Program Overview
This Program aims to provide a comprehensive understanding of vibration analysis to prevent equipment failures in cement plants & gain practical skills for predictive maintenance & boost plant reliability.
What you’ll learn
- Understanding of the principles behind vibration analysis, including different vibration types and measurement techniques.
- How to identify and diagnose common equipment faults in a cement plant setting by analyzing vibration data.
- Interpreting vibration data using techniques like FFT analysis.
- How vibration analysis is applied within predictive maintenance (PdM) programs to prevent equipment failures in cement manufacturing.
- Real-life case studies showcasing how cement has leveraged vibration analysis to improve plant reliability.
Features
- 1 Day On-site Program
Target audiences
- Maintenance Technicians
- Reliability Engineers
- Plant Operations Engineers
- Process Engineers
- Junior & Mid level Managers
Curriculum
- 3 Sections
- 10 Lessons
- 1 Day
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- Conceptual Understanding5
- Conceptual awareness exercise and Group Discussion4
- 2.1A cement mill experiences high vibration readings in both the crusher and the kiln. Considering factors like potential downtime costs and safety implications, how would you prioritize investigating these faults using vibration analysis?
- 2.2Vibration data from a critical gear reducer shows an abnormal trend, but the cause isn’t entirely clear. Discuss the steps you would take to diagnose the fault definitively using additional PdM techniques alongside vibration analysis
- 2.3How do you justify the cost based on potential benefits like reduced downtime and improved maintenance planning in a cement plant?
- 2.4Feedback and guidance from the industry expert on problem-solving approaches
- Open forum and Discussion1
Instructor
