RELIABILITY LEVEL ON AFCS ACTUATOR COMPONENT OF THE SIKORSKY S-76 HELICOPTER

Abstract

The use of helicopters is very useful for Indonesia's natural conditions which is in the form of islands. In order to support the helicopter's capabilities, an AFCS actuator or automatic flight control system actuator is needed to make the flight automatically. Therefore, the author tries to conduct a reliability analysis to determine the level of reliability of the AFCS Actuator component in S-76 helicopter. The method used to conduct the analysis is the Weibull distribution method, which is one of several methods that are often used. The main objective is to determine the level of reliability and characteristics of the failure modes that often occur in these components. By analyzing at the results of calculations and types of failures, it can be seen the types of effective treatments to be applied to the AFCS Actuator component.

Keywords

AFCS, Sikorsky, and Weibull

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References

Arbenety B. Robert, 1993, " The New Weibull Handbook", 536 Oyster Road North Palm Beach, Florida.
Arbenety B. Robert, 1933, "Weibull Analysis Handbook", 33432 West Palm Beach, Florida.
Ebeling, Charles E., 1997. “An Introduction to Reliability And Maintainability Engineering”, The McGraw-Hill Companies, Singapore.
Manikin, Adolfo Lerry Raimundo. 2018. Skripsi.Analisis Keandalan Komponen Air Conditioning System Pada Pesawat Boeing 737-900ER Menggunakan Metode Distribusi Weibull. STTA Yogyakarta. Indonesia.
Priyanta, Dwi. 2000. Keandalan Dan Perawatan. Surabaya: Institut Teknologi Surabaya
Satria, Rio Martha. 2016. Skripsi : Analisis Keandalan Komponen Fuel Nozzle pada Helikopter NBO 105 Dengan Metode Weibull. STTA, Yogyakarta
Wahyudi, Asep Maulana. 2014. Skripsi : Analisis Keandalan Air Conditioning System pada Pesawat ATR 72-500 Menggunakan Metode Distribusi Weibull. STTA, Yogyakarta.
Maintenance Manual for Sikorsky Helicopter Model S-76 C / C+ / C++

http://dx.doi.org/10.28989/vortex.v1i1.716

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