Vibration Analysis
The Science of monitoring the vibration of rotating equipments by using properly placed sensors and detecting the faults from the pattern of vibration
Course Objectives:
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To learn the fundamentals of vibration and applying them effectively to locate the Rotating Equipment faults |
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To learn about the proper selection of probes |
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To learn how to mount the probes |
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To learn to Apply Overall Vibration Amplitude criteria |
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To Learn to do orbital analysis |
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To Learn to do FFT Analysis |
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To be very Comfortable with time wave form analysis, Orbital Analysis, Polar plot , Cascade plot, Bode Plot |
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To learn the Fault symptom of Motors, Compressors, turbines |
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To identify Bearing Faults, Gear Box Faults |
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To understand the Lubrication Problem & Its Symptom |
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To learn to perform Root Cause Analysis |
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To Learn to workout cost Benefit ratio by using Vibration Analysis |
Course Schedule
Vibration Analysis | |||||
DAY | S1 | S2 | LUNCH BREAK | S3 | S4 |
9:00 AM – 11:00 AM | 11:15 AM – 01:15 AM | 1:45 PM – 3:45 PM | 4:00 PM – 6:00 PM | ||
1 | Introduction | Amplitude Frequency, Phase Explained | Selection & mounting of Sensors | Using overall Vib Meter | |
2 | Faults & Indications in Rotating Machine | Electrical Faults in Rotating Equipment's | Bearing Faults Frequency spectrum analysis & Time wave form analysis | Problems in Rolls & Nips | |
3 | Gear Box Faults & Frequency Spectrum analysis | Synchronous Motor & DC Motor Faults & Analysis | Using Data Stick | Data Acquisition Explained | |
4 | Case History Software study- Rotating Equipment | Bearing Case Study | Gear Box Case Study | Electrical motor case study | |
5 | General Examl | General Exam | Specific exam | Specific exam |
