

The crossover switch with screw terminal system from the Simon 73 Loft series is a mechanism designed for lighting control installations that require managing the same light point from three or more different locations. Thanks to its rocker operation and robust design, this mechanism offers a reliable, practical, and durable solution for both residential and professional electrical installations.
This model features a screw terminal connection system, a traditional and highly secure method that ensures a firm hold of the conductor. This feature makes the installer’s job easier and allows for a stable and long-lasting electrical connection.
The mechanism is designed to operate with a rated current of 10 AX and a voltage of 250 V~, making it a suitable solution for most conventional lighting circuits. Additionally, it supports cables with a cross-section between 1.5 and 2.5 mm², offering versatility for different types of installations.
Another advantage is the possibility of adding a signaling function by installing a signal support and a key with a viewer, allowing you to easily identify the status of the mechanism or its location in low-light environments.
The mechanism is made with metal components with halogen-free thermoplastic insulation, a material that provides high resistance to use, increased fire safety, and great durability over time.
This crossover switch belongs to the Simon 73 Loft series, a collection designed for surface installations that combines functionality, ease of installation, and a simple design that easily integrates into different environments.
Main features:
Compatibility:
Installation:
Package contents:
Maintenance: To properly maintain the mechanism, it is recommended to clean with a soft, dry cloth. Do not use abrasive products or cleaners containing chlorine.
This is a very practical mechanism when you need to control lighting from several points in a room or hallway. Its easy installation and the reliability of the screw system make it a highly valued option among many installers.