ACT sort 15 meter U/UTP CAT6A patchkabel snagless med RJ45-stik

The ACT Black 15 meter U/UTP CAT6A patch cable (model IB2915) is a shielded-unshielded twisted pair cable designed for high-speed network connections. It features snagless RJ45 connectors with 50 μin gold-plated contacts and full copper AWG#24 conductors, supporting up to 10 Gbps data rates for reliable use in home and office networks. The cable is 100% tested and comes with a 5 year warranty; ACT specifications are verified by an independent third-party certification institute.

Advantages

This CAT6A patch cable offers full copper AWG#24 wires for stable signal transmission and reduced attenuation, 50 μin gold-plated RJ45 contacts for improved corrosion resistance and consistent connectivity, and snagless connectors to prevent clip damage when routing. The product is fully tested and certified by an independent 3P institute, and includes a 5 year warranty for product assurance.

Suitable for

• Connecting switches, routers and patch panels in office networks
• High-speed uplink and server connections supporting 10 Gbps
• Home networking between computers, NAS and media devices
• Structured cabling installations requiring CAT6A performance

Key specifications

• Brand: ACT
• Model: IB2915
• Type: U/UTP CAT6A patch cable
• Length: 15 m
• Conductor: Full copper, AWG#24
• Connector: Snagless RJ45
• Contacts: 50 μin gold-plated
• Data rate: Up to 10 Gbps
• Testing: 100% tested
• Warranty: 5 year
• EAN: 8716065276169

How to use

Plug the snagless RJ45 connectors into the corresponding Ethernet ports on network devices such as switches, routers, patch panels or computers. Ensure connectors are fully inserted until the latch clicks. Route the cable without sharp bends and avoid placing heavy objects on it to maintain signal integrity and prolong cable life.

Recommendations

For best performance, use this ACT CAT6A patch cable in environments with compatible CAT6A or higher-rated equipment and keep cable runs within recommended channel lengths for 10 Gbps operation. Avoid tight bends and electromagnetic interference sources (for example, power cables and large motors) to minimize signal degradation.