PM SENSOR (LASER)
For outdoor dust – air quality monitoring applications Range upto (0-31,000 µg/m³)
For outdoor dust – air quality monitoring applications Range upto (0-31,000 µg/m³)
Light scattering Method
PAS-OUT-01 is a Light-based designed Built for industries, digital laser sensor
to measure particulate matter – dust particles. Since it comes with an Inbuilt laser and Light-based receiving module. Different than its contemporaries, PAS-OUT-01 is Set accurately for PM10 and PM2.5 Apart. Because it works on the principle of 90° light Spreading.
The PM sensor has a compact design which allows the sensor to fit easily in any air quality monitor. Besides, anyone can integrate or change the sensor without requiring advanced technical knowledge. Also, the network access of the sensor is smooth as can directly transfer the data from the sensor to cloud for easy technology for users.
The PM Sensors has two options that meet the specific need of each environment so it offer optimal performance and better air quality monitoring.
The outdoor PM sensor is built to resist any harsh environmental conditions. Hence, the advanced technology monitors the particulate matter levels in any open area. Moreover, with advanced filtration systems, the sensor offers consistent and reliable air quality data.
Indoor PM Sensor is designed to monitor air quality in closed spaces such as homes, offices, schools and other indoor spaces. By doing so, it ensures the accurate measurement of particulate matter levels in narrow spaces. Moreover, it is highly sensitive and can detect even a small changes in the air, offering a reliable means of keeping a healthy indoor atmosphere.
Particulate Matter or PM is a mixture of tiny particles or liquid droplets. And these also emits in the air from different sources. As a result, these particles can enter the human lungs and cause many harm to health.
Smaller than or 1µm
Smaller than or 2.5µm
Smaller than or 10µm
Particulate Matter (PM) comes in various sizes as PM2.5 (particles smaller than 2.5 microns) and PM10 (particles smaller than 10 microns) the most common.
PM1 are the particles with a diameter of 1 micrometre or smaller which also includes nanoparticles and emissions from burning. Hence, these can easily enter the blood flow and cause health conditions.
PM2.5 refers to fine particles with a diameter of 2.5 micrometres or more smaller. Because of their tiny size, these are enough to enter deep into the lungs and result in severe health issues.
The particles in the air with a diameter of 10 micrometres or others smaller than PM10. It includes dust, pollen and mould and is large enough that mostly trapped in the nose or throat and results in allergies.
Lastly, these represent the total number of particles present in the air, without considering their individual sizes. Instead, it focuses on the overall particle load, including particles of various sizes.
In a comprehensive comparative study evaluating the data accuracy of Prana Air’s PM2.5 sensor against a high-end Beta Attenuation Monitoring (BAM) system.
Furthermore, the results demonstrated a high correlation between the two devices.
The PM Sensor has been used across multiple construction sites to monitor high PM levels produced from various activities at these sites. As a result, it helps ensure real-time tracking of air quality and enables timely interventions when necessary.
Study Brief : So, the paper involves our Prana Air device alongside other low-cost sensors for PM2.5 and PM10 measurements. For the results, they compared them to the standard Aeroqual Series-500. Since, their challenge with traditional devices was the high cost, heaviness, and frequent service needs, which limited usin in cities.
– By Dr. Sachin Chaudhari,
International Institute of Information Technology Hyderabad, India
Note : Monitors update in every 30 seconds, moreover our PM sensors have a resolution of ±1.0 micrograms per cubic meter, and our NO2 sensors boast a resolution of ±1.0 ppb.
Find Full Study Here :
https://pubmed.ncbi.nlm.nih.gov/37318651/
Study Brief : In their research, they used our device in their Environmental Protection Sensors (EPS) assessment. So in this, they compared factory calibration data with reference monitors. Because, their challenge was reasonable cost with accuracy, sensitivity, and data management. In the result, Prana Air proved to be a reliable and affordable choice.
– By Dr. Sunil Gulia,
National Environmental Engineering Research Institute, New Delhi, India
Find Full Study Here :
https://pubmed.ncbi.nlm.nih.gov/37318651/
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