Platinum Tools 106220 Cat6a Flex Connector

Product Description

The PLATINUM TOOLS 106220 is a Cat6a flex connector designed for terminating flexible or stranded Cat6a cable in structured wiring applications. It provides a reliable, field-termination solution where standard Cat6a connectors may not perform well with flex-rated or soft-strand conductors. Network installers and low-voltage technicians use this connector to complete high-speed data runs in commercial and residential environments where cable flexibility is required. The single-unit format allows for precise inventory control on small jobs or repairs.

This connector is suited for use in structured cabling installations requiring Cat6a performance, including office buildouts, data centers, and residential network closets. It is intended for use with flexible or stranded Cat6a cable and is installed by low-voltage technicians during new construction, renovation, or patch panel builds. Its flex-rated design addresses termination challenges common when routing cable through conduit or tight pathways that require softer, more pliable conductors.

Key Features

• Designed specifically for flexible or stranded Cat6a cable termination
• Supports Cat6a performance standards for high-speed structured cabling
• Field-termination design suitable for on-site installation by low-voltage technicians
• Single-unit packaging allows for targeted use on repairs or small-scale jobs

Compatibility

Designed as an OEM-style field connector for Cat6a flexible or stranded cable in structured cabling systems meeting TIA-568 Cat6a specifications.

Installation Notes

Installation should be performed by a qualified low-voltage technician familiar with TIA-568 structured cabling standards. Disconnect or power down any active network equipment before terminating cables. Use a compatible crimp tool rated for Cat6a connectors to ensure proper conductor seating and consistent electrical performance. Avoid over-stripping cable jackets, as excess exposed conductor length can degrade signal integrity at Cat6a frequencies.