Zemismart global smart curtain robot, WiFi system, supports various curtains.
Zemismart global smart curtain robot, WiFi system, supports various curtains.
Absolute control. Total silence. Unrivaled design.
Elevate the luxury of your space with the smartest robotic curtain automation system. Advanced engineering that adapts to your existing infrastructure without any complications, giving you seamless, instant control online or locally.
Integrated Control System
The system comes equipped with everything you need to start immediately: the main robot, the WiFi Hub, a remote control, and a comprehensive set of accessories compatible with Roman, U-shaped, and I-shaped tracks.
Powerful Pull and Silence
Thanks to 0.5 N.m torque and a 7.4V lithium battery, the robot can pull curtains weighing up to 15 kg perfectly smoothly, while maintaining an extremely low noise level to ensure your space remains quiet.
Smart Energy Autonomy
A hybrid design that separates the motion unit from the internet hub. The robot relies on low-power RF waves to communicate with the hub, extending battery life to last for many months of use on a single charge.
Technical Specifications
| Model | Zemismart ZM85EL-2R |
| Battery Voltage/Capacity | 7.4V DC / 3000mAh |
| Max Torque | 0.5 N.m |
| Max Curtain Weight | Up to 15 kg |
| Communication Protocol | WiFi 2.4GHz (via hub) / RF (for robot and remote) |
| Box Contents | Robot, Signal Hub (ZMCR-1W), Remote Control, heads and accessories for all tracks, charging cable |
Linking and Operation Guide
To complete the pairing process for the robotic motor with the signal hub (WiFi Dongle), please follow these exact steps:
- Ensure the Signal Hub (WiFi Dongle) has already been added and activated within the Tuya Smart app.
- Press the Setting Key on the motor body once; the indicator will light up steadily, indicating that the motor has entered pairing mode.
- Within 5 seconds, press the Open key via the hub interface in the app; the motor indicator will turn off immediately, successfully completing the pairing process.
