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The inclusion of the Sauermann Replacement Electrochemical CO Sensor in the Si-CA 030 model exemplifies the brand's unwavering commitment to excellence, dependability, and cutting-edge technology, demonstrating its dedication to providing efficient and sophisticated solutions.

The Sauermann Interchangeable Electrochemical CO Sensor designed for Si-CA 130 presents a versatile and effective carbon monoxide detection solution that covers a wide concentration range.

Sauermann P/N 27529 Low SO2 Sensor 230 is a Low SO2 Sensor (0-100ppm) with board for Si-CA 230 Upgrade

Sauermann 27630 CO Sensor for Si-CA 230

The inclusion of the Si-CA 230 Upgrade board enhances the intelligence of the Sauermann CxHy Hydrocarbon Sensor, providing a sophisticated solution for the detection and monitoring of hydrocarbon gases.

The Si-CA 230 upgraded board for the Sauermann NO2 Sensor (0-1000ppm) offers an advanced solution designed to monitor and control nitrogen dioxide gas concentrations. It provides precise measurements, effortless integration, and improved data analysis capabilities.

The Sauermann NO Sensor (0-5000ppm) with a dedicated board designed for upgrading Si-CA 130/230 offers an advanced solution for the precise monitoring and control of Nitric Oxide gas levels. Its accuracy, compatibility, and effortless integration make it a sophisticated choice.

The Si-CA 030 provides all the essential tools for heating engineers to inspect and upkeep residential and commercial boilers. It features wireless connectivity to our smartphone application and automatically generates service reports and certificates.

The Si-CA 030 provides all the essential tools for heating engineers to inspect and upkeep residential and commercial boilers. It features wireless connectivity to our smartphone application and automatically generates service reports and certificates.

Sauermann has developed a Sample Conditioning Unit strategically positioned at the exit of the sampling probe, facilitating swift condensation and immediate separation of water from the gas. This design effectively minimizes the exposure of the target gases to the condensed moisture.