Cabo de rede patch slimline para centro de dados ACT azul 0,25 metros LSZH U/FTP CAT6A com fichas RJ45

The ACT Blue 0.25m LSZH U/FTP CAT6A patch cable is a slimline datacenter Ethernet cable designed for high-speed data transfer in compact installations. With a 3.8 mm diameter and U/FTP shielding, the cable reduces interference while allowing improved airflow in cabinets compared with regular CAT6A patch cords. It includes snagless RJ45 connectors with gold-plated contacts and a low-smoke, zero-halogen (LSZH) jacket suitable for enclosed environments.

Advantages

The slimline 3.8 mm diameter lowers bending radius and increases available airflow inside racks. U/FTP shielding minimizes crosstalk and external interference. Gold-plated RJ45 contacts ensure reliable conductivity and the LSZH jacket reduces harmful emissions in case of fire. Using 32 AWG conductors allows a thinner cable profile compared with standard 24 AWG patch cords.

Suitable for

• Datacenter patching in high-density racks
• Connections between network devices in tight spaces
• Environments requiring LSZH materials

Key specifications

• Product name: Patch Cable ACT Blue 0.25m LSZH U/FTP CAT6A
• Length: 0.25 m
• Cable type: CAT6A U/FTP, slimline (approx. 3.8 mm diameter)
• Connectors: RJ-45 to RJ-45, snagless, gold-plated contacts
• Jacket: LSZH (low-smoke, zero-halogen)
• Brand: ACT
• MPN: DC7652
• EAN: 8716065442427

How to use

Plug the RJ45 connectors into the corresponding Ethernet ports on your network devices. Route the slimline cable through the rack or cable management path, observing proper bend radius for the cable type. Ensure connectors are fully seated to achieve reliable contact. For permanent link planning, account for higher attenuation compared with standard 24 AWG patch cords and use shorter patch lengths where required.

Recommendations

ACT recommends limiting bundle size to a maximum of 24 cables for Power over Ethernet (PoE) applications to avoid excessive temperature rise. Because the cable uses thinner 32 AWG conductors, plan shorter permanent link lengths than with 24 AWG cords to accommodate higher attenuation, especially at higher frequencies.