CO2 SENSOR
NDIR Technology
1 PPM Resolution
Advanced Carbon Dioxide (CO₂) sensor with NDIR Technology
Breathe smarter with Prana Airs state-of-the-art CO₂ sensor, powered by Non-Dispersive Infrared (NDIR) technology. This advanced sensor provides unparalleled accuracy in real-time CO₂ monitoring, ensuring healthier indoor environments for your home, office, or industrial space
Key features of the CO2 sensor
Unmatched Accuracy
Our CO2 sensor offers the high accuracy for the CO2 concentration readings with a 1 PPM resolution.
Long-term working power
The robust NDIR technology in our sensor ensures the long-term performance with less drift over time.
Smaller in size
Its size makes our CO2 sensor easy to install in any system or device and make it portable for easy installation.
Any environment adaptability
Our CO2 sensor is suitable for various applications like air quality monitors, greenhouses, HVAC systems etc.
Auto and manual calibration
Our CO2 sensor offers the automatic and manual calibration function to maintain better accuracy in different condition.
Signal output PWM/UART
This sensor supports 2 advanced CO2 data output formats for easy data transfer and compatibility with multiple platforms.
Use less energy
Our co2 sensor is apt for real-time air monitoring due to low response time. They are quick and accurate.
Better customer support
Our co2 sensor is apt for real-time air monitoring due to low response time. They are quick and accurate.
Technology we use in Non Dispersive Infrared (NDIR) CO2 Sensor
How does Prana Airs CO2 sensor work and calculate Its concentration?
Our carbon dioxide (CO2) sensors are based on NDIR technology, which stands for Non-Dispersive Infrared radiation. This procedure is commonly used to detect carbon-based gases in the atmosphere, such as CO2.
Why is it necessary to monitor carbon dioxide gas?
Carbon dioxide is a gas exhaled by human beings as a part of their respiration process. As the population grows and the number of individuals per square foot rises, CO2 concentrations can be substantially higher indoors than they are outside. The usual CO2 level in outdoor air is 400 parts per million or ppm, and it is now growing at a rate of 2 ppm every year. Indoors, due to stuffy rooms or insufficient ventilation,
Health Impacts
Dizziness
Restlessness
Altered brain activity
Breathing difficulty
Blood pressure elevation
Nausea
Analysis of CO2 graph
CO₂ Levels Throughout the Day
The chart shows how CO₂ concentration (in ppm) fluctuates throughout the day, highlighting peak hours. By analysing these patterns, you can identify when fresh air is most needed, optimize ventilation systems, and maintain a healthier indoor environment.
Weekly CO₂ Trends
The Prana Air sensor provides weekly CO₂ data that reveals how air quality changes with occupancy. In schools, offices, and workplaces, the sensor shows higher CO₂ levels during peak hours and lower levels when spaces are less occupied. It improve indoor air quality, and ensure healthier environments for occupants.
Why is Monitoring CO₂ Crucial?
Excess CO₂ in enclosed spaces can lead to:
Reduced Alertness:
High CO₂ levels impair focus and productivity.
Health Issues
Long-term exposure impacts respiratory health and cognitive functions.
Poor Indoor Comfort
Stale air contributes to discomfort and fatigue.
CO2 Air Quality Index Score and What does it say?
CO₂ levels are healthy, ensuring fresh and safe air for breathing.
CO₂ is slightly elevated; sensitive individuals may start to feel mild discomfort.
Higher CO₂ levels may cause drowsiness, headaches, or reduced focus.
Prolonged exposure to CO₂ at this range can affect overall health and well-being.
CO₂ levels are very high and may lead to serious health concerns with continued exposure.
Extremely high CO₂ concentration; immediate action is required to avoid dangerous effects.
Sensor Calibration
Prana Air sensors are calibrated by the zero-point calibration method. This method reveals a range of measurements of the instrument. The zero point for sensor calibration is 400 ppm and the calibration cycle is of 96 hours (4 days) duration.
Applications of Prana Air CO2 Sensor
Sources Of Carbon Dioxide Gas
Manmade Sources
Combustion of fuel by cars, aircraft, or trucks.
Burning of waste in the open
Industries that use burning operations
Smoking
Natural Sources
Carbonate rocks after contact with water react and produce this gas
Volcanic eruption produces a large amount of CO2
Occurs in glaciers as it is easily dissolved in water
Petroleum deposits
Technical Specifications
Product Name:
CO2 Sensor
Measurement Range:
0 to 10,000 ppm
Type of Sensor:
NDIR
Resolution:
1 ppm (instrumentation dependent)
Accuracy:
± 50 ppm ± 5% of reading
Storage Temperature :
-40℃~70℃
Working Temperature:
0℃~50℃°
Working humidity:
0~95%RH（non-condensing)
Working current:
Average≤20mA@1s
Response time:
15s (90%)
Get in Touch
Please help us know what requirements you have. Our team will contact you very soon.
Contact Info
Looking for Any Indoor Air Quality Monitor?
Phone:
(+91) 73918-73918
Email:
[email protected]
Office:
706, 7th Floor, Sec 10, Rohini, Delhi 85, India
