The Suitch On Glass Door Sensor (4.2 Meter Range) by Suitch On Innovation is a high-precision, intelligent motion detection solution designed specifically for automatic glass door systems. It ensures smooth, safe, and efficient door operation by accurately detecting human movement and triggering door activation without physical contact.
Built using infrared motion detection technology, this sensor provides reliable performance even under varying lighting conditions and environmental changes. With a detection range of up to 4.2 meters, it ensures quick and responsive door activation for both commercial and residential use.
Ideal for offices, malls, hotels, hospitals, and smart buildings, the sensor enhances accessibility, energy efficiency, and hygiene by enabling completely touch-free entry and exit.
Model: Glass Door Sensor 4.2 Mtr
Brand: Suitch On Innovation
Category: Door Automation / Smart Sensor
✅ Advanced Infrared Sensor for Accurate Detection
✅ Long Detection Range – Up to 4.2 Meters
✅ High Sensitivity with Fast Response Time
✅ Compatible with Automatic Sliding Glass Doors
✅ Easy Installation on Door Frames or Ceilings
✅ Energy Efficient – Operates Only When Motion Detected
✅ Enhances Safety and Hygiene through Contactless Operation
It is a high-precision, intelligent motion detection sensor designed specifically for automatic glass door systems. Developed by Suitchon Innovation, it triggers automatic door opening without physical contact, providing smooth, contactless access for commercial and residential buildings.
The 4.2 mtr rating refers to the sensor's active detection range of up to 4.2 meters. This wide coverage zone detects approaching individuals earlier, allowing glass doors ample time to open smoothly before a person reaches the entrance.
No. The sensor is built to deliver consistent performance under varying lighting conditions, glare, and environmental shifts without triggering false alarms.
By automatically detecting movement from up to 4.2 meters away, the sensor enables 100% touch-free entry and exit, reducing high-touch surface areas in public spaces.
