Other Industrial Electric Motors
Many types of industrial electric motors are available. Regardless of what the motor goes into, you need to know about your options. When you have to make a repair or an upgrade, you will know how to get a motor capable of getting the job done.
Why do motors burn out?Motors burn out for a variety of different reasons. Knowing what they are will help you to avoid problems with your equipment in the future.
- Overcurrent: In some conditions, a device might draw more current than its capacity.
- Overheating: Overheating can result based on external temperature as well as overusing the equipment.
- Low resistance: Insulation degrades over time, leading to low insulation resistance.
- Dirt: Motors should be cleaned regularly and shielding devices can be used.
- Moisture: Too much moisture will lead to corrosion.
Electric motors vary considerably for various industrial pieces of equipment. What you place inside of a construction vehicle is vastly different from the motor of a floor scrubber. Knowing the components of a motor will ensure it's capable of working properly. Further, you can be sure it has the features you need to keep it up and running for a long period of time.
- Enclosure
- Stator
- Rotor
- Bearings
- Conduit box
Installing a motor is dependent upon the type of equipment that you're working with. Some motors are easy to locate while others involve removing other parts before you can access it. You can choose to do the repair on your own or bring the motor to an engine mechanic. Instructions for installation will often be available in the owner's manual of the equipment you have.
Does the input voltage matter?The input voltage will determine the overall power output of the engine. The amount can vary from 3V to 460V. If you don't put in enough volts, it won't be enough to power the equipment. If you put in too much, it could fry the various components.
How do you choose an electric motor?When you buy an electric motor, it's important to review the specifications for the equipment it's going into. You can then be sure you're going to make a quality replacement for better overall performance.
- Voltage: Review the volts that are needed for the equipment.
- OEM vs aftermarket: Look at the brand that you're getting.
- Specifics: Find out if it is a one-, two-, or three-phase engine and what other features it has, such as a totally enclosed fan.
- Size: The size of the electric motor also makes a difference as you want to make sure it will fit inside the system.