Eaton Tripp Lite Series 7-Port Industrial-Grade USB 2.0 Hub - 15 kV ESD Immunity, Metal Housing, Wall/DIN Mountable

The Eaton Tripp Lite Series 7-Port Industrial-Grade USB 2.0 Hub is engineered for durability, reliability, and flexible deployment in harsh environments. This rugged hub adds seven USB devices to a single host—ideal for manufacturing floors, warehouses, laboratories, data centers, and control rooms where equipment endures dust, vibration, and temperature variation. Built with a heavy-duty all-metal housing and designed for wall or DIN rail mounting, it offers robust protection against electrostatic discharge (ESD) with an impressive 15 kV immunity rating, helping to safeguard sensitive peripherals and the host system. If you need to connect external hard drives for data logging, industrial printers for label generation, barcode scanners for inventory control, serial devices for legacy automation, or sensors for real-time monitoring, this hub provides a reliable, space-saving solution that keeps critical workflows moving. The combination of industrial-grade construction, shielded routing, and user-friendly installation makes it a dependable backbone for enterprise-grade USB expansion in environments where conventional consumer hubs fall short.

• Expansion for seven devices — This rugged USB 2.0 hub delivers seven downstream ports, enabling you to connect a wide range of peripherals to a single host computer, server, or thin client. Whether you’re adding external storage for continuous data logging, attaching multiple barcode scanners for rapid inventory checks, or wiring printers for on-demand labeling, the seven-port design minimizes cable clutter and simplifies platform management while maintaining reliable data throughput across devices. The hub is designed to support a mix of USB peripherals that are common in industrial settings, including storage devices, printers, scanners, serial adapters, and sensor nodes, providing a versatile hub for diverse workloads.
• Industrial-grade durability — A heavy-duty metal enclosure protects sensitive electronics from impacts, knocks, and harsh industrial conditions. The rigid construction helps resist temperature fluctuations, vibration, and dust intrusion, ensuring stable operation in factories, warehouses, and service centers. By combining a rugged housing with precise shielding and grounded design, this hub minimizes electromagnetic interference (EMI) and preserves signal integrity, which is critical when multiple USB devices operate simultaneously in close proximity to power lines, motive equipment, and automated machinery.
• Advanced ESD immunity — With 15 kV ESD immunity, the hub is built to withstand electrostatic discharge events common in industrial and commercial environments. This protection reduces the risk of transient damage to both the hub and connected peripherals, helping to prevent data corruption, device malfunctions, or unexpected downtime. The higher ESD rating makes it suitable for outdoor installations, clean rooms, and manufacturing floors where personnel may interact with equipment using gloves or metal tools, while still delivering consistent USB performance for all connected devices.
• Flexible mounting options — The hub is wall-mount and DIN-rail mountable, giving you adaptable installation options that fit into compact control panels, equipment racks, or wall-mounted workstations. With included mounting hardware and thoughtfully routed cable management channels, you can create a neat, compliant setup that improves accessibility and reduces cable stress. This flexibility is especially valuable in industrial automation environments where space is at a premium and devices must be positioned for easy access by operators and maintenance staff alike.
• Plug-and-play compatibility with USB 2.0 — As a USB 2.0 hub, it supports high-speed data transfer up to 480 Mbps for compatible devices, providing reliable performance for peripherals such as external storage, printers, scanners, and serial adapters. The plug-and-play nature simplifies deployment: connect the hub to a host PC, server, or thin client via a USB upstream connection, power the devices as needed from the host, and begin adding USB peripherals without complex software configuration. It’s designed to work with standard USB devices and operating systems commonly used in enterprise environments, delivering a straightforward, hassle-free expansion path for IT teams and technicians.

Technical Details of Eaton Tripp Lite Series 7-Port Industrial-Grade USB 2.0 Hub

• Port configuration: 7 downstream USB 2.0 ports for connecting peripheral devices to a host computer, server, or thin client.
• USB standard: USB 2.0 compliant with backward compatibility to USB 1.1 devices; data rates up to 480 Mbps for high-speed transfers.
• ESD protection: 15 kV electrostatic discharge immunity to improve reliability in environments with frequent static discharge events.
• Enclosure: Heavy-duty metal housing designed to withstand industrial conditions and provide robust shielding against EMI and physical impact.
• Mounting options: Wall-mountable and DIN-rail mountable with included hardware for flexible installation in control panels, equipment racks, or workplace walls.
• Compatibility: Works with standard USB devices (storage, printers, scanners, serial adapters, sensors, etc.); suitable for a wide range of industrial and enterprise applications.
• Application environment: Optimized for industrial and commercial settings where durability, reliability, and space efficiency are critical.

How to install Eaton Tripp Lite Series 7-Port Industrial-Grade USB 2.0 Hub

• Identify a suitable mounting location that provides easy access to the upstream USB connection to the host and leaves space for neatly routed downstream USB cables to the connected devices.
• Mount the hub using the included hardware for wall or DIN-rail installation. Ensure the enclosure is securely fastened and that there is adequate clearance for heat dissipation and cable management.
• Connect the hub to the host computer, server, or thin client using a USB upstream cable. Use a direct USB connection to the host to minimize latency and ensure stable data transfer across all attached devices.
• Attach up to seven USB peripherals to the hub’s downstream ports. Route cables to avoid pinching, bending, or interference with moving equipment, and label cables where possible to simplify future maintenance or part replacement.
• Power considerations: rely on the USB host’s power provisioning as needed for connected devices. If your devices require more current than the host port can supply, evaluate powered USB hub configurations or system power recommendations to ensure reliable operation across all devices.

Frequently asked questions

• Q: What devices can I connect? A: The hub supports up to seven USB devices, including external hard drives, printers, barcode scanners, serial devices, sensors, and other USB peripherals that conform to USB 2.0 specifications. It is designed for mixed environments where multiple device types operate concurrently.
• Q: Is this hub USB 3.0? A: No. This is a USB 2.0 hub, offering high-speed data transfer up to 480 Mbps. It is compatible with USB 3.0 devices, but devices will operate at USB 2.0 speeds when connected through this hub.
• Q: Does it require an external power adapter? A: Power requirements vary by devices connected. The hub can draw power from the host USB port; if you add multiple high-power devices, you may need to consider power requirements and potential use of an external powered hub as appropriate for your setup. Always follow device manufacturer recommendations for power needs.
• Q: Can I mount it on a DIN rail? A: Yes. The hub is designed for wall or DIN-rail mounting, providing flexible installation options in control panels, racks, or workspace environments.
• Q: What environments is it best suited for? A: It excels in industrial and commercial settings where rugged construction, EMI/ESD protection, and reliable multi-device USB expansion are essential—for example manufacturing floors, distribution centers, labs, and data-center peripheral expansion.