Maximizing Workshop Efficiency Reusing Old Compressors Globally

Bagus Kurniawan, Mulyadi
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Abstract

This study investigates the feasibility of repurposing old refrigerator compressors to construct an air compressor for workshop use. Conducted at the Laboratory of Mechanical Engineering, Muhammadiyah University of Sidoarjo, the research assesses performance factors such as compressor tube filling time and injection settings. Results indicate that using one compressor motor takes 12 minutes and 57 seconds to fill the tube, while two motors reduce this to 8 minutes and 12 seconds, reaching a maximum pressure of 75 psi. Higher spray gun settings result in faster air depletion. Although pressure output is weaker compared to conventional compressors, the cost-effectiveness of using reused materials is evident, highlighting potential economic and environmental benefits.   Highlight:  Repurposing old compressors for workshop air supply. Assessing performance: filling time, injection settings. Cost-effective, eco-friendly solution for workshop equipment.     Keyword:  Repurposing, Refrigerator Compressors, Workshop Equipment, Performance Assessment, Cost-effectiveness
最大限度提高车间效率 在全球范围内重复使用旧压缩机
本研究调查了将旧冰箱压缩机重新用于制造车间用空气压缩机的可行性。研究在西多约穆罕默迪亚大学机械工程实验室进行,评估了压缩机管填充时间和喷射设置等性能因素。结果表明,使用一台压缩机电机需要 12 分 57 秒才能充满管子,而使用两台电机则可缩短至 8 分 12 秒,达到 75 psi 的最大压力。喷枪设置越高,空气消耗越快。虽然与传统压缩机相比,压力输出较弱,但使用再利用材料的成本效益显而易见,突出了潜在的经济和环境效益。 亮点: 将旧压缩机重新用于车间供气。评估性能:充气时间、喷射设置。为车间设备提供具有成本效益的环保解决方案。 关键字 再利用、冰箱压缩机、车间设备、性能评估、成本效益
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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