PERANCANGAN SISTEM KEAMANAN SANGKAR FARADAY MENGGUNAKAN SAKLAR ELEKTROMAGNETIK
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Dzulfa, Nadhif
Christiono, Christiono
Koerniawan, Tony
Christiono, Christiono
Koerniawan, Tony
Subject
Teknik Elektro
Datestamp
2022-09-29 07:30:33
Abstract :
Faraday cage serves as a safety between voltage equipment and humans. The test transformer which functions to generate high voltage in the Faraday cage is connected to the control unit which acts as an input voltage regulator. The input voltage of the control unit can produce a maximum output voltage of 100kV, with a large voltage generation capability, activities in the Faraday cage can pose a danger to humans, if there is a human error such as someone in the Faraday cage when they want to do a test or the regulator control unit is rotated inadvertently. As an effort to prevent electrical hazards, it is necessary to design a system to control the work of test equipment. The control system is designed to use a magnetic contactor as a power flow control and a limit switch as a switch. The control system is designed in a control box panel that connects the PLN power source and the control unit, and an indicator light is installed on the door of the Faraday cage. The results obtained are control equipment that can work with two systems, namely manual and automatic systems. Measurement of the dimensions of the faraday cage and the measurement of grounding resistance are carried out to evaluate the installed faraday cage, this is done to determine whether the minimum safe distance between the phase and humans and the installed grounding system has met the standards of General Electrical Installation Requirements.
Faraday cage serves as a safety between voltage equipment and humans. The test transformer which functions to generate high voltage in the Faraday cage is connected to the control unit which acts as an input voltage regulator. The input voltage of the control unit can produce a maximum output voltage of 100kV, with a large voltage generation capability, activities in the Faraday cage can pose a danger to humans, if there is a human error such as someone in the Faraday cage when they want to do a test or the regulator control unit is rotated inadvertently. As an effort to prevent electrical hazards, it is necessary to design a system to control the work of test equipment. The control system is designed to use a magnetic contactor as a power flow control and a limit switch as a switch. The control system is designed in a control box panel that connects the PLN power source and the control unit, and an indicator light is installed on the door of the Faraday cage. The results obtained are control equipment that can work with two systems, namely manual and automatic systems. Measurement of the dimensions of the faraday cage and the measurement of grounding resistance are carried out to evaluate the installed faraday cage, this is done to determine whether the minimum safe distance between the phase and humans and the installed grounding system has met the standards of General Electrical Installation Requirements.
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