Balancing cost reduction and efficiency improvement targets is a common source of frustration for maintenance and engineering managers. For facilities that operate continuously with no window for unplanned shutdowns, poor reliability and availability of machinery is far more serious, but even in factories with regular opportunities for maintenance, recovery can still be expensive and time consuming.
- AVT Reliability
This session will show you how to find commonly misdiagnosed or overlooked issues. A case-study example of a medium-sized gearbox with a seemingly obvious lubricant failure will be presented to illustrate how data can identify a lubricant selection problem. Attendees will learn how to apply this knowledge to future oil analysis reports so they can correctly diagnose the true root cause of an alarmed condition.
- Evan Zabawski
This webinar will be unveiling the benefits of fluid drive basics, internal configuration and the basic vibration analysis expertise required for detecting some common faults associated with the components. Live scenarios vibration data and case studies will be utilized in demonstrating the requisite knowledge required for diagnosing fluid coupling failures..
- Michael Osagada
This presentation introduces the concept of HD condition monitoring technology, showing how it has been used to detect bearing damage in a low-speed gearbox. The presentation describes the spalling process in bearings with supporting photos of real bearing damages and suitable techniques for early damage detection.
- Tim Sundstrom
- SPM Instrument
Overhead cranes are often a single source cause of downtime in any manufacturing facility, especially when discussing those performing services in a steel mill’s melt shop. Often, these assets do not have redundancy that would allow for one to be taken....
- Stephen Bailey
- IVC Technologies
So what does it really mean to increase lubricant cleanliness? We read various articles and textbooks that talk about how increasing the cleanliness of an in-service oil will increase the life of a component and the lubricant, but how do we make that happen...
- Mark Barnes
This webinar will discuss the fault zones of your electric motor and review case studies involving machine train and power circuit faults in various applications...
- Noah Bethel
- PdMA Corporation
It is well known that misalignment is one of the greatest causes of failure in rotating equipment. In fact, research demonstrates that more than 50% of machine breakdowns are the direct result of poor alignment...
- Grant Dennler
One of the most frequently quoted studies related to electric motor reliability is a 1983 Electric Power Research Institute (EPRI) project performed by General Electric...
- Howard Penrose
- MotorDoc LLC