Cable de red DeLOCK RJ45 Cat.6A conector macho acodado hacia arriba a conector hembra 5 m verde

The DeLOCK Network Cable RJ45 Cat.6A with an upwards angled plug to jack design is a 5 m green extension cable designed for connecting networking devices such as a NIC to a switch or a patch panel. It complies with Cat6A performance and SF/UTP shielding to support high-speed data transfer and reduce interference, and its durable PUR (TPU) sheath is intended for industrial applications.

Advantages

This 5 m DeLOCK cable combines Cat.6A transmission performance with SF/UTP shielding and an upwards angled RJ45 plug for space-saving installation. The polyurethane (PUR/TPU) outer sheath provides oil and UV resistance and enhances flexibility, while the cable is manufactured and tested to withstand up to 10 million bending cycles, making it suitable for continuous movement in drag chains and other demanding environments.

Suitable for

• Extending network connections between NICs, switches and patch panels
• Installations with limited space where an upwards angled plug is preferable
• Industrial environments and drag chain applications requiring high flexibility

Key specifications

• Cable type: RJ45 to RJ45 network extension cable
• Standard: Cat.6A
• Shielding: SF/UTP
• Length: 5 m
• Sheath material: PUR (TPU), oil and UV resistant
• Colour: Green
• Bending durability: up to 10 million bending cycles

How to use

Connect the upwards angled RJ45 plug to the source device (for example a NIC or switch) and plug the RJ45 jack into the target device or patch panel. Ensure connectors are fully inserted and routed to avoid sharp bends. For best performance, keep the cable away from strong electromagnetic noise sources and use appropriate cable management in installations.

Recommendations

For installations with continuous movement, verify compatibility with the specific drag chain dimensions and guide the cable to avoid torsion. Regularly inspect the PUR sheath for mechanical damage and replace the cable if the shielding or connectors are compromised.