6-Port GbE Micro Switch G6 2x 100/1000X SFP slots, vertical, managed 4x 10/100/1000T, 230VAC, microSD slot, RS-232 port (RJ-45) Compact Ruggedized Gigabit Ethernet Micro Switch – Robust Solution for DIN-Rail Mounting

The compact and ruggedized Gigabit Ethernet Micro Switch is specifically designed for industrial environments. With its DIN-rail mounting capability, it is ideal for use in control cabinets and automation systems. The integrated MICROSENS ring function ensures reliable network redundancy and high availability.

With six full-gigabit ports, the switch provides high-performance and stable network connections. It offers advanced security features including SSH, HTTPS, SNMPv3, Port Security 802.1x, and full RADIUS NAC compatibility.

The internal power supply with a 24VDC input allows easy integration into industrial power systems. Intuitive management is available via web, SSH, and SNMP interfaces, as well as MICROSENS NMP software, enabling efficient network monitoring and control.

For flexible fiber optic connections, the switch features a fiber SFP uplink with dual-speed 100/1000Base-X support. Alternatively, it is available as a 2x fiber version for creating ring structures over copper and fiber connections.

Technical Data:

• Form Factor: Compact ruggedized micro switch for DIN-rail mounting
• Ports: 6x Full Gigabit Ethernet
• Network Redundancy: MICROSENS ring function for high availability
• Temperature Range: -25°C to +65°C (extended industrial use)
• Security: SSH, HTTPS, SNMPv3, Port Security 802.1x, RADIUS NAC compatibility
• Power Supply: Internal power supply with 24VDC input
• Management: Web, SSH, SNMP interface, MICROSENS NMP software
• Uplink:
- 1x Fiber SFP uplink with dual-speed 100/1000Base-X
- Optional as 2x fiber version for ring structures over TP/fiber


Scope of Delivery:

• 1x 6-Port Gigabit Ethernet Ruggedized Micro Switch
• DIN-rail mounting bracket
• Installation manual

Applications:

• Industrial and automation networks
• Control cabinets and automation systems
• Network redundancy with ring structures
• Fiber and copper network integration
• Applications with extended temperature requirements