Rotating Equipment Vibration and Monitoring

Select Other "city & date"
Rotating Equipment Vibration and Monitoring Course
Introduction:
Vibration monitoring, as the name suggests, involves continuously assessing the vibration levels of machines and is used to execute condition monitoring maintenance. An escalation in vibration signifies a decline in the machine's state. A vibration monitoring system keeps an eye on crucial gear around-the-clock by issuing alerts when vibration levels hit a predetermined level.
Course Objectives:
The training course aims to provide a treatment of the detection and diagnosis of faults in rotating equipment using vibration measurement and analysis. The course starts with an in-depth look at the measurement and the characteristics of vibration. Emphasis shall be laid on topics relevant to basics of vibration, vibration measurements, fault detection & diagnosis, analysis of bearing, coupling and other rotating machinery components.
Who Should Attend?
The training program is intended for technicians and engineers using vibration analysis and measurement as preventive maintenance and condition monitoring roles in the industry. It will act as a comprehensive introduction to the field of vibration
Course Outlines:
- Classification of equipment maintenance and maintenance decision
- Basic Vibration Theory
- Relationship of displacement, velocity, and acceleration
- Phasing of periodic motions
- Machinery vibration response
- Applications
- Data acquisition procedures
- Transducer selection
- Transducer mounting
- Signal conditioning
- Data displays
- Selection and use of test equipment
- Data storage
- Digital signal processing
- Dynamic Range
- Time and frequency analysis
- Time waveform shape analysis
- Modulation and Demodulation
- Frequency analysis techniques
- FFT Analyzer and data collector
- Case Histories
- Machinery condition evaluating and analysis
- Using overall charts
- Statistical method for analysis
- Evaluation of machine condition: Unbalancing Misalignment, Eccentricity, Bent shaft, Shaft crack, Mechanical looseness, Bearing faults, Rotor rub, Gear faults
- Computer application in condition monitoring
- Questions/Discussion and Conclusion