Kramer Electronics 99-3460025 U-ftp Cable Assembly Lan

Product Description

The KRAMER ELECTRONICS 99-3460025 is a 4-pair unshielded foiled twisted pair (U-FTP) cable assembly designed for structured LAN cabling installations. Each pair is individually foiled to reduce crosstalk and electromagnetic interference between pairs while keeping the overall cable jacket unshielded for flexibility and ease of termination. This cable assembly is built for use in AV signal processing and network infrastructure applications where reliable, low-noise data transmission is required. It is typically installed by low-voltage cabling technicians, AV integrators, and network infrastructure professionals working in commercial or residential structured wiring environments.

This cable assembly is suited for LAN and AV distribution runs where controlled impedance and per-pair shielding are critical to signal integrity. The LAN-25 designation indicates a 25-unit assembly format, making it appropriate for patch panel builds, structured cabling deployments, and AV signal routing infrastructures. It is sold as a single unit and is intended for professional installation in environments with moderate to high-density cabling requirements.

Key Features

• 4-pair U-FTP construction with individual foil shielding per pair for crosstalk reduction
• Unshielded outer jacket provides flexibility and simplified termination workflow
• Designed for LAN and AV signal distribution cabling runs
• LAN-25 format suits high-density structured cabling and patch panel applications
• Single-unit packaging for precise quantity control on professional installs

Compatibility

Designed as an OEM-style cable assembly for use in structured LAN and AV signal processing cabling systems requiring U-FTP 4-pair construction.

Installation Notes

Installation should be performed by a qualified low-voltage technician or AV integrator. De-energize all connected equipment before terminating or routing cables. Follow TIA-568 or applicable local structured cabling standards for bend radius, pulling tension, and termination practices. Avoid routing parallel to high-voltage power conductors to preserve signal integrity.