INIR-CD-5%

Gas sensors are devices designed to detect the presence of certain gases in an environment. They may be used to detect combustible or toxic gases, or to measure the partial pressure of oxygen in aqueous solutions. The most common type of gas sensor is the INIR-CD-5%, which is an infrared non-dispersive infrared gas analyzer. It is capable of monitoring a broad spectrum of gases from the visible light to infrared wavelengths over a wide range of concentrations.

The INIR-CD-5% is an optical instrument that utilizes a narrow-band, optically pumped detector in an enclosed housing with an environmentally protected infrared light source. It consists of an infrared source, an optical system, an optical detector, and signal processing electronics. The infrared light source emits an infrared light that can be tuned to detect specific gases. The optical system redirects the light in order to make it pass through the environment in which the gas being monitored is located. The optical detector, which is sensitive to the light passing through the environment, registers the intensity of the light and the presence of the gas molecules.

The signal processing electronics can then detect the decrease in light intensity that occurs when gas molecules absorb the light that has passed through the environment. This decrease in light intensity is proportional to the concentration of the gas in the environment. By monitoring the intensity of the light and calculating the decrease in intensity, the INIR-CD-5% is able to provide a reliable and accurate measurement of the concentration of target gases.

The INIR-CD-5% has several applications in air quality monitoring, industrial process monitoring, and medical diagnostics. In air quality monitoring, the INIR-CD-5% is used to detect the presence of volatile organic compounds (VOCs) that contribute to air pollution. Industrial processes such as combustion, oxidation, and catalytic reactions can also be monitored using the INIR-CD-5%. In medical diagnostics, the INIR-CD-5% is used to detect the presence of a variety of pathogens, including bacteria, viruses, and fungi.

The operation of the INIR-CD-5% is based on the principle that gases absorb energy from the infrared light source only at certain wavelengths and that this energy is converted into heat. The heat generated by the interaction between the light and the gas molecules will cause a decrease in the light intensity, which can be detected and measured with the optical detector. The decrease in light intensity is proportional to the concentration of the gas molecules in the environment, so the light intensity can be used to reliably and accurately measure the concentration of the target gases.

The INIR-CD-5% is a versatile and reliable gas sensor that can be used in a variety of applications. Its wide range of applications and accuracy make it an excellent choice for air quality and industrial monitoring, as well as medical diagnostics. Its simple and reliable operation also makes it easy to install and maintain, ensuring that it will continue to provide accurate measurements for many years to come.