Particle Sensors
A laser particle sensor probe is about 0.3 ㎛ particles, such as indoor dust, pollen, microorganism, dust mites, and cigarette smoke, measuring the concentration of suspended particles does not exceed 30 m³ space.
The signal of the laser particle sensor is converted to PWM output by the internal circuit and MCU program. In addition, the sensor's filter circuit and MCU program can remove noise to make the device work more stably when there is noise in the signal.
The sensor is suitable for indoor automatic air monitoring systems, such as air purifiers.
The configuration of the laser particle sensor:
Laser particle sensor photo:
Laser particle sensor's application in an air purifier for indoor air quality detection:
Laser particle sensor accurately detects allergic substances, dust mites, pollens, and bad smells, a visualized OLED monitor automatically changes the color of the screen circle to present timely indoor air quality:
PM2.5 exceeds the standard and air pollution is serious:
High-precision laser sensor, real-time monitoring for immediate feedback, sensitive monitoring of pollution changes, high efficiency.
The signal of the laser particle sensor is converted to PWM output by the internal circuit and MCU program. In addition, the sensor's filter circuit and MCU program can remove noise to make the device work more stably when there is noise in the signal.
The sensor is suitable for indoor automatic air monitoring systems, such as air purifiers.
The configuration of the laser particle sensor:
Laser particle sensor photo:
Laser particle sensor's application in an air purifier for indoor air quality detection:
Laser particle sensor accurately detects allergic substances, dust mites, pollens, and bad smells, a visualized OLED monitor automatically changes the color of the screen circle to present timely indoor air quality:
PM2.5 exceeds the standard and air pollution is serious:
High-precision laser sensor, real-time monitoring for immediate feedback, sensitive monitoring of pollution changes, high efficiency.
