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Rancang Bangun Alat Pengering Klanting Tipe Rak dengan Sumber Panas Kompor Listrik

机译:电火炉热源机架式K缝干燥设备设计

摘要

Klanting is a cassava products that one of special food from Banyumas residence besides Gethuk goreng and Mendoan. Problem from produced of klanting is in drying process of raw material. IKM in Banyumas residence still has been using a conventional method. It use sunshine to dry the product, so it make capacities of klanting production became decrease in rainy season. Aims of the research were: (1) to design the rack dryer equipment for klanting with heat source from electric-stove, (2) to study performance of the equipment. This research used three steps, the steps were: (1) design of dryer equipment, include: functional and structural design, (2) dryer equipment manufacturing, and (3) performance test of dryer equipment include: functional test, reliability test, test without burden and test with burden. Design and manufacture of the equipment was processed in Agricultural Mechanization laboratory, Agricultural Faculty, Jendral Soedirman University. Furthermore, it was tested in UKM Sari Murni, Tamansari village, District Of Karanglewas, Banyumas residence. Result of the research showed that as a functional and structural design it is can operate with dimensions are, length 144 cm, wide 80 cm, and high 100 cm. At performances test without burden showed that the lowest draining in 370C, highest 470C, air stream at inlet equal 6.24x10-2m3/s, air stream exhaust 0.36x10- 2m3/s, while amount energy the required is 0.945 kW. The result of performances test with burden showed that total dryer capacities are 15.00 kg with mean capacities equal to 1.501 kg, lowest temperature in 310C, while highest temperature in 380C, air stream at inlet equal is 6.24x10-2 m3/s, air stream exhaust is 0.224x10-2 m3/s, while amount of energy required to dry klanting is 2.52 kW. Whereas water content of klanting dried by appliance is 28.21%bb or 39.52% bk from water content initial 56.15%bb. Keywords: klanting, rack dryer, electric stove Diterima: 9 November 2009; Disetujui: 16 Maret 2010
机译:木兰产品是木薯产品,是除番石榴和门多安之外,Banyumas住所的特色食品之一。烫印产生的问题在于原料的干燥过程。 Banyumas住宅中的IKM仍在使用常规方法。它利用阳光来干燥产品,因此使雨季的lan草生产能力下降。研究的目的是:(1)设计用于电炉热源的机架式干燥机设备;(2)研究设备的性能。这项研究使用了三个步骤,这些步骤是:(1)干燥机设备的设计,包括:功能和结构设计,(2)干燥机设备的制造,以及(3)干燥机设备的性能测试包括:功能测试,可靠性测试,测试没有负担,没有负担的考验。设备的设计和制造是在Jendral Soedirman大学的农业学院的农业机械化实验室中进行的。此外,它在Banyumas住所的Karanglewas区Tamansari村的UKM Sari Murni中进行了测试。研究结果表明,作为功能和结构设计,它可以在尺寸上进行操作,长度为144厘米,宽80厘米,高100厘米。在无负担的性能测试中,最低排放温度为370C,最高排放温度为470C,进口处的空气流等于6.24x10-2m3 / s,空气流排放为0.36x10-2m3 / s,而所需的能量为0.945 kW。带有负载的性能测试结果表明,干燥机的总容量为15.00 kg,平均容量等于1.501 kg,最低温度为310C,而最高温度为380C,入口处的气流为6.24x10-2 m3 / s,气流排气量为0.224x10-2 m3 / s,而干k缝所需的能量为2.52 kW。而通过器具干燥的lan缝水含量为28.21%bb或39.52%bk,而初始水含量为56.15%bb。关键字:倾斜,机架干燥机,电炉Diterima:2009年11月9日; Disetujui:2010年6月16日

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    ., Sulistyo; ., Hardanto;

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