Scenario
Automated baggage sorting in airport terminals is essential for ensuring timely and accurate delivery of passenger luggage. High throughput, reliability, and real-time decision-making are critical for modern airport logistics.
This case demonstrates how OpenPLC combined with ARMxy industrial controllers enables a highly automated, precise, and flexible baggage sorting workflow.
System Configuration
Serves as the core processing and control platform, executing logic, managing communication, and coordinating actuator responses.
Used for real-time barcode data acquisition from high-speed laser scanners.
Controls 24V DC pneumatic actuators that operate diverter arms on the sorting line.
Implementation
The baggage sorting line relies on fast and accurate barcode recognition to route luggage to the correct conveyor belts.
This PLC-based architecture provides deterministic control, ensuring smooth operation even during peak passenger hours.
Advantages
Ground staff can adjust baggage destinations or update sorting logic remotely in real time, improving operational flexibility during flight schedule changes or peak periods.
The modular design of the ARMxy controller ecosystem and the open-source nature of OpenPLC enable quick integration, efficient programming, and straightforward system expansion.
The solution supports easy customization for different airport layouts, sorting capacities, and passenger volumes, making it highly suitable for regional airports as well as major international hubs.
Conclusion
By combining OpenPLC with ARMxy industrial control modules, this baggage sorting solution delivers high-speed data acquisition, precise actuator control, and real-time routing intelligence.
It significantly improves sorting efficiency, reduces errors, and provides the flexibility required to adapt to future airport expansions and evolving passenger demands.
