The farthest sensing distance can reach 10 meters
Not easily affected by dirt, dust, and other coverings and interferences
Can pass through non-metallic materials such as glass, plastic, ceramics, acrylic, rubber, wood, etc
In addition to being sensitive to the movement of the human body, it can also sensitively sense micr
1. Product overview XKC-LD500B is mainly used in indoor scenes to perceive whether there is movement or micro human body in the area, and output the detection results in real time. The maximum induction distance can reach 10 meters (the detection distance is related to the direction of the sensor installation). Can be widely used in various scenarios of AIoT, often used in human induction light control, advertising screen and other devices human induction wake, life safety protection, intelligent home appliances, intelligent security, etc.
2. product features 1. In addition to the movement of the human body induction sensitive, for the traditional scheme can not identify the micro human body can also be sensitive induction; 2. Have good environmental adaptability, the induction effect is not affected by the temperature, brightness, humidity and light fluctuations and other surrounding environment;
3. Not easy to be affected by dirt, dust and other cover interference; 4. Can pass through the glass, plastic, ceramic, acrylic, rubber, wood board and other non-metallic materials; 5. The maximum induction distance is up to 10 meters; 6. Support the hanging roof, hanging the wall and other installation methods; 3. operational principle The XKC-LD500B is a human presence state sensor designed based on microwave radar. The sensor is fully integrated with a 5.8GHz microwave circuit, an IF amplifier circuit, a signal processing circuit, and a powerful MCU. To detect the human body target in the set space, combined with radar signal processing and accurate human body sensing algorithm, to realize the highly sensitive human existence state sensing, can identify the human body in the motion and micromotion state, and there are a variety of output ways to choose from.