피뢰시스템의 고장모드 영향 분석 = Failure Modes and Effects Analysis for Lightning Protection System

다국어 초록 (Multilingual Abstract)

The purpose of this paper is to carry out failure modes and effects analysis in order to determine risk priority number of the components of lightning protection system. Failure modes for components is referred of IEEE Gold book and FMD 2016. In risk priority number, more then 60 had 4 failure modes; more specifically, down conductor had 1 mode, earth-termination system(2 modes), intermal lighting protection system(1 mode) and thus 4 components had failure modes. The components which had high risk priority number were connector of down conductor, GND and under connector of earth-termination system, SPD of intermal lighting protection system was chosen as an intensive management component.

참고문헌 (Reference)

1 임동순, "공공자전거 무인 대여시스템에서 자전거 재배치 운영방안" 대한설비관리학회 18 (18): 31-37, 2013

2 John B. Bowles, "The new SAE FMECA Standard" 48-58, 1998

3 Lim, H. K., "System safety engineering" Hansol Academy 93-, 2012

4 "SAE-ARP5580. Failure Modes, Effects, and Criticality Analysis Procedures"

5 안동근, "PFEM을 이용한 Process FMEA 수행 방법 연구" 대한설비관리학회 25 (25): 15-23, 2020

6 Reliability Analysis Center, "Non-electronic Parts Reliability Data & Electronic Parts Reliability Data" 2011

7 "IEEE gold book, Design of reliable industrial and commercial power systems" IEEE 259-300, 2007

8 "IEC-60812, Analysis techniques for system reliability-Procedure for failure mode and effects analysis(FMEA)"

9 INTERNATIONAL SEMATECH, "Failure Mode and Effects Analysis(FMEA): A Guide for Continuous Improvement for the Semiconductor Equipment Industry" 1992

10 Reliability Information Analysis Center, "Failure Mode / Mechanism Distribution" 2016

11 김두현, "FMEA를 이용한 건설현장 전력설비의 위험성에 대한 정성적 평가" 한국안전학회 19 (19): 36-41, 2004

12 Na, J. U., "Construction Economy"

13 Ji, T. S., "Babytimes"