Book of Gold – Chapter 6 Case Study 4 Presentation

Here James Sylvester from JPS Reliability Ltd. Ltd covers one of the many case studies in their new publication “JPS Reliability Ltd -Book of Gold – Practical Condition monitoring Case Studies.”

This is a follow-up video to the bearing overview for this case study.

Keep an eye out for more videos to come soon.

Here’s is the video:

JPS Reliability Ltd Book of Gold – Case study 6.4

Here James Sylvester from JPS Reliability Ltd. Ltd covers one of the many case studies in their new publication “JPS Reliability Ltd -Book of Gold – Practical Condition monitoring Case Studies.”

If you are in the UK you can pre order the Book of Gold from Reliability Maintenance Solutions Ltd https://rms-reliability.com/product/book-of-gold/

If you attend the Reliability Maintenance Solutions Ltd Training Institution Public Vibration Cat 2 course, you will also get a copy of the book of gold as part of your package https://rms-reliability.com/product/cat-ii-vibration-analysis/

If you are attending Maintec in June go and see Andrew Cook to see the #bookofgold on the Connection Technology Center stand D28.

Keep an eye out for more videos to come soon.

Here’s is the video:

Enhancing system reliability through vibration technology

For a new way to purchase my book (#Con Mon Tech bible) “Enhancing system reliability through vibration technology” please visit the following website.

Here is a link to the book flyer.

Here is a link to the new query form.

Also for any training support click here.

#jpsreliability #aprofitableplantisareliabileplant

Enhancing system reliability through vibration technology

It has been a very different place for us all over the last year, I hope you are all safe both medically and mentally in this challenging times.

As most will know I published my +19 years of Vibration notes in January 2020, it is a ‘specialist’ book so I knew it would not go far but here are locations I have dispatched to:

1. United Kingdom

2. Ireland

3. United States of America

4. Canada

5. Mexico

6. Peru

7. Australia

8. New Zealand

9. Tasmania

10.  India

11.  Morocco

12.  Finland

13.  Panama

14.  Germany

15.  France

16.  Spain

17.  Austria

18.  Italy

19.  The Netherlands

If you want to purchase a copy, there are three sources.

Direct from the publisher/printers:

1)     The Seasoned Analyst Publications

Northern Hemisphere also from:

2)    Reliability Maintenance Solutions

Southern Hemisphere also from:

3)     Plant Reliability Engineering Ltd

#vibrationanalysis #assetreliability #conditionmonitoring #gearboxes #pulleys #electricmotors #thermalimaging #reliabilityengineer #publications #traininganddevelopment #maintenace #productionengineering #mentorcoaching

Case Study #4 – Vibrating Screen Gearbox Bearing Defect

Hello Everyone,

Here is the fourth of the five case studies brought to you with the Reliability Training Institute.

In this case study we show that by measuring the correct vibration parameters you can resolve defects in harsh applications, even an inner raceway defect on a vibrating screen. Hopefully, you are finding them of use and helpful.

These case studies are to support my book ‘Enhanced System Reliability Through Vibration Technology’ and my new role as an RMS Trainer with the RMS Reliability Training Institute.

Many thanks to Dr Jezdimir Knezevic from MIRCE Science for his enlightening discussion (and MIRCE Science) and to Dean and Stuart at RMS for all their support.

This case study and more can also be viewed on the RMS Blog.

Case Study #3 – Hidden Defect found in a VFD with Vibration Analysis

Hello Everyone,

Here is the third of the five case studies brought to you with the Reliability Training Institute. In this case study we show how vibration analysis detected a hidden failure in a variable frequency drive. Hopefully, you are finding them of use and helpful.

These case studies are to support my book ‘Enhanced System Reliability Through Vibration Technology’ and my role as an RMS Trainer with the RMS Reliability Training Institute.

Many thanks to Dr Jezdimir Knezevic from MIRCE Science for his enlightening discussion (and MIRCE Science) and to Dean and Stuart at RMS for all their support.

This case study and more can be viewed on the RMS Blog.

Case Study #1 Electrical Vibration Problem

Hello Everyone,

As promised and to follow up on my previous post on bearing failures here is the first of five technical detailed case studies presentation. This is my first voice over presentation so please excuse the English Farmer accent mixed in with some Australian twang.

These case studies are to support my book ‘Enhanced System Reliability Through Vibration Technology’ and my new role as an RMS Trainer with the RMS Reliability Training Institute.

Many thanks to Dr Jezdimir Knezevic from MIRCE Science for his enlightening discussion (and MIRCE Science) and to Austin Dunne from Infrared Training Limited for his guidance and to Dean and Stuart at RMS for all their support.

The case study can also be viewed on the RMS website.

Bearing Failure Examples

Hello everyone, I have created short presentation to share some different bearing failures that were detected before function failure. This has been put together for meetings and toolbox talks to promote the benefits of what defects a condition monitoring program can detect. Every bearing here has a story of how it was detected and what actions were/were not put in place to protect the functionability of the system.

This is aimed to highlight (at a high level) to management and production what we can detect if a suitable system is set up correctly.

I am working on another case study presentation that follows up on these and some other cases. In this one it will have the technical testing data (thermal, electrical and vibration) and a full case study also showing the ‘The Cause’ ‘The Mechanism of Failure’ and ‘The Failure Mode’. This will be posted over 5 videos.

Please feel free to share and spread the knowledge

Vibration Acquisition Criteria Calculator

Apologies for the lack of posts, work and life has been busy but fun, now back to my hobby.

Whilst going though some of my files I found a spreadsheet I wrote first back in 2012/2013 (ish). I thought it would be a good spreadsheet to share.

The reason I created this spreadsheet was that in my job at the time I had to create Vibration Standards for database creation/standardisation across multiple business units and locations, and so I needed a quick way to decide upon the best data collection parameters that would resolve the defect of interest. There was also limited server space so I didn’t want to collect unnecessary data. Obviously, now with the advance in technology you can take one large data set with huge number of samples and a high sample rate.

The spreadsheet is self explanatory and has notes on each section to explain, please read the ‘Introduction’ tab first. Even though it was designed for the CSI Emerson MHM the ‘Vibration Calculator’ tab is universal (other than the Special time waveform option) whereas the ‘PeakVue Calculator’ tab is unique to CSI MHM.

This interactive calculator is good to help understand how the sample rate and number of samples affects the frequency and time domain resolution for what you want to resolve.

Apologies in advance on any terminology errors as I wrote this in the English/Aussie tongue, therefore there may be some miss interpretation from my English/Aussie to other cultures.

Click on the link below and have fun 🙂 and feel free to share.

Calculator – Vibration Acquisition Criteria – Version1.1.3

A profitable plant is reliable, safe and a cost-effectively maintained plant.