The SIRA ROA Premix is a specialized application of the stationary SIRA analyzer designed for the continuous determination of residual oxygen content following the combustion of premixed fuel gas/air mixtures. Precise control of the combustion process is essential for achieving maximum energy efficiency, consistent product quality, and minimal pollutant emissions.

The measurement principle combines a catalyst for oxidation of the gas sample with a zirconium oxide sensor for precise determination of the remaining oxygen content. This enables reliable monitoring of the combustion conditions and supports accurate adjustment of the fuel gas/air mixture.

A key feature of the SIRA ROA Premix is its very low gas consumption during the actual measurement process, achieved through a specially designed gas metering and mixing system. The reduced gas flow helps extend the service life of both the zirconium oxide sensor and the catalyst, resulting in lower maintenance requirements and reduced operating costs.

For reliable operation, the system provides automatic monitoring of all relevant measurement components. A controlled and adjustable bypass ensures fast response times, allowing changes in the process to be detected quickly.

Typical applications include fiber optic manufacturing and glass melting processes, where precise control of premixed combustion gases is critical for stable process conditions and consistently high product quality.

Key benefits: fast response time, low maintenance requirements, adjustable bypass, automatic catalyst monitoring, easy system integration, and multiple interface options.