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A atmospheric gas concentration sensor is a tool used to gauge the atmosphere’s carbon dioxide concentration. Its presence is commonly quantified in “parts per million” (ppm) and is typically 400 ppm or less.
One of the main “greenhouse” gases that has an impact on the earth’s atmosphere is carbon dioxide, an odourless and colourless gas.
The gas forms a barrier in the high atmosphere that keeps heat from escaping, together with methane, nitrous oxide, and fluorinated gases. This causes higher temperatures, rising sea levels, and modifications to how land is used.
Utilizing a variety of technologies, gas can be detected and quantified, including Nondispersive infrared (NDIR) is a technique that tracks the absorption of infrared light at a particular wavelength (4.3 m), where gas has a very large absorption.
CO2 is present if the infrared light is absorbed, while a lack of absorption implies a lack of gas. The amount of infrared light absorbed determines how much gas is present.
Global atmospheric gas concentration sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The ACD10 measures the amount of carbon dioxide in the air using the non-dispersive infrared (NDIR) principle. The benefits of ACD10 include good selectivity, no dependence on oxygen, a long lifespan, built-in temperature correction, and an intuitive digital interface output.
ACD10 is a high-performance sensor that integrates high-precision signal detection circuit design, precise optical circuit design, and infrared absorption gas detection technology.
ACD10 is a high-performance sensor that combines optical precision circuit design, high-precision signal detection circuit design, and infrared absorption gas detection technology.
ACD10 is appropriate for a variety of equipment types, including air quality monitoring devices, fresh air systems, air purification devices, HVAC devices, and other devices.
