CO2 SENSOR
Precision NDIR Sensing Technology
1 PPM Resolution
Advanced Carbon Dioxide (CO2) Monitoring with NDIR Sensor
Improve your indoor space with our premium CO2 sensor, which is powered by Non-Dispersive Infrared (NDIR) technology. Built for top accuracy, this sensor helps you keep the air at safe levels in your home, corporate office, or industrial facility
Leading Features of Our Sensor
Exceptional Accuracy
Get highly reliable CO2 level data thanks to our industry-leading 1 PPM resolution.
Enhanced Reliability
The advanced NDIR optical system keeps performance steady, with very little sensor drift over many years.
Minimalist Form Factor
The ultra-compact build makes it easy to fit into ventilation systems or portable air monitors.
Wide Adaptability
Perfect for many different uses, from farm greenhouses to HVAC controls and smart buildings.
Auto & Manual Calibration
Keep your data consistent with flexible calibration settings that adjust to a range of different conditions.
PWM & UART Support
Export your data with ease. It supports two advanced formats that work across many IoT platforms.
Low Power Consumption
Built for non-stop tracking, it gives you quick responses while using very little energy.
Dedicated Support
Get expert engineering guidance and dedicated customer care for all your sensor integration projects.
The Science of NDIR Detection
How does our sensor manage to take lab-grade CO2 readings?
Prana Air sensor systems are built on NDIR technology, an optical method that detects gas molecules by measuring how much infrared light they absorb, making it highly specific to CO2.
Why is CO2 Monitoring So Important?
CO2 is a natural byproduct of human breathing. In closed, crowded, or poorly ventilated rooms, the levels can rise quickly. Outdoor air is around 400 PPM, but indoor spaces can become unsafe without proper checks and fresh air exchange.
Health Implications
Dizziness
Restlessness
Brain Impact
Breathing Issues
Hypertension
Nausea
Data Visualization Analysis
Hourly Changes in Carbon Dioxide
See how CO2 levels (PPM) change through the day, so you can fine-tune your building's airflow. Spotting the pollution peaks helps you keep a healthier indoor climate.
Weekly CO2 Data Insights
Our sensor gives you full weekly data. It shows how the number of people present affects air quality in schools and workspaces. Track these levels to help keep everyone safe.
The Value of Real-Time Tracking
Excess indoor CO2 often results in:
Lowered Alertness:
High gas levels can take a big toll on your mental clarity and how well you work.
Health Issues
Long-term exposure can harm your lungs and can also affect how well your brain works overall.
Occupant Discomfort
Poor air quality can leave people in the building feeling heavy, uneasy, and tired.
CO2 AQI Levels: Air Quality Guidelines
The best levels for staying healthy, comfortable, and working at your best.
Slightly raised levels; we recommend more fresh air for sensitive people.
High CO2 can cause drowsiness, mild headaches, or a lack of focus.
Staying in this range for a long time can lead to clear physical discomfort.
Dangerous levels that need fresh air right away to prevent severe discomfort.
Critical gas levels; leave the area at once or start maximum ventilation right away.
Advanced Sensor Calibration Method
Our sensors use the industry-standard zero-point calibration method. This process sets a baseline of 400 PPM over a 96-hour (4-day) cycle. That keeps the data precise and reliable over the long term.
Versatile Uses of the CO2 Sensor
Key Sources of Carbon Dioxide
Man-Made Sources
Burning fossil fuels in cars, trucks, and airplanes.
Open-air burning of farm waste and household waste.
Factories and power plants that rely on burning fuels.
Indoor air pollution caused by tobacco smoking.
Natural Events
Carbonate rocks releasing gas when in contact with water.
Huge releases of greenhouse gases during eruptions.
Gases released from melting ice and glaciers.
Natural gas and petroleum trapped within the Earth's crust.
Technical Datasheet
Device Model:
NDIR CO2 Sensor
Measuring Range:
0 to 10,000 ppm
Sensor Type:
Optical NDIR
Data Resolution:
1 ppm
Reading Accuracy:
± 50 ppm ± 5% of reading
Storage Range:
-40℃ to 70℃
Operating Temp:
0℃ to 50℃
Operating Humidity:
0~95% RH (non-condensing)
Power Usage:
Average ≤20mA
Response Time:
15s (90%)
Get in Touch
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