Your position: Home / mmWave Radar / mmWave Radar Sensor

60G Respiratory heart rate radar, ST-60MG2-6HW

Through the monitoring of personnel breathing and sleep and the synchronous perception technology of personnel physiological parameters, the wireless perception of personnel status in a specific place is realized.
Price:
USD
$85.00
Quantity:
-
+
(1 available)
Shipping Cost:
to
Estimated Delivery Time:
Please select the country you want to ship from
Please select the information you wantX
  • Description
  • Reviews

 

☆ INTRODUCTION


 

Based on the FMCW radar signal processing mechanism, through the monitoring of personnel breathing and sleep and the synchronous perception technology of personnel physiological parameters, the wireless perception of personnel status in a specific place is realized, and realizes scene linkage through wireless signal notification gateway. Suitable for home, hotel, office and other places.
 

Relevant manual about this product on Library or you could go to our official website (www.iflabel.com), contact us please.

 

☆ THE ABOVE PRICE INCLUDE



1) 60G Respiratory heart rate radar, ST-60MG2-6HW * 1pc

 

☆ MAIN PARAMETERS


 
PRODUCT NAME 60G Respiratory heart rate radar
PART NUMBER ST-60MG2-6HW OUTLINE DIMENSION 59x59x34mm
OPERATING FREQUENCY 60GHz WIRELESS PROTOCOL Wi-Fi (2.4G)
MEASURING PRINCIPLE Doppler OPERATING TEMPERATURE -10℃~+60℃
DETECTING ANGLE Horizontal 60° & Vertical 60° OPERATING HUMIDITY 20%~85%(non-condensing)
POWER INPUT 5V/1A INSTALLATION METHOD Wall mounted
 

☆ PRODUCT FUNCTIONS



1) Accurately achieve synchronous perception function for both active and stationary individuals (sitting and sleeping).

2) Can maintain the detection of breathing and heart rate of stationary individuals, ensuring real-time output.

3) Can quickly output the physical activity values of athletes.

4) Detect the sleep status of personnel and output a sleep report.

5) Limit the detection object to individuals with biological characteristics (moving or stationary), and eliminate interference from other inanimate objects in the environment.

6) This module effectively eliminates interference from non living objects and can also achieve detection of non living moving objects.



 

☆ TECHNICAL ADVANTAGE



1) Strong environment adaptability:Not affected by light, sunshine, temperature, haze etc.

2) Higher accuracy of speed, distance and angle measurement.

3) Simple and fast:real-time output of measurement data.

4) Safe:no privacy leakage.

5) Low output power, no harm to human body.


 

☆ APPEARANCE INTRODUCTION


 

 

☆ INSTALLATION INSTRUCTIONS



Step 1:Slide the front end of the radar upwards to expose the mounting base;

Step 2 : Confirm product installation location;

                   
 

Step 3:Tear off the adhesive film at the bottom of the product;

 

Step 4:Stick the product on the wall.


☆ PRECAUTIONS


 

The radar is installed with a tilt angle of 45 ° above the bed head, and the recommended installation height for the radar is 0.8m~1.2m above the bed surface; Ensure that the radar main beam covers the detection area; There are no obvious obstructions or coverings in front of the radar.

Affected by the radar installation height and radar beam range, in this installation mode, the maximum distance for triggering human presence detection is 2 meters; the maximum distance for triggering sleep in bed detection is 1 meter; the maximum distance for maintaining unoccupied and off bed detection is 2.7 meters; the maximum distance of human respiratory rate detection is 1.5m.

(Note: This data is only used as reference data, and there may be an error of ± 0.5m between the actual detection distance and the reference data)


 

☆ ABOUT US



Thank you for your interest in our product. If you need any further assistance or have any other questions, please feel free to contact us. We sincerely invite you to send your inquiries to our email at [koi@iflabel.com].

Average rating:
Share your thoughts with other customers
Write a review
Product reviews can be carried out after the member login, please click here to login