Keystone modul LogiLink NP0025

The LogiLink NP0025 is a flat keystone module designed for RJ-45 connections, offering a compact and unobtrusive solution for extending network or telephone patch cords. Its metallic color provides a discreet appearance while the female-to-female feed-through design allows two patch cables to be joined quickly and securely. The module is sold as a single unit and is suitable for use in wall plates, patch panels or surface-mount boxes where a simple inline coupling is required.

Advantages

The NP0025 Keystone Module provides a reliable female-to-female RJ-45 connection that links two shielded or unshielded patch cables without modifying existing cables. Its flat, compact form factor simplifies installation in standard keystone ports and mounting plates. The metallic finish gives a neutral, professional look and the single-unit packaging makes it easy to keep as a spare or to install where only one coupler is needed.

Suitable for

• Extending Ethernet patch cords
• Joining telephone patch cables
• Use in wall plates, patch panels or surface-mount boxes
• Linking shielded or unshielded RJ-45 cables

Key specifications

• Model: LogiLink NP0025
• Connector type: RJ-45 female to RJ-45 female (feed-through)
• Color: Metallic
• Packaging: Single unit
• Brand: LOGILINK
• MPN: NP0025
• EAN: 4052792041439

How to use

Insert the LogiLink NP0025 into a compatible keystone opening in a wall plate, patch panel or surface-mount box, or use it as a standalone inline coupler. Plug one RJ-45 patch cable into each side of the module until fully seated to create a continuous connection. Ensure cables are aligned and seated to maintain signal integrity. No tools or cable termination are required when using pre-terminated patch cords.

Recommendations

Use the NP0025 with compatible RJ-45 patch cables and avoid excessive bending or tension at the connection points. For permanent installations or high-speed network runs, consider using properly terminated cables and structured cabling components to meet performance requirements.