Gain a better understanding to the world of Machinery Vibration Diagnostics in machines with flexible rotors!
This course will help you understand the fundamentals of Synchronous Rotor Response, how to correctly measure this rotor behaviour and how to interpret this behaviour in relation to the health of your machine. These topics are illustrated by means of extensive theoretical lectures, pratical demonstrations and hand-on sessions. Theory is put into practice with real wolrd case studies of machinery fault conditions.
A minimum of 6 registered attendees are required for the course to proceed.
- Four days | 08:30 - 16:00
- R19 500 per delegate (Excluding VAT)
- Experience suitable: Intermediate to Advanced
Gain a better understanding to the world of Machinery Vibration Diagnostics in machines with flexible rotors!
This course will help you understand the fundamentals of Synchronous Rotor Response, how to correctly measure this rotor behaviour and how to interpret this behaviour in relation to the health of your machine. These topics are illustrated by means of extensive theoretical lectures, pratical demonstrations and hand-on sessions. Theory is put into practice with real wolrd case studies of machinery fault conditions.
A minimum of 6 registered attendees are required for the course to proceed.
- Four days | 08:30 - 16:00
- R19 500 per delegate (Excluding VAT)
- Experience suitable: Intermediate to Advanced
Day 1
Part 1: Fundamentals of Vibration Analysis
Vibration Signals
Acceleration, Velocity and Displacement
Frequency
Precession
Phase
Vectors
Part 2: Time Waveform Data
Orbits
Day 2
Average Shaft Centreline Plots
Polar, Bode & APHT Plots
Spectrum
Part 3: Fundamental Synchronous Rotor Response
Single Plane Balance Response
Dual Plane Balance Response
Day 3
Part 4: Diagnosing machine fault conditions
Unbalance
Shaft Bow
Misalignment
Rubs & Looseness
Fluid Instability
Shaft Cracks
Day 4
Part 5: Theory in practice
Safety during your test
Planning and Executing your test
Case study 1
Case study 2
Case study 3
Day 1
Part 1: Fundamentals of Vibration Analysis
Vibration Signals
Acceleration, Velocity and Displacement
Frequency
Precession
Phase
Vectors
Part 2: Time Waveform Data
Orbits
Day 2
Average Shaft Centreline Plots
Polar, Bode & APHT Plots
Spectrum
Part 3: Fundamental Synchronous Rotor Response
Single Plane Balance Response
Dual Plane Balance Response
Day 3
Part 4: Diagnosing machine fault conditions
Unbalance
Shaft Bow
Misalignment
Rubs & Looseness
Fluid Instability
Shaft Cracks
Day 4
Part 5: Theory in practice
Safety during your test
Planning and Executing your test
Case study 1
Case study 2
Case study 3
We highly advise purchasing the Fundamentals of Rotating Machinery Diagnostics by Donald E. Bently with Charles T. Hatch edited by Bob Grissom, as we refer to it frequently during the course. TANDM has copies available for purchase, should you be interested, please inquire at info@tandm.co.za
We highly advise purchasing the Fundamentals of Rotating Machinery Diagnostics by Donald E. Bently with Charles T. Hatch edited by Bob Grissom, as we refer to it frequently during the course. TANDM has copies available for purchase, should you be interested, please inquire at info@tandm.co.za
We highly advise purchasing the Fundamentals of Rotating Machinery Diagnostics by Donald E. Bently with Charles T. Hatch edited by Bob Grissom, as we refer to it frequently during the course. TANDM has copies available for purchase, should you be interested, please inquire at info@tandm.co.za
