Webinar Description:

In this webinar, we will guide you through the intricacies of bearing fluting detection, a common type of bearing fault that often leads to costly downtime and maintenance if not detected early. We will explore how Model-Based Voltage and Current Analysis leverages the principles of electrical signatures to identify the subtle indicators of bearing fluting and other faults. By using mathematical models and real-time data analysis, this technique provides a deep understanding of the intricate electrical signals produced by bearing defects.

Learning Takeaways:

1. Understanding Bearing Fluting: We’ll begin by providing an overview of bearing fluting, explaining its causes, characteristics, and potential impacts on machinery performance.
2. Introduction to Model-Based Analysis: Discover the innovative concept of Model-Based Voltage and Current Analysis and how it has evolved as a powerful tool in the realm of predictive maintenance. Learn how this approach utilizes mathematical models to interpret electrical signatures and pinpoint bearing defects.
3. Application and Benefits: We will showcase real-world case studies where Model-Based Analysis has been successfully applied for bearing fluting detection. Understand the advantages of this technique, including early fault identification, reduced downtime, and optimized maintenance planning.

About the Presenter: 

Tümay Karaver works as Vice President at Artesis Technology Systems. He previously worked as an international sales manager and sales engineer in various companies focusing on industrial automation and power electronics. His responsibilities included business development, distributor management, technical training in Europe, Asia, North and South America. He holds his MBA from Texas A&M University CC and received his BS in Electronics. He has an extensive background in industrial automation, power electronics and condition monitoring.