Rutenbeck TAE 2x6/6 NFF presa di connessione da incasso, bianco puro

This two-socket TAE junction box from Rutenbeck delivers a clean, flush-mounted solution for analogue telephony, ISDN and DSL signals. With its 6/6 contact configuration and NFF layout, it provides one N socket and two F sockets — ideal for connecting telephones, modems and other terminal equipment in residential and commercial installations.

Overview

Rutenbeck's Anschlussdose TAE 2x6/6 NFF UP is a genuine German standard TAE connection unit designed for flush mounting. The pure white thermoplastic faceplate fits seamlessly into any interior, while the central plate and cover frame ensure a tidy, professional finish. Screw terminals allow quick, secure wiring, and the compact depth of approximately 30 mm suits standard 60 mm flush-mount boxes.

What stands out

• Universal compatibility: Works with analogue phones, ISDN terminals and DSL splitters through the F-socket.
• NFF socket layout: One N socket for the telephone, two F sockets for additional devices — flexible and future-proof.
• Flush-mounted design: Low-profile installation saves space and reduces protrusion for a neat appearance.
• Screw terminals: Reliable mechanical and electrical connections without soldering.
• RAL 9010 pure white: Matches standard switch and socket ranges.

Technical details

• Product type: TAE connection box
• Number of sockets: 2
• Socket configuration: NFF (1x N, 2x F)
• Contact configuration: 6/6 (6 pins, 6 connected)
• Mounting: Flush-mounted (UP)
• Colour: Pure white (RAL 9010)
• Material: Thermoplastic
• Connection: Screw terminals
• Shielding: Unshielded
• Installation depth: approx. 30 mm
• Protection class: IP20
• Standards: German TAE (Telekommunikations-Anschluss-Einheit)

Our verdict

For installers and DIY enthusiasts alike, the Rutenbeck TAE 2x6/6 NFF UP offers a reliable, standard-compliant interface that keeps your telecom wiring organised and accessible. Its simple terminal design and robust build make it a dependable choice for any flush-mount project.