Analisis Mesin Mixer IKA Overhead Stirrer RW 20 Kecepatan dan Konsumsi Daya Putar Blade 70, 100, dan 130 rpm pada Produksi Resin Skala Laboratorium Kapasitas 1 kg
DOI:
https://doi.org/10.55606/juprit.v5i3.6842Keywords:
Energy Efficiency, IKA Overhead Stirrer RW 20, Power Consumption, Resin, Rotational SpeedAbstract
This study aims to analyze the effect of variations in the rotational speed of the IKA Overhead Stirrer RW 20 on electrical power consumption during the laboratory-scale resin mixing process with a capacity of 1 kg. The rotational speed variations used in this study were 70 rpm, 100 rpm, and 130 rpm. The research employed a quantitative experimental method by operating the mixer at each rotational speed and measuring several parameters, including rotational speed, electric current, voltage, power factor, and power consumption during the mixing process. The results indicate that rotational speed has a direct effect on the electrical power consumption of the mixer. As the blade rotational speed increases, greater electrical energy is required to maintain the rotational speed during the resin mixing process. Selecting an appropriate operating speed can improve energy efficiency while maintaining the quality of the mixing process at the laboratory scale. This study is expected to serve as a reference for determining the operating parameters of mixing machines in laboratory-scale resin production and to support further research on energy consumption optimization in mixing processes.
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