Abstract
In a special room for smokers, Exhoust Fan is installed to clean the air and keep the room air fresh. Most Exhoust Fan works manually, not set automatically so that it has a constant rotational speed, so the function of the exhaust fan as an air purifier is not optimal. This study aims to apply a fuzzy method as well as to control the speed of the Exhoust Fan. Fuzzy logic will process the carbon monoxide gas which is detected by the MQ-3 sensor then the output decision maker is in the form of the Exhoust Fan rotation speed level which is exactly in accordance with the amount of carbon monoxide read by the MQ3 sensor. fuzzysugeno method can regulate the speed of putan fan based on the amount of carbon monoxide read by the MQ-3 sensor.
Highlights
This study aims to apply a fuzzy method as well as to control the speed of the Exhoust Fan
Kipas Pembuangan Pada RuangKhusus2. Endra Pitowarno. 2006. ROBOTIKA (disain,kontrol,dan kecerdasan buatan).andi, Yogyakarta. 3. Agus Naba. 2009. Belajar cepat fuzzy logic menggunakan matlab. Andi. Pertama, Informatika. Bandung. AVR ATmega8535. Cetakan Pertama, Informatika, bandung. Buatan. Andi, Semarang. Gambar 9.Monitor keadaan udara dalam ruangan sangat buruk
Summary
Dan apabila sensor membaca bahwa umum banyak diberlakukan terutama pada karbon monoksida di ruangan mulai gedung-gedung yang menggunakan AC, hal menurun, maka kecepatan Exhaust Fan ini menjadi masalah bagi pera perokok berat akan semakin lambat. Jadi kadar udara di dimana mereka sanggat ketergantungan ruangan akan berbanding lurus dengan dengan rokok. Banyak area fasilitas publik kecepatan Exhaust Fan
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