Published Paper Details:

The project, "Smart Monitoring and Protection of Industrial Equipment Using IoT," employs Arduino as the main controller for monitoring and safeguarding industrial equipment. Current sensor technology is employed to measure the current of an AC load, specifically a bulb, while a voltage sensor is utilized to measure the voltage of a DC circuit. The DHT11 sensor is incorporated to monitor the ambient temperature, ensuring optimal operational conditions. Additionally, the system integrates a fire sensor to identify potential fire accidents and a gas sensor to detect smoke within the industrial environment. The gathered data from these sensors is displayed on an LCD screen, providing real-time information on crucial parameters. To enhance safety measures, the system is designed to respond dynamically to sensor readings. If any monitored parameter surpasses a predefined threshold value, the system triggers protective actions. Specifically, if a critical condition is detected, the AC load (bulb) is automatically turned off, and a DC fan is shut down. This real-time monitoring and automated protection mechanism contribute to a safer and more secure industrial environment