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Register for this
course.
Download a flyer in PDF
format.
Duration: 3
days plus 1/2 day exam
Prerequisites:
None (to take the course), 6 months for full certification
Optional exam:
Learn more here.
Resources you keep:
More info:
View a presentation.
Download the
presentation.
Five main benefits:
1/ When you
register for this course, you will receive the iLearnVibration
CD and pre-study guide. Prepare and you will succeed!
2/ Our
course utilizes modern slides, animations, innovative
simulations, and live case studies - all delivered
by Bill Kilbey or Tony
DeMatteo, who are both very experienced analysts and instructors.
3/ Each
class will have ten Dell notebook computers so that you can
interact with the simulations, participate in course activities,
and analyze real vibration measurements.
4/ You can
take the optional certification exam. The training course and
exam follows the ISO 18436.2 Category I standard, and the ASNT
SNT-TC-1A Level I standard.
5/ You take
away the award winning
iLearnVibration vibration training CD, a
course book, pocket reference guide and mouse pad.
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Entry Level Vibration
Training
ISO Category I / ASNT Level I
The Vibration Technician "Entry Level"
course is intended for personnel who are new to vibration monitoring
and analysis, and for personnel who have limited vibration analysis
experience. The course focuses on periodic, single channel data
collection and analysis for condition based maintenance programs. A
foundation is established for in-depth understanding of spectrum and
waveform relationships.
You will come away from this course
with a very good understanding of the fundamentals; you will
understand how to take good measurements (and understand the
importance of repeatability); and you will be ready to begin
analyzing vibration spectra.
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Breakdown, preventive, predictive and RCM
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Review of condition monitoring technologies: Vibration, oil, wear
particle, infrared, acoustic emission, electric motor testing
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Motion, r.m.s./peak/peak-peak, frequency/period
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Displacement, velocity and acceleration
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Units and unit conversion
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Waveform and spectrum (FFT)
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Natural frequencies and generated frequencies
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Basic forcing frequency calculations
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Instrumentation
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Transducers and transducer mounting
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Measurement point naming conventions
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Routes/surveys: Loading and unloading the route
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Data collection
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Following a route
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Repeatable data collection
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Test procedures
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Observations: best utilizing your time in the field
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Recognizing bad data
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Rotating equipment types and applications
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Rolling element bearings and journal bearings
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Review of failure modes and appropriate use of condition monitoring
technologies
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Overall level measurements
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Spectrum analysis
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Harmonics, sidebands and the analysis process
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Alarm limits, trending and exception reports
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Introduction to fault diagnosis:
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Imbalance, misalignment, looseness, eccentricity, resonance
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Defects associated with bearings, gears, belts, electric motors
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Case studies will be presented to illustrate the analysis and fault
diagnosis process. Attendees will perform analysis.
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