pm 2.5 sensor and air pollution sensor
The industrial air quality pm 2.5 sensor is part of the air conditioning system. This sensors, also called an air pollution sensor, can detect dust and particles in the air. It works indoors to check indoor and outdoors to monitor environmental pollution.
We also call the outdoor air monitoring sensor the air environment monitor. It mainly checks the temperature, humidity, pressure, and light. It also measures PM2.5, PM10, TVOC, and other air values. Additionally, it tracks the levels of oxygen (O2), carbon dioxide (CO2), carbon monoxide (CO), formaldehyde (CH2O), and other gases.
Coda Sensor offers many types of monitors. These include sensors for Pm 2.5 sensor, PM10, Carbon Dioxide (CO2), Ammonia (NH3), and Sulfur Dioxide.
These sensors are small and provide data almost in real-time. They are low-cost air and use little power. There are sensors for both indoor environment and outdoor air pollution.
An indoor air quality sensor measures the indoor air pollutants quality monitors inside a building or home or office. It can detect pollutants like carbon dioxide, carbon monoxide, volatile organic compounds (VOCs), and particulate matter. The data from the sensor helps improve indoor by finding and fixing sources of pollution.
An outdoor air pollution sensor checks the outside a building. It can find pollutants like ozone, nitrogen dioxide, sulfur dioxide, and tiny particles. We use data from these sensors to track local air pollution and make plans to reduce it.
Both indoor and outdoor air sensors are important for healthy clean air. We use them to find health risks and plan ways to improve air quality.
Sensor technology:PM sensors operate by detecting particulate matter in air through light scattering or absorption. When particles pass through a light source (like a laser), they scatter or block the light, which is captured by a photodetector.
Gas sensors work by leveraging chemical or physical reactions between target gases and their sensitive materials. When specific gases interact with the sensor’s surface, they alter properties like conductivity, resistance, or optical absorption.
