Electric motors and their drivers: solving high-frequency machine problems
Learn in just one day how common problems occur in electric motors driven by frequency converters – and how you can prevent them.
In this training, you will learn how high-frequency problems arise in electric motors controlled by frequency converters. You will gain insight into the interaction between motor and drive, the impact of frequency control, and how machines respond to high-frequency signals. In addition, you will discover how to recognize, measure, and solve bearing currents and stray currents.
With the practical solutions and tips from this training, you can extend the lifetime of your motors and prevent unwanted failures.
Programme
1. Interaction between motors and drives
Understand the complex interaction between electric motors and frequency converters (drives). Learn how the drive influences the motor and which problems may arise from this interaction.
2. High-frequency machine problems
High-frequency problems in electric motors can cause damage and failures. Learn how these problems manifest in machines and what impact they have on performance and lifetime.
3. Recognising bearing currents and stray currents
Bearing currents and stray currents cause unwanted effects in electric motors. Learn how to identify these currents, measure their impact, and take effective countermeasures.
4. Solutions for high-frequency problems
Tackle high-frequency problems in electric motors. Learn about solutions to eliminate these issues and extend the lifetime of your machines.
Who is this training for?
For specialists who diagnose and solve complex failures in electric motors.
About the trainers
Bram Corne, an expert in diagnosing electrical machines, transitioned from academic research to entrepreneurship. As co-founder of ORBITS Machinery Diagnostics, he transforms the optimization of industrial machines. ORBITS utilizes advanced electrical signature and vibration analysis techniques to provide specialized consulting, accurate machine diagnostics, and training for optimizing electric motor systems. Bram is certified as an ISO 18436-2 CAT IV Vibration Analyst and brings a wealth of experience in solving industrial diagnostic problems across multiple sectors. His work has had a significant global impact and influenced various industries.
Bram Vervisch, with an extensive background in mechanical vibrations, transitioned from academic research to entrepreneurship by co-founding ORBITS Machinery Diagnostics. ORBITS is dedicated to revolutionizing how industries handle machine issues, leveraging advanced electrical signature and vibration analysis techniques. As a certified ISO 18436-2 CAT III Vibration Analyst, Bram now focuses on advising and guiding companies toward solutions for optimal performance and reliability of their electric motor systems.
Please register at least 14 days before the start. A purchase order can be provided later.
This event will also take place on the following dates:
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