Megger Baker Motor Testing Training

This introductory course provides a fundamental look at technical theory and concepts associated with diagnosing problems with motors that are in a dynamic or powered-on (operational) state. Upon completion of this course, students will gain a working knowledge of dynamic motor monitoring methods, be able to collect quality data, and interpret threshold alarms and their associated failure modes. This course includes hands- on operation of motor analyzers in a laboratory environment.

• Summarize AC motor theory as it relates to the collection of dynamic-state monitoring data
• Describe the capabilities and limitations associated with dynamic motor monitoring
• Explain the parameters acquired by Baker Dynamic Motor Analyzers and the relevance of these parameters to specific faults
• Develop a working knowledge of the Baker Dynamic Motor Analyzer - EXP4000

Successful completion of Dynamic Level I is a prerequisite for this course

This course builds upon knowledge obtained from successful completion of previous Baker course work and significant field experience with dynamic motor monitoring equipment. The course provides instruction on detailed diagnosis of motor and motorized system problems. Coursework includes review of case studies, analysis of previously acquired data, hands-on, live motor acquisition/monitoring and resultant data analysis in a laboratory environment. Successful completion of this course is contingent upon passage of a final written and practical exam.

• Explain the operation of dynamic-state motor monitoring equipment and associated software
• Describe motor and machine system monitoring applications
• Develop a good working knowledge of electric motor theory and how it pertains to motor monitoring
• Hands-on training for familiarity with instrumentation connection and operation
• Diagnose potential problems within electric motors and the systems within which they operate

This course provides an in-depth look at the technical theory and concepts of electrical insulation testing in motors. Each test method will be discussed in the context of motors tested while in a static state (powered down/off). Students are taught to analyze results corresponding to specific insulation fault modes. The operation of various Baker Static Motor Analyzers (Baker DX and Baker AWA-IV) and respective software programs are covered in detail.

Discussions include methods to reduce costly downtime, troubleshooting, and motor quality control through use of static motor testing. Hands-on testing is included to provide practical experience. By the end of this course, students should have working knowledge of static motor testing methods and be able to collect quality data to analyze for common motor failure modes. A final written and practical exam is required to complete this course.

• Summarize electrical insulation theory as it pertains to electric motor testing
• Explain motor insulation testing applications
• Perform tests with appropriate equipment and its respective software
• Troubleshoot connections in the event of poor test results
• Demonstrate instrument operation and its associated hardware and software

Successful completion of Static Motor Testing Level I is a prerequisite for this course

This advanced course is designed to build on the knowledge obtained from previous static course work and significant field experience with static motor test equipment. This course provides instruction on detailed diagnosis of motor conditions using actual motor test data and Baker motor test software applications. It will also rely upon user case studies and advanced theoretical instruction. Course completion is contingent upon passage of a final written and practical exam.

• Explain operation of test equipment and analysis tools
• Outline static motor test parameters and thresholds
• Develop practical knowledge of electrical insulation and circuit theory
• Demonstrate how specific electric motor failure modes are revealed by motor test data