Monitor and data locker for air management system

Abstract

This research aims to study the efficiency of an Air Management System (AMS) for monitoring air pressure status of AMS equipment via a monitor screen for air management within an industrial plant. IRIV Picontrol is used as an intermediary for real-time data recording and display, reducing the burden on SCADA (Supervisory Control and Data Acquisition) systems, which are costly and resource-intensive. The research methodology involved installing IRIV PiControl and connecting it to the AMS system, then developing a display interface using Node-Red, Influx DB, and Grafana. Data such as air pressure, flow rate, temperature, and machine status were collected over 21 days and analyzed for system performance. The results showed that the AMS system using IRIV PiControl achieved a maximum data recording efficiency of 99.2%, with only 0.8% loss due to external factors such as signal interference. The system demonstrated a certain level of stability, operating continuously for 8 hours and 50 minutes per day without interruption. The average error compared to a standard device was ±0.3%, within acceptable limits for industrial plant use. Data analysis shows that the AMS system can significantly reduce airflow in standby mode, thereby lowering energy consumption. Furthermore, it can effectively replace the SCADA system for displaying real-time data.