic field and electric current in a wire winding to generate force in the form of torque applied on the motor s shaft.