ACT sivý 10 metrov U/UTP CAT6 patch kábel rastnasenfrei s RJ45 konektormi

The ACT Grey 10 meter U/UTP CAT6 patch cable features full copper conductors, snagless RJ45 connectors and meets ANSI/TIA568-C2-1 performance requirements. With a 10 m length and U/UTP construction it supports high-speed data transfer while minimizing external interference; gold-plated contacts improve conductivity and long-term reliability. The cable is compatible with CPR Euroclass Eca and is suitable for PoE applications when used with network devices that require full copper conductors.

Advantages

Full copper conductors ensure reliable signal transmission and compatibility with Power over Ethernet applications. The U/UTP CAT6 design reduces electromagnetic interference, and snagless RJ45 connectors protect the plug latch during installation. Compliance with ANSI/TIA568-C2-1 and CPR Euroclass Eca provides standardized performance and safety characteristics.

Suitable for

• Structured copper data networks in offices and homes
• Connecting switches, routers and patch panels
• Power over Ethernet (PoE) devices such as IP phones and cameras
• Longer horizontal runs where a 10 m cable length is required

Key specifications

• Brand: ACT
• Model / MPN: IS8010
• EAN: 8716065254471
• Type: U/UTP CAT6 patch cable
• Conductor: Full copper
• Length: 10 m
• Connectors: RJ-45 to RJ-45 (snagless)
• Contacts: Gold-plated
• Colour: Grey
• Standards: ANSI/TIA568-C2-1; CPR Euroclass: Eca

How to use

Route the 10 m ACT U/UTP CAT6 cable between network devices such as switches, routers, patch panels or PoE equipment. Insert each RJ45 connector into the appropriate port until the latch clicks. Avoid sharp bends and excessive pulling force; maintain bend radius recommended for Ethernet cables and keep cable runs clear of strong electromagnetic sources to preserve signal quality.

Recommendations

For PoE applications and optimal performance, use this patch cable with equipment that supports full copper conductors and follow installation practices that prevent kinking, over-tensioning and close parallel runs with high-voltage power lines.