ACT Grey 3 meter U/UTP CAT6A patch cable with RJ45 connectors

ACT Grey 3 meter U/UTP CAT6A patch cable with RJ45 connectors is a 3 m network cable designed for high-speed Ethernet connections. The cable uses full copper conductors and meets ANSI/TIA568-C2-1 performance requirements. U/UTP construction reduces interference while gold-plated contacts on the RJ45 plugs ensure stable signal transmission. The cable is compatible with CPR Euroclass Eca and comes in a neutral grey color suitable for professional installations.

Advantages

The ACT patch cable provides full copper conductors that support reliable data transfer and stable Power over Ethernet (PoE) operation. Compliance with international standards and ANSI/TIA568-C2-1 ensures consistent performance. Gold-plated RJ45 contacts improve connectivity and reduce contact corrosion, while U/UTP construction minimises external interference for high-speed transmission.

Suitable for

• Connecting switches, routers and patch panels in office and data centre networks
• High-speed Ethernet links up to CAT6A performance levels
• Power over Ethernet (PoE) devices such as IP phones, access points and cameras
• Structured copper cabling installations requiring Euroclass Eca compliance

Key specifications

• Cable type: U/UTP CAT6A
• Length: 3 m
• Conductors: full copper
• Connectors: RJ-45 with gold-plated contacts
• Colour: Grey
• Standards: ANSI/TIA568-C2-1, CPR Euroclass Eca

How to use

Plug one RJ45 connector into the network port of your device and the other into a switch, router or patch panel. Ensure connectors are fully seated until the latch clicks. Route the cable to avoid tight bends and sources of strong electromagnetic interference. For PoE devices verify that the switch or injector supports the required PoE power class.

Recommendations

For reliable PoE performance and long-term stability, use ACT patch cables with full copper conductors and follow standard installation practices: avoid sharp bends, do not exceed recommended pulling tensions, and keep cable runs away from mains power and large inductive loads.