Instructor Assisted Self-Study Course - ISO Category I

IASC: ISO Category I

(Entry Level)

COURSE OBJECTIVE:

This Instructor Assisted Self-Study course will prepare the student for “real world” challenges they expect to face in the everyday managing of a vibration analysis program. The information is essential for the implementation and maintenance of a successful vibration monitoring program. It also favorably addresses two desires expressed by seminar students; the desire for more training time and a desire to perform well on the certification exam.

INSTRUCTOR ASSISTED SELF-STUDY COURSES HAVE MANY BENEFITS

  • Weekly live interactive sessions with an instructor will help ensure that you understand the seminar material.
  • You will benefit to the fullest when completing the course before attending the on-location CAT I seminar with ISO Certification.
  • You will be primed to perform your best on the certification exam because the ISO Category I textbook is the same book used for the class with the certification exam.
  • You will receive a $325 discount when purchasing the same category seminar within 1 year of the Self-Study purchase date.
  • 10 study hours apply to the ISO training hour requirement.
  • Travel restrictions will not hold you back from the education needed to succeed in implementing and maintaining a successful vibration monitoring program.

COURSE MATERIALS

Visit our Online Store to Order

Call Technical Associates of Charlotte @ 704-333-9011

Email Us

  • DESCRIPTION

    • How To Implement an Effective Condition Monitoring Program Using Vibration Analysis
    • You will receive the full ISO Category I textbook as well as the corresponding IASC Self-Study Booklet
  • BOOK HIGHLIGHTS

    • This reference book provides the basic information on how vibration can be properly used to detect various problems in rotating machines.
    • Emphasis in the material is on how to properly collect data so that the information gathered is able to detect fundamental machinery problems.
    • Everyday measurement pitfalls are explained, along with their effect on machine problem diagnoses and how it is critical to the evaluation of problem severity.
    • Basic vibration theory is provided along with examples to fully demonstrate proper data collection.
    • Database setup is introduced along with the route building, loading and unloading of data collectors.
  • TABLE OF CONTENTS

 

1230 West Morehead Street, Suite 400

Charlotte, North Carolina  28208