TRENDnet 26-Port Hardened Industrial Gigabit DIN-Rail Switch, TI-G262, 24 x Gigabit Ports, 2 x Gigabit SFP Ports, 52Gbps Switching Capacity, Lifetime Protection, Black

engineered for harsh environments, the TRENDnet TI-G262 is a rugged 26‑port industrial gigabit switch designed to keep critical networks running smoothly in factories, substations, warehouses, and other demanding settings. With a strong metal IP30 enclosure, broad operating temperatures, and flexible mounting options, this switch delivers reliable, non‑stop connectivity where it matters most. It combines 24 copper RJ-45 gigabit ports with 2 gigabit SFP ports, giving you ample copper and fiber options to connect a wide range of devices—from PLCs and sensors to high‑speed uplinks and industrial gateways. The TI-G262 is purpose‑built to withstand the challenges of industrial floors, outdoor cabinets, and equipment rooms, making it a dependable backbone for your industrial Ethernet deployments.

• Industrial-grade performance with 52 Gbps switching capacity supports dense, high‑traffic networks without introducing bottlenecks. This enables smooth data flows across machines, controllers, and workstations in fast‑paced environments.
• Flexible port configuration 24 x 10/100/1000 Mbps RJ‑45 copper ports plus 2 x gigabit SFP fiber ports provide both copper and fiber connectivity, making it easy to connect legacy devices and future‑proof your network with fiber links where needed.
• Extreme operating range engineered to endure harsh factory conditions, the switch operates from -40° C to 75° C (-40° F to 167° F) and comes in a rugged IP30 metal enclosure for enhanced protection against dust, debris, and vibration.
• Redundant power and alarms dual redundant power inputs with overload current protection help prevent outages, while an alarm output signals power failures to support proactive maintenance and rapid recovery.
• Easy deployment and mounting flexibility with both DIN‑Rail and wall‑mount capabilities, included mounting hardware, and a compact footprint suitable for panel cabinets, control rooms, and industrial racks.

Technical Details of TI-G262

• Ports: 24 x 10/100/1000 Mbps RJ-45 plus 2 x Gigabit SFP ports
• Switching capacity: 52 Gbps
• Enclosure: Hardened IP30 metal housing
• Operating temperature: -40°C to 75°C (-40°F to 167°F)
• Mounting: DIN‑Rail and wall-mount capable
• Power: Redundant power inputs with overload current protection
• Alarm: Alarm output triggered by power failure
• Mounting accessories: Included for quick installation on DIN rail or wall surfaces
• Protection: Lifetime protection for dependable long‑term operation in mission‑critical environments

How to Install TI-G262

• Choose a suitable installation site with adequate airflow and access to power and network connections. Ensure it is within the operating temperature range and away from direct exposure to water or excessive dust.
• Mount the TI-G262 on a DIN‑Rail or wall surface using the provided brackets and hardware. Confirm the unit is securely fastened to prevent vibration or movement during operation.
• Connect the redundant power supplies to the appropriate power sources. Verify both input channels are live, and configure any required protection settings to enable overload protection and alarm signaling.
• Attach copper devices to the 24 RJ‑45 ports for immediate network access. Use box-to-box links or device clusters to maximize network efficiency and minimize latency on busy industrial floors.
• If fiber connectivity is needed, connect fiber devices to the 2 x gigabit SFP ports. Use compatible SFP modules to extend reach between distant switches, access points, or industrial gateways.
• Power up the unit and verify LED indicators for port activity, link status, power, and alarm conditions. Confirm network connectivity with test devices and monitor for any alarms or faults to ensure a stable deployment.

Why Choose TI-G262 for Industrial Networking

In industrial environments, reliability and resilience are non‑negotiable. The TI-G262 delivers enterprise‑class performance in a rugged, purpose‑built package that is specifically designed to withstand the challenges of factory floors, energy facilities, and outdoor enclosures. Its 24‑port copper and 2‑port fiber combination gives you the flexibility to connect a mix of legacy sensors, PLCs, HMIs, and modern industrial devices, while the 52 Gbps switching capacity ensures transitions between devices remain seamless even under peak workloads. The hardened IP30 enclosure protects against dust, debris, and corrosion, and the wide operating temperature range ensures dependable operation across seasons and varying climate conditions. The inclusion of redundant power inputs provides an extra layer of fault tolerance, minimizing the risk of interruptions due to power disturbances, and the built‑in alarm output makes it easy to integrate with centralized monitoring systems so technical teams can respond quickly to power events.

Whether you are building a new industrial network or upgrading an existing one, TI-G262’s DIN‑Rail compatibility simplifies integration into control cabinets and distributed networking enclosures. The wall‑mount option further expands deployment possibilities for compact spaces and above‑rack installations. By combining robust physical design with flexible connectivity, this TRENDnet switch is well suited for a broad range of sectors, including manufacturing lines, logistics hubs, smart energy installations, transportation infrastructure, and mission‑critical automation systems.

The TI-G262 also supports straightforward maintenance and long‑term reliability. The redundant power architecture reduces the risk of single‑point failures, while the IP30 metal housing and rugged construction help resist the environmental stressors that can degrade network hardware in industrial settings. For teams that require clear visibility of network health, the alarm output provides immediate notification when a power condition changes, enabling rapid response and reduced downtime. In short, this switch is built to deliver steady, predictable performance, helping to keep industrial networks running efficiently around the clock.

Designers and technicians will appreciate the balance of performance, protection, and practicality. The TI-G262 makes it easier to design resilient networks that can scale with future needs, while ensuring that today’s critical devices stay connected. The combination of copper and fiber ports makes it simple to implement tiered networks, connect remote devices, and bridge legacy systems with modern Ethernet deployments. For environments where temperature swings, dust, and mechanical wear are constants, this TRENDnet switch offers a dependable solution without sacrificing ease of use, management, or expandability.

Finally, the TI-G262 stands out in terms of value. While rugged industrial switches can be costly, TRENDnet provides a competitive price point for the performance, protection, and long‑term reliability offered by this model. It is an excellent choice for organizations seeking a durable, versatile, and easy‑to‑deploy industrial switch that can handle the rigors of real‑world operation while providing the connectivity needed for modern industrial automation and data networks.

Frequently asked questions

• What ports does TI-G262 include? It includes 24 x 10/100/1000 Mbps RJ‑45 ports and 2 x Gigabit SFP ports for flexible copper and fiber connections.
• What is the operating temperature range? The switch operates from -40°C to 75°C (-40°F to 167°F), making it suitable for extreme environments.
• Does TI-G262 support redundant power? Yes, it features redundant power inputs with overload current protection to prevent outages.
• Is the enclosure protected against dust and debris? Yes, the unit uses a hardened IP30 metal enclosure for rugged protection in industrial settings.
• Can it be mounted in a DIN rail or on a wall? It is designed for both DIN‑Rail and wall‑mount installations for flexible deployment.
• Does it include an alarm output? Yes, there is an alarm output that triggers on power failure to support proactive maintenance.