MRD TCC4100-CRECNL2 Rugged Industrial Ethernet Switch

• Factory automation and production line networking
• Intelligent transportation and railway systems
• Industrial IoT and sensor connectivity layers
• Outdoor surveillance and traffic control networks
• Machine-to-machine (M2M) communication systems
• SCADA and industrial control systems
• Smart infrastructure and utility monitoring
• Harsh environment edge networking deployments
• Control cabinet aggregation switching
• Distributed industrial backbone connectivity

• Rugged industrial switch for harsh environments
• 16 D-Code Fast Ethernet ports for edge connectivity
• 4 M12 X-Code Gigabit ports for stable uplink
• Vibration-resistant design for industrial reliability
• Dual redundant power input ensures continuous uptime
• DIN-rail mountable compact industrial form factor
• Secure M12 connectors reduce cable failure risk
• Supports factory automation and OT network systems
• Ideal for transport and outdoor network deployments
• High durability metal housing for extreme conditions

• Brand: MRD
• Model: TCC4100-CRECNL2
• Product Type: Industrial Ethernet Switch
• Switch Type: Unmanaged / CLI-managed (variant-based)
• Total Ports: 20 Ports
• Fast Ethernet Ports: 16 × 10/100Base-T (D-Code)
• Gigabit Uplink Ports: 4 × 10/100/1000Base-T (M12 X-Code)
• Port Connector Type: Industrial D-Code & M12 X-Code
• Housing: Rugged metal enclosure
• Mounting Type: DIN-rail / Panel mount
• Power Input: Dual redundant power input
• Operating Temperature: Industrial-grade (harsh environments)
• Protection Features: Overload protection, reverse polarity protection
• Application Areas: Factory automation, transport systems, outdoor industrial networks
• Installation Type: Industrial control cabinet / field deployment

WHY CHOOSE THIS PRODUCT?

• Built for extreme industrial environments with vibration-resistant design
• High-density 16-port access layer for OT networks
• Gigabit M12 uplinks ensure stable backbone performance
• Redundant power improves uptime and network reliability
• Compact DIN-rail design simplifies cabinet integration
• Reduces downtime and cabling failures in field deployments
• Ideal for scalable industrial network expansion
• Supports long-term TCO reduction in mission-critical infrastructure