FEATURES OF THE CO2 ANALYZER

Majority of the gases that are found in the atmosphere can be excited by specific wavelengths of light that is found in the infrared spectral region. Co2 is one of such gases. This is why the co2 analyzer uses infrared technology to make the measurements. The operation of the devices involves the production of infrared light, which is used to determine the concentration of carbon dioxide gas in the atmosphere or in a gas sample. The device is always made up of three major components, which are the light source, transmission chamber and detection chamber. The detection chamber is usually referred to as the optical receiver. The additional parts of the co2 analyzer are meant to make them more accurate and versatile. When the infrared light is produced at the source, the transmitting optics focuses it on the transmission chamber, which contains the gas sample under observation. If there are any traces of carbon dioxide then they will absorb some of the light and reduce the intensity of the beam. The light that is at the end of the chamber is directed to the receiver optics for further analysis. The extent of the intensity loss is then determined and used to know the concentration of carbon dioxide in the sample. The analyzer will then display the results on screen in ppm or ppb depending on the scale. The choice of scale will affect the accuracy of the results.

There are several features that have been added to the co2 analyzer to make it more effective in its operation. The features also ensure that the measurements can be done on a wide range of conditions without affecting the accuracy. One of the features is a cleanable optical track that eliminates the need to contact the manufacturer when you require recalibrations. There is also the temperature compensation system that allows you to use the device over a wide range of temperatures and still get accurate results. The co2 analyzer is more compatible with industrial systems allowing effective integration. You are now able to connect the instrument to an external electronic device using the Ethernet and serial ports that have been fitted. This means that you can transfer data to the computer for further analysis. The device is more portable because it uses the common AA sized batteries. You can even carry the device in your pocket. The use of the analyzer in the industries and at home has made measurement of carbon dioxide to become a simple process.