Rancang Bangun Alat Pemipil Jagung Sederhana

Nurmeji,; Lisman, Fendi; Yuni,; Syahriza, Reza; Nurtam, Mohammad Riza; Djinis, Musdar Effy; Irzal,; Amrizal,

doi:10.32530/agtk.v2i1.30

Cited by 7 publications

(6 citation statements)

References 2 publications

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“…machine. Similar analysis have been used in: Nurmeji et al, (2019); Prayogi et al, (2018); Womsiwor et al, (2018);and Jabbar et al, (2018) here are some calculated variables:…”

Section: Economical Analysismentioning

confidence: 99%

Development of Coconut Dehusker Machine for Small Scale Industry

Herdian

Novita

Laksmana

et al. 2019

J. appl. agricultural sci. technol.

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West Sumatra-Indonesia has potential to plant coconut due to the coastal location, sunshine level with average temperature 27oC. Coconut is a very productive plant. Coconut dehusking is one of the process that takes a lot of time and energy. Most of the farmer still using human manual labour with the help of tools made of iron or wooden crowbar that is mounted standing vertically with the blade facing upward about 80 cm from the ground. To increase the number of coconut products, it is designed the coconut dehusker machine. The main component of the machine were two rollers that rotate each other in opposite directions with each roller embedded iron-shaped nails that work to tear the coconut husk. Each roller has a different rotational speed. This machine has dimensions of 98 cm x 51 cm x 95 cm. Roller length is 50 cm and diameter 4 inches. The power source of the machine is a 2 HP electric motor, the speed was reduced by using 2 speeds reducer with the ratio of 1:20 and 1:30 respectively. From the performance test of this machine can dehusk 100 coconuts per hour. The operational basic cost of the machine equal to Rp 129.89 per coconut (about 1 cent) and Break Event Point is 12.387 coconut per year from the result of the performance test. From the economic analysis machine can be concluded that the use of this machine is better when compared to human labour which has limitation to duration and capacity.

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“…machine. Similar analysis have been used in: Nurmeji et al, (2019); Prayogi et al, (2018); Womsiwor et al, (2018);and Jabbar et al, (2018) here are some calculated variables:…”

Section: Economical Analysismentioning

confidence: 99%

Development of Coconut Dehusker Machine for Small Scale Industry

Herdian

Novita

Laksmana

et al. 2019

J. appl. agricultural sci. technol.

Self Cite

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“…Post-harvest treatment of maize can significantly enhance its usability, thereby providing greater benefits to human welfare (Lisman, F et al ,2019). This can be achieved through ensuring the freshness of maize by preserving it in its original or processed form to maintain availability.…”

Section: Dryingmentioning

confidence: 99%

Design of a Microcontroller-Based Corn Dryer

Wiharti,

Hendri,

Mayura

et al. 2023

Brilliance

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Maize drying is a crucial procedure in the agricultural and food industries, aimed at decreasing the moisture content of maize kernels to prolong their shelf life, inhibit microbial growth and maintain their quality. Two common methods for drying corn include natural techniques, which involve drying the maize in the sun, and artificial techniques, where specialized equipment such as hot air dryers, drum dryers and microwaves are employed. The author constructed a corn dryer utilizing Arduino. This device employs heat elements and fans to expedite the corn drying process. The tool can significantly quicken the corn drying process. The author utilises a DHT22 sensor to gauge temperature and humidity levels of the corn. The device is capable of generating temperatures ranging from 20?C to 90?C, thanks to the assistance of the DHT22 sensor during the drying process.

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“…Saat kadar air jagung antara 18% dan 20%, saatnya mengupasnya. Perlakuan ini akan meningkatkan harga jual jagung selain mempertahankan fungsinya dalam jangka waktu yang lama, yang akan meningkatkan pendapatan petani (Nurmeji et al 2019).…”

Section: Pendahuluanunclassified

Rancang Bangun Mesin Pengupas Jagung Menggunakan Dinamo Elektrik

Ardiansyah¹,

Karyanik

Nazaruddin

et al. 2023

jtpg

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Peningkatan produksi jagung yang tidak diikuti dengan penanganan pasca panen yang baik menyebabkan penurunan kualitas produk. Kerusakan biji akibat kesalahan penanganan dapat mencapai 12-15% dari total produksi. Oleh karena itu, dalam penangan pasca panen terutama perontokkan jagung diperlukan mesin dengan teknologi yang baik. Penelitian ini betujuan untuk merancang mesin pengupas jagung menggunakan dynamo elektrik yang praktis dan ekonomis. Penelitian ini menggunakan metode experimental dengan melakukan percobaan merancang mesin secara langsung di perbengkelan. Pengujian performansi dilakukan dengan perlakuan jagung 3 tahap yaitu 1 kg, 2 kg dan 3 kg menggunakan metode Rancangan Acak Lengkap (RAL). Mesin motor elektrik yang digunakan dalam rancang mesin pengupasan tongkol jagung ini adalah berdaya 0,5 HP dengan kecepatan putaran maksimal 1500 rpm, dan nilai torsi sebesar 6,363 Nm. Berdasarkan hasil pengujian, mesin ini memiliki kapasitas kerja pada pengupasan tongkol jagung adalah 489,258 gr/detik. Adapun persentase biji jagung yang tercampur dengan tongkol sebesar 0,318 %. Sedangkan persentase biji jagung yang tertinggal pada mesin pengupasan tongkol jagung sebanyak 1,866%. Mesin pengupas biji jagung merupakan mesin yang sangat efektif.Hal ini dilihat dari kapasitas produksi, persentase biji tertinggal pada mesin dan persentase biji tercampur tongkol.

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Rancang Bangun Alat Pemipil Jagung Sederhana

Cited by 7 publications

References 2 publications

Development of Coconut Dehusker Machine for Small Scale Industry

Development of Coconut Dehusker Machine for Small Scale Industry

Design of a Microcontroller-Based Corn Dryer

Rancang Bangun Mesin Pengupas Jagung Menggunakan Dinamo Elektrik

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