1-gang frame: iO, grounded socket, white, SIMON100 10020126-130

Modern design and intelligent solutions for your home

This 1-gang panel with a grounded socket from the Simon 100 series is a combination of aesthetics and functionality. It is an element of a system that allows integration with smart home solutions, giving you the ability to control devices using your smartphone. The Simon 100 series has been designed with ease of use and simple installation in mind, which will be appreciated by both professionals and end users.

Comfort and versatility

The panel is made of high-quality materials and finished in glossy white, providing an elegant look and ease of cleaning. This makes it perfectly suited to modern interiors. The socket mechanism ensures a safe and reliable electrical connection. The Simon 100 series is not only traditional electrical accessories – it is a platform for creating intelligent usage scenarios, such as controlling lighting, blinds or heating.

• Intuitive operation: The Simon 100 series has been designed to be simple and convenient to use for everyone.
• Integration with the Simon iO system: The ability to connect to the Simon iO system opens up new possibilities for controlling devices in your home.
• Aesthetic appearance: The glossy white housing fits most interiors.
• Easy installation: The panel is designed for flush mounting, making installation easier.
• Safety: The grounded socket provides protection against electric shock.
• Versatility: Ideal for the living room, bedroom, kitchen or office – anywhere you need a reliable electrical outlet.

The Simon 100 panel is an element of the modular range of Kontakt-Simon electrical accessories. Its construction allows for easy adaptation to individual needs and user preferences. The use of high-quality materials guarantees the durability and reliability of the product. Surface protection in a raw state allows you to match the color to the surroundings or leave the original appearance. This panel is an excellent choice for both new installations and modernization of existing electrical systems.