Aqara Single Switch Module T1

• Enables the retrofitting of existing light switches – with and without neutral conductor – for smart control.
• Supports Zigbee 3.0 protocol and Matter over Bridge for stable and fast communication.
• Compact design for easy installation behind existing switches.
• Compatible with two-way circuits for flexible application options.
• Integrated overheating protection and memory function in case of power failure for increased safety.

Intelligent lighting control for existing installations

The Aqara Single Switch Module T1 enables the smart retrofitting of light switches in existing electrical installations – regardless of whether a neutral wire is present or not. This innovative technology allows for intelligent control of conventional switches, significantly increasing convenience and efficiency in the smart home.

Seamless integration into smart home systems

Thanks to the Zigbee 3.0 protocol, the module communicates reliably and quickly with other smart home devices. Support for Matter over Bridge ensures seamless integration with various platforms such as Apple HomeKit, Amazon Alexa, and Google Assistant. This allows lighting scenarios to be easily adjusted via voice command or app. An Aqara Hub is required for use.

Compact design for easy installation

Measuring just 42.9 × 40 × 21.4 mm, the Aqara Single Switch Module T1 fits easily behind existing switches in standard flush-mounted boxes. Installation is straightforward and requires no complex modifications – both in circuits with and without a neutral conductor.

Support for two-way circuits

The module is designed for two-way switching, meaning it can also be used in circuits with multiple switches controlling a single light. This flexibility makes it ideal for use in hallways, stairwells, and other areas with multiple switching points.

High security and reliability

Safety is a top priority for the Aqara Single Switch Module T1. The integrated overheat protection ensures that the device automatically shuts down in the event of sustained overload to prevent potential damage. Additionally, the module features a memory function that restores the last operating state after a power failure.

Technical specifications