Keystone module ShiverPeaks S/CONN 08-10009 Flat Silver RJ-45

The ShiverPeaks S/CONN 08-10009 Flat Silver RJ-45 keystone module is a single-port insert designed for modular network faceplates, patch panels and wall sockets. Finished in a flat silver color, the module supports standard RJ-45 terminations and is intended for straightforward integration into structured cabling systems. Supplied as one unit, it provides a compact interface for connecting Ethernet cables in residential, office or commercial installations.

Advantages

This keystone module offers a low-profile design and a neutral flat silver finish that blends with many installation environments. It provides a standardized RJ-45 port for predictable compatibility with patch cables and network devices. The module's form factor allows quick insertion and removal from keystone-compatible panels or faceplates, simplifying upgrades and maintenance without extensive tooling.

Suitable for

• Home network wall plates and media panels
• Office patch panels and desk outlets
• Commercial installations requiring modular keystone jacks
• Replacement or expansion of existing keystone configurations

Key specifications

• Port type: RJ-45 female
• Form factor: Keystone module (single port)
• Finish: Flat silver
• Supply: Single unit per package

How to use

Install the module by pushing it into a compatible keystone opening in a wall plate, patch panel or surface-mount box until it snaps into place. Terminate the incoming network cable to the RJ-45 connector following the appropriate wiring scheme and verify continuity with a cable tester. To remove the module, depress the retention clip and pull it out of the keystone aperture. Handle the module carefully to avoid damage to the connector or housing during installation.

Recommendations

Use appropriate cable management and strain relief when routing cables to the keystone module. Verify compatibility with the intended faceplate or panel and test the assembled connection for correct wiring and performance after installation.