设计 250 克容量的电动咖啡豆样品烘焙机

None Heri Sungkowo, None Rahman Azis Prasojo, None Dinda Ayu Amalia, None Rahmad Dwi Pramudya, None Muhammad Fahmi Hakim, None Bakti Indra Kurniawan, None Sukamdi
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引用次数: 0

摘要

咖啡是一种具有独特风味的饮料。咖啡产量继续增长,以满足社区需求。各种各样的咖啡口味已经被开发出来,这就需要一种有效的咖啡加工方法,比如烘焙。虽然许多咖啡生产过程使用高容量的烘焙机,但由于生产需要,小型工业在使用这些机器时可能会产生损失,这涉及到创造新的咖啡风味样品。为了应对这些挑战,提出了一个解决方案:创建一个基于桶的咖啡豆样品烘焙机,利用对流的方法。机器制造过程包括计算滚筒容量,加热器规格,电机旋转和空气流量。选择2000瓦加热器,最大鼓容量为250克。驱动电机为12v直流电机。电机组件的总功率为1520瓦,整体加热能力可达到300ºC的温度。焙烧机的性能测试是在所有部件正常工作的情况下进行的。最终焙烧结果分布均匀,预热温度范围为190 ~ 200℃,焙烧时间约为15分钟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rancang Bangun Mesin Sangrai Sampel Biji Kopi Elektrik Kapasitas 250 Gram
Coffee is one of the beverages with a distinct flavor profile. Coffee production continues to grow in response to community demands. A wide variety of coffee flavors have been developed, necessitating an effective coffee processing method, such as roasting. While many coffee production processes employ roasting machines with high capacities, smaller industries may incur losses when using such machines due to their production needs, which involve creating new coffee flavor samples. To address these challenges, a solution is proposed: the creation of a drum-based coffee bean sample roasting machine that utilizes the convection method. The machine manufacturing process involves calculating the drum capacity, heater specifications, motor rotation, and air flow. A 2000 Watt heater is chosen, accompanied by a maximum drum capacity of 250 grams. The driving motor is a 12 V DC motor. The combined power of the motor components totals 1520 Watts, and the overall heating capacity can achieve temperatures of up to 300ºC. Performance testing of the roasting machine is conducted under conditions where all components are functioning correctly. The final roasting results exhibit even distribution, with a preheating temperature range of 190-200ºC for approximately 15 minutes roasting time.
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