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iLearnVibration is an interactive CD-ROM based training course.
It will help you understand why you engage in predictive maintenance activities, and cover many of the technologies involved.
The focus is vibration analysis where we cover everything from the fundamentals of vibration and waveforms, through measurement collection and signal processing, to diagnosing machine faults and running a successful program.
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The Reference Center is designed
to be a valuable resource when you have questions. You can quickly
look-up diagnostic information, vibration symptoms, perform conversions,
view forcing frequencies, and search the training material based on a
question you have.
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iLearnCertification is designed to help you become self-certified. A
person can sit a Vibration Technician, Vibration Level I and
Vibration Level II test. These tests can be self-imposed, or an
employee can choose to monitor the test for in-house certification.
This module is also helpful for the person planning to sit ASNT, or some
other certification exam.
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iLearnCaseHistories is a database of real
vibration measurements from real machines with real problems that you can analyze
on screen with our powerful software and
“play” into your collector. Learn from experts, and get experience with data collection
and analysis.
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iLearnHandsOn is a database of vibration recordings taken from an advanced "machinery fault
test rig". By simply clicking on the "virtual" test rig, you can analyze
vibration data on screen, or play the data into your data collector.
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iLearnSignals will help you to understand signals, waveforms and spectra.
Like a virtual spectrum analyzer, you get to control the measurement
settings and you create the signal.
Start simple and work your way up. Create your own signals and see their spectra, or use the simulations and
tutorials to understand more complex subjects.
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iLearnMachineFaults allows you
to build machines by dragging and dropping components on a page. Not
only do you see the forcing frequencies that would be generated, but also
the simulated waveform and spectrum.
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