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Vibration Analyzers
VSA-1214 Analyzer
VSA-1215 / VSA-1216 / VSA-1217 Analyzer Family
VSA-1225 / VSA-1226 / VSA-1227 Analyzer Family
Vibration Software
Datastick Spectrum Handheld Software (Included with VSA)
Datastick Reporting System PC Software (Included with VSA)
Datastick InSpect Handheld and PC Software Suite (Optional)
DAART (Datastick Advanced Analysis and Reporting Toolkit) PC Software (Optional)
Balancing System
BAL-2000
Data Acquisition
DAS-1254 / DAS-1294 Systems
Accessories
Sensors
Cables
Signal Conditioning
Rugged Enclosures
Power Supplies / Batteries
 
> Seminar Overview > Training Schedule

Datastick Vibration Analysis Training Seminar

Four-Day Training Course with Optional Testing for Level I Certification
Classroom training with hands-on practice in vibration analysis

Training Agenda

Day 1: Introduction to Vibration Basics
8 am – 4 pm

What is vibration? What causes vibration?
How are vibration measurements taken?
Time Domain vs. Frequency Domain (Waveform vs. Spectrum)
What is an FFT?
The importance of the Waveform and the Spectrum
Explanation of a Spectrum in detail
Understanding Amplitude: Displacement, Velocity, and
   Acceleration
Understanding Frequency: Hertz, CPM
Understanding Subsynchronous, Synchronous,
   Nonsynchronous, Orders and Harmonics
Key concepts with vibration analysis: Identifying Imbalance,
   Misalignment, Looseness, and Bearing Wear
Basics of windowing: Hanning, Uniform, Flat Top, Hamming.
FFT resolution: How many lines are appropriate?
How to determine the correct input range
Introduction to spectrum analysis
Phase analysis of single and multiple machines

Day 2: Vibration Faults Software
8 am – 4 pm

How to set up and manage Inspection Routes
Exporting vibration data to a PC
Uploading routes/configurations
Choosing an appropriate Minimum and Maximum Frequency
When and how to use Peak Detection
When and how to use Spectrum Averaging and Peak Hold
Basic machine set up: Understanding the limitations and
   collection times associated with different setups for different
   machines
How to place a sensor for an accurate, repeatable reading
   (where to place, how to mount, and frequency limitations of
   different mountings)
Where to mount the sensor on different machine types
Vibration collection procedures
Basic field analysis for: Mass Unbalance, Eccentric Rotors, Bent
   Shaft, Misalignment, Mechanical Looseness, Improper
   Component Fit, Soft Foot, Rolling Element Bearings, Belt Drive
   Problems, Electrical Problems in Motors, Gear Wear, Belt Drive,
   Resonance
Creating graphs and reports
Producing a useful vibration report

Day 3: Vibration Practical: Data Collection and Analysis
8 am – 4 pm

Onsite vibration collection practical
Building an initial machine configuration
Setting up a Route
Uploading to PC analysis software
Waveform and Spectrum Graph analysis
How to make a call in the field

Day 4: Vibration Review and Optional Level 1 Testing Review
8 am – noon
Review and Testing for Certification
8 am – 5 pm

Review basic vibration science
Review basic vibration faults
Testing for ASNT or ISO certification

Training and certification comply with the ISO 18436-2 and ASNT SNT-TC-1A standards. Students receive certificates for grades of 80% or greater.

For more information or a price quote, call us toll-free in the USA at
1 888 277 5153, or 408 987 3400 from anywhere else.
Or you can contact us by clicking here.