METZ CONNECT keystone data-aansluitdoos 3-poorts inbouw reinwit leeg (130B20D31200KE)

The METZ CONNECT Keystone Data Outlet Box 130B20D31200KE is a high-quality flush mount (UP0) enclosure designed for professional network cabling and telecommunications installations. This 3-port empty outlet box accepts standard keystone modules (RJ45, RJ11, fiber optic) and is ideal for structured cabling in residential, commercial, and industrial environments. The pure white plastic housing blends seamlessly with standard wall surfaces, providing a clean and discreet finish. Please note: this unit is supplied without modules and without a cover, allowing you to customize the configuration to your specific needs.

Advantages

• Flexible keystone compatibility for voice, data, and fiber applications
• Flush mount design for a sleek, low-profile installation
• Durable plastic housing suitable for indoor use
• Screw-on mounting ensures secure attachment to standard wall boxes
• Unshielded housing ideal for non-shielded cabling environments

Suitable for

• Network cabling in offices, homes, and data centers
• Telecommunications outlets for telephone and data lines
• Fiber optic keystone module installations
• Custom patch panel configurations

Key specifications

• Product Type: Data Outlet Box
• Module Compatibility: Keystone
• Number of Ports: 3
• Installation Type: Flush Mount (UP0)
• Design Standard: German (DE)
• Colour: Pure White
• Cover Included: No
• Modules Included: No (Empty)
• Housing Material: Plastic
• Application: Network Cabling, Telecommunications
• Mounting Method: Screw-on
• Shielding: Unshielded (Housing Only)
• Port Orientation: Straight
• Suitable for: RJ45, RJ11, Fiber Optic Keystone Modules
• Module Cutout Dimensions: Standard Keystone (19.2 x 14.9 mm)
• Environmental Use: Indoor
• Product Status: Unpopulated

Recommendations

For a complete installation, pair this outlet box with your choice of keystone modules (sold separately) and a compatible faceplate or cover. Ensure proper cable management and termination for optimal performance.