PM2.5/PM10 Integrated Sensor

PM2.5/PM10 Integrated Sensor Product Overview:

Leading the new standard of air quality monitoring, our integrated PM2.5/PM10 sensor with laser scattering principle utilizes cutting-edge imported lasers with high sensitivity sensing components to ensure data stability and reliability. Built-in high-efficiency fan design enhances air circulation and improves measurement accuracy, while the high degree of integration makes it flexible to adapt to a variety of application scenarios. Users can freely adjust the power supply voltage and signal output method to achieve customized integration according to specific needs.

In the pursuit of healthy breathing, we are proud to present this high-performance PM2.5/PM10 integrated laser scattering sensor. Adopting the advanced laser scattering principle, it can accurately and quickly detect the concentration of PM2.5 and PM10 particles in the air, providing a reliable air quality monitoring solution for your home, office environment and even industry.

PM2.5/PM10 integrated sensor technical parameters:

PM2.5/PM10 integrated sensor product features:

High-precision detection: equipped with imported lasers and light-sensitive components to ensure stable and reliable data, and a wide range of measurement.

PM2.5 up to 0-1000μg/m³, PM10 up to 0-2000μg/m³, to meet the needs of a variety of scenarios.

High sensitivity: the smallest particle diameter of 0.3μm, even tiny particles can not be hidden, so that air quality monitoring is more detailed.

Flexible Configuration: Supports a variety of power supply voltages (DC 12V-24V) and output signals (e.g., RS485), making it easy to be integrated into a variety of systems to meet the individual needs of different users.

Durable design: Built-in high-efficiency fan, high integration and compact structure ensure stable operation for a long time. At the same time, good heat dissipation design prolongs the service life of the product.

Strong environmental adaptability: Wide temperature and humidity working conditions to meet the stable operation of various climatic environments.

Easy Maintenance: Simple installation and maintenance process reduces long-term use costs.

PM2.5/PM10 integrated sensor installation and maintenance:

- Vertical Installation: Ensure accurate monitoring with a vertical layout for optimal capture of particulate matter in air flow.

- Environmental Adaptation: Keep away from forced air currents, such as direct fan blowing, to avoid interfering with measurement results. Recommended installation locations should avoid convective influences to ensure data accuracy.

- Anti-pollution measures: Avoid contact with oily substances, sticky particles (e.g. willow flakes), and regularly check the optical components to keep them clean to prevent false alarms.

- Moisture-proof treatment: Ensure that the sensor works in a dry environment to avoid performance degradation caused by humidity, and take moisture-proof measures if necessary.

To ensure optimal sensor performance, follow the installation steps below:

PM2.5/PM10 Integrated Sensor Application Areas:

Widely used in air quality monitoring stations, smart home systems, air purification equipment, in-vehicle environmental monitoring, health and safety monitoring in public places, etc., providing users with real-time and accurate air quality data, helping to create a healthier living environment.

Family living room, bedroom, real-time monitoring of indoor air quality, guarding the health of the family.

Offices and meeting rooms, creating a fresher working environment for employees.

Schools and kindergartens, focusing on children's respiratory health and creating a safe learning space.

Factory workshops, laboratories, monitoring the production environment, to ensure operational safety.

By choosing our PM2.5/PM10 integrated sensors, you are choosing a reliable guardian of air quality, providing your project or product with core environmental monitoring capabilities.

PM2.5/PM10 Integrated Sensor Data Sheet

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