"F"-type antenna socket + RJ45 cat.6 (module), white, Simon24 NASFRJ45.01/11

Combined antenna-internet socket for modern installations

The NASFRJ45.01/11 module is a practical solution that combines an “F” type antenna socket and a computer RJ45 category 6 socket in a single frame. This combination eliminates the need to install two separate modules, resulting in space savings in the back box and a cohesive appearance of the installation.

High-quality construction and materials

The housing is made of polycarbonate (PC) using halogen-free technology, which significantly enhances user safety – the material does not release toxic substances during combustion. PC material is characterized by high resistance to mechanical damage and retains its properties even under intensive use. The surface features a glossy finish in white, which complements various interior designs well.

The module has dimensions of 75×75×36 mm with a mounting depth of 28 mm, allowing installation in a standard Ø60 mm back box. The design provides two mounting options – clips or screws – making it suitable for both new installations and the modernization of existing ones.

Technical parameters and functionality

The “F” type antenna socket enables connection of satellite or terrestrial television, while the RJ45 category 6 port supports data transfer up to 10 Gbps. Insulation-displacement terminals allow for quick installation without the need for additional tools to strip wire insulation.

The IP20 protection rating guards against finger contact and access by solid objects larger than 12.5 mm. The clip and screw system ensures stable mounting of the accessory in the back box.

Application and system compatibility

This solution is ideal where simultaneous connection of television and internet is required. The module is part of the Simon Basic/Simon 54 series frame system, enabling the creation of multiple sets (single, double, triple) in both vertical and horizontal layouts.

The frame system allows flexible configuration of the installation according to the user’s individual needs.