Burning Gas Sensor Module Adapter Development and Test Operation Results Processing

Abstract

This paper considers the possibility of import substitution and technical characteristics improvement of the sensor for the gas analyzer and the creation of a module adapter for the domestic producted gas sensor prototype IoffeGAS42. The conducted research shows good prospects for the use of domestic element base for the design of small-sized gas analyzers. The practically obtained transfer function of the optical gas sensor takes into account the temperature drift. Analysis of the data obtained as a result of the tests makes it possible to estimate the expected accuracy of measurements that can be provided by non-dispersive infrared gas sensors of various configurations when measuring the ambient temperature. Novel sensor temperature calibration method was introduced. The results of the development of the module adapter prototype as a part of the dimensional product prototype and the analysis of the test results are presented.