60G mmWave Radar Monitoring Sensor Falls/presence/left bed/right bed/area exit in one
Using cutting-edge 60GHz FMCW (Frequency-Modulated Continuous Wave) millimeter-wave radar detection technology, multidimensional detection is performed through the CTL artificial intelligence algorithm, enabling the monitoring of a person's movement status, posture, direction, and location information.
Model/Style
CTL-SEN-R5/6201
Product ID
60.50.6201
Type
60GHz
Interface
Dry Contact
Dimensions
φ65mm*60mm
Detection Range
When installed at 2.5 ~ 3.2 m ;
Detection range: 5.0 * 6.0 m
This sensor adopts 60GHz FMCW (Frequency-Modulated Continuous Wave) millimeter-wave radar detection technology. Compared to 24GHz radar, the higher frequency of 60GHz provides greater accuracy and resolution, making it suitable for high-precision application scenarios such as human posture analysis and respiration monitoring.
All-in-One Multifunctional Product
With a built-in algorithm processor, it does not require cloud processing, thus protecting user privacy. It enables multidimensional detection of human movement status, posture, direction, and location information, facilitating presence monitoring, fall detection, bed exit monitoring, home exit monitoring, and nocturnal monitoring, providing comprehensive safety protection for the elderly.
Broad Application Capabilities
Non-camera-based monitoring, no wearable devices required, built-in algorithm processor, and no cloud processing protect user privacy. This allows the product to be used not only in conventional home bedrooms, office spaces, and public corridors but also in bathrooms, toilets, and elderly care homes where privacy protection is emphasized.
Rich Application Scenarios
Supports ceiling installation, with a height range of 2.5m to 3.5m and a detection range of 4m×3m, providing 24-hour continuous protection. It is suitable for various home environments such as single-story, duplex, and villas, as well as hospitals, nursing homes, rehabilitation institutions, and community residences, offering precise monitoring of falls, prolonged stays, abnormal situations, and automatic alarms.