Wall-mounted teletechnical FTTH cabinet Alantec 500×350×90 mm, perforated door, 1 electrical socket, 14 Keystone ports

The Alantec wall-mounted teletechnical FTTH cabinet (500×350×90 mm) is a compact enclosure designed for fiber-to-the-home terminations and small-scale telecommunication installations. It provides a secure, ventilated space for fiber cable management and connector placement while integrating an electrical socket for powering active devices. The perforated front door promotes passive airflow, helping to maintain stable conditions for sensitive components within the cabinet.

Advantages

This FTTH cabinet combines space efficiency with organized connectivity by accommodating up to 14 Keystone modules and offering internal routing for fiber and patching. The perforated door improves ventilation without the need for additional fans, and the integrated electrical socket reduces the need for external power strips, simplifying installation of powered network equipment. The wall-mounted design saves floor space and places terminations at a convenient, accessible height.

Suitable for

• Residential fiber-to-the-home terminations
• Small office or retail network demarcation points
• Indoor distribution points for FTTH apartment or multi-dwelling units
• Organized patching and keystone jack installations for copper and fiber

Key specifications

• External dimensions: 500 × 350 × 90 mm
• Mounting type: wall-mounted enclosure
• Front door: perforated panel for ventilation
• Connector capacity: accommodates 14 Keystone modules
• Power: one integrated electrical socket inside the cabinet
• Internal features: space for fiber management and cable routing
• Suitable environment: indoor telecommunication or residential installations

How to use

Install the cabinet on a stable interior wall at a height that allows comfortable access to connectors and the internal socket. Secure the enclosure using appropriate fasteners for the wall material, then route incoming fiber and copper cables through the designated entry points. Fit Keystone modules into the labeled ports and perform termination or patching according to standard fiber and copper practices. Use the internal space to lay fiber splice trays, bend-radius protectors and cable ties to keep fibers organized. Connect active equipment to the integrated socket if required, observing electrical safety and grounding rules.

Usage recommendations

For reliable performance, avoid placing heat-generating devices directly inside the cabinet and do not overload the integrated socket. Maintain minimum bend radii for fiber cables, periodically inspect terminations for dust or damage, and secure cables to prevent strain. When installing in multi-dwelling units, label ports and document connections to facilitate maintenance and future expansion.