Abstract
In rural areas, free-range chickens are raised naturally, that is, the eggs are incubated by their parents directly so that the breeding of chickens is not optimal, because the native hens are only able to incubate a few eggs. Therefore an automatic chicken egg incubator is needed.
 Egg incubators that use automatic controllers in order to facilitate the hatching process, get maximum hatching results as expected and be able to find hatching information remotely by sending information via sms gateway. The hatching temperature is 37-380C and turning the eggs every 8 hours, starting from the eggs being put in the incubator until the eggs hatch. The data from the sensors will be processed in the diarduino and sent to the hatchery owner via SIM800L V.2 when the sound sensor detects the sound of the hatched egg. The information about the eggs that have been hatched comes from the sound sensor, even though the farmer is not in the hatchery.
 Experiments were carried out using 20 chicken eggs as a sample. The results of the successful hatching test were 4 chickens with a 20% success percentage, due to a power cut during the hatching process.
Highlights
In rural areas, free-range chickens are raised naturally, that is, the eggs are incubated by their parents directly so that the breeding of chickens is not optimal, because the native hens are only able to incubate a few eggs
Modul step down dapat menurunkan dari tegangan input 4-38V hingga sampai menjadi 1.25-36V, sesuai dengan kebutuhan rangkaian elektronika tersebut
[16] Teknikelektronika, Pengertian Relay dan Fungsinya, http://teknikelektronika.com/, http://teknikelektronika.com/pengertianrelay-fungsi-relay/, 16-04-2017
Summary
Di pedesaan ayam kampung dipelihara oleh banyak orang secara alami yakni dierami oleh induknya secara langsung sehingga perkembangbiakan ayam kurang maksimal. Tidak hanya cukup mengandalkan cara tradisional karena tidak bisa memproduksi dengan cepat, tetapi diperlukan teknologi yang dapat mempercepat dan mempermudah penetasan telur, yaitu dengan mesin penetas telur. Berdasarkan latar belakang di atas, penulis mencoba untuk membuat suatu mesin penetas telur menggunakan Arduino Nano sebagai pengontrol otomatis agar mempermudahkan proses penetasan serta mendapatkan hasil penetasan yang maksimal dan sesuai dengan yang diharapkan dan dapat mengetahui informasi jarak jauh dari alat penetas dengan pengiriman informasi via sms gateway, dimana informasi telur sudah menetas tersebut berasal dari sensor suara, meskipun peternak sedang tidak berada di tempat alat penetas. Dan dengan transmisi sinyal hingga 20 meter, membuat produk ini cocok digunakan untuk banyak aplikasi-aplikasi pengukuran suhu dan kelembaban. Bagian ini berfungsi mengatur tampilan informasi serta berfungsi mengatur komunikasi LCD dengan mikrokontroler
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