We must create the means for collecting on-demand real-time condition-status data on mission-critical electrical distribution systems and components. Data is the way forward. There is a skill shortage in our industry…
This course explains common failure mechanisms, types of equipment to which each applies, and recommends non-intrusive monitoring techniques to discover components in various stages of progressive failure.
When using ultrasound for slow-speed systems, there are some things to consider. The first is our alarm levels. Slow-speed bearings will have a relatively…
Mines are home to one of the harshest industrial environments, yielding large amounts of dust, dirt, debris and water. Contamination control in mines can be a constant, everyday battle....
Monitoring the wheels and bearings of the overhead cranes is not easy. If we could detect poor lubrication and bearing defects, we could perform predictive maintenance and get ahead of the…
Using the same concept of a trifecta (three factors for success), this article provides companies with the winning strategies of motor maintenance, focusing on the three reliability tasks for electric motor testing and the order in which they should be applied.
Condition-based inspection models utilize condition-based monitoring technologies to inspect electrical equipment assets. One technician can do three jobs in two minutes. These methods include…
How many of you have walked through your plants and heard a strange noise coming from somewhere? You may have noted that it didn’t sound good. When you hear those noises…
Failure mechanisms such as misalignment, balance, or lubrication issues can cause machinery failure. Many of these problems can be identified using standard non-destructive testing (NDT) methods including vibration analysis, infrared thermography, and tribology....
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