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  • Vibration & Alignment Course – 03 Days
  • Vibration & Alignment Course – 03 Days
  • Vibration & Alignment Course – 03 Days
  • Vibration & Alignment Course – 03 Days
"Vibration & Alignment Course - 03 Days Partial preparation for Vibration Institute ISO 18436 CAT I & II"

Vibration Analysis – 02 Days | Alignment – 01 Day

PROGRAMME OVERVIEW :

"Basics of Vibration Analysis & In-situ Dynamic Balancing"
It's a competency based program where the candidate will be taught from the basics of vibration up-to advance level in vibration. The candidate will also be taught on the practical procedure of Balancing.

"Laser Alignment Course"
The course is on various alignment techniques, Soft Foot identification, Dial Gauge method & Practical hands on training with the latest Laser Alignment kit including coupling types, usage.

DAY 1:

Basics of Vibration
  • Define Vibration Analysis Terms - Displacement, Velocity, Acceleration, Frequency, Phase & Spectrum
  • Select appropriate vibration meter/analyzer for a particular task
  • Identify and locate the vibration pickup precisely with respect to position and orientation for achieving best results
  • Measure and record data using vibration analyzer
  • Understanding Frequency & Phase Analysis
  • Phase and spectral symptoms of Unbalance, Bent Shaft, Looseness & Coupling Misalignment
  • Vibration due to coupling and shaft misalignment
  • Factors that affect natural frequency
Vibration Transducers & its Selection Methods
  • Introduction
  • Types of Vibration Transducers and Their Optimum Applications - Accelerometers, Velocity Pickups
  • Non-contact Eddy Current Displacement Probes
  • Selection Criteria
  • Mounting of Transducer & its Application
ISO Standards
  • Classification of Machine based on their Health Condition.
  • Fixing up of alarm & limits.
  • Criteria to be considered for test bed and on-site test.

DAY 2:

Vibration Analysis
  • Approach to Vibration Analysis.
  • What to look for most of the time
  • Approaching a problem
  • Analysis of defects in Bearings, Belt, Gearbox, Coupling.
  • Analyzing electrical problem.
  • Beat, resonance and elimination of such problems
Balancing
  • Single Plane Balancing - Theory & Practice
  • Prevention and correction of unbalance
  • Single plane vs. Two plane unbalance
  • Spectral analysis for unbalance
  • Preventing unbalance due to assembly errors
  • Working with vendors to improve balancing standards and receive smoother running machinery

DAY 3:

Alignment - Training & Practice
  • About Couplings & Types of Couplings
  • Basics of Alignment & Effects of Misalignment
  • Deducting Soft Foot & solving
  • Types, Causes for misalignment
  • Advantages of Good Alignment
  • Alignment methods including RAP Method
  • Pre-conditions of Alignment & Alignment Tolerance
  • Laser Alignment – Demonstration & Practice
Real Life Case Study