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

The SONOFF MINI-D is a compact Matter-enabled Wi-Fi dry contact smart switch designed for controlling garage doors, gates, boilers, irrigation systems, access control systems, low-power DC motors, and other dry contact input devices. With support for both AC and DC power input, the MINI-D offers flexible installation options for residential, commercial, and industrial smart automation applications. 

Unlike standard smart switches, the MINI-D features isolated dry contact relay outputs (NO/NC/COM), allowing it to safely control external systems without supplying voltage directly to the load. Matter compatibility enables seamless integration with Apple Home, Google Home, Alexa, Home Assistant, and other Matter-enabled ecosystems.

Features:

• Matter Over Wi-Fi Smart Switch
• Dry Contact Relay Output (NO / NC / COM)
• Supports AC & DC Power Input
• Remote App Control via eWeLink
• Voice Control with Alexa, Google & Apple Home
• Smart Schedules & Automation Scenes
• External Wall Switch Support
• Compact MINI Design
• Ideal for Garage Doors & Gates
• Supports Low-Power DC Motors & Solenoids
• Safe Isolated Relay Control
• Local Matter Smart Home Integration

Specifications:

• Model: MINI-D
• Wireless Connectivity: Wi-Fi 2.4GHz IEEE 802.11 b/g/n
• Input Power:
  • 100–240V AC 50/60Hz
  • 12–48V DC
• Relay Output:
  • 24V DC / 2A Resistive Load
  • 12/24V DC Motor Load up to 8W
• Relay Type: Dry Contact (Volt-Free)
• Terminals: NO / NC / COM
• Dimensions: 41 × 43 × 21.5mm
• Material: Flame-Retardant PC Housing
• Indoor Use Only

Ideal For:

• Garage door automation
• Gate motor control
• Irrigation systems
• Boiler & thermostat control
• Access control systems
• Solenoid valve switching
• Smart industrial automation
• Home Assistant smart homes

Compatibility:

Compatible with:

• eWeLink
• Apple Home
• Google Home
• Amazon Alexa
• Home Assistant
• Matter-enabled smart home ecosystems

The SONOFF MINI-D is an excellent solution for integrating dry contact systems into modern smart homes and automation environments while maintaining safe electrical isolation and reliable Matter-based interoperability.