RJ-45-netværksdåse BTR NETCOM 130B11D11002-E hvid

The BTR NETCOM 130B11D11002-E White RJ-45 socket outlet is a wall-mounted network connector designed for structured cabling installations. It supports Category 6a cabling to provide high-speed data transmission and stable Ethernet connections. The white finish and compact form factor make this RJ-45 outlet suitable for offices, data closets, residential installations and other environments where reliable wired network points are required.

Advantages

This RJ-45 socket outlet is built to meet Category 6a performance requirements, offering improved bandwidth and reduced crosstalk compared with lower-category connectors. The standardized connector format ensures compatibility with common RJ-45 plugs and patch cables. Its installation-friendly design allows mounting in standard wall plates and surface boxes, and the white color provides a neutral appearance that blends with most interior finishes.

Suitable for

• High-speed Ethernet networks in offices and commercial buildings
• Residential wired LAN installations
• Structured cabling backbones and horizontal runs
• Data closets, server rooms and network patch panels

Key specifications

• Connector type: RJ-45 female outlet
• Cable category support: Category 6a
• Intended mounting: wall plate or surface box installation
• Color: white
• Application: Ethernet, LAN, structured cabling

How to use

Install the outlet into a compatible wall plate or surface-mount box following local building and cabling standards. Terminate Category 6a cable pairs to the outlet’s IDC or punch-down contacts according to the color code printed on the module. After securing the cable and closing the outlet into the plate or box, connect patch cords or devices to the RJ-45 receptacle to establish network links. Verify connections with appropriate network testers to confirm signal continuity and performance.

Recommendations

To achieve the best Category 6a performance, use quality Category 6a cables and maintain proper cable management to avoid sharp bends and excessive untwisting of pairs. Follow installation standards for separation from power cabling and ensure terminations are made with the correct pair alignment and tooling. Test each installed outlet to validate throughput and return loss metrics where required.