Vibration Measurement Parameter (0.3CEUs/3PDHs) (3 hr Webinar)

Name: Vibration Measurement Parameter (0.3CEUs/3PDHs) (3 hr Webinar)
Price: 212.5 CAD
Availability: InStock

Course Code: MEC125

Note: If you register and are unable to attend, access to a recording of the session will be provided. There is a no cancellation policy

Discover more by watching this video

Description

Abstract: The vibration measurement and vibration analysis are the most important “Condition Monitoring” techniques for assessing the health of machines. The vibration measurement parameters used are vibration displacement, vibration velocity, and vibration acceleration. Moreover, we can measure the vibration of the machine on the non-rotating parts, as well as on the rotating parts. Thus, it is important to know which vibration measurement parameter and corresponding transducer is to be used for a given machine.

In this lunch session we will delve into these finer details and learn about the vibration measurement parameters, different types of vibration measurement transducer, and their application. We will cover the practical tips related to the topic and answer your queries as well.

Ghazanfar Ullah khan

Ghazanfar Ullah Khan has a total of 38 years of work experience in multicultural work environment. He has been working as a technical & management trainer & consultant for the last 5 years. He has a vast experience as Director Operations, Technical Director & has actively led many international projects with renowned international companies. He has successfully rolled out several key projects in relation to designs, manufacturing, operation & commissioning of products & systems including SAP & ERP system implementation.

Ghazanfar Ullah Khan has exceptional leadership & team management skills with remarkable mentoring & coaching acumen.

1. Vibration terminology

•Basic terminology,

•Types of motion,

•Time Waveform (TWF) and frequency Spectrum (FFT),

•Natural frequency and resonance,

2. Vibration parameters

•Vibration displacement, velocity, acceleration,

3. How to measure vibration,

•Transducers, sensor mounting, mounted natural frequency,

•Poor data recognition,

4. Interpretation of vibration data and acceptance testing standards

•Standards versus history,

•Trending vs absolute,

•Signature vibration and machine knowledge.

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