Vibration Analysis
Category I
Build a strong foundation in machinery vibration, vibration measurement, data collection and basic condition monitoring for rotating equipment.
Start Your Journey in Machinery Vibration Analysis
The ORBITLINE Vibration Analysis Category I course introduces participants to the fundamentals of vibration-based condition monitoring for industrial rotating equipment.
Participants learn how vibration is generated, how it is measured, how sensors are selected and mounted, and how reliable vibration data should be collected from machines.
The course also introduces vibration spectra, overall vibration levels, machine running speed and basic fault patterns associated with common rotating machinery problems.
Practical examples are used throughout the training to help participants connect vibration measurements with the physical behavior of pumps, motors, fans, gearboxes and other equipment.
Category I Skills
Ideal for Professionals Starting in Condition Monitoring
Designed for personnel who need a practical introduction to vibration measurement and machinery condition monitoring.
Maintenance Technicians
Technicians responsible for inspecting and maintaining industrial rotating equipment.
Vibration Technicians
Personnel beginning their career in vibration monitoring and predictive maintenance.
Mechanical Technicians
Technicians working with pumps, motors, fans, gearboxes, compressors and other machines.
Maintenance Engineers
Engineers who require a basic understanding of machinery vibration and condition monitoring.
Reliability Personnel
Professionals starting work in reliability and predictive maintenance programs.
Operators
Plant operators who want to better understand machinery condition and vibration indications.
What You Will Learn
Build the foundation required to collect reliable vibration data and understand basic machinery condition.
Understand vibration amplitude, frequency, phase and the basic motion of rotating machinery.
Understand displacement, velocity and acceleration and where each parameter is commonly used.
Understand accelerometers, velocity sensors and proximity probe measurement principles.
Select appropriate measurement locations and collect repeatable machinery vibration data.
Recognize machine running speed, harmonics and major frequency components.
Recognize common indications of unbalance, misalignment, looseness and bearing problems.
Understand how changes in vibration levels over time can indicate developing machine problems.
Communicate basic vibration observations clearly to maintenance and reliability teams.
Vibration Analysis Category I Topics
Select each module below to view the main subjects covered during the training.
Module 01 — Introduction to Condition Monitoring
- What is condition monitoring?
- Predictive maintenance principles
- Preventive versus predictive maintenance
- Why machinery vibration is monitored
- Benefits of early fault detection
- Condition monitoring technologies overview
Module 02 — Fundamentals of Machinery Vibration
- What is vibration?
- Simple harmonic motion
- Amplitude
- Frequency
- Period
- Phase
- Machine running speed
- RPM and Hz conversion
Module 03 — Vibration Measurement Units
- Displacement
- Velocity
- Acceleration
- Peak amplitude
- Peak-to-peak amplitude
- RMS amplitude
- Choosing the appropriate vibration parameter
Module 04 — Vibration Sensors
- Accelerometers
- Velocity transducers
- Proximity probes
- Sensor frequency range
- Sensor sensitivity
- Common sensor applications
Module 05 — Sensor Mounting
- Stud mounting
- Magnetic mounting
- Hand-held probes
- Mounting surface preparation
- Effect of poor mounting
- Measurement repeatability
Module 06 — Measurement Locations & Directions
- Horizontal measurement
- Vertical measurement
- Axial measurement
- Bearing housing measurements
- Machine train measurement points
- Measurement location identification
- Repeatable route setup
Module 07 — Vibration Data Collection
- Using a vibration analyzer or data collector
- Machine identification
- Route-based data collection
- Measurement consistency
- Machine operating condition
- Loading considerations
- Recognizing incorrect measurements
- Data quality checks
Module 08 — Overall Vibration
- Overall vibration level
- Velocity overall
- Acceleration overall
- Interpreting vibration severity
- Baseline measurements
- Alarm concepts
- Trend monitoring
Module 09 — Introduction to FFT Spectrum
- Time waveform versus spectrum
- What is FFT?
- Frequency axis
- Amplitude axis
- Machine running speed frequency
- 1X running speed
- 2X and higher harmonics
- Basic spectrum interpretation
Module 10 — Basic Unbalance
- What causes rotor unbalance?
- Heavy spot concept
- Typical 1X running speed vibration
- Radial vibration behavior
- Basic unbalance recognition
Module 11 — Basic Misalignment
- Shaft misalignment
- Angular misalignment
- Parallel offset misalignment
- Coupling effects
- Axial vibration
- 1X and 2X vibration patterns
Module 12 — Mechanical Looseness
- Loose foundation bolts
- Loose bearing housings
- Structural looseness
- Basic harmonic patterns
- Visual inspection considerations
Module 13 — Rolling Element Bearing Basics
- Bearing components
- Inner race
- Outer race
- Rolling elements
- Cage
- Common bearing failure causes
- Lubrication effects
- Basic bearing vibration indications
Module 14 — Gearbox Vibration Basics
- Gearbox components
- Gear teeth
- Input and output shafts
- Gear mesh frequency introduction
- Basic gearbox vibration patterns
- Gear wear and damage awareness
Module 15 — Pumps, Fans & Motors
- Pump vibration basics
- Motor vibration basics
- Fan vibration basics
- Blade pass frequency introduction
- Vane pass frequency introduction
- Flow-related vibration awareness
- Cavitation introduction
Module 16 — Trend Analysis
- Baseline vibration values
- Vibration trends
- Rate of change
- Comparing similar machines
- Detecting developing problems
- When to request further analysis
Module 17 — Practical Data Collection
- Selecting machine measurement points
- Correct sensor orientation
- Collecting radial measurements
- Collecting axial measurements
- Comparing measurement positions
- Reviewing collected vibration data
Module 18 — Practical Machinery Case Studies
- Normal machine vibration example
- Unbalance example
- Misalignment example
- Mechanical looseness example
- Bearing condition example
- Pump vibration example
- Fan vibration example
- Motor vibration example
Machinery Covered During Training
Participants learn how basic vibration principles apply to common rotating equipment used throughout industry.
Training Details
Training Level
Foundation-level vibration analysis training suitable for participants beginning in machinery condition monitoring.
Recommended Background
No previous vibration certification is required. Basic mechanical knowledge is beneficial.
Training Method
Instructor-led theory, machinery examples, vibration spectra, data collection exercises and practical case studies.
Training Format
Public classroom programs and private on-site corporate training can be arranged.
Location
Training programs can be delivered in Saudi Arabia or at customer industrial facilities.
Corporate Training
Customized programs can be arranged for maintenance, inspection and condition monitoring teams.
Learn Vibration from Practical Industrial Examples
Build a strong foundation using machinery examples that connect vibration theory to actual rotating equipment.
Practical Training
Learn how vibration measurements are actually collected from industrial rotating equipment.
Real Machinery Examples
Understand vibration behavior using pumps, motors, fans, gearboxes and other common equipment.
Strong Foundation
Build the knowledge required before progressing into more advanced vibration analysis and diagnostics.
Reliability Focus
Understand how good vibration data contributes to early fault detection and equipment reliability.
Start Your Vibration Analysis Journey
Contact ORBITLINE for upcoming Category I training dates, pricing, group registration or private on-site training.