RJ45 single computer socket, category 5e (module). Socket mounting with screws to the box, stainless steel, BASIC MODULE BMF51.02/21

Computer socket for your installation – reliability and easy mounting

This is a single RJ45 category 5e computer socket, designed for building computer networks in homes, offices and other facilities. The modular design allows mounting in flush-mount boxes using screws, ensuring a stable and durable connection. Made of high-quality plastic, the socket is resistant to mechanical damage and provides long-lasting reliability.

The socket is compatible with category 5e cables, guaranteeing data transmission at speeds up to 100 MHz. The simple RJ45 connector outlet makes it easy to connect the cable, and the lack of shielding on the housing does not limit its use in standard installations. The gray color makes the socket blend well with most interior designs.

Functionality and mounting – everything that matters

The socket has been designed with the convenience of both installers and end-users in mind. Screw mounting to the box ensures a solid fit and eliminates the risk of the module accidentally coming loose. No need for additional tools or accessories speeds up and simplifies the installation process. Insulation-piercing terminals simplify wire connection, minimizing the risk of errors.

The socket is characterized by category 5e, providing stable data transmission in Ethernet networks up to 100 Mbps. Screw mounting allows for quick and secure installation in a standard flush-mount box. The simple outlet makes it easy to connect an RJ45 network cable, and the universal gray color will fit most interiors. Insulation-piercing terminals simplify wire connection, and the PC plastic used (halogen-free) ensures safety and minimizes the emission of harmful substances in the event of a fire.

The Simon Basic socket is an ideal solution for anyone looking for a reliable and easy-to-install element for their computer network. Thanks to its versatility, it will work both in new installations and during the modernization of existing structured cabling systems.