Rail Cargo Austria RCA fit Wels container terminal with Symeo sensor equipment

Rail Cargo Austria (RCA) has fitted their Wels container terminal with a complete sensor equipment solution from Symeo. The solution includes all components for D-GPS based position detection of reach stackers and gantry cranes as well as for load detection on the units' spreaders. Now RCA is planning to roll out Symeo sensor equipment step by step in all terminals that they have in operation.


After successful completion of pilot operations at the Wels terminal location of Rail Cargo Austria (RCA) plans have consecutively been made to fit all RCA's terminals with Symeo's positioning systems. A technology provider specialising in radio based solutions for distance measurement, position detection and anti collision, Symeo will be providing an integrated solution composed of radio based D-GPS positioning for vehicles and cranes and load recording sensors used for container detection on the spreaders and connected by ZigBee close range wireless links.


While this system breaks new ground in many respects, Rail Cargo Austria, the terminal operator, Symeo, one-stop-shop for the state-of-the-art sensor solution, and Vienna based SCOPE Consulting Unternehmensberatung, supplier of the terminal's IT system, succeeded in meeting all RCA's requirements in the best possible way through close cooperation.


A particular advantage of the elaborated solution lies in its scalability and extendibility. It can be deployed on sites of any size and independently of vehicle and crane type and, when upgraded with Symeo LPR, can also be used in areas that cannot be reached by GPS signals. "The Symeo positioning system is working very reliably at the Wels terminal", Erich Possegger from Rail Cargo Austria states. "Apart from the systems' ruggedness, Symeo's expertise in elaborating a new solution exactly to meet our requirements was very convincing for us. Furthermore, by combining the GPS solution with LPR, Symeo succeeds in ensuring reliable position detection even in areas where no GPS signals can be received."