Doorbell button (module) 10AX, 250V~, quick connectors, matte black Simon54 DD1.01/49

Simon 54 Modular Doorbell Button – Reliability and Aesthetics in One

This doorbell button from the Simon 54 series is an ideal solution for both installers and end users. Designed for flush mounting, it offers convenience and durability, and its elegant, matte black finish will perfectly fit into modern interiors. Quick connectors facilitate and speed up installation, minimizing working time.

Functionality and Installation

The button is designed to operate at a rated voltage of 250V and a current of 10AX. Made of high-quality thermoplastic with a lacquered finish, it provides resistance to damage and long-lasting aesthetic appearance. Flush mounting is done with claws and a screw, ensuring stable and secure mounting. It is worth noting the small size of the mechanism, which allows for comfortable installation even in crowded installation boxes.

Advantages for the Installer and User

• Quick installation: Quick connectors significantly reduce installation time, which translates to saving time and labor costs.
• Aesthetic appearance: The matte black finish adds elegance and modernity to any installation.
• Durability: Made of high-quality materials guarantees long-term reliability of the device.
• Safety: Surface protection with varnish and appropriate technical parameters ensure safe use.
• Versatility: The button with the doorbell symbol is easily recognizable and intuitive to use.
• Compatibility: Basic element with a central protective plate allows integration with other elements of the Simon 54 series.
• Easy connection: Plug-in self-clamping connections eliminate the need for additional tools when connecting wires.

The Simon 54 series is also distinguished by a well-thought-out design that makes work easier for installers – from spirit level supports to metal fixings hiding imperfections in the mounting of installation boxes. The recess on the housing defines the optimal length of wire stripping, and the busbar cover minimizes the risk of electric shock.