Condition Monitoring and Vibration Control of Machines/Plants
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Condition Monitoring and Vibration Control of Machines/Plants Course
Introduction:
The purpose of this training program is to offer valuable insights into machine condition monitoring as an effective tool for swiftly identifying and rectifying the underlying issues causing machinery problems.
The program aims to enhance precision in machine operation and improve overall machinery performance. Emphasis is placed on troubleshooting, interpreting data, conducting health assessments, and making informed maintenance decisions.
Course Objectives:
This training program is designed to provide valuable information on machine condition monitoring as a tool for quickly identifying and correcting the root causes of machinery problems, achieving precise operation, and improving machinery performance. Special emphasis is given to troubleshooting, data interpretation, health assessment, and maintenance decision-making.
Who Should Attend?
This training course is intended for maintenance engineering, planner, scheduler, supervisors and technician working in the field of Condition Monitoring, vibration, Preventive & predictive maintenance and for those wishing to specialize in this area, or as an update to the latest developments for those who already work in this area. Because the methods and examples are generic, personnel from all disciplines will benefit
Course Outlines:
Principles and Introduction
- Introduction to condition monitoring
- Overview the role of condition monitoring
- Data Collection
- Instruments and Aids for Condition Monitoring and Troubleshooting
- Types of measurement - Accuracy and Considerations
Inspection
- Temperature Measurements
- Visual Inspections
- Leak/Crack/Thickness Detection and Measurement
- Rotating Equipment Condition Monitoring Tools
- Fluid Monitoring/Contamination Control
- Using Alignment Tools
Vibration Measurement and analysis
- Vibration of rotating machinery
- Vibration Measurement and Analysis
- Rolling element bearings.
- Static and dynamic balancing.
- Gearbox vibration.
Other Monitoring Techniques
- Thermal monitoring.
- Lubricant monitoring.
- Ultrasonic monitoring techniques
- Machinery Diagnostics
- Fault Diagnosis for a range of machine types
Condition Monitoring
- International Standards for Condition Monitoring
- Maintenance decision making based on condition monitoring
- Machine life cycles.
- Trend monitoring.
- Computer application in machine condition monitoring