5.8g Automation Radar Induction Module

Product Description

AC220V 5.8Ghz Small Doppler Radar Motion Sensor auto on/off led light microwave radar motion sensor switch

Usage
Led lighting
Type
surface/embedded mount
Place of Origin
Guangdong, China
Brand Name
LAIDE

Functional Characteristics:

  1. Operating Frequency Band: The 5.8GHz Radar Induction Module operates within the 5.8GHz frequency band, with a wavelength of approximately 5.2mm, making it excellent for short-range wireless communication and monitoring systems.

  2. Anti-Interference Capability: This 5.8GHz radar induction module boasts strong anti-interference capabilities, effectively combating both co-channel interference and environmental disturbances to ensure signal stability and reliability.

  3. Multipath Effect Suppression: Equipped with superior multipath effect suppression, the module accurately detects targets even in complex environments.

  4. Low Power Consumption: Designed for energy efficiency, the 5.8GHz radar induction module features low power consumption, ideal for prolonged operational durations or to minimize energy expenditure.

  5. High Sensitivity: Capable of precisely detecting the presence or movement of objects, this module reacts swiftly even to subtle movements or changes, ensuring a high level of sensitivity and responsiveness.

5.8g Radar Induction Module

Why choose induction switch

Save electricity and worry!

5.8g Radar Induction Module

Radar sensing operation status

5.8g Radar Induction Module

5.8g Radar Induction Module

Product name Radar induction module Light sensitivity 6LUX
Product size 41mm*20mm*19mm Delay time 15s+
Load <40W Sensing distance 5-8m

5.8g Radar Induction Module

5.8g Radar Induction Module

5.8g Radar Induction Module

5.8g Radar Induction Module

5.8g Radar Induction Module

5.8g Radar Induction Module

5.8g Radar Induction Module

Get A Quote

If you are interested in our products and want to know more details,please leave a message here,we will reply you as soon as we can.

This site uses cookies

This website uses anonymous performance cookies to ensure you get the best experience on our website. We never use targeting or advertising cookies.