Panduit NK6PC25VLY Category 6 Copper Patch Cord

Product Description

The PANDUIT NK6PC25VLY is a Category 6 copper patch cord designed for structured cabling installations in network distribution and telecommunications environments. This patch cord provides reliable high-speed data transmission at Category 6 performance standards, supporting Gigabit Ethernet and other bandwidth-intensive applications. It is intended for use in patch panels, network switches, and horizontal cable connections. Installation is typically performed by low-voltage cabling technicians and network infrastructure professionals during initial builds or moves, adds, and changes within a structured cabling system.

This patch cord is suited for use in horizontal and equipment-room cabling segments within commercial and residential network infrastructures. It connects network switches, patch panels, servers, and end devices in structured cabling systems built to TIA-568 standards. The NK6PC25VLY is packaged and sold individually, making it appropriate for single-run replacements or new installations where Category 6 performance is required.

Key Features

• Category 6 performance rating supporting Gigabit Ethernet and high-bandwidth data applications
• Copper conductor construction for reliable signal transmission
• Designed for structured cabling environments per TIA-568 Category 6 specifications
• Sold as a single unit for flexible procurement and targeted replacement installs

Compatibility

Designed as an OEM-style replacement and standard-use patch cord for Category 6 structured cabling systems and patch panel installations.

Installation Notes

Installation is performed by low-voltage cabling technicians or qualified network infrastructure professionals. Power down or disconnect active ports on switches and patch panels before connecting or repositioning patch cords in live racks when possible. Follow TIA-568 guidelines for bend radius and cable management to maintain Category 6 performance. Avoid sharp bends or pinching that could degrade signal integrity.