Patchcord Cat. 6 UTP 0.5m green fluke passed 10-pack PCU6-20CC-0050-G

Solid network connections – Cat 6 UTP patch cord

This green Cat 6 UTP patch cord, 0.5 meters long, is a reliable solution for building and expanding computer networks. Thanks to Fluke Passed certification, you can be sure that the connection will be stable and fast, meeting the requirements of modern network applications. Sold in a practical 10-pack, it is ideal for both larger installations and for replenishing supplies in the workshop.

Construction and application

The patch cord is made of CCA (Copper Clad Aluminum) wires with a gauge of 26AWG, which ensures good conductivity and flexibility. The cores are surrounded by PVC insulation, which is resistant to mechanical damage. The U/UTP (unshielded) construction makes the cable easy to install and route. The outer diameter of the cable is 5.4mm, which facilitates its identification and organization in structured cabling. Designed for use in Ethernet Cat 6 networks, it supports data transmission speeds of up to 10 Gb/s at frequencies up to 250 MHz. It will work in offices, homes and data centers.

Key features and benefits

• Fluke Passed certificate: Guarantee of compliance with industry standards and connection reliability – saving time and costs associated with troubleshooting network problems.
• Category 6: Support for high data transmission speeds (up to 10 Gb/s) – ideal for demanding multimedia and business applications.
• Length 0.5m: Practical cable length – minimizes clutter and facilitates cable organization.
• Bulk packaging (10 pieces): Economical solution for installers and companies – reduces purchase and storage costs.
• CCA cores: Good compromise between price and performance – provides adequate conductivity while maintaining an attractive price.
• Compliance with ANSI/TIA/EIA-568-B and ISO/IEC 11801 class D standards: Ensures compatibility with most network devices available on the market.
• Green color (RAL6024): Facilitates cable identification in the installation – quick recognition of individual connections.