ACT Πράσινο καλώδιο patch U/UTP CAT6 1 μέτρου snagless με βύσματα RJ45

The ACT Green 1 meter U/UTP CAT6 snagless patch cable with RJ45 connectors is a 1 m unshielded twisted pair network cable designed for CAT6 performance. It uses full copper conductors and gold-plated RJ45 plugs to provide reliable high-speed data transmission and durable connector contact. The cable is unshielded (U/UTP), has a snagless boot to protect the connector clip during installation, and is finished in green for easy identification.

Advantages

ACT patch cables use full copper conductors and meet ANSI/TIA568-C2-1 performance requirements, ensuring stable signal transmission and compatibility with PoE applications. The gold-plated RJ45 connectors improve contact reliability and resistance to corrosion. The snagless design reduces the risk of clip damage during installation, and the cable complies with CPR Euroclass Eca.

Suitable for

• Connecting switches, routers and patch panels in LAN environments
• Short-distance workstation and server connections (1 m)
• Power over Ethernet (PoE) devices when full copper conductors are required
• Network identification or color-coded cabling schemes

Key specifications

• Standard: CAT6 (ANSI/TIA568-C2-1 compliant)
• Cable type: U/UTP (unshielded twisted pair)
• Conductor: full copper
• Length: 1 m
• Connectors: RJ45 to RJ45, gold-plated contacts
• Design: snagless boot
• Colour: Green
• CPR Euroclass: Eca

How to use

Plug one RJ45 connector into the network device (switch, router, patch panel) and the other into the endpoint device (PC, IP phone, access point). Ensure connectors snap fully into place and avoid sharp bends near the cable ends to maintain signal integrity. For rack or patch panel installations, route the cable to prevent excessive tension and maintain the minimum bend radius specified for CAT6 cables.

Recommendations

Use ACT full-copper CAT6 patch cables for short patch runs and PoE-powered devices; avoid running them in parallel with high-voltage power cables to reduce electromagnetic interference.