Physical buttons – High-precision physical button to operate. Anyone can easily use it
Safe Disassembly – Separate the high and low voltage and disassemble the switch safely
APP control – Manage devices at any time, don’t worry about forgetting to turn off the electrical appliances
Voice control – Supports voice control by working with Alexa, Google Home, Alice and Siri shortcut
Safety Certification – CE and UKCA certified. Safe performance is guaranteed
”eWeLink-Remote” Control – M5 is a smart switch with the gateway function of “eWeLink-Remote“. If you want to use the “eWeLink-Remote” control function, you need to use it with the S-MATE or scene remote controller R5
IN STOCK AT OVERSEAS SUPPLIER - DISPATCHED/COLLECTION IN 14-20 DAYS
PriceR2,814
Add additional cameras in just two clicks.
Connect up to 4 camera devices at once.
When two or more cameras are connected, SpaceView automatically cycles between the view of each unit, for complete coverage of your baby's environment.
Pan the lens 330° to see corner-to-corner, and tilt 110° to see floor-to-ceiling.
When the lights are out, night vision technology provides clear video so you can rest easy.
Matter Compatible: SONOFF MINI-D is a Matter-certified device, it can be integrated into Matter-enabled platforms, such as Alexa, Apple Home, Google Home, Home Assistant, etc. that allows working with other brands of Matter devices and building a unified smart home setup.
AC/DC Power Supply: Compatible with AC and DC power sources, ensuring flexible installation in various environments.
Dry Contact Support: Perfect for controlling dry contact input devices, such as garage doors, gate motors, solenoid valves, pumps, motors and equipment. (Note: A relay or contactor is recommended for loads of more than 2A.)
DC Low-Power Motor Load (Max 8W): Specifically engineered to control DC low-power solenoid valves/motors loads up to 8W, making it a perfectly smart control for DC low-power systems.
For Contactor Control: When integrated with the contactor, a low-power control circuit can safely and efficiently manage high-power systems without direct user intervention, which enhances safety, reduces power consumption in control circuits, and provides precise control over larger loads.
