Double rocker switch without pictogram (module) 10 AX, 250 V~, quick connectors: Matt white, SIMON55 TP2.01/111

Simon 55 – Double Rocker Switch – Reliability and aesthetics in one module

This double rocker switch from the Simon 55 series is a practical solution for controlling two independent circuits. It is ideal for both home and commercial installations where functionality and elegant appearance are important. The modular design makes it easy to install and integrate with other elements of the Simon 55 system. Quick connectors significantly speed up installation work, and the matte white finish provides an aesthetic look that will fit into any interior.

Comfort of installation and use

The switch has been designed with the convenience of both installers and users in mind. Quick connectors allow for quick and easy installation of wires, eliminating the need for tools. Thanks to two independent circuits, it is possible to control two different devices or lighting points from one place. The rocker key provides intuitive operation, and the lack of a pictogram allows for universal use in different rooms.

• Quick connectors: Facilitate and speed up installation, saving time and minimizing the risk of errors.
• Two independent circuits: Allow you to control two devices from one point.
• Modular design: Ensures easy integration with other elements of the Simon 55 series.
• Matte finish: Gives an elegant look and prevents smudges and fingerprints.
• Made of high-quality halogen-free plastic (PC): Guarantees safe use and product durability.
• Rated current 10AX at 250V: Ensures safe operation with typical household loads.
• Flush-mounting: Allows for aesthetic integration into the wall.

Please remember that to obtain an IP44 degree of protection, an appropriate sealing gasket for the mounting frame must be used. The product is compatible with various decorative frames from the Simon 55 series, allowing you to tailor it to your individual interior style. The use of halogen-free materials increases safety by minimizing the risk of toxic substances being released in the event of a fire.