Vibration Analysis Level 2

Course Introduction

Vibration Analysis – Level 2 builds on Level 1 and focuses on diagnosis, data interpretation, and fault identification for rotating machinery. The course emphasizes practical spectrum analysis, waveform interpretation, and real-world case studies.

Objectives

Participants will be able to:

• Diagnose common and complex machine faults

• Interpret vibration spectra confidently

• Apply advanced measurement techniques

• Support reliability & predictive maintenance programs

• Prepare professional diagnostic reports.

Target Audience

• Vibration analysts (Level 1 certified or equivalent experience)

• Maintenance & reliability engineers

• Condition monitoring technicians

• Rotating equipment specialists.

Daily Topics

Day 1: Review & Advanced Vibration Theory

• Review of vibration fundamentals

• Units, frequency ranges & measurement standards

• Time waveform vs frequency spectrum

• Phase analysis concepts

• Sampling, resolution & windowing

Day 2: Fault Diagnosis – Mechanical

• Unbalance (static & dynamic)

• Misalignment (angular & parallel)

• Mechanical looseness

• Soft foot

• Bent shaft & eccentricity

• Case studies & spectrum patterns

Day 3: Rolling Element Bearing & Gear Faults

• Bearing defect frequencies

• Enveloping / demodulation techniques

• Early fault detection

• Gear mesh frequency analysis

• Sidebands & modulation

• Practical examples from industry

Day 4: Electrical & Fluid-Induced Faults

• Motor electrical faults (air gap, broken rotor bars)

• VFD-related vibration issues

• Hydraulic & aerodynamic faults

• Cavitation & turbulence

• Resonance & structural problems

Day 5: Advanced Analysis & Program Development

• Trending & alarm setting

• Route-based vs online monitoring

• Data quality & error reduction

• Root cause analysis using vibration data

• Report writing & recommendations

• Mock exam & final assessment

For registration, course outline & more information please contact

NAYEL Training Centre 

Tel: +971 45587735 | Mob: +971 50 249 6876 | WhatsApp: +971 50 249 6876

Email:  [email protected]