Eaton Tripp Lite Series 4-Port Lite Managed Industrial Gigabit Ethernet Switch

Designed for demanding industrial environments, the Eaton Tripp Lite Series 4-Port Lite Managed Industrial Gigabit Ethernet Switch delivers reliable, scalable networking where it matters most. This compact, DIN-rail ready switch provides four copper Ethernet ports plus two GbE SFP slots, enabling you to build fast, flexible topologies that seamlessly integrate with existing equipment, sensors, controllers, and PLC networks. Built to withstand the rigors of factory floors, distribution centers, and process automation cabinets, it combines rugged hardware with straightforward management so you can protect uptime, improve data flows, and simplify remote monitoring. Whether you’re consolidating workflows in a smart factory or extending a control network to remote assets, this switch helps you create resilient edge networks with ease.

• Industrial-grade durability and DIN rail mounting: Engineered for challenging environments, this switch is built to retain performance in harsh conditions and ships ready for secure, space-efficient DIN-rail installation in control cabinets. Its compact footprint helps you maximize cabinet real estate while delivering steady throughput across multiple devices and sensors.
• High-speed, flexible connectivity: Four 10/100/1000 Mbps Ethernet ports provide dependable copper connections for local devices, while two GbE SFP slots offer flexible fiber or copper uplinks. This combination supports rapid data transfer, low latency, and scalable network architectures that can accommodate growing automation needs without replacing existing infrastructure.
• Lite managed capabilities for industrial networks: Despite its compact form, the switch delivers essential management features to optimize performance and reliability. Plan VLAN segmentation to isolate critical control traffic, apply basic QoS to prioritize time-sensitive data, and implement simple monitoring to track link status and performance across your network. Such capabilities help reduce downtime, improve troubleshooting, and enhance security in edge deployments.
• Simple, user-friendly management and operation: The device is designed for quick deployment and straightforward ongoing management. Access configuration and monitoring through a web-based interface or CLI, and benefit from clear status indicators that provide at-a-glance visibility into port activity, uplinks, and overall health. This combination delivers enterprise-grade visibility without complicating day-to-day operations on the shop floor.
• Compliance, reliability, and long-term usability: This switch is TAA compliant, aligning with government procurement standards and ensuring compatibility with a broad range of industrial procurement programs. Its robust design and proven reliability help minimize maintenance cycles, extend service life, and provide a solid backbone for critical automation and monitoring tasks.

Technical Details of Eaton Tripp Lite Series 4-Port Lite Managed Industrial Gigabit Ethernet Switch

• Ports: 4 x 10/100/1000 Mbps Ethernet ports (RJ-45) plus 2 x GbE SFP slots for fiber uplinks or optional copper media.
• Performance: Supports standard switching capabilities suitable for practical industrial networking with reliable, consistent throughput across connected devices.
• Operating temperature: -10°C to 60°C, enabling operation in a wide range of manufacturing environments and cabinet locations where ambient conditions vary.
• Mounting: DIN-rail compatible, designed for secure installation in control panels and equipment racks with minimal footprint.
• Compliance: TAA compliant, suitable for government and enterprise sourcing and procurement.

How to install Eaton Tripp Lite Series 4-Port Lite Managed Industrial Gigabit Ethernet Switch

• Step 1: Mount the switch on a standard DIN rail inside the equipment cabinet, ensuring a stable, vibration-free installation and providing adequate clearance for cable management.
• Step 2: Connect your devices to the four Ethernet ports using shielded, category-rated cables as appropriate for your environment, and insert fiber uplinks into the two GbE SFP slots if you are extending the network over fiber.
• Step 3: Provide power to the unit using a compliant DC power source that matches the device’s power requirements, then verify that the power indicator and port LEDs illuminate to confirm proper startup.
• Step 4: Access the web-based management interface or CLI to configure essential network settings. Create VLANs to segment control traffic from noncritical data, set up basic QoS rules to prioritize critical messages, and assign port-based or policy-based configurations as needed.
• Step 5: Save the configuration, verify uplink status, and perform a lightweight connectivity test across the network. Monitor link activity and switch health via the status LEDs and the management interface to ensure stable operation under real-world conditions.

Frequently asked questions

• Q: Does this switch include Power over Ethernet (PoE) capabilities?
  A: The product is described as a Lite Managed Industrial Gigabit switch and does not advertise PoE support. For devices requiring PoE, consider a model within the same family that specifically supports PoE.
• Q: What is the operating temperature range?
  A: It is designed to operate from -10°C to 60°C, making it suitable for many harsh industrial environments and cabinet installations where ambient temperatures can vary widely.
• Q: Can I mount this switch on a DIN rail?
  A: Yes. The unit is specifically designed for DIN-rail mounting, enabling secure, space-efficient installation in control panels and equipment racks.
• Q: How many ports and uplinks does it provide?
  A: The switch offers 4 Ethernet ports for local devices and 2 GbE SFP slots for fiber or copper uplinks, providing flexible connectivity options for edge networks and remote links.
• Q: What management options are supported?
  A: The switch supports basic managed features via a web interface and CLI, including straightforward configuration, port monitoring, and traffic segregation through VLANs and basic quality-of-service rules to improve reliability on busy industrial networks.