Suciningtyas, Ika Karlina Laila NurBudianaHutabarat, Pedro Nicolas CristiansenRoenaldo, Rico2024-09-172024-09-172024-01-19IEEE2593-7642https://dx.doi.org/10.4108/eai.7-11-2023.2342941https://repository.polibatam.ac.id/handle/PL029/1944The final paper titled “Sand Level Measurement System for Enhanced Sandpot Management” introduces an innovative solution to monitor sand levels in industrial sandpots using advanced sensor technologies, microcontrollers, and IoT connectivity. It highlights the inefficiencies of traditional sand measurement methods and proposes a system for real-time monitoring to improve industrial efficiency, reduce maintenance costs, and optimize operations. The paper discusses system architecture, electrical design, data management, and the potential applications in foundries for resource optimization and compliance with environmental regulations.The "Sand Level Measurement System for Enhanced Sandpot Management" addresses a critical gap in traditional sand level monitoring methods prevalent in industrial processes, such as the use of dipsticks or rods, leading to operational setbacks and increased maintenance costs. This research introduces an innovative solution by integrating advanced sensor technologies, bundled with microcontroller systems and IoT connectivity. The methodology involves developing and implementing the sand level measurement system, followed by rigorous testing to verify its effectiveness. The empirical results demonstrate the system's precision and accuracy, offering real-time data on sand levels, thereby enhancing sandpot management. This advancement contributes to industrial efficiency, reduces maintenance costs, and provides a technologically sophisticated solution for industries relying on abrasive processes like sandblasting.en-USArticleNIM4212001026NIM4212001017NIDN0006078804NIDN0001019201KODEPRODI21312#TEKNIK MEKATRONIKA