ACT sort 10 meter U/UTP CAT6A patchkabel, snagless, med RJ45-stik

The ACT Black 10 meter U/UTP CAT6A patch cable with RJ-45 connectors is a black, PVC-sheathed network cable designed for high-speed data transmission. It uses 24 AWG conductors, features 50 µ gold-plated contacts and snagless RJ45 connectors to reduce connector damage and snagging during installation. The cable is suitable for structured cabling in home and office networks and supports data rates up to 10 Gbps when used within CAT6A specifications.

Advantages

This U/UTP CAT6A cable combines a durable PVC sheath and 24 AWG conductors for consistent signal integrity. Snagless RJ-45 connectors protect the clip during plugging and unplugging, while 50 µ gold contacts ensure low corrosion and reliable contact over time. The black colour provides a professional appearance and simplifies cable management in racks and workspaces.

Suitable for

• High-speed Ethernet up to 10 Gbps (within CAT6A limits)
• Connecting switches, routers, patch panels and network devices
• Home and office structured cabling
• Short to medium length horizontal runs and patching

Key specifications

• Cable type: U/UTP CAT6A
• Length: 10 m
• Conductors: AWG 24
• Connectors: RJ-45 – both ends
• Contacts: 50 µ gold plated
• Sheath material: PVC
• Colour: Black (RAL 9011)
• Brand: ACT, MPN: IB2910, EAN: 8716065250268

How to use

Plug each RJ-45 connector into the corresponding network ports on your devices (switch, router, patch panel or computer). Ensure connectors are fully inserted until the clip clicks to secure the connection. Route the cable to avoid sharp bends and excessive tension; maintain bend radius recommended for CAT6A to preserve performance. For best results, use within recommended horizontal or patching distances for CAT6A installations.

Recommendations

For stable 10 Gbps performance, avoid running the cable parallel to power lines and keep it away from large sources of electromagnetic interference. Replace cables showing damaged sheath or connectors to maintain network reliability.