Motor Current Analysis
This intensive course empowers maintenance professionals, reliability engineers, and electrical technicians with advanced skills to diagnose developing motor issues before they lead to catastrophic failures. You’ll master the interpretation of current signatures to identify common faults including broken rotor bars, winding defects, air gap eccentricity, and bearing wear, while learning to distinguish between electrical and mechanical problems.

Here are the main topics covered on the Motor Current Analysis:

Upon Completion of this course, participants should be able to:

• • Understand why most winding insulation degradation remain undetected until catastrophic failure occurs!
  • Describe the main types of failures associated with AC Motors
  • Develop a basic understanding of how the chemical composition of the electrical insulations can affect its
  response to injected low voltage signals
  • Understand the basic laws & principles of Electro-magnetism
  • Review the basic physics principles such as the Oersted’s & Faraday’s law, combined with the theory of relativity
  & Maxwell’s equation & other atomic & electrical laws that have led to the development our modern electrical
  machinery and learn how these principles combine to affect the electrical response of signals injected to the
  machines winding system