Tube Carbon Dioxide 1%/a (10) | Draeger

The Draeger Tube Carbon Dioxide (1%/a) (10) is a type of gas detection tube designed for the qualitative and quantitative measurement of carbon dioxide (CO₂) in the air. Draeger offers a variety of gas detection solutions, and the CO₂ tubes are part of their broader line of chemical detection devices.

• Detection Range: This tube is designed to measure carbon dioxide concentrations in the range of 0 to 1% CO₂ (or 0–10,000 ppm) in the air. The "(1%/a)" indicates that the tube is sensitive to concentrations of carbon dioxide up to 1% (10,000 ppm).

• Technology: Draeger tubes work based on a colorimetric method, where a chemical reagent inside the tube reacts with the target gas (in this case, CO₂). When the gas passes through the tube, a color change occurs, indicating the presence and concentration of CO₂. The intensity of the color change corresponds to the concentration of CO₂ in the air.

• Measurement Principle: The CO₂ detection tube uses a chemical reagent that reacts with the CO₂ present in the sample. The reaction results in a visible color change along the length of the tube. By comparing the color change with a calibration scale printed on the tube, the concentration of CO₂ can be determined.

• Sensitivity: The sensitivity of the tube allows for precise measurement of CO₂ concentrations in the range of 0-1% (10,000 ppm). For accurate readings, it's important that the tube is used correctly, following the instructions for air sampling and flow rates.

• Tube Packaging: The "10" in the product name refers to the fact that the box contains 10 individual detection tubes. This makes it convenient for users who need to perform multiple measurements or tests over time. Draeger tubes are commonly sold in packs of 10 for a more practical, cost-effective solution.

• Usage: These tubes are often used in applications where monitoring the air quality is crucial, such as:

  • Industrial environments (to monitor CO₂ in workplace atmospheres),

  • Confined spaces (to ensure CO₂ levels are safe),

  • Agricultural settings (greenhouses or other areas with high CO₂ usage),

  • Breathing air analysis (in situations where elevated CO₂ could pose health risks).

• Shelf Life and Storage: Draeger gas detection tubes have a shelf life, usually indicated on the packaging. Proper storage conditions are crucial to ensure their accuracy. These tubes should be stored in a cool, dry place, away from direct sunlight and extreme temperatures.

• Ease of Use: Draeger detection tubes are known for being simple to use. You typically use a Draeger pump to draw a sample of air through the tube. The air is passed through the reagent inside the tube, and the color change is then compared to a scale printed on the tube to determine the concentration of CO₂.

• Applications:

  • Environmental Monitoring: For detecting CO₂ levels in controlled or industrial environments, ensuring that ventilation systems are functioning properly and that CO₂ concentrations remain within safe limits.

  • Safety and Compliance: Many workplaces have safety regulations regarding the allowable concentration of CO₂ in the air, especially in enclosed spaces. These tubes help maintain compliance with those standards.

  • Indoor Air Quality: These tubes can be used to monitor air quality in indoor spaces such as offices, laboratories, or schools, where elevated CO₂ can affect concentration and overall well-being.

• Advantages:

  • Quick results: The Draeger CO₂ tubes provide near-instantaneous results after a sample is drawn, which is particularly useful for on-site measurements.

  • Cost-Effective: Unlike more complex electronic gas detectors, Draeger tubes are relatively inexpensive and do not require calibration or maintenance.

  • Portable: Draeger tubes are compact, making them highly portable and suitable for field testing in various environments.

Conclusion:

The Draeger Carbon Dioxide Tube 1%/a (10) is an easy-to-use, reliable tool for measuring CO₂ concentrations in a variety of environments. Its simple, colorimetric design allows for quick detection of elevated CO₂ levels, which is critical in ensuring safe working conditions and compliance with environmental regulations. With its ease of use and portability, it's an excellent choice for professionals in industrial, safety, and environmental fields.