Webinar Description:

Understanding equipment failures requires time and education that is difficult to prioritize in the resource-strapped world of maintenance and reliability. Therefore, we rely heavily on service and vendor organizations to support us through guided expertise. But, how do we know the optimal choice between using vibration or lubrication analysis when it comes to our overall equipment effectiveness? They often position against each other on being the preeminent leader in first failure detection. Now, with the introduction of the IoT, there’s more information suggesting another path for the most uptime. This webinar looks to clearly lay out the best path forward through making a simple suggestion: What if you can maximize machinery reliability by using these technologies together?

Learning Takeaways:

Takeaways
1. Listeners will check their progress on traction with the latest in the Industrial IoT Developments
2. Listeners will discover the latest best practices in technology-driven vibration and lubrication analysis.
3. Listeners will uncover how the IoT can ultimately position them for the earliest detection of a pending critical failure.
About the Presenter

About the Presenters:

Jeremy Drury is “Connecting Prediction to Production” with the Industrial Internet of Things. As Vice President of IoT Diagnostics, he partners with industrial end-users, OEMs, and distributors to deploy turn-key IoT solutions in the global marketplace. He’s a featured speaker and content provider for numerous industrial and sensor conferences and organizations, including the National Fluid Power Association, Sensors Expo, TechSolve, Automate, Reliable Plant, and Machinery Lubrication. Jeremy’s an advocate for Smart, Simple, Fluid Power.

Will Tudoroff, Director of IoT Reliability Solutions for IoT Diagnostics, helps customers use technology to protect, analyze and diagnose problems with their critical assets.  A mechanical engineer, consulting vibration analyst and trainer for over 20 years, Will has worked in a wide range of industries with the bulk of his time spent in Power Generation, Automotive, and Pulp and Paper.  Will is now applying his knowledge of Condition Monitoring to the expanding world of the Industrial Internet of Things.