REAL-TIME MONITORING OF INDUSTRIAL INDUCTION MOTORS BY CURRENT AND VIBRATION ANALYSIS

This paper presents an innovative solution for real-time monitoring of industrial induction motors through the analysis of electric current and vibration, integrating a microcontroller. The primary goal was to create a system that not only collects data from these parameters but also processes it intelligently, providing actionable information to operators and maintenance teams. The results revealed significant variations in the electrical current data, highlighting potential operational issues, especially in Motor 2. Vibration analysis identified anomalous patterns in Engines 2 and 4, indicating the need for lubrication and visual inspection, respectively. The intuitive interface and simplified remote access allowed for agile and informed decision-making, contributing to the efficiency and safety of industrial processes in real time. This study demonstrates the crucial importance of continuous and intelligent monitoring in the quest to optimize industrial operation, improving efficiency, reliability and safety.