Single-mode SC/APC fiber optic socket / connector (module), white, BASIC MODULE BMGS1.01/11

Fiber optic socket – reliability and simple installation

This is a single SC/APC fiber optic socket, in white color, designed for BASIC MODUŁ modular systems. It is a basic element with a central protective label, which ensures an aesthetic appearance and easy circuit identification. This socket is ideal for both new installations and modernization of existing fiber optic networks.

Construction and application

The socket is designed with versatility in mind. Its construction based on a basic module allows it to be easily incorporated into various structured cabling systems. It finds application in commercial buildings, offices, data centers and in homes requiring fast and reliable internet access. Thanks to the use of the SC/APC connector, it ensures minimal signal loss and high data transmission quality.

Key features and benefits

• Modular design: Allows flexible adaptation to user needs and easy network expansion.
• SC/APC connector: Guarantees low signal loss and high data transmission quality, which is crucial for a stable internet connection.
• White color (RAL 9003): Aesthetic appearance that fits most interiors.
• Basic element with central protective label: Facilitates circuit identification and ensures a professional look of the installation.
• Mounting method: Provides stable mounting of the socket in a modular frame, which translates into connection reliability.
• Protrusions based on a metal bridge: Help maintain the vertical or horizontal alignment of multiple sets and facilitate the assembly of modules in multiple frames – particularly appreciated by installers during fast assembly.
• Safety of use: Sockets preventing the insertion of objects other than the plug increase safety, especially in public places or accessible to children.

The BASIC MODUŁ fiber optic socket is a combination of functionality, aesthetics and reliability – an ideal solution for anyone who appreciates high quality and comfort of use.