A SAE JA1011 compliant RCM Decision Algorithm
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N A SAE JA1011 compliant RCM Decision Algorithm CBM? Can CBM reliably detect the 'failing' state early enough to reduce the failure's probability and/or its consequences to a tolerable level? Does it make economic sense to perform this task at the frequency required? Failure detection? Is a detection task applicable? Will it reduce the multiple failure's probability to a tolerable level. Is it practical and economically feasible to perform the task at the required frequency? NSM? No time nor condition based activities need be scheduled. Redesign of the asset and / or its operational procedures is optional. Redesign of the asset and / or its operational procedures is optional. Y CBM? Can CBM reliably detect the 'failing' state early enough to reduce the failure's probability and/or its consequences to a tolerable level? Does it make economic sense to perform this task at the frequency required? NSM? No time nor condition based activities need be scheduled. TBM? Is there an age (useful life) at which the probability of failure due to this failure mode increases rapidly, and do most items survive to this age? Can a routine (TBM) economically feasible task reduce the failure's probability and/or its consequences to a tolerable level? Two? Will the combination of 2 or more TBM and CBM tasks be effective (avoid or reduce the safety consequences to a tolerable level)? Are they applicable (practical and economically feasible)? Y CBM? Can CBM reliably detect the 'failing' state early enough to reduce the probability of a multiple failure to a tolerable level? Does it make economic sense to perform this task at the frequency required? TBM? Is there an age (useful life) at which the probability of failure due to this failure mode increases rapidly, and do most items survive to this age? Can a routine (TBM) economically feasible task reduce the failure's probability and/or its consequences to a tolerable level? TBM? Is there an age (useful life) at which the probability of failure due to this failure mode increases rapidly, and do most items survive to this age? Can a routine (TBM) task reduce the multiple failure's probability and/or its consequences to a tolerable level? Is the task economiically feasible? TBM? Is there an age (useful life) at which the probability of failure due to this failure mode increases rapidly, and do most items survive to this age? Can a routine (TBM) economically feasible task reduce the failure's probability and/or its consequences to a tolerable level? Redesign is mandatory if the multiple failure can have health, safety, or environmental consequences. Optional otherwise. Redesign of the asset and / or its operational procedures is mandatory N N N N N N N N N N N Non- operational consequences ? Y N N N Y Operational consequences ? Safety, health, or environmental consequences? Hidden consequences ? CBM? Can CBM reliably detect the 'failing' state early enough to reduce the failure's probability and/or its consequences to a tolerable level? Does it make economic sense to perform this task at the frequency required?
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A SAE JA1011 compliant RCM Decision Algorithm. S afety, health, or environmental consequences?. H idden consequences?. O perational consequences?. N on-operational consequences?. N. N. N. Y. Y. Y. Y. - PowerPoint PPT Presentation
Transcript of A SAE JA1011 compliant RCM Decision Algorithm
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A SAE JA1011 compliant RCM Decision Algorithm
CBM? Can CBM reliably detect the 'failing' state early enough to reduce the failure's probability and/or its consequences to a tolerable level? Does it make economic sense to perform this task at the frequency required?
Failure detection? Is a detection task applicable? Will it reduce the multiple failure's probability to a tolerable level. Is it practical and economically feasible to perform the task at the required frequency?
NSM? No time nor condition based activities need be scheduled.
Redesign of the asset and / or its operational procedures is
optional.
Redesign of the asset and / or its operational procedures is
optional.
YCBM? Can CBM reliably detect the 'failing' state early enough to reduce the failure's probability and/or its consequences to a tolerable level? Does it make economic sense to perform this task at the frequency required?
NSM? No time nor condition based activities need be scheduled.
TBM? Is there an age (useful life) at which the probability of failure due to this failure mode increases rapidly, and do most items survive to this age? Can a routine (TBM) economically feasible task reduce the failure's probability and/or its consequences to a tolerable level?
Two? Will the combination of 2 or more TBM and CBM tasks be effective (avoid or reduce the safety consequences to a tolerable level)? Are they applicable (practical and economically feasible)?
YCBM? Can CBM reliably detect the 'failing' state early enough to reduce the probability of a multiple failure to a tolerable level? Does it make economic sense to perform this task at the frequency required?
TBM? Is there an age (useful life) at which the probability of failure due to this failure mode increases rapidly, and do most items survive to this age? Can a routine (TBM) economically feasible task reduce the failure's probability and/or its consequences to a tolerable level?
TBM? Is there an age (useful life) at which the probability of failure due to this failure mode increases rapidly, and do most items survive to this age? Can a routine (TBM) task reduce the multiple failure's probability and/or its consequences to a tolerable level? Is the task economiically feasible?
TBM? Is there an age (useful life) at which the probability of failure due to this failure mode increases rapidly, and do most items survive to this age? Can a routine (TBM) economically feasible task reduce the failure's probability and/or its consequences to a tolerable level?
Redesign is
mandatory if the multiple failure can have health, safety, or environmental consequences.
Optional otherwise.
Redesign of the asset and / or its operational procedures is mandatory
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Non-operational consequences?
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Operational consequences?
Safety, health, orenvironmental consequences?
Hidden consequences?
CBM? Can CBM reliably detect the 'failing' state early enough to reduce the failure's probability and/or its consequences to a tolerable level? Does it make economic sense to perform this task at the frequency required?
