1. Factory Floor Network Segmentation
Deploying the switch to create and manage separate virtual networks (VLANs) for different production lines within a large manufacturing facility. One VLAN could handle the high-priority PROFINET traffic for motion control, while another handles general machine data and a third connects to the corporate network.
Problem SolvedThis prevents network congestion and broadcast storms from one production line affecting critical real-time control on another, enhancing overall network stability and security. The high port count allows for connecting numerous devices without needing additional switches.
VLANPROFINETNetwork SegmentationIndustrial EthernetManaged Switch
2. Outdoor Cabinet Networking for Critical Infrastructure
Utilizing the switch within an IP66-rated outdoor cabinet to connect and manage IP cameras, sensors, and access control systems for a remote utility substation or a rail-side signaling system.
Problem SolvedThe extremely wide operating temperature range of -40 °C to +70 °C ensures reliable operation in unconditioned outdoor cabinets exposed to severe weather. The dual SFP ports are ideal for creating a redundant fiber optic ring (using MRP) back to the central control room, guaranteeing high uptime.
Extended Temperature RangeDIN Rail MountingMRPSFPFiber Optic Redundancy
3. Machine Builder High-Speed Control Network
Integrating the switch directly into the control cabinet of a complex packaging machine or a CNC machine to manage high-speed communication between the main PLC, multiple servo drives, HMI panels, and vision systems.
Problem SolvedThe switch's Gigabit speeds and PROFINET Conformance Class B certification ensure the low latency and determinism required for high-speed, synchronized motion control. Its compact, DIN rail-mountable form factor saves valuable space within the machine's electrical panel.
Gigabit EthernetPROFINETMachine ControlLow LatencyDIN Rail
