Single final antenna socket (module). For individual installations, matte black, SIMON10 CAK1.01/49

Antenna socket for your installation – reliability and simplicity

This single, end-of-line antenna socket from the Simon 10 series is an ideal solution for both professionals and end users. Designed for flush-mounting, it provides convenience and an aesthetic appearance. The matte black finish ensures that the socket blends discreetly into any interior.

Robust construction and safety of use

The Simon 10 series is an economical but well-thought-out solution for investments where reliability and functionality are important. The massive bridge made of high-quality plastic (with a thickness of up to 4 mm) not only ensures durability but also safety during installation – it does not conduct electricity, protecting against accidental electric shock. Reinforced electrical wire fixing with a profiled clamp guarantees a secure connection.

Features

• Flush-mounting: Allows for aesthetic integration of the socket into the wall.
• Matte finish: Matte black gives an elegant and modern look.
• Safety: The bridge made of non-conductive plastic minimizes the risk of electric shock during installation.
• Secure connections: The profiled clamp presses the wire against the busbars, ensuring a stable electrical connection.
• Application: Designed for individual installations, ideal for connecting a TV signal.
• Easy installation: Base elements with a modern shape facilitate installation and prevent multiple sets from spreading.
• Compliance with standards: The socket has an IP20 protection rating, which means protection against touching with a finger and solid bodies with a diameter of more than 12.5 mm.

The Simon 10 socket is not only functionality but also attention to detail – the frame can be removed without having to disassemble the key or cover, which facilitates any modifications to the installation. It is a module, which means that a frame from the Simon 10 series (available separately) must be purchased for a complete set.