Studi Analisis Pengaruh Temperatur Terhadap Ketebalan Pada Proses Pengeringan Ubi Gaplek

Ozi Alvindo, Roni Novison
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Abstract

This analytical study aims to determine the effect of temperature on the thickness of cassava pieces. This test has 3 parameters, namely 3 variations in the thickness of cassava pieces (3 mm, 4 mm, 5 mm), 3 variations in drying temperature (40 °C, 60 °C, 80 °C), and 3 variations in drying time (120 minutes, 240 minutes and 360 minutes) using a dry cassava cassava oven and using a heat source from 2 heaters with a power of 800 Watt. The Drying Oven used has 3 shelves, each rack has a capacity of 5.76 kg in one drying. This research shows that the best parameters for drying cassava with a capacity of 500 g are 3 mm, 80 °C, 240 minutes and the second parameter is 3 mm, 60 °C, 360 minutes. The results of the parameters of 3 mm, 80 °C, 240 minutes with an initial weight of 500 gr using a heater were able to make the initial water content of sweet potatoes from 32.175% to 6.708%. The results of the thickness parameters of 3 mm, 60 °C, 360 minutes using a heater were able to make the initial water content of sweet potatoes from 32.175% to 7.20%. The results of the parameters 3 mm, 60 °C, 360 minutes were able to make the initial water content of sweet potatoes from 32.175% to 5.23%. The Taguchi method was used for the experiment. The results of this study indicate that during the drying process the air changes process, and changes in weight on the sweet potato pieces. The higher the temperature and the longer the drying time, the lower the water content along with the increase in cassava pieces
研究气候对红薯干燥过程中厚度影响的影响
本分析研究旨在确定温度对木薯片厚度的影响。该试验有3个参数,即木薯片厚度的3个变化(3mm, 4mm, 5mm),干燥温度的3个变化(40°C, 60°C, 80°C),干燥时间的3个变化(120分钟,240分钟和360分钟),使用干燥木薯烤箱,使用功率为800瓦的2个加热器的热源。使用的烘箱有3个架子,每个架子一次烘干的容量为5.76公斤。本研究表明,500g容量木薯的最佳干燥参数为3mm、80℃、240 min,第二参数为3mm、60℃、360 min。结果表明,在3 mm、80℃、240 min、初始质量500 gr的条件下,采用加热炉可使红薯的初始含水量从32.175%提高到6.708%。结果表明,厚度参数为3 mm,温度为60℃,加热360分钟,可使红薯的初始含水量从32.175%提高到7.20%。结果表明,在3 mm、60℃、360 min条件下,红薯初始含水量由32.175%提高到5.23%。实验采用田口法。研究结果表明,在干燥过程中,空气发生了变化,甘薯片的重量也发生了变化。干燥温度越高,干燥时间越长,木薯片含水量越低,含水量越高
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