PERANCANGAN DAN IMPLEMENTASI SISTEM PENDETEKSI KEBAKARAN DENGAN MENGGUNAKAN REALTIME DATABASE
Laksamana Rajendra Haidar Azani Fajri,Ngaseri ,Moh Muthohir
Abstract
Fires can occur unexpectedly, even if you are careful when using equipment that produces fire. However, there are still several sources that cause fires, such as electrical short circuits, gas stoves, burning rubbish, cigarette butts and candles when the lights go out. The aim of this research is to create a tool that can detect fire and temperature in a room and can overcome (minimize) the threat of fire disasters based on a microcontroller and C language. This research uses a Fire Sensor to detect fire, a DHT 11 Sensor to detect room temperature, NODEMCU as microcontroller controlling input and output, Buzzer as a system monitoring tool. The system will be assigned to turn on the extinguishing system that uses a FAN if there is a significant increase in temperature or if the system detects a fire. The output from the Flame Sensor which detects fire will be processed into a microcontroller which has been programmed using C language so that it will produce two states, namely low, namely when no fire is detected, and high when fire is detected. Likewise for the output from DHT11. This tool will give a warning to the buzzer if it detects a fire, and also detects changes in temperature and gives orders to spray the fan if there is a significant change in temperature
References
[2]Hoffman, J. 2018; “Mastering Arduino. Birmingham: Packt Publishing”, Ltd.
[3]Merucahyo, P. Y., Sadewo, A. B., Karuru, C., Martanto, & Priantoro, A. T.,2018; “Pengendali Otomatis Kualitas Air Kolam Ikan Berbasis Wireless”., Jurnal Ilmiah Widya Teknik , Volume 15 Nomor 2.
[4]Tobing, S. L. 2016; “Rancang Bangun Pengaman Pintu Menggunakan Sidik Jari (Fingerprint) Dan Smartphone Android Berbasis Mikrokontroler Atmega8. Elektro” , 10-15.
[5]Turang, D. A. 2015; “Pengembangan Sistem Relay Pengendalian dan Penghematan Lampu Berbasis Mobile. Informatika”.
[6]Tyoso, J. S., 2016; “Sistem Informasi Manajemen”., Yogyakarta: Deepublish.
[7]Parhan, H., 2017; “Kipas Angin Otomatis Sensor Suhu”., Jurnal Teknologi dan Sistem Komputer , Vol. 2.
[8]Pilat, C. F. 2016; “Evaluasi penerapan sistem pengendalian intern penerimaan kas pada perusahaan kontraktor PT. Lumbung Berkat Indonesia” . Jurnal EMBA Vol 4 No. 2 , Hal 681 - 691.
[9]Purnama., 2018; “Sensor-sensor Arduino”., Edisi Revisi, Cetakan ke dua belas, PT. Raja Grafindo Persada, Jakarta.
[10]Susanto, H., 2017: “Panduan Praktis Arduino untuk pemula”., Treanggalek : elangsakti
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