IDENTIFICATION OF THE MOST POTENTIAL DEFECTS AND CAUSED BY USING METODE FAILURE MODE AND EFFECT ANALYSIS (FMEA) IN PT X
ABSTRACT: This paper presents
application of failure mode and effect analysis (FMEA) for production plant of
sheeter knives. FMEA is quality and realibility tool, which requires
identifying failure modes of a specific product or process. In
conducting FMEA, three
parameters (severity, occurrence
and detection) are
utilized to describe each
failure mode by
rating on a
1-10 scale. Severity
rating is the
seriousness of the effect
of a failure to the
next component, subsystem,
system, or customer.
Occurrence rating is
the likelihood or frequency of the failure occurring.
Detection rating is the inability to detect the failure. Criticality assessment
of FMEA is evaluated
by developing a
risk priority number
(RPN). RPN is
the product of the
severity (S), occurrence (O),
and detection (D)
ratings. By ranking
the priorities for
corrective action according
to the respective effects of the
failures, the chance of the failure can be reduced or eliminated.
Keywords: failure
mode and effect
analysis (FMEA), severity,
occurrence, detection, risk
priority number (RPN)
Author: I Wayan Sukania,
Wilson Kosasih, Willy Tambrin
Journal Code: jptindustrigg140004
