This course provides practical knowledge of Motor Current Signature Analysis (MCSA) and electrical fault diagnosis for AC induction motors. Participants will learn how to identify common motor faults, including rotor bar defects, air-gap eccentricity, and power supply issues, using current analysis techniques to improve motor reliability and maintenance decisions. Content Provider: NATCOM
AC induction motor fundamentals and MCSA technique Understand the principles and applications of Motor Current Signature Analysis (MCSA). Diagnose electrical faults in AC induction motors. Identify rotor bar faults, eccentricity, and supply-related problems.
Rotor-bar/eccentricity faults; supply and power-quality issues Analyze motor current patterns for condition assessment. Integrate MCSA into predictive maintenance programs. Improve motor reliability and reduce unexpected failures.
Nader Shafik Farah is Vice President of Engineering and Trainings at NATCOM, which he has helped build for over twenty years. A Cairo University engineering graduate, he leads the company's work in turbomachinery control, vibration monitoring and reliability — and personally instructs its ISO 18436 vibration analysis (Cat I–III) and condition-monitoring programmes, connecting the standards directly to real field practice.
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