Integrated PM2.5 and PM10 sensors

Hazardous particles, aerosols, dust, engine and industrial emissions in the living and working environment are monitored quickly, accurately and over time to ensure safe and clean air free of harmful substances.

The PM2.5 and PM10 sensors, also known as dust sensors, use the laser scattering principle to obtain PM2.5 and PM10 concentrations of 0.3 to 10 micron suspended particles in the air.

The dust sensor is an RS485 bus type sensor, designed specifically for meteorological environment monitoring, with all high quality built-in core sensors. The instrument is capable of continuously monitoring dust concentrations and the values are converted into MODBUS-RTU standard electrical signals for transmission to associated equipment.

NiuBoL PM2.5 and PM10 integrated sensors use advanced technology to provide accurate, stable and continuous monitoring of PM2.5, PM10 and other particulate matter in the ambient air.

Widely used in atmospheric monitoring, micro air stations, dust monitoring, clean space, urban smart communities/industrial parks/plants, smart street lighting, scenic environmental monitoring, factories or mines, construction sites (site dust monitoring), urban roads, highways, public places, also including filter instrument monitoring and other fixed or portable monitoring scenarios and other places.

PM2.5 & PM10 integrated sensor Product Description.                        

PM2.5, PM10, integrated sensor using the laser scattering principle, sensitive detection of PM2.5 and PM10 concentration in the environment, the use of imported lasers and light-sensitive components, stable and reliable data; built-in fan, high integration; can be changed according to the needs of the sensor power supply voltage and the output signal type.

PM2.5 and PM10 integrated sensor technical parameters：

PM2.5 & PM10 Sensor Functions and Value 

1. Air Quality Monitoring:

   - Real-time Monitoring: Provides accurate data on PM2.5 and PM10 concentrations, helping to assess air quality and protect human health.

   - Environmental Management: Provides scientific data for environmental protection agencies, aiding in air quality improvement. 

2. Health Protection:

   - Home Health: Used in homes, schools, offices, and other places to alert users to take preventive measures against respiratory diseases.

   - Public Spaces: In places like hospitals, schools, and shopping malls, providing real-time air quality information to protect public health. 

3. Environmental Research:

   - Scientific Research: Used for scientific research to monitor the trends of air pollution and support the formulation of environmental policies.

   - Education: Used in educational settings to raise environmental awareness. 

4. Industrial Applications:

   - Emission Monitoring: Monitors dust concentrations in industrial environments like factories and mines, ensuring worker health and safety.

   - Environmental Compliance: Ensures production processes comply with environmental protection standards. 

5. Integration with Smart Devices:

   - Air Purification: Acts as a core component of air purifiers, accurately controlling purification efficiency and ensuring indoor air quality.

   - Smart Homes: Integrated into smart home systems for real-time monitoring and adjustment of indoor air quality, providing a healthier and more comfortable living environment. 

PM2.5 & PM10 Sensor Application Scenarios 

1. Public Environment Monitoring:

   - Urban Air Quality Monitoring Stations: Real-time monitoring of urban air quality to provide data support for environmental protection agencies.

   - Public Spaces: In places like parks, schools, and other public areas to ensure the health of students, teachers, and patients, preventing respiratory diseases.

 2. Home Health Monitoring:

   - Home Air Purifiers: Monitors and improves indoor air quality, enhancing the quality of life.

   - Smart Home Systems: Real-time monitoring and regulation of indoor air quality to provide a healthier and more comfortable living environment. 

3. Industrial Environment Monitoring:

   - Factories and Workshops: Monitors air quality in industrial sites to ensure employee health and safety.

   - Construction Sites: Controls dust pollution and ensures compliance with environmental protection standards. 

4. Public Places:

   - Shopping Malls, Restaurants, Libraries: Improves air quality, enhancing customer experience. 

5. Research Institutions:

   - Universities, Research Institutes: Provides accurate data to support environmental science research. 

6. Weather Stations:

   - Multi-sensor Weather Stations: Provides air quality data to support weather forecasting and research.

PM2.5 and PM10 integrated sensor data sheet

NBL-W-PM25-PM10-Integrated-sensors-Manual.pdf