LogiLink NK0026 Keystone RCA-naaras F-naaraaseen liitäntämoduuli, keltainen

When extending a composite video or coaxial connection through a wall plate or patch panel, you need a reliable, colour-coded coupler that maintains signal integrity without bulky adapters. The LogiLink NK0026 Keystone Module provides a straightforward RCA female to F female connection in a standard keystone footprint, ideal for structured cabling in home theatre or CCTV installations.

Who is it for

This module is intended for installers, integrators, and DIY enthusiasts who need to pass composite video (CVBS) or 75-ohm coaxial signals through a keystone wall plate or patch panel. It suits residential AV setups, security camera wiring, or any project requiring a neat, professional termination point.

Main features

• RCA female to F female coupler, colour-coded yellow for composite video identification.
• Standard keystone snap-in design fits any keystone wall plate or patch panel.
• Tool-less installation – simply snap into place, no crimping or soldering required.
• Gold-plated contacts ensure optimal signal transfer and corrosion resistance.
• 75-ohm impedance matches composite video and coaxial cable requirements.
• Durable ABS plastic housing for long-lasting performance in indoor environments.

Specifications

• Product type: Keystone module
• Connector 1: RCA female
• Connector 2: F female
• Connector gender: Female-female
• Signal application: Composite video (CVBS)
• Colour: Yellow
• Mounting type: Keystone snap-in
• Compatibility: Standard keystone wall plates and patch panels
• Housing material: ABS plastic
• Contact plating: Gold-plated
• Impedance: 75 Ohm
• Number of ports: 1
• Installation: Tool-less
• Shielding: Unshielded
• Application environment: Indoor

Tips

For a clean installation, pair this module with a keystone wall plate that has a matching yellow insert or label. When connecting coaxial cables, ensure the F connectors are properly compressed to avoid signal loss. This coupler is unshielded, so avoid running it near sources of electromagnetic interference for best video quality.