Analisa Laju Aliran Kalor Pada Inkubator Penetas Telur Ayam Otomatis Menggunakan Thermostat Digital

Azis, Muhammad Nur (2021) Analisa Laju Aliran Kalor Pada Inkubator Penetas Telur Ayam Otomatis Menggunakan Thermostat Digital. Other thesis, Universitas Islam Riau.

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Abstract

Egg incubator is essentially a process tool that can help to hatch eggs. This incubator with supporting equipment to regulate environmental conditions similar to or similar to the broodstock. The incubator box is made of termite- and water-resistant material to make it more durable and hygienic so it doesn't affect the quality of the eggs to be incubated. The ideal temperature in the process of hatching an egg ranges from 30.35C - 40.50C with humidity inside engine between 60%-70%.The results of this study obtained the entire surface of the incubator room wall with an area of 0.5152 mm2, the rate of radiant heat transfer on the entire inner surface of the incubator room wall with an area of 0.5152 m2, the temperature of the incubator 38℃, the radiation heat transfer rate is 2 .7375 Watt and radiation heat transfer that occurs on the walls of the incubator with an area of 0.5152 m², with an emissivity value of 0.78 material, the incubator temperature of 38°C is known to be 2.146 Watt. While the conduction heat transfer generated on the incubator machine wall is: the front wall is 0.0641 Watt, the back wall is 0.0629 Watt, the top wall is 0.0591 Watt, the right side wall is 0.0465 Watt, and the left side wall is 0.0629 Watt. Furthermore, radiation heat transfer that occurs in each part of the wall of the egg incubator is 6.48 Watts on the front wall of the machine, 6.35 Watts of rear wall of the machine, 5.98 Watts of upper wall of the machine, and the right side of the machine. of 4.73 Watts, and the left side wall of the machine is 6.35 Watts. The efficiency of the incubator is 74%

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