Mar 28 2022 to Mar 31 2022

Red Wolf Reliability
912 Smithfield Drive, Suite 4
Fort Collins CO

Aug 15 2022 to Aug 18 2022

McNeese State University
4205 Ryan St.
Lake Charles LA
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Introduction to Applied Vibration Analysis – ISO Category I – In-Person

Rocky Mountain Training Center
March 28-31, 2022

Gulf Coast Training Center
August 15-18, 2022

Live Online Courses
January 18 - March 10, 2022

In our Introduction to Vibration Analysis course, learn how to establish a vibration condition monitoring program as well as begin to understand the fundamentals of vibration signature analysis. This course is intended for maintenance technicians and engineers who want an introductory course in condition monitoring using vibration analysis.

The course follows Category I Guidelines established by ISO 18436-2, “Condition monitoring and diagnostics of the machine – Requirements for training and certification of personnel – Part 2: Vibration condition monitoring and diagnostics.”

Introduction to Applied Vibration Analysis Course Objectives:

  • Understand vibration frequency and amplitude
  • Understand vibration units of measure and signal detection
  • Read basic FFT spectra in linear, log and decibel scales
  • Recognize various vibration sensors, mounting methods and instrumentation
  • Compare overall or single value vibration measurements against pre-established alert settings
  • Understand the application of basic FFT signature analysis
  • Become familiar with general machine theory and basic maintenance action for pumps, fans, compressors, gearboxes, machine tools, structures and piping, mills, rolls.

Optional Category l - ISO Certification Exams

ISO Accredited Certification through the Vibration Institute requires 32 hours of formal training or independent study, six months experience, and examination. This Category l exam is an additional $300 and is administered the morning after the last day of the course. Please note the ISO exam application and approval from the Vibration Institute must be completed 20 days prior to the exam date.

Continuing Education Credit Hours: 32 Hours