Cabo de patch slimline para data center ACT preto 7 metros LSZH U/UTP CAT6 com proteção da patilha e fichas RJ45

ACT Black 7 meter LSZH U/UTP CAT6 datacenter slimline patch cable with snagless RJ45 connectors is designed for high-speed data transmission in dense rack and cabinet environments. The slimline construction (3.8 mm diameter) reduces cable bulk compared with standard CAT6 patch cords, improving airflow in server racks and network cabinets. The cable uses LSZH jacket material to limit smoke and halogen emissions, and features gold-plated RJ45 contacts for reliable electrical connection.

Advantages

The slimline U/UTP CAT6 design provides a smaller bending radius and reduced diameter, allowing tighter cable management and improved airflow. Snagless RJ45 connectors protect the clip during installation and gold-plated contacts ensure consistent signal transfer. The LSZH jacket reduces smoke and halogen output, suitable for sensitive environments. While 28 AWG conductors increase attenuation at higher frequencies compared with 22–26 AWG, the cable still supports typical CAT6 performance over the specified length.

Suitable for

Key specifications

How to use

Insert the RJ45 connector into the corresponding port until the clip engages; the snagless design protects the clip during routing through patch panels and cable channels. Route the cable maintaining gentle bends that respect the cable's reduced bending radius. For best signal performance, avoid tight kinks and do not exceed the recommended installation bend radius. Connect both ends to the networking equipment or patch panel ports to establish the Ethernet link.

Recommendations

For Power over Ethernet (PoE) applications, limit bundled groups to a maximum of 24 slimline cables to prevent excessive temperature rise. The ANSI TSB-184-A guideline limits the temperature increase of the center cable in a bundle to less than 15°C above ambient; following the 24-cable recommendation helps maintain safe operating temperatures. Be aware that 28 AWG conductors exhibit higher attenuation at higher frequencies compared with thicker gauges, so use appropriate channel lengths and testing when deploying in high-frequency or marginal link margin situations.