Pemantauan Ruang Inkubator Penetasan Telur Ayam dengan Berbasis Telemetri Menggunakan Arduino Uno R3

• Main Authors: Sofyan Shafiudin, Fida Jazilatur Rohma, Abdilla Eka Prasetya, Rifqi Firmansyah
• Format: Article
• Language: English
• Published: Universitas Andalas 2016-03-01
• Series: Jurnal Nasional Teknik Elektro
• Subjects: Telemetry; Temperature Sensor; Arduino Uno R3; Transmitter; Receiver
• Online Access: http://jnte.ft.unand.ac.id/index.php/jnte/article/view/181

The need for data on environmental conditions around has been encouraging people to create a tool that can measure environmental conditions. One thing that could explain the environmental condition is temperature. In this study, designed a device that can measure the temperature in the incubator hatching chicken eggs and transmit data such as temperature telemetry. These devices can transmit data remotely and at any time the data is needed, making it easier for someone to monitor chicken egg incubator without always keeping. This research was done by designing, manufacturing, and testing telemetry system which consists of two main parts namely the transmitter and receiver. In the transmitter section consists of components temperature sensors, Arduino Uno R3 and RF Module Board 433 MHz, while the receiver section consists of an Arduino Uno R3, laptops, and RF 433 MHz Module Board. The main function of Arduino Uno R3 is as processing data from temperature sensors and sends the data to the receiver. Based on research results when transmitter and receiver are placed in ambient conditions without barriers (there are gaps), the system can run properly and there is no error in the distance range up to 8 meters. Meanwhile, when the transmitter and receiver placed entirely unobstructed walls, obtained by the system can not run well, although the distance is close to 1 meter.