There sure are a lot of acronyms around and it seems like new ones come out every day. Not sure about you, but I have a hard time keeping track of them. There are times when I attempt a conversation with someone, and they are spewing out so many acronyms it is hard to decipher just what they may be talking about.
I want to point out one in the Industrial Maintenance world we may want to emphasize on a more frequent basis to help increase reliability; RCFA or Root Cause Failure Analysis
About Root Cause Failure Analysis
If you do a Google search for it, you will find a plethora of ways to accomplish an RCFA. I personally have found that simply asking “why” until one reaches the root cause is a simple effective way to get to a root cause without thinking one needs to be an ME (mechanical engineer). Do not get me wrong, there is a time and place for any number of methods, I just like to keep it simple.
So, what do we want to accomplish with an RCFA? The following is a portion of a four-part blog I wrote in 2017.
Root Cause Failure Analysis is determining the root cause of a machine failure. Every effect has a cause. Remove the cause, remove the effect. Typical root causes of failures in rotating machinery are:
- Improper operation
- Poor quality
- Improper specification
- Assembly errors during the overhaul
- Bad bearings
- Poor electrical quality
Being proactive is a general approach that consists of a wide variety of maintenance practices and strategies and uses various technologies where appropriate. A plant in proactive mode will employ all the maintenance strategies where appropriate.
Proactive Maintenance should be the goal of every industry that plans to remain competitive. It also requires participation from the top of an organization throughout the entire organization.
Therefore, if you are experiencing repeat failures, an RCFA would be of benefit.