While it’s evident that every electric motor or rotating equipment requires regular lubrication to operate efficiently, not all lubricants and lubrication systems are equal. For example, simple grease lubrication may suffice in some cases, while other situations...
Case Study: Does Investment in Critical Motor Storage Programs Justify the Potential ROI? In our last blog post, we discussed the benefits of establishing a critical motor testing and storage program. Obviously, having a supply of tested replacement motors at the...
Since electric motors are essential to keep your production, packaging, or assembly line moving forward, electric motor maintenance should be the top priority of any predictive maintenance schedule. Yet, a recent EPRI (Electric Power Research Institute) study...
Every January, companies create a new list of business goals for the new year. And while many business owners would like to see more customers or profits, a common goal for those in the manufacturing is to reduce downtime. Unfortunately, most business goals...
If motors are exposed to ambient vibration during storage, damage to bearings (such as false brinelling) can result. Ambient vibration can affect the motors when they are stored in close proximity to rail lines, production floors, and busy roads; if the motors cannot...
Maintenance is essential to keep every mechanical device working at peak efficiency. As a result, predictive maintenance has become the industry standard as companies strive to reduce operating costs while minimizing downtime and unplanned repairs. With most of the...
