Honeywell MIDAS® S2 fixed gas detector with pre-calibrated interchangeable sensor cells and integrated sampling pump. A reliable and easy-to-install solution for detecting more than 35 toxic, flammable, and ambient gases.
Interchangeable pre-calibrated sensor cells for quick maintenance
Integrated pump with sampling up to 30 m
TFT color display + LED indicators for clear readings
Password-protected and front access for easy servicing
Modbus TCP/IP & PoE communication for seamless integration
Designed for demanding industrial environments
Additional information
The Honeywell MIDAS® S2 is a high-performance modular fixed gas detector, designed for the fast and reliable detection of more than 35 toxic, flammable, and ambient gases. Equipped with interchangeable pre-calibrated sensor cells and an integrated sampling pump, it ensures immediate commissioning, simplified maintenance, and enhanced reliability.
Compact and robust, it features a TFT color screen with LED indicators for excellent visibility in all conditions. Its advanced connectivity with Modbus TCP/IP and PoE enables seamless integration into existing systems.
Perfectly suited to demanding environments, the MIDAS® S2 is widely used in semiconductor manufacturing, research laboratories, light industry, chemical processes, aerospace, and wastewater treatment plants.
With its password-protected access, front servicing design, and a wide range of sensor options, the MIDAS® S2 sets the standard for reliable and continuous gas detection in critical applications.
Water purification and wastewater treatment processes developed for water sanitation produce many combustible, toxic or asphyxiating gases. This field of activity presents several ...
Because of the presence of toxic and explosive gas, oil and gas production, exploitations and treatment sites can be highly dangerous environments for workers. Gas detection ...
Biogas is exhausted from biological degradation of organic matter without oxygen. This gas is naturally emitted in swamps, landfills, etc. It is artificially produced as well for ...
