RANCANG BANGUN ANTI ICING BERBASIS MIKROKONTROLLER ATMEGA 328
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Apriliando Sumampow, Andre
Subject
T Technology (General)
Datestamp
2024-02-27 02:07:46
Abstract :
In the current era, security system technology is very important, especially on aircraft. One of them is the anti-icing safety system on the aircraft wing. However, currently there are anti-icing systems on aircraft wings that use electric heaters where the use of electric heaters is less efficient in the use of electric power. Therefore, a heater that is efficient in the use of electric power is needed. This study aims to create an anti-icing system on aircraft wings using hot air generated from an engine based on an ATmega 328 microcontroller, LM35 temperature sensor and servo.. Arduino nano is used as the main control of this system. The LM35 sensor receives temperature data that is detected and then processed by Arduino Nano to the output system in the form of an image display of the number of temperatures detected on the OLED screen. After knowing the temperature, the Arduino nano sends a command to the servo motor. If the temperature is above 17?C then the servo moves 90? or the valve closes, but if the temperature is below 17?C then the servo moves 180? or the valve opens. From the results of the design that has been made, the system successfully works by following the design that has been made. The results of the tests carried out show that anti-icing that uses hot air is more optimal and efficient in power consumption and melts ice compared to anti-icing that uses electric heaters.
In the current era, security system technology is very important, especially on aircraft. One of them is the anti-icing safety system on the aircraft wing. However, currently there are anti-icing systems on aircraft wings that use electric heaters where the use of electric heaters is less efficient in the use of electric power. Therefore, a heater that is efficient in the use of electric power is needed. This study aims to create an anti-icing system on aircraft wings using hot air generated from an engine based on an ATmega 328 microcontroller, LM35 temperature sensor and servo.. Arduino nano is used as the main control of this system. The LM35 sensor receives temperature data that is detected and then processed by Arduino Nano to the output system in the form of an image display of the number of temperatures detected on the OLED screen. After knowing the temperature, the Arduino nano sends a command to the servo motor. If the temperature is above 17?C then the servo moves 90? or the valve closes, but if the temperature is below 17?C then the servo moves 180? or the valve opens. From the results of the design that has been made, the system successfully works by following the design that has been made. The results of the tests carried out show that anti-icing that uses hot air is more optimal and efficient in power consumption and melts ice compared to anti-icing that uses electric heaters.
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