The SONOFF Smart Roller Shutter Switch MINI-RBS provides precise percentage adjustment to control motorized curtains and blinds, letting you tailor indoor lighting to your preferences. Its compact design fits effortlessly into small wall-mounted junction boxes, including standard European 60 types.
Equipped with broad Matter compatibility, this smart relay seamlessly integrates across multiple major smart home ecosystems. Automated scheduling enables customized opening and closing times to align perfectly with your daily routines.
Built-in curtain operation calibration corrects hardware timing inaccuracies over time, protecting motorized mechanisms and extending the lifespan of your smart curtains.
Key Features
Brand: SONOFF
Model: MINI-RBS
Product Type: Smart Roller Shutter Switch
Compatibility: Matter Standard
Junction Box Compatibility: European Standard 60 & Small Wall Boxes
Control Mode: Percentage Adjustment, Scheduling, Automation
Precise percentage control for motorized curtains and roller shutters
Compact design fits standard European 60 wall junction boxes
Seamless multi-platform integration via Matter compatibility
Built-in error calibration protects curtain motors and hardware
Compatibility
Compatible with standard motorized roller shutters and blinds, standard European 60 junction boxes, and major smart home ecosystems via the Matter standard.
Frequently asked questions
What junction boxes are compatible with the MINI-RBS?
Its compact mini size fits various small-sized wall-mounted junction boxes, including the European standard 60 junction box.
Does the switch support Matter integration?
Yes, it features Matter compatibility to work smoothly across multiple smart platforms and connected ecosystems.
Can I set specific schedules for curtains?
Yes, you can schedule precise times for curtain opening and closing based on your daily routines.
How does the calibration feature work?
The built-in calibration corrects curtain operation errors to reduce mechanical inaccuracies and prolong curtain motor lifespan.
