Anton Paar CO2 Meter CarboQC

Features:

  • Reliable, selective measurements of dissolved CO2
  • FillingCheck™ for automated filling error detection
  • Low sample volume required – starting from 150 mL
  • Guided CO2 system check ensuring correct results
  • Centralized data management via AP Connect system
Specification
Standard At-Line
Measuring range CO2 0 g/L to 12 g/L (0 vol. to 6 vol.) at 30 °C (86 °F)

0 g/L to 20 g/L (0 vol. to 10 vol.) <15 °C (59 °F)

Temperature –3 °C to 40 °C (27 °F to 104 °F), acc. ±0.2 °C
Pressure 0 bar to 10 bar absolute (0 psi to 145 psi), acc. 0.01 bar
Repeatability s.d. CO2 ±0.01 g/L (0.005 vol.) ±0.04 g/L (0.02 vol.)
Resolution 0.001 g/L 0.01 g/L
Sample Volume >100 mL >150 mL
Measuring Units g/L, vol., mg/L, kg/cm2, MPa, % w/w
Measuring Time 55 seconds
Data Memory 500 measurement data sets
Built-in Support FillingCheck™, CO2 Data Logger, threshold value functionality, system check
Portable Use Up to 11 hours continuous use
Communication Interfaces 1x RS-232 (CAN-open[1]), 1x USB; optional: 1x RFID, 1x Bluetooth
Protection Class IP67
Dimensions (L x W x H) 258 mm x 201 mm x 170 mm (10.2 in x 7.9 in x 6.7 in) 262 mm x 209 mm x 176 mm (10.3 in x 8.2 in x 6.9 in)
Weight 2.0 kg (4.4 lbs) 2.1 kg (4.6 lbs)

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    Features & Compatibility

    CO₂ Meter: Accurate Carbon Dioxide Monitoring for Safer, Smarter Environments

    Anton Paar CO2 Meter CarboQC is an essential instrument used to measure carbon dioxide levels in indoor air, industrial processes, and laboratory environments. Whether you manage an office, greenhouse, lab, or manufacturing facility, monitoring CO₂ concentrations helps ensure air quality, optimize productivity, and comply with safety regulations.

    Thanks to modern CO₂ meters with smart sensors and real-time displays, it’s now easier than ever to detect poor air quality, maintain safe indoor environments, and protect both people and processes.


    What Is a CO₂ Meter?

    A CO₂ meter, or carbon dioxide meter, is a device that detects and displays the concentration of carbon dioxide in the air, typically measured in parts per million (ppm). It uses infrared (NDIR) sensors to accurately measure CO₂ levels, which are then shown on a digital screen.

    Some CO₂ meters are handheld for portable use, while others are designed for continuous wall-mounted monitoring. Advanced models also track temperature, humidity, and provide alerts when CO₂ levels exceed safe thresholds.


    Key Features of a Modern CO₂ Meter

    1. Accurate CO₂ Detection:
      Uses non-dispersive infrared (NDIR) technology for precise measurement of carbon dioxide concentrations.

    2. Real-Time Readings:
      Monitors and displays CO₂ levels in real time, helping you respond quickly to air quality changes.

    3. Multi-Parameter Monitoring:
      Some models also measure temperature, humidity, and air pressure for a complete indoor air quality analysis.

    4. Visual and Audible Alarms:
      Built-in alerts notify users when CO₂ levels exceed user-defined safety limits.

    5. Data Logging and Export:
      Store readings and export them via USB or Bluetooth for compliance reporting and historical analysis.

    6. Portable or Wall-Mounted Design:
      Available in compact, handheld versions for mobile use, or fixed units for continuous monitoring.

    7. Long Battery Life or Plug-In Power:
      Offers flexibility for field or permanent installations.


    Why Is CO₂ Monitoring Important?

    Carbon dioxide is a natural part of indoor air, but when it builds up—especially in poorly ventilated rooms—it can cause fatigue, headaches, poor concentration, and even health risks. In commercial and industrial settings, elevated CO₂ can signal airflow problems, unsafe working conditions, or energy inefficiencies.

    High CO₂ Can Lead To:

    • Decreased cognitive function

    • Increased transmission of airborne illnesses

    • Non-compliance with indoor air quality standards

    • Product damage in sensitive manufacturing areas

    By monitoring CO₂ levels, you can quickly identify ventilation issues, reduce risks, and create healthier indoor environments.


    Where CO₂ Meters Are Used

    Industry Use Case Benefit
    Offices & Classrooms Monitor ventilation efficiency Improve concentration and productivity
    Greenhouses Optimize CO₂ for plant growth Maximize crop yields
    Healthcare Maintain clean, safe air in clinics and labs Meet strict hygiene and safety standards
    Industrial Facilities Detect leaks or poor airflow in confined spaces Ensure worker safety
    Hospitality Ensure fresh air in restaurants and hotels Improve customer comfort and health
    Research Labs Maintain stable conditions for experiments Protect sensitive research outcomes

    Benefits of Using a CO₂ Meter

    • Better Indoor Air Quality: Detect stale air early and improve ventilation.

    • Improved Health & Productivity: Reduce drowsiness and increase alertness in work or learning environments.

    • Energy Efficiency: Avoid over-ventilating and save on HVAC costs by adjusting systems based on real-time CO₂ data.

    • Compliance Assurance: Meet OSHA, ASHRAE, and other regulatory guidelines for air quality.

    • Peace of Mind: Continuous monitoring offers confidence that your environment remains safe and optimal.


    Tips for Choosing the Right CO₂ Meter

    1. Accuracy & Range: Choose a meter with at least ±50 ppm accuracy and a range up to 5000 ppm for most indoor spaces.

    2. Alarm Function: Look for models with programmable visual and audible alarms for quick alerts.

    3. Data Logging: If you need historical reports or audit trails, select a meter with internal memory or cloud sync.

    4. Ease of Use: Ensure the interface is user-friendly with a clear digital display.

    5. Multi-Sensor Capability: For comprehensive air quality, consider models that include temperature and humidity sensors.

    6. Portability vs. Installation: Select handheld versions for spot checks or wall-mounted options for ongoing monitoring.


    Conclusion

    A CO₂ meter is more than just a measurement tool—it’s a smart investment in safety, comfort, and performance. By keeping track of carbon dioxide levels, you gain insight into ventilation efficiency, health risks, and overall air quality. Whether you’re managing a school, office, greenhouse, lab, or industrial site, accurate CO₂ monitoring helps you create cleaner, safer, and more productive spaces.

    Explore our wide range of CO₂ meters today and find the perfect solution to take control of your air quality with confidence.

    Additional information

    Brand

    Anton Paar

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