Signal monitoring system and control of three-phase electric motors with IoT integration for industrial applications
Keywords:
Predictive maintenance. Industry 4.0. Electrical machines.Abstract
This study presents the development of a signal monitoring and control system for induction motors, integrating IoT through the MQTT protocol. The integration of conventional industrial systems with new IoT technologies was pursued during the development process to optimize motor maintenance. The adopted methodology involved designing a printed circuit board for data acquisition, programming embedded code, and implementing a Node-RED interface for remote control. Bench tests validated the system under real conditions, demonstrating its compatibility with legacy inverters and redundant communication via MODBUS. Compared to other studies in the literature, the proposed system stands out for its flexibility, enabling the modernization of industrial processes with minimal structural intervention.
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