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• W2910456623 abstract "ABSTRACTANALYSIS AGING RGS-GAS REACTOR PROTECTION SYSTEM USING DRIFTSIGNALS CHARACTERIZATION. RSG-GAS was built in 1983 and formally operated onAugust 20, 1987. Based on LAK RSG-GAS, the reactor is designed for the period ofoperation of 40 years. Until recently, the age of RSG-GAS is nearly 30 years and to be ableto reach the operational age as designed, the maintenance and reparation are needed.Therefore, RSG-GAS instrumentation study needs to be conducted from the reactorprotection system point of view. One study that has been conducted was assessment ofsignal drift characterization which occurred in temperature surveillance equipment of theRSG-GAS primary cooling system through port JE01. The purpose of this study is toexamine whether the signal drift has occurred on the signal that monitors the temperature ofthe system. Research methodology used was experimental with collecting temperature datameasurement of the primary cooling system through JE01 port. The hardware used wasDAS Ni 9074 cRIO along with the module interface. The data was measured on the secondday after reactor start up and the reactor reached 15 MW thermal, then statistically analyzedusing lab View software to determine the signal drift occurrence. The result was the thetemperature output signal through the port JE01 has drift signal with slope of 0.0005Keyword: Aging, RSG-GAS, Drift signal, Ni 9074ABSTRAKANALISIS PENUAAN SISTEM PROTEKSI REAKTOR RSG-GAS MENGGUNAKANKARAKTERISASI SINYAL DRIFT.RSG-GAS mulai dibangun pada tahun 1983 dandiresmikan pengoparasiannya pada tanggal 20 Agustus 1987. Berdasarkan LAK RSG-GAS,reaktor ini didesain untuk jangka waktu operasi 40 tahun. Saat ini umur RSG-GAS sudahmendekati 30 tahun. Oleh karenanya perlu perawatan dan perbaikan agar umur masa pakaibisa mencapai umur desain yang ditentukan. Untuk itu perlu dilakukan kajian instrumentasiRSG-GAS dari sudut pandang SPR (Sistem Proteksi Reaktor). Salah satu kajian yangdilakukan adalah mempelajari karakterisasi sinyal drift yang terjadi pada peralatan pantautemperatur pada sistem pendingin primer RSG-GAS melalui port JE01. Tujuan daripenelitian ini adalah untuk mengetahui apakah sudah terjadi sinyal drift pada sinyal yangmemantau temperatur pada sistem tersebut. Metodolgi yang digunakan adalah metodeeksperimen dengan mengumpulkan data pengukuran temperatatur pada sistem pendinginprimer melalui port JE01. Perangkat keras yang digunakan adalah DAS Ni 9074 cRIObeserta modul antarmukanya. Pengambilan data ini dilakukan pada hari kedua setelah startupreaktor dan daya reaktor mencapai 15 Mw thermal. Kemudian data diolah secara statistikdengan bantuan perangkat lunak LabVIEW untuk mengetahui apakah terdapat sinyal drift.Dari hasil analisis dan perhitungan, sinyal keluaran temperatur melaui port JE01mempunyai sinyal drift dengan kemiringan sebesar 0,0005.Keyword: Penuaan, RSG GAS, Sinyal Drift, Ni 9074" @default.
• W2910456623 created "2019-01-25" @default.
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• W2910456623 date "2016-01-01" @default.
• W2910456623 modified "2023-09-26" @default.
• W2910456623 title "ANALYSIS AGING RSG-GAS REACTOR PROTECTION SYSTEMUSING DRIFT SIGNAL CHARACTERIZATION" @default.
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