Cabo de patch slimline para datacenter ACT branco 3 metros LSZH U/UTP CAT6 com fichas RJ45

The ACT White 3 meter LSZH U/UTP CAT6 datacenter slimline patch cable with snagless RJ45 connectors is designed for high-density data center and network cabinet environments. This 3 m Cat6 cable uses an unshielded U/UTP construction in a slimline profile to reduce diameter and improve rack airflow. The LSZH (Low Smoke Zero Halogen) jacket minimizes smoke and corrosive gas emissions in case of fire, and gold-plated contacts on the RJ45 plugs provide reliable signal transfer and corrosion resistance.

Advantages

The slimline design lowers cable diameter compared with standard Cat6 cords, enabling improved airflow and neater cable management in server racks. Snagless RJ45 boots protect the connector latch during installation and reduce accidental disconnects. Using LSZH jacket material enhances safety in enclosed spaces by reducing toxic and corrosive by-products in the event of combustion. Gold-plated contacts help maintain consistent electrical contact and reduce the risk of signal degradation at the connector interface.

Suitable for

Key specifications

How to use

Connect the RJ45 plugs into the corresponding Ethernet ports on switches, patch panels, or network devices, ensuring the latch clicks into place for a secure connection. Route the slimline cable through rack cable management accessories or shorter cable managers to take advantage of the smaller diameter and improved airflow. Avoid sharp bends beyond the specified bending radius and do not pull the cable by the jacket with excessive force to prevent damage to the internal conductors.

Recommendations

For Power over Ethernet (PoE) deployments, limit bundling to a maximum of 24 slimline cables per bundle to control temperature rise. Note that 28 AWG conductors have higher attenuation than 22–26 AWG alternatives, so verify signal and link performance for longer runs or higher frequency requirements. Use appropriate cable management to maintain bend radius and airflow in dense rack environments.