Single equipotential bonding socket (module), matte black, SIMON10 CGEK1.01/49

Equipotential socket – safety and functionality in a minimalist form

This is a single equipotential socket from the Simon10 series, designed for economical installations where reliability and simplicity are important. Finished in an elegant, matte black color, it will perfectly fit into modern interiors. The socket is designed for flush mounting and is part of the modular Simon10 series, allowing for comprehensive equipment of an apartment or office.

Construction and installation – well-thought-out solutions for installers

The Simon10 series is characterized by a solid construction based on a flexible bridge made of high-quality plastic. This bridge, 4 mm thick, does not conduct electricity, significantly increasing safety during installation and use. Additionally, it ensures stable adhesion to the wall and flexibility – returning to its original shape if necessary. Reinforced mounting of electrical wires with a profiled clamp guarantees a secure connection and minimizes the risk of wires loosening. The socket is exceptionally flat – it occupies only 11 mm depth in the flush-mount box, making installation easier even in limited space. Non-falling current clamp screws are a small detail that every installer will appreciate – saving time and eliminating the risk of losing elements. The ability to remove the frame without disassembling the cover or key further streamlines the installation and servicing process.

Benefits for the end user – comfort and safety every day

The Simon10 equipotential socket is not only functionality but also care for the safety of users. The busbar cover minimizes the risk of electric shock even after removing the socket cover. The matte black color gives the interior a modern character, and the minimalist design makes the socket harmoniously blend with various arrangement styles. The Simon10 series is an economical solution without compromising on quality and safety – ideal for both new investments and modernization of existing electrical installations.