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Patch Cable Coupler NETRACK RJ45-RJ45 Category 6 STP 106-81
Patch Cable Coupler NETRACK RJ45-RJ45 Category 6 STP 106-81
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Patch Cable Coupler NETRACK RJ45-RJ45 Category 6 STP 106-81
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Patch Cable Coupler NETRACK RJ45-RJ45 Category 6 STP 106-81
Patch Cable Coupler NETRACK RJ45-RJ45 Category 6 STP 106-81
The NETRACK RJ45-RJ45 Category 6 STP patch cable coupler model 106-81 provides a shielded pass-through connection between two RJ45-terminated cables. Designed for Category 6 shielded twisted-pair cabling, the coupler maintains STP continuity and supports the electrical and mechanical requirements of structured networks where an inline connection is needed without rewiring or replacing existing patch cords.
This coupler preserves shielding and signal integrity when joining two RJ45 patch cables, reducing electromagnetic interference in environments with high noise. Its Category 6 design ensures compatibility with Gigabit Ethernet and other applications that require consistent pair geometry and impedance. The compact form factor allows installation in tight spaces such as rack panels, network closets and behind equipment while providing a straightforward, tool-free connection.
Insert an RJ45-terminated patch cable into each side of the coupler until the connectors click into place, ensuring the cable shields are properly mated if equipped with metal RJ45 shells. Verify the physical connection and test network link integrity after installation. To remove, depress the RJ45 clip and withdraw the connector. No special tools or termination are required to use the coupler.
Use this Category 6 STP coupler with shielded RJ45 patch cords of matching category and proper shield terminations to preserve performance. Avoid chaining multiple couplers in series, as each additional connection may degrade signal quality. For permanent or long-distance cabling runs, consider re-terminating or using a single continuous cable to minimise potential insertion loss.
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