Electric motors serve a broad range of uses, from providing emergency power to keeping manufacturing facilities up and running. But what makes these unique appliances work? The key is magnetism, and understanding the role magnets play will help you better keep up with the necessary electric motor maintenance.

What Is Magnetism?

Magnetism refers to the force created and put out by magnets when they repel or attract one another. This phenomenon creates magnetic fields, which are caused by the motion of electric charges. Magnetism is associated with the relationship between subatomic particles and the flow of electricity that results from their movement.

How Does Magnetism Help to Keep Electric Motors Running?

In simple terms, the energy created from the electrical flow between two subatomic particles helps to power your motor. To achieve this effect, motors are made of a few key parts: wire, magnets, a battery, and an axle. A failure of any of these parts will result in the need for electric motor maintenance.

The wire is run through the inside of the motor and looped between two powerful magnets. As the magnets repel and attract one another, they create a field of energy. The wire captures this energy and serves as a conductor for the battery, giving it the electricity needed to run.

This, in turn, provides juice to the axle situated at the other end. As the axle continues to receive a steady flow of electrical power, it starts to turn. This causes a domino effect of moving parts within the electric motor, allowing it to work properly and provide you with the energy needed to complete your tasks.

When your electric motor needs repairs, turn to the team at United Electric Motors in Anchorage, AK. These professionals have over two decades of experience maintaining and fixing electric motors of all kinds. Call (907) 563-5232 to discuss your needs for electric motor maintenance, and visit their website to learn more.