Panduit PSM7004BU-KEM Cat 7 Copper Cable 4-pair

Product Description

The PANDUIT PSM7004BU-KEM is a Category 7 copper cable designed for high-performance structured cabling installations. Built as a 4-pair copper construction, this cable supports the demanding bandwidth and crosstalk requirements associated with Cat 7 specifications. It is suited for installation in commercial and industrial environments where reliable, high-speed data transmission is required. Network technicians and low-voltage cabling contractors are the primary installers, typically deploying this cable in horizontal runs, patch bay terminations, and backbone segments within data centers and enterprise network infrastructure.

This cable is applicable in structured cabling systems that require Cat 7 performance, including office buildings, data centers, and industrial facilities where shielded or high-grade copper cabling standards are specified. It is sold as a single unit and is appropriate for new construction cabling projects as well as retrofit and upgrade installations where legacy cabling is being replaced with higher-category infrastructure.

Key Features

• Category 7 rated for high-bandwidth, low-crosstalk structured cabling applications
• 4-pair copper construction meets Cat 7 transmission performance standards
• Single-unit packaging suitable for targeted runs or sample evaluation
• Designed for professional low-voltage cabling installations in commercial and industrial environments

Compatibility

Designed as an OEM-style structured cabling component compatible with Cat 7 termination hardware and patch panels in standard commercial and industrial network installations.

Installation Notes

Installation should be performed by a qualified low-voltage cabling technician in accordance with ANSI/TIA-568 structured cabling standards. De-energize any active patch equipment before terminating or routing cable near live circuits. Maintain proper bend radius throughout the run to preserve cable geometry and signal integrity. Avoid bundling with high-voltage conductors to prevent interference.