MINI-D 1-Channel Switching Actuator, Matter over Wi-Fi, with Dry Contac

SONOFF MINI Dry Contact Wi-Fi Smart Switch | MINI-D

SONOFF MINI-D is a Matter-compatible smart switch with a dry contact output that supports both NO and NC configurations. Compatible with AC (110-240V) and DC (12-48V) power supplies, it is perfect for intelligently controlling low-voltage devices such as garage doors, boilers, and DC motors (=8W). Integrates seamlessly with Apple Home, Alexa, Google Home, and Home Assistant-ideal for advanced home and industrial automation.

Matter-compatible-cross-platform smart home integration The SONOFF MINI-D is a Matter-certified smart switch designed for seamless integration with Matter-enabled platforms such as Amazon Alexa, Google Home, Apple Home, Home Assistant, and more. Enjoy effortless control of smart devices from various brands-all through a unified ecosystem. Build a truly interoperable smart home with Matter technology.

Flexible AC/DC Power Supply The MINI-D is designed for versatility and supports power supply via AC (110-240V) or DC (12-48V), enabling easy installation in residential, industrial, or custom control environments. Perfect for various wiring scenarios and locations.

Dry Contact Output-Supports NO & NC Configurations The SONOFF MINI-D features a dry contact output with both Normally Open (NO) and Normally Closed (NC) options, enabling flexible control of a wide range of signal-based systems. Ideal for operating boilers, garage door openers, access control panels, and other devices that rely on voltage-free triggering. Perfect for integrating smart control into traditional low-voltage or relay-based systems.

Optimized for low-current DC motors (max. 8W) Specially designed to control low-current DC motors or solenoid valves (up to 8W), the MINI-D offers an ideal solution for smart irrigation, motorized curtains, or gate systems operated by low-voltage DC circuits.

Integrated contactor control-safe management of high-power loads When combined with a contactor, the MINI-D enables a low-current control circuit to safely switch high-power electrical systems such as industrial equipment or HVAC units. This not only increases safety and energy efficiency but also allows for precise, smart control of large loads.