AC220V Hf 5.8GHz Microwave Sensor Switch Doppler Radar Motion Sensor Module

• Customization: Available
• Type: Infrared Sensor Switch
• Principle: Infrared
• Model NO.: LD-MT-004
• Wires: Two-Wires
• Standard: Standard
• Application: Warehouse
• Size: 70*36*25mm
• Use: on/off Switch for Light
• Description: Microwave Sensor
• Theory: Microwave Sensor
• Output: AC220-240V
• Transport Package: Bag Package
• Specification: AC220-240V 50/60HZ
• Origin: China
• HS Code: 8536500090
• Production Capacity: 20000oc/Month

Product Description

Product name	5.8GHz Microwave Radar motion Sensor	Weight	G.W55g/N.W75G	Time Delay	8sec-12min	Product size	70*36*25mm
Product color	White	Detection Range	360°	Detection Distance	8M	Power Frequency	50/60Hz
Ambient Light	<30LUX	Installation Height	2.5-3.5M	Power Source	AC220-240V/AC100-240V	HF system	5.8GHz,ISM band
Shell Material	ABS	Rated Load	200W	Power Consumption	<0.5W	Standby power	<10mW

Product Description

 

Technical feature:

1. High Precision and Sensitivity: Capable of accurately detecting the presence or movement of human bodies, even in response to subtle motions, ensuring rapid and precise detection.
2. Strong Anti-Interference Capability: Equipped with advanced signal processing technologies and algorithms, the module effectively resists external electromagnetic interference and noise, ensuring the stability and reliability of detection results.
3. Non-Contact Measurement: Eliminating the need for direct contact with the measured object, the module avoids potential issues such as contact wear and contamination that may occur with traditional sensors.
4. Penetration Ability: With the capability to penetrate through some non-metallic materials and obstacles (e.g., glass, thin wood panels), the sensor expands its detection range and versatility for various application scenarios.
5. Intelligent Adjustment: Some modules support intelligent adjustment of sensing distance, angle, and other parameters, allowing for easy adaptation to different installation environments and application requirements.