Performa Produksi dan Kualitas Telur Ayam Petelur pada Sistem Litter dan Cage dengan Suhu Kandang Berbeda

Setiawati, Tity Wahyu; Afnan, Rudi; Ulupi, Niken

doi:10.29244/4.1.197-203

Cited by 47 publications

(54 citation statements)

References 1 publication

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“…Hal ini disebabkan oleh faktor suhu yang tinggi pada cage tengah menyebabkan konsumsi pakan menjadi rendah yang berakibat pada produksi telur yang dihasilkan menjadi rendah. Setiawati (2014) menyatakan HDP yang tinggi umumnya diiringi dengan konsumsi pakan yang mencukupi kebutuhan hidup pokok dan produksi.…”

Section: Produksi Telurunclassified

“…Nilai rataan tebal kerabang pada masing-masing cage depan, tengah, dan belakang kisaran 0,35-0,36 mm, nilai tersebut masih tergolong normal yang berada pada kisaran 0,33-0,38 mm (Yuwanta 2010). Setiawati (2014) menyatakan, suhu tinggi dapat menyebabkan ayam melakukan panting sehingga terjadi penurunan konsentrasi CO2 di dalam darah yang dapat mempengaruhi proses pembentukan kerabang. Hasil penelitian Komalasari (2014) menunjukkan pada ayam ras petelur strain Lohmann pada suhu 28 oC mulai banyak mengalami panting.…”

Section: Kualitas Telurunclassified

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Performa Ayam Ras Petelur pada Letak Cage Berbeda dalam Sistem Closed House di Global Buwana Farm

Amijaya¹,

Yani²,

Rukmiasih³

2018

JIPTHP

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Air flow distribution, temperature, and humidity in the cage will differ from the inlet to the outlet. Microclimate difference in the cage at the inlet to the outlet can affect the production and quality of the eggs produced. The purpose of this research was to study the performance of laying hens on different location of cage (inlet, middle and outlet) in closed house system. In total 36 Lohmann hens were placed in each treatment including cage inlet, middle, and outlet. Traits measured were productive performance (hen day performance and egg weight) and egg qualities (haugh unit and egg shell thickness). The data were be analyzed using anova, tukey test, pearson correlation coefficient and completely randomized design. Result showed that here was very significant different on different location cage between temperature, relative humidity, and wind velocity. Cage inlet resulted better performance of laying hens compared to the middle and outlet cage.

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Section: Produksi Telurunclassified

Section: Kualitas Telurunclassified

Performa Ayam Ras Petelur pada Letak Cage Berbeda dalam Sistem Closed House di Global Buwana Farm

Amijaya¹,

Yani²,

Rukmiasih³

2018

JIPTHP

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“…The daily ration consumption was reflected in the condition of the livestock. If the consumption is far from the existing reference or standard, the livestock may be were experienced health problems, productivity, or stress [11] [12].…”

Section: Ration Consumptionmentioning

confidence: 99%

The Effect of AUDI Technology with Improvement Ration on Productivity of Arab's Hen 2nd Phase

2020

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This study used the AUDI’s technology application with repair rations, aimed at increasing the productivity of Arab’s hens in the 2 nd phase. The repair ration is focused on the addition of calcium minerals. AUDI technology is a combination of water filtering technology with extract beluntas (Pluchea indica L.). The research used seventy two Arab’s hen with homogenous body weight. The study used a completely randomized design with 3 treatments, 6 replications, each replication consisting of 3 chickens. The research was conducted in 6 weeks of treatment. The parameters measured in this study were ration consumption, calcium consumption, hen day production (HDP), eggshell weight, and thickness. The results showed that the use of AUDI technology on rations significantly improved (p <0.05) affected ration consumption, calcium consumption, and increased hen day production (HDP), but did not affect weight, and thickness of an eggshell. Feed intake and calcium consumption significantly influenced by differences in calcium and crude protein in the rations. Based on these results, it was found that the use of AUDI technology was able to shorten the clutch cycle in laying hens so that production still reached 60-70% equivalent with phase I. Weight and thickness of eggshells were not affected by the use of AUDI technology and improved rations because the hens used as subject had reached peak production.

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“…Saat ini terdapat 2 kelompok ayam petelur yaitu tipe ayam medium dan tipe ringan. Tipe medium umumnya bertelur dengan kerabang coklat sedangkan tipe ringan bertelur dengan kerabang putih [4].…”

Section: B Ayam Petelurunclassified

Perancangan Alat Makan Dan Minum Pada Peternakan Ayam Petelur Secara Otomatis Berbasis Mikrokontroler

Kasrani¹,

Rini²,

fattah³

2019

JTEUNIBA

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Abstract�Developments in the field of livestock some have not used technology in the process of feeding and drinking, the process is still using human. This system realizes Aduino Nano to control the entire automation system in the form of feeding and drinking, so that the production process runs effectively and efficiently. This system consists of giving a feed schedule and the amount of feed given to chickens every day for feeding consists of two feeders who do morning and evening. System to provide input to the process using an automated system. This process works after all inputs have been given, starting from the first, second and third types of feed coming out through the door which is opened using the principle of relay movement in accordance with the specified amount, the feed already in the mixing place will be stirred and calcified, then feed already mixed will be sent to each chicken coop evenly using an automatic system. The results of the system test can be concluded that the feed scheduling system specified by Arduino Nano can work with a level of success and the security system goes well when an error occurs. Communication that occurs between Arduino Nano and other components runs well. Intisari� Perkembangan pada bidang peternakan beberapa belum menggunakan teknologi dalam proses pemberian pakan dan minum, proses yang dilakukan masih menggunakan manusia. Sistem ini merealisasikan Arduino Nano untuk mengendalikan seluruh sistem automasi berupa pemberian pakan dan minum, agar proses produksi berjalan dengan efektif dan efisien. Sistem ini terdiri dari pemberian jadwal pakan dan jumlah pakan yang diberikan pada ayam setiap hari untuk pemberian pakan terdiri dari dua kali pemberi pakan yang di lakukan pagi dan sore hari. Sistem untuk memberikan input pada prosesnya menggunakan sistem otomatis. Proses ini bekerja setelah semua input telah diberikan, mulai dari jenis pakan pertama, kedua dan ketiga keluar melalui pintu yang dibuka menggunakan prinsip pergerakan relay sesuai dengan jumlah yang ditentukan, pakan yang sudah terdapat pada tempat pencampuran akan di aduk dan tercapur, kemudian pakan yang sudah tercampur akan di kirim ke setiap kandang ayam secara merata meggunakan sistem otomatis. Hasil pengujian sitem dapatdisimpulkan bahwa pada sistem penjadwalan pakan yang ditentukan oleh Arduino Nano dapat bekerja dengan tingkat keberhasilan serta sistem keamanan berjana dengan baik ketika terjadi error. Komunikasi yang terjadi antara Arduino Nano dengan komponen lainnya berjalan dengan baik

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Performa Produksi dan Kualitas Telur Ayam Petelur pada Sistem Litter dan Cage dengan Suhu Kandang Berbeda

Cited by 47 publications

References 1 publication

Performa Ayam Ras Petelur pada Letak Cage Berbeda dalam Sistem Closed House di Global Buwana Farm

Performa Ayam Ras Petelur pada Letak Cage Berbeda dalam Sistem Closed House di Global Buwana Farm

The Effect of AUDI Technology with Improvement Ration on Productivity of Arab's Hen 2nd Phase

Perancangan Alat Makan Dan Minum Pada Peternakan Ayam Petelur Secara Otomatis Berbasis Mikrokontroler

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