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Describes failure from the initial event through restoration. Discusses the type of data available and how to collect it.
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by Jim TaylorCRE, CPE, CPMM
Director of Operations, Machinery Management Solutions, Inc.
www.machineryhealthcare.comhttp://blog.machineryhealthcare.com
FRACASAnatomy of a failure
If we make an effort and have a plan,
we can capture the information needed for good
failure analysis
Key Takeaway
3 other presentations on this subject
All available on SlideShare.com
Today I want to
talk about how the failure
occurs and what data is available for capture.
You work in a small to medium size facility or plant.
California Cthulhu
You’re a Maintenance professional: an Engineer, a Maintenance Manager,
Supervisor, Planner, or Crafts Person.
michaelcardus
You’d like to do good failure analyses when you have an equipment failure but you find you just
don’t have the right information to do it.
?
??
?
?
?
The needed information is available
by Jorge Franganillo
But you must develop a plan to capture it
Event dataFirst we need to understand how the event
and restoration proceeds
A failure occurs
The operator observes the event
by rachel_titiriga
Operator in initiates trouble call – capture complaint code
by danielfoster437
Craftsperson dispatched
by Mauropm
Crafts person arrives
She begins troubleshooting
Diagnoses Completecapture failure code
by brendan.wood
CP initiates parts procurement
by Iwan Gabovitch
Logistics delay
First you have to find the parts
by Mackmyra Svensk Whisky AB
Or maybe you have to have them delivered
zyphbear
Then they must be delivered to the machine
by toolstop
Repair & restoration
CP completes repair
by Official U.S. Navy Imagery
Capture Repair Code
Test satisfactorily completed
Process satisfactory and stable.
Time data
When the various events
occur is important
information
Capture Event time & Response
times
Event time
Actual time of event as recorded
by DCS, etc.
Reaction time
Notification time
Response time
Logistics delay time
Admin & ordering time
Waiting time
Repair &
Restoration times
Started diagnosis
Completed diagnosis
Started repair
Started test
Back in service
As found conditions
Try to determine the equipment
conditions immediately before and after the failure
Equipment Condition
Operating conditions
RPM
Temperatures
Pressures
Flow rates
Levels
Etc.
Product conditions
Quality
Rate
Finish
Size
Etc.
Codes
Complaint code
As found code
Cause code
Failure code
Effect code
etc.
Narrative Observation
s
Interview the Operators
What did they:
hear
see
feel
smell
do
find by Dplanet::
Interview the Crafts Persons
What did they:
hear
see
feel
smell
do
find
Interview any others who may have information
by DaveFayram
Collect Physical Evidence
Broken parts
Damaged product
by rileyporter
Any other physical evidence
Photos
Measurements
Leakage
Parts
Environmental conditions
Etc.by U. S. Fish and Wildlife Service - Northeast Region
Will this give us all the information we need to perform an effective
failure analysis?
Lack of good failure analysis means we’ll continue to loose productivity and profitability because we’ll be fighting same failures over and over.
Develop a plan to capture the right information
With the right information, you can do effective failure analysis
The key to an effective failure analysis is having the right
information
765-366-4285Jim.taylor@machineryhealthcare.com
www.machineryhealthcare.comhttp://blog.machineryhealthcare.com
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