Installation Instructions
Table Of Contents
- (Ver.1.0)
- 1. Summary3
- 3. Major function
- 6. Attentions 10
- 10. FCC Caution11
- 1. Summary
- 2. Electrical characteristics and parameters
- 3. Major function
- 3.1 Radar operating range
- 3.2 Sleep detection function
- a. Detection distance: 2.5m (detection distance be
- antenna surface) The
- b. Sleep quality assessment function: awake / ligh
- c. Sleep time recording function: the data output
- duration of sleep quality
- d. In bed function: in / off bed
- 3.2.1 Respiratory detection function
- a. Detection distance: 0.4m≤x≤2.5m (detection dist
- b. precision:≥90%
- 3.2.2 Heart detection function
- a. Distance measurement: 0.4m≤x≤2.5m (detection di
- b. precision:≥95%
- 3.2.3 Existence of detection
- a. Detection distance: 2.5m (detection distance be
- b. precision:≥90%
- 3.2.4 Move detection
- a. Movement trigger
- 4. Radar operation and installation method
- 5. Typical application mode
- 6. Attentions
- 7. Disclaimer
- 8. Copyright description
- 9.Contact information
- 10.FCC Caution:
JR_G6T_AOP_PUB
Tel:0755-86567969 Mail: jhxk@xkgtech.com Address:912 5A Building,ECO-
Technology Park,Yehai street,Nanshan district,Shenzhen city,Guandong province,China
• Install the bracket at the desired location and then mount
the enclosure to the bracket.
• Use a tiltable bracket if you need to adjust the angle the
radar faces.
Slant installation
For the demand of sleep breathing and heartbeat detection, the
radar should be installed tilted (as shown in Figure 5). The radar
should be installed 1m directly above the bed and tilted 45 between
the bed. The distance between the radar and the chest cavity is
within 1.5m to ensure that the radar can normally detect breathing,
heartbeat and sleep-related parameters. The radar normal direction
is aligned with the main detection position to ensure that the main
beam of the radar antenna covers the human sleep detection area
land within certain boundaries.
The radar normal direction is aligned with the main detection
position to ensure that the main beam of the radar antenna covers
the human sleep detection area land within certain boundaries.