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Outline
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DEFINING CONDITION LIMITS
  • Key Lesson
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LEARNING OBJECTIVES
        • BY THE END OF THIS LESSON, YOU SHOULD KNOW HOW TO:
  • Define condition monitoring parameters and value limits
  • Define monitoring frequency
  • Link instructions to condition based maintenance
  • DEFINE CONDITION LIMITS
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BENEFITS
  • A condition monitoring program means:
    • Specification of which condition codes to monitor
    • Specification of min/max limits to trig maintenance
    • Improved quality and safety of vehicle operation
  • DEFINE CONDITION LIMITS
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DEFINE CONDITION LIMITS
  • Condition limits are defined per part revision.
  • Condition limits apply to all serials of a revision.
  • Condition limits can be copied from another part revision.
  • Condition limits are defined per condition category.
  • A condition limits is specified by its:
    • Normal value, and unit
    • Min. and max. warning limit
    • Min. and max. danger limit
    • Change limit
    • Measurement frequency (manual follow-up)
  • Change limit is the maximum relative change of value between 2 consecutive measurements
  • DEFINE CONDITION LIMITS
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DEFINE CONDITION LIMITS
  • DEFINE CONDITION LIMITS
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DEFINE CONDITION LIMITS
  • When a Condition Limit (warning limit, danger limit or change limit) is exceeded, a maintenance task is created immediately (not depending on Task Calculation background job).
    • If information is entered in the Remark field for the condition limit, this information will be transferred to the Task Remark field for the corresponding task on the maintenance order.
  • DEFINE CONDITION LIMITS
  • MAINTENANCE TASKS
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EXERCISES
  • Condition Monitoring – Tyre Tread Depth
    • Create condition based maintenance rule for the wheel


  • DEFINE CONDITION LIMITS
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SUMMARY OF EXERCISES
        • WHAT YOU DID
  • Created condition based rule for tyre tread depth.


        • WHAT YOU LEARNED
  • How to work in the Condition Monitoring Program window to create a rule for monitoring the tread depth of a landing wheel and connecting an instruction to it.



  • DEFINE CONDITION LIMITS
  • CREATE CONDITION MONITORING OF WHEEL
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END OF LESSON