When a customer serving chemical processing operations experienced a locked-up industrial motor, EMC’s inspection found signs of severe bearing damage, overheating, a missing cooling fan, and possible internal electrical damage. EMC recommended a full motor replacement to reduce downtime, avoid unreliable repair costs, and help prevent future motor failure through proper bearing lubrication training and stocked replacement fans.

Anti-corrosion coatings are nothing more than protective finishes which ensure that they are protected against corrosion from the caustic or otherwise corrosive materials which pass through them. As simple in design as they are, though, they can be in many cases a pillar of a piece of rotating equipment’s integrity and durability over time. Anti-corrosion coatings are typically of a polymer construction, known sometimes as an epoxy. An epoxy is “a polymeric material used in a

A good example of why you need aligned parts Alignment is a critical step of building and repairing rotating equipment, such as motors and pumps. A badly aligned pump will leak , vibrate , and destroy itself quickly. Overlooking alignment will end up costing you money in the future in the form of destroyed and damaged equipment. It’s very important to consider the method of alignment, as laser vs dial indicators have different advantages and disadvantages. Laser Indicators

Source: https://www.ny-engineers.com/hubfs/centrifugalpump.jpg Induction motors are the most common type of motors used in industrial applications. This article focuses specifically on the top 3 major causes of induction motor failure. Induction motors are powered by alternating current electricity. Typically, centrifugal pumps are powered by induction motors, yet there are countless applications in which induction motors can be found. Induction motors are efficient, inexpen