CLARITY1 NDIR CO2 Monitor
- Regular price
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$139.00 - Regular price
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- Sale price
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$139.00
CO2, Temperature, and Humidity Monitoring
Non-Dispersive Infrared Absorption Sensor
Mirror Like Screen Display
Battery Powered With Charger
CO2 Calibration Capabilities
Desktop Mounted
Optional Alarm Built In
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Tech Specs
The CLARITY1 includes three sensors: NDIR CO2, Temperature, and Humidity. Application examples are residential, educational, and office buildings. This product features high accuracy sensors, clear LCD display, and MIRROR like screen design for aesthetics.
CO2 Sensor
Measuring Range: 0-5000PPM
Sensor Type: Non-Dispersive Infrared
Accuracy: (0~3000PPM) +/- 50ppm or 5% of reading
Accuracy: (>3000PPM) +/- 7% of reading
Temp Compensation: +/- 0.1% of Reading per degree Celsius or +/- 2PPM per degree Celsius.
Repeatability: 20PPM at 400PPM
Response Time: 2min for 63% of step change or < 4.6min for 90% step change
Warm Up Time: <20 seconds
Temperature Sensor
Operating temperature: 32°F ~ 195°F (0°C ~90°C)
Display resolution: 0.1°F (0.1°C)
Response time: <20 minutes (63%)
Relative Humidity Sensor
Measuring range: 5~95%
Accuracy: ±5%
Display resolution: 1% Main interface display, 0.1% Max/Min display
NDIR Sensor
The Non-Dispersive Infrared Sensor is the most important specification of this product. Many cheap CO2 sensors use an eCO2 sensor to mimic CO2 readings, but do not provide true values like an infrared sensor.
Battery and Power
Power Type: Rechargeable Battery or USB-C Port
USB-C Cable Provided
Operating voltage: DC (5±0.25)V (Provided by cable and plug in package)
Screen Display
Mirror Like LCD Display
Automatic Adjustable Brightness with the built in photosensor
Package Includes
CLARITY1 Monitor
USB-C Charging Cable with Plug
Packaging and User Guides
Mounting and Installation
Desktop
Calibration
Calibration is manually initiated when the monitor is exposed to fresh (outdoor) levels of CO2.
A guide is provided for calibration instruction.
Explore Articles
Infrared Sensors CO2 in Schools Why CO2
NDIR CO₂ sensors use infrared light absorption to directly measure gas concentration, delivering precise readings ideal for reliable indoor air monitoring.
Monitoring CO2 in classrooms is critical because rising levels reduce attention and learning efficiency while signaling poor ventilation that increases health risks.
Monitoring CO2 matters because it signals ventilation quality and overall indoor air health, while elevated CO2 directly reduces alertness, focus, and cognitive performance.
