Data sheet
This description summarizes the functional specifications of the NOVA-C fall, presence and vital data sensor. It is designed for presence detection and automatic identification of falls and vital data collection.
Benefit
- Privacy – The device is radar based (no optics), so there is no privacy issue.
- No wearables – The device eliminates the need to wear a pendant or bracelet.
- Easy installation – The device can be mounted on the wall or ceiling.
- Robust – The device works in steam and moisture and in all lighting conditions.
- Penetration – The device covers the entire room and penetrates non-metallic obstacles.
Technical characteristics
Communication technology |
2.4GHz, 802.11 b/g/n |
Diameter |
8 cm |
Height |
?? cm |
Weight |
76 grams |
Input voltage |
5 volts from an AC2DC power supply |
Power consumption (average) |
< 4 watts |
Power consumption (maximum) |
10 watts |
Frequency band |
60.5 - 62.5 GHz (exact frequency range according to regulation) |
Field of view |
+/- 70°-80° |
Detection range |
up to 6 meters |
Temperature range |
-10°C to 45°C |
Product features
Fall detection
- Detects a fall of one person when they are alone in a room
- Detects a fall of two people when they are at least 1.5 meters apart
- Detects all types of falls: fast falls, falls from bed, slow falls, controlled falls, falls in the shower, hidden falls (behind furniture, etc.)
- Insensitive to different lighting conditions
- Monitoring area: 4 x 6 m
Presence detection
- Detects the presence of several people in a room
- Not sensitive to lighting conditions
- Monitoring area: 4 x 6 m
Presence detection in regions
- Detecting the presence of a person in a defined region within the room
- Minimum region size: 1 x 1 m in a 4 x 6 m room (for reliable detection)
- Maximum number of regions: 16
recording of vital data
- Recording of vital data in a defined region of a person
- Minimum size of the region: 1 x 1 m in a 1.5 x 1.5 m detection area
- Maximum number of regions: 16
Product overview
The NOVA-C sensor connects to the cloud or local server via WiFi. The data from the sensor is sent via a proprietary protocol. The OTA software upgrades can be performed via HTTP. The sensor sends fall, presence and vital data events.