Why Prana Air’s Monitor/Sensor?
All round Air Quality Monitoring
Prana Air’s air quality sensors are low-cost, durable, accurate, responsive & energy efficient. The sensors are PM, toxic gases (CO, CO2, SO2, NO2 etc.), HCHO, TVOCs, temperature, humidity, noise, light, etc.
Low cost
India’s first low-cost
monitors & sensors
Highly responsive
Highly accurate and
responsive sensors
Reliable
Reliable data with
many other benefits
Accurate
Accurate data on air
pollution in real-time.
Prana Air Sensors
Our sensors are low-cost, yet the data is extremely accurate
when compared to high-end equipment.
Prana Air’s PM2.5 Air Quality Data Accuracy Comparisons with
Highly Costly Devices
1st Case
With Prana Air PM Monitor
Comparison of PM2.5 with a High-End Instrument
A high-end device was used to correlate PM2.5 during a 30-minute time interval. We can compare Prana Air’s product’s data accuracy to that of a more expensive product.
2nd Case
With Prana Air PM2.5 Monitor
Comparison of PM Data Accuracy With BAM
We conducted a data comparison study between Prana Air’s PM2.5 monitor and a high-end air quality monitoring device (BAM) to assess the accuracy of our low-cost air quality monitor. The study showed that our PM2.5 monitor provides results that are highly correlated with those of the BAM, demonstrating that our low-cost monitor is just as accurate and reliable.
3rd Case
With Prana Air PM Sensor
Comparative Evaluation of Other Low-Cost PM Sensors
The graph below is the research study report of “Comparative Evaluation of New Low-Cost Particulate Matter Sensors” by IIIT, Hyderabad, India. The study includes the sensors of Aeroqual, SDS, Prana Air, and SPS PM2.5. The study concludes that the new, low-cost PM sensors are capable of monitoring particulate matter level, although calibration is necessary to get a better result.
Research study report by IIIT, Hyderabad, India
Comparative Evaluation of New Low-Cost Particulate Matter Sensors
Comparative Evaluation of New Low-Cost Particulate Matter Sensors
Real-time PM2.5 Comparison
Prana Air vs A High End Device
You can witness the data accuracy level by the comparison of real-time PM2.5 monitoring between Prana Air’s a low-cost monitor and a high-end & costly device.
Monitors & Sensors
Know what you breathe
Prana Air offers a variety of highly accurate, low-cost, and portable air quality monitors and sensors for all indoor and outdoor air quality monitoring applications.
SQUAIR Air Monitor
SQUAIR monitor is a smart air quality monitor that detects different air quality parameters. It detects PM10, PM2.5, CO, CO2, O3, NO2, SO2, TVOC, HCHO, noise, light, temperature, & humidity.
Sensible+ Air Monitor
SENSIBLE+ is an IAQ monitor that detects a variety of primary and secondary air contaminants. It monitors and reports on the AQI, temp., Humidity, PM (10, 2.5, and 1), CO2, and TVOCs in the surrounding air.
Sensible Air Monitor
Sensible Air Quality Monitor is equipped with extremely accurate sensors and gives accurate real-time AQI readings in seconds. It measures PM, CO, CO2, HCHO, VOC, O3, temperature, and humidity.
Smart PM Monitor
Prana Air Ambient Air monitor is a CAAQMS equipped with sensors that measure pollution concentrations. Pollutants commonly measured include PM10 and PM2.5, SO2, NO2, O3, H2S, and CO.
Ambient Monitor
Prana Air Ambient Air monitor is a CAAQMS equipped with sensors that measure pollution concentrations. Pollutants commonly measured include PM10 and PM2.5, SO2, NO2, O3, H2S, and CO.
CO2 Sensor
Prana Air CO2 sensor is a non-dispersive infrared NDIR sensor with a resolution of 1 PPM and a range of 10,000 PPM. It is very accurate and responsive.
CO Sensor
Prana Air CO sensor (500 PPM range) is ROHS compliant and uses electrochemical technology using the most effective means of monitoring CO gas.
SO2 Sensor
Prana Air SO2 sensor uses electrochemical technology to detect highly toxic SO2 gas. The sensor is precision-engineered for both industrial and consumer-grade safety monitoring.
NO2 Sensor
Prana Air NO2 sensor has a powerful signal, a low zero current resolution of 50 parts per billion (PPB), and an operational range of 20 ( Parts Per Million) PPM.
Ozone O3
Prana Air’s ozone sensors use electrochemical gas sensing techniques. A working electrode, a counter electrode, and an ion conductor are the three main components of the technique.
- Monitors
-
SQUAIR Air Monitor
SQUAIR monitor is a smart air quality monitor that detects different air quality parameters. It detects PM10, PM2.5, CO, CO2, O3, NO2, SO2, TVOC, HCHO, noise, light, temperature, & humidity.
Sensible+ Air Monitor
SENSIBLE+ is an IAQ monitor that detects a variety of primary and secondary air contaminants. It monitors and reports on the AQI, temp., Humidity, PM (10, 2.5, and 1), CO2, and TVOCs in the surrounding air.
Sensible Air Monitor
Sensible Air Quality Monitor is equipped with extremely accurate sensors and gives accurate real-time AQI readings in seconds. It measures PM, CO, CO2, HCHO, VOC, O3, temperature, and humidity.
Smart PM Monitor
Prana Air Ambient Air monitor is a CAAQMS equipped with sensors that measure pollution concentrations. Pollutants commonly measured include PM10 and PM2.5, SO2, NO2, O3, H2S, and CO.
Ambient Monitor
Prana Air Ambient Air monitor is a CAAQMS equipped with sensors that measure pollution concentrations. Pollutants commonly measured include PM10 and PM2.5, SO2, NO2, O3, H2S, and CO.
- SENSORS
-
CO2 Sensor
Prana Air CO2 sensor is a non-dispersive infrared NDIR sensor with a resolution of 1 PPM and a range of 10,000 PPM. It is very accurate and responsive.
CO Sensor
Prana Air CO sensor (500 PPM range) is ROHS compliant and uses electrochemical technology using the most effective means of monitoring CO gas.
SO2 Sensor
Prana Air SO2 sensor uses electrochemical technology to detect highly toxic SO2 gas. The sensor is precision-engineered for both industrial and consumer-grade safety monitoring.
NO2 Sensor
Prana Air NO2 sensor has a powerful signal, a low zero current resolution of 50 parts per billion (PPB), and an operational range of 20 ( Parts Per Million) PPM.
Ozone O3
Prana Air’s ozone sensors use electrochemical gas sensing techniques. A working electrode, a counter electrode, and an ion conductor are the three main components of the technique.
Trusted By
Some of the industry’s giants
We are really proud and grateful to have worked and partnered with these well-known firms and industries.
