KGZ12

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Gas sensors have become an increasingly important tool in industry and science due to their ability to detect the presence of a variety of gases. The KGZ12 is one such device, using advanced technology to detect up to six different types of gases.

The KGZ12 uses two distinct working principles to detect the chosen gasses. The first is a catalytic combustion chemical sensor that works by burning the target gases and then detecting any changes in the environment caused by this burning. The second principle uses infrared absorption to detect the presence of the desired gases. This works by detecting the absorption of infrared light emitted by a chemical diode, which can be tuned to detect certain gases.

The KGZ12 is capable of detecting hydrogen, alcohol, propane, methane, ethylene and carbon dioxide. This makes it ideal for a variety of applications in fields such as safety, environmental monitoring, industrial process control, and emissions monitoring. It is also beneficial for research purposes, providing detailed and reliable information on the composition of different atmospheres.

The KGZ12 also has a range of advantages which make it a popular choice for manufacturers and researchers. It is compact and robust, making it suitable for a wide variety of environments, and includes protections against potential over-measurement, short circuits, and reverse polarity. It also has an automatic temperature compensation feature, ensuring that the readings are accurate regardless of temperature fluctuations.

The KGZ12 is an effective gas sensor which is used in a variety of applications. It is able to detect up to six different types of gases, using both catalytic combustion and infrared absorption techniques, and is protected against potential dangers. Its compact size and reliable temperature compensation make it a highly desirable choice.

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