PROTOTYPE ALAT TIMBANGAN PESAWAT BERBASIS SENSOR
LOAD CELL HX711 DAN ARDUINO: STUDI PERFORMA DAN
AKURASI PENGUKURAN BERAT PESAWAT MODEL
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Ike Permatasari, Wisista
Subject
T Technology (General)
Datestamp
2024-02-27 03:19:29
Abstract :
This Final Project discusses the simulation of aircraft weighing equipment using Arduino and the HX711 Load Cell sensor. The aim of creating this Final Project is to develop a tool that can measure and analyze the weight of an aircraft using affordable and easily implementable electronic components. This Weighing Tool consists of Arduino as the main controller and the HX711 Load Cell sensor as the weight sensor. The method employed is an experimental approach, wherein the simulation system is designed, implemented, and tested. Aircraft weight measurement data is obtained through simulation and subsequently analyzed to evaluate the accuracy and reliability of the system. Research findings indicate that the simulation system utilizing Arduino and the HX711 Load Cell sensor is capable of accurately measuring aircraft weight. The accuracy and reliability levels of this system are quite high, with measurement errors of 0.00008% for sensor 1, 0.0035% for sensor 2, and 0.00001% for sensor 3. The accuracy values (precision) are 99.92% for sensor 1, 99.96% for sensor 2, and 99.97% for sensor 3. Hence, this system can be employed as an effective and efficient alternative in the aircraft weight measurement process.
This Final Project discusses the simulation of aircraft weighing equipment using Arduino and the HX711 Load Cell sensor. The aim of creating this Final Project is to develop a tool that can measure and analyze the weight of an aircraft using affordable and easily implementable electronic components. This Weighing Tool consists of Arduino as the main controller and the HX711 Load Cell sensor as the weight sensor. The method employed is an experimental approach, wherein the simulation system is designed, implemented, and tested. Aircraft weight measurement data is obtained through simulation and subsequently analyzed to evaluate the accuracy and reliability of the system. Research findings indicate that the simulation system utilizing Arduino and the HX711 Load Cell sensor is capable of accurately measuring aircraft weight. The accuracy and reliability levels of this system are quite high, with measurement errors of 0.00008% for sensor 1, 0.0035% for sensor 2, and 0.00001% for sensor 3. The accuracy values (precision) are 99.92% for sensor 1, 99.96% for sensor 2, and 99.97% for sensor 3. Hence, this system can be employed as an effective and efficient alternative in the aircraft weight measurement process.
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