Electric motors are the underlying devices that power any mechanical movement that uses electricity. They are found in blowers and pumps, machine tools, household appliances and even cars. Keeping motors clean is one of the best ways to extend their lifespan and performance level. Dirty and contaminated environments are among the leading causes of failure.

It’s important to have procedures and a plan in place for the maintenance of industrial electric motors. This will lead to greater uptime for your machines and lower costs. When storing electric motors, it’s best to keep them indoors if possible. This will help minimize weather damage. It’s also a good idea to protect the motor from pests like rodents, birds and insects. These pests can damage the winding insulation and block drain openings and ventilation. Click here or visit our official store for the latest information on surplus motors prices and promotions.

When storing an electric motor, it’s important to follow the manufacturer’s guidelines for proper storage. This will help prevent internal problems like rust and corrosion. Also, it’s important to lubricate the motor regularly. However, it’s important not to overlubricate the motor as this can cause problems. It’s best to use a lubricant that’s designed for your specific electric motor. This will ensure that the motor is properly lubricated and prevents moisture buildup. This will also reduce core losses and help maintain the efficiency of your motor.

Motors are the heart of many industrial systems. They power everything from large HVAC systems to manufacturing assembly lines. As a result, they use a great deal of energy, and maintaining their efficiency is key to managing facility costs. To keep your electric motors running smoothly, it’s important to conduct regular maintenance checks. Look for signs of contamination, such as corrosion or dirt buildup, and clean them thoroughly to avoid internal damage. You should also monitor the temperature of your motors. If they’re hotter than normal, it could indicate a problem with the cooling system or improper maintenance. You should also pay attention to where you store your motors. Moisture and vibration can impact their lifespan, so it’s important to choose a storage location that’s safe from these factors. Additionally, it’s helpful to keep a record of your maintenance efforts so that you can identify best practices and repeat successful procedures. This will help ensure that your electric motors for sale  are well-maintained for years to come.

Whenever an electric motor stops working it can cause a loss of production, equipment downtime and lost employee time. However, many of the reasons for this are simple to diagnose with a multimeter or an ohmmeter and some visual inspection. Inspect the brushes to make sure they aren’t worn down to the point of no longer making contact with the commutator. Clean the brush sleeve opening with a q-tip to make sure the brushes can move freely in the sleeve. Use a field insulation tester (also known as a megger) to test the windings of the motor. This will provide an accurate and easy way to determine if there is damage to a winding wire. This is a common cause of electrical failure because heat buildup from current surges inside the motor will not dissipate quickly enough, damaging the wires. Increasing the size of the capacitor may prevent this from occurring. Alternatively, use a soft starter or a variable speed drive to slowly accelerate the motor and avoid these damaging current surges.