Introduction to Vibration Analysis
(Fulfills the requirements of the ISO 18436-2 standards for Category I)
Introduction to Vibration Analysis
(Fulfills the requirements of the ISO 18436-2 standards for Category I)
This entry level course is intended for trainees who are new to the world of vibration analysis and for those who want to have the basic knowledge of this field. It is the ideal staring point to understand the basics of vibration analysis, data collection, evaluating vibration severity and perform basic analysis. In addition, it gives an introduction to other condition monitoring techniques.
Main Course Contents:
- Review of maintenance strategies & condition monitoring techniques
- Basics of rotating machinery vibrations
- Vibration data acquisition
- Signal processing & database setup
- Procedures for data collection & route selection
- Evaluating vibration severity
- Basic analysis of vibration data
Duration:
- 3 days
Venu:
- IES Training Center or in-house
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Basic Machinery Vibration Analysis
(Fulfills the requirements of the ISO 18436-2 standards for Category II)
Basic Machinery Vibration Analysis
(Fulfills the requirements of the ISO 18436-2 standards for Category I)
This course is designed for new vibration analysts or for those who have the basic knowledge and those who want a better understanding of vibration analysis and condition monitoring. Trainees will be able to take good data by proper setup and data collection procedures, analyze a range of fault conditions; and understand the basics of balancing.
Main Course Contents:
- Basics of rotating machinery vibrations
- Data acquisition, processing & display
- Measurements database setup
- Procedures for data collection & route selection
- Evaluating vibration severity
- Basic analysis of vibration data
- Special machine testing
- Basic field balancing of rotating machinery
- Other condition monitoring techniques
Duration:
- 4 days
Venu:
- IES Training Center or in-house
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Advanced Machinery Vibration Analysis
(Fulfills the requirements of the ISO 18436-2 standards for Category III)
Advanced Machinery Vibration Analysis
(Fulfills the requirements of the ISO 18436-2 standards for Category III)
This course is intended for people who had the basic vibration concepts and wish to take a step further towards mastering vibration analysis. The trainees will have more details on signal processing and additional and advanced analysis techniques including: time waveform, phase analysis, orbital analysis and shaft centerline analysis. Furthermore, structural testing concepts including cross-channel measurements, ODS and modal analysis will be demonstrated comprehensively. In addition to the diagnosis of the common machinery faults, the trainees will have more information on machine dynamics (natural frequencies, resonance, mode shapes, etc.) and how to perform proper measurements, corrections and control of structural problems.
Main Course Contents:
- Rotating machinery vibration theory
- Vibration data acquisition & displays
- Dynamic signal processing
- Time waveform & spectra analysis
- Additional analysis techniques
- Resonance & critical speed testing
- Introduction to structural testing
- Condition evaluation techniques
- Diagnosis of rotor related problems
- Diagnosis of rolling element bearings
- Diagnosis of gearboxes
- Diagnosis of electrical problems
- Diagnosis of flow related problems
- Balancing of rotating machinery
- Vibration control
Duration:
- 5 days
Venu:
- IES Training Center or in-house
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Precision Alignment of Rotating Machinery
Precision Alignment of Rotating Machinery
This course focuses on specific procedures for performing precision alignment using traditional dial indicator methods together with modern laser alignment systems. In order to reach this ultimate goal, the trainees will have the required knowledge of coupling types, what to consider before starting any of the alignment procedures, tools required for measurements and for moving the machinery to correct the misalignment, tolerances and to understand what can go wrong.
Main Course Contents:
- The benefits of the alignment process and the effect of misalignment on machine health
- Types of couplings
- Pre-alignment consideration
- Alignment preparation
- Shaft alignment concepts
- Face & Rim alignment procedure
- Reverse indicator alignment procedure
- Laser shaft alignment
- Moving the machinery on site
- Alignment tolerances
Duration:
- 3 days
Venu:
- IES Training Center or in-house
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Balancing of Rotating Machinery
Balancing of Rotating Machinery
This course will give the trainees an excellent understanding of on-site balancing procedures of rotating machinery. The course clarifies how to diagnose unbalance, use the proper balancing techniques, understand phase information and use vibration analysis system to collect proper data for balancing. Different balancing techniques are demonstrated with practical tips on how to perform accurate and quick balancing jobs with discussions on what can go wrong.Â
Main Course Contents:
- The concepts of rotor unbalance and rotor balancing
- Causes of unbalance
- Tools required for balancing
- Types of unbalance
- Single plane balancing technique
- Two plane balancing technique
- 4-run balancing technique
- What can go wrong?
Duration:
- 3 days
Venu:
- IES Training Center or in-house
