Training in Vibration Management
Trainings in Vibration Management
We conduct courses for vibration management.
We conduct courses for vibration management.
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Basics of Vibration Management
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Level I certification Course in Vibration Analysis.
Note: The course fee will be inclusive of hitea - snacks and lunch during the course days.
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Basics of Vibration Management
Duration of Course – 1 Day
This is one day (8 Hrs) crash course designed specially looking at the need of maintenance executives, remain busy at their plants.
The Syllabus includes,
This is one day (8 Hrs) crash course designed specially looking at the need of maintenance executives, remain busy at their plants.
The Syllabus includes,
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Vibration Management
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What is vibrations management
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Difference between Vibration Measurement & Vibration Analysis
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How to select frequency of inspection for condition monitoring for individual equipment.
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Planning of Vibration Condition Monitoring Program.
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Why ‘Baseline Vibration Data’ is necessary? And how to manage it.
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Vibration Measurement & Basics of Vibration Analysis
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Basic of Vibration
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Causes of Vibration
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Predictive Maintenance Definition
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Characteristics Defining Vibration, viz., Vibration Frequency, Vibration Amplitude, Phase of Vibration
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Vibration Frequency Significance
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Complex Vibration
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Types of Frequencies
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Vibration Displacement
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Vibration Velocity
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Vibration Acceleration
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Vibration Spike Energy
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Phase of Vibration
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Vibration Limits and Severity
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Vibration Analysis Level I training which also includes Vibration Management.
Duration of Course – 3 - 4 Days
It includes,
It includes,
-
Vibration Management
-
What is vibrations management
-
Difference between Vibration Measurement & Vibration Analysis
-
How to select frequency of inspection for condition monitoring for individual equipment.
-
Planning of Vibration Condition Monitoring Program.
-
Why ‘Baseline Vibration Data’ is necessary? And how to manage it.
-
Vibration Analysis Level I course.
-
Basic of Vibration
-
Causes of Vibration
-
Predictive Maintenance Definition
-
Characteristics Defining Vibration, viz., Vibration Frequency, Vibration Amplitude, Phase of Vibration
-
Vibration Frequency Significance
-
Complex Vibration
-
Types of Frequencies
-
Vibration Displacement
-
Vibration Velocity
-
Vibration Acceleration
-
Vibration Spike Energy
-
Phase of Vibration
-
Vibration Limits and Severity
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Significance of Phase Measurement
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Vibration Transducers
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Accelerometer Mountings
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Positions of Vibration Readings
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Vibration Frequency Analysis
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Digital (FFT) Frequency Analyzer
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Selection of Fmax
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Selection of Lines of Resolution
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Understanding the Cursor Frequency
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Selecting the Number of Spectral Averages
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Determine the Machine History
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Visual Inspection
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Probing Studies
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Defining Spectral Parameters to Cover All Important Frequencies
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Identifying the Problem Component Based on Frequency
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Identifying the Problem Component Based on Amplitude
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Comparing Tri-Axial Data
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Comparing Horizontal and Vertical Readings
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Comparing Radial to Axial
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FFT of Square Waveform
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FFT of Triangular Waveform
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Multiple Harmonic Vibration Frequency
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Side-band Frequencies
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Determining Directional or Non-Directional Vibrations
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Study of Most Common Machine Problems like Unbalance, Bent Shaft, etc.
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Hands on vibration Analysis with Electric motors. (Practical)
