1. Modular Machine Assembly Line Topology
In a multi-stage manufacturing line where each station handles a distinct process, wiring them via traditional daisy chain creates a single point of failure [1.4]. The GX-JC03 acts as a star-branching hub, connecting EtherCAT slaves from each station independently.
Problem SolvedIf a cable breaks or a slave faults in one station, the branching connection ensures other stations continue operating and can be independently debugged without forcing a complete system stoppage.
EtherCATStar wiring topologyModular commissioningFault isolation
2. Long-Distance Automated Conveyor System
Used to route network communication across expansive warehouse conveyor networks where node distances can cause measurable DC voltage degradation.
Problem SolvedSolves the issue of power drops in distributed control systems by utilizing a wide operational voltage tolerance (down to 20.4 VDC) while maintaining stable, high-speed network performance over long physical distances.
20.4 VDC minimumVoltage drop compensationDistributed controlLong-distance wiring
3. Space-Constrained Electrical Panels for Robotics
Installed inside the tight confines of a robot controller cabinet or a highly dense PLC DIN-rail panel to split the EtherCAT network to various end-effectors, sensors, or external servo drives.
Problem SolvedEliminates the need for bulky network switches by utilizing its industry-leading 25mm compact width footprint, allowing maximum DIN-rail space optimization for other components.
25mm widthDIN rail mountingEtherCAT branchingPanel space optimization
