3.2 Failure Codes Flashcards

1
Q

What is done in the Failure Codes application?

A

Build and display failure hierarchies

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2
Q

What do Failure Hierarchies help construct?

A

An accurate history of the types of failures that affect assets and operating locations

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3
Q

How are Failure Codes helpful for a business?

A

After analyzing and reporting failure trends, preventive measures can be taken

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4
Q

Failure Hierarchy

What can failure data be used for?

A

Record and view asset and location problems, causes, and remedies associated with work orders

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5
Q

Failure Hierarchy data

What ability does this provide?

A

Identify trends and isolate probable causes of breakdowns

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6
Q

Failure Hierarchy data

What can this be used to analyze?

A

Reliability of vital equipment components

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7
Q

Failure Data

What can this be correlated with?

Give example

A

Preventive maintenance schedules

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8
Q

Failure data

Can be used to review the history of [fill in the blanks]

A

asset and location failures

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9
Q

Failure Data

What key aspects can this be used to review?

2 things

A
  • breakdown trends
  • mean time between failures
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10
Q

Failure Data

How can failure information be used to reduce or limit asset and location failures over time?

3 steps

A
  1. Review history
  2. Identify breakdown trends & mean time b/w failures
  3. Correlate this with other data
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11
Q

Where can failure data information be viewed for an asset?

A

Failure Reporting tab of Assets application

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12
Q

What can be specified, in addition to failure data information, for an asset?

A
  • Component-level failures
  • Failure mechanism codes in support of ISO 14224
  • Safety-related system failures
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13
Q

What is created in the Failure Codes application?

A

Failure hierarchies

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14
Q

What must failure data belong to?

A

One or more failure hierarchies

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15
Q

What is a failure hierarchy?

A

Organized set of data on problems, causes, and remedies related to assets and locations

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16
Q

What is your failure hierarchy identified by?

A

Top-level Failure Code, called the Failure Class

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17
Q

What is the default failure class value on a work order?

A

If the asset or location on the work order is associated with the failure class, that will be the default failure class value

18
Q

How does a failure hierarchy work?

i.e. How is it built?

A

Uses an organized structure of codes given to a particular asset or location

19
Q

At what stages of the work management process can failure coding be done?

A
  • Initiation of the work order
  • Record creation of assets, items, or locations
20
Q

Examples of Problem Codes

A
  • Excessive vibration
  • Fluid leak
  • Too hot
  • Not Running
21
Q

Failure Coding in Work Management Process

Initiation of the Work Order

Describe

A

Enter the appropriate failure class and problem code prior to performing any maintenance

22
Q

What is the coding structure in a failure hierarchy used for?

A

Identify and quantify maintenance and failure patterns with similar assets

23
Q

What does failure coding allow?

A

Quantified measurements to determine new maintenance practices or to influence purchasing decisions

24
Q

List the 4 levels of failure codes

A
  1. Failure class
  2. Problem code
  3. Cause code
  4. Remedy code
25
# Failure Coding in Work Management Process Record creation of assets, items, or locations | Describe
Can associate classes to make the [work management] process simpler and more consistent.
26
Define Problem Codes
Sense-based means of identifying that something is wrong with an asset.
27
Problem Codes identify [fill in]
the type of problems seen when the work was identified
28
True/False: For a given Problem, there can be 1 or more Cause Codes assigned
True: Can have a many-to-one relationship
29
When are Cause Codes determined?
Further inspection of the asset
30
Purpose of cause codes
Indicate the root or determine the cause of the identified problem
31
Examples of cause codes | For a given Problem
Fluid Leak problem --> Could have the following possible Cause Codes: - Damaged housing - Worn gasket - Loose connector
32
Remedy Codes
Detail the means by which a particular cause was addressed
33
True/False: For a given Cause Code, there can only be one associated Remedy Code
False There can be a many to one relationship between a cause and its remedy set.
34
Remedy code example | For a given Cause
Loose Connector cause Possible remedies: - Replace the asset connection - Replace inlet connection - tighten connector - align connection - apply sealant
35
True/False: Failure Codes can be reused
True: Failure codes can be reused among many similar asset types.
36
True/False: Failure hierarchies should be 100% specific to a particular asset
False: Failure hierarchies should not be 100% specific to a particular asset
37
Example of reusing Failure Codes
All pumps can leak or fail to start - they would have similar general causes and remedies for generic problems such as these. Failure Class for a fluid pump can be the same if constructed as such - regardless of specific fluid pumped, or particular sub-class of pump (centrifugal, screw type, etc.)
38
True/False: Failure Classes are Site-Specific
False: Failure Classes are Organization-Specific
39
How is the Organization on a Failure Class record determined?
Crosses in from user's default insert site information
40
True/False: Failure hierarchies should be created as you go along in creating records in Maximo
False: Strongly recommended to create what you expect the various hierarchies to look like prior to entering records in Maximo