K45 2-gang RJ plate with angled cover, for MD adapters, white KB80/9

K45 2-gang RJ plate with angled cover for MD adapters

The K45 2-gang RJ plate with angled cover has been designed for the convenient installation of Simon Connect standard inserts. The product features a larger 45×45mm format, which significantly facilitates the mounting of telecommunications elements compared to standard solutions.

High-quality construction and materials

The plate is made of halogen-free plastic with a matte surface finish. The "double angled with covers" design allows for the mounting of two units in a single module, maximizing functionality while maintaining compact dimensions.

The product has a depth of 41.5mm with an installation depth of 16.5mm, allowing for installation even in spaces with limited room. The snap-in system enables quick vertical and horizontal mounting, adapting to various installation needs.

Wiring connection system

The wiring connection system utilizes IDC (insulation displacement) terminals, which allow for the connection of individual cores without the need to strip the insulation. This significantly accelerates the installation process and minimizes the risk of wire damage.

The socket current paths are positioned at a 45° angle, enabling the convenient installation of angled plugs and ensuring an optimal cable bend radius. This feature is crucial for maintaining high data transmission speeds and connection stability.

The product is equipped with contact shutters and two types of terminals—screw and screwless—providing flexibility in choosing the wiring method according to the installer's preference.

Compliance and performance parameters

The plate meets the requirements of the ETIM class EC000018 Communication technology element (mechanism/plate) and provides an IP20 protection rating. It is specifically designed for MD adapters, guaranteeing full compatibility with Simon Connect systems.

The product offers reliable connections for network, telephone, and other communication devices, ensuring stable data transmission thanks to the optimal design of the current paths.