InLine RJ45-module bus-naar-bus SNAP-In Cat.6 STP, zwart/zilver

The InLine RJ45 module female-to-female SNAP-In Cat.6 STP in black and silver is a compact inline coupling solution for Ethernet cabling. It provides two RJ45 female ports in a SNAP-In form factor, enabling the connection of two RJ45 patch cables or the extension of existing network runs. Designed for Category 6 shielded twisted-pair (STP) installations, the module supports the electrical and mechanical requirements of Cat6 cabling while offering a sturdy metal-shielded interface in a small housing suitable for patch panels, keystone plates or wall outlets.

Advantages

This SNAP-In Cat.6 STP module combines a compact keystone-style footprint with shielded contacts to maintain signal integrity in environments with potential electromagnetic interference. The female-to-female coupling design allows quick inline joining of two RJ45 cables without tools or permanent termination. Its black and silver finish provides a discreet look for professional installations and compatibility with standard keystone openings. The module supports Cat6 performance parameters, ensuring reliable data transmission for gigabit Ethernet and structured cabling systems.

Suitable for

Key specifications

How to use

Insert the SNAP-In module into a compatible keystone opening on a patch panel, wall plate or keystone frame until it locks in place. Plug an RJ45 patch cable into each female port to couple the two cables. Ensure that the connected cables use shielded Cat6 connectors and that system grounding is maintained where required to preserve the STP shielding effectiveness. For temporary inline coupling, the module can be used free-standing between two plugs, but mounting in a keystone port provides mechanical stability.

Recommendations

Use the module in installations matching Cat6 STP standards and pair it with shielded RJ45 cables and properly grounded panels or plates to maintain shielding continuity. Avoid excessive bending or strain on connected cables and use a mounted keystone opening where possible for the most reliable mechanical support.