SILAREX – Optical NDIR multi-gas sensors
Precision and high performance: With the SILAREX platform, smartGAS offers standardized multi-channel solutions
Applications such as the emission measurement of several gases like CO2, CO and SO2 or the measurement of TOC (Total Organic Carbon) require multi-channel sensors. SILAREX gas sensors have been developed for this application case and enable parallel concentration measurement of up to three measuring gases or three detection ranges with one single NDIR gas sensor. The cross-sensitivities of the individual gases are compensated directly inside the SILAREX sensor, providing the user with fully prepared and corrected measuring values via Modbus ASCII / RTU for further processing. Compared to measuring with three individual sensors, the advantages are obvious: Only one sensor needs to be calibrated and maintained; varying sample preparation, different accuracies or life cycles of the sensors do not need to be considered.
- Measure up to three gases simultaneously with one setup
- Cross-sensitivity is calculated on-board
- Pressure compensation on board
- Ready to use calibrated
- NDIR technology for complex measurement tasks
Detailed information on the product
Here you will find an overview of the product data sheets. Please contact us for an individual consultation.
Silarex 3-Channel
CO2 20 Vol.-%, NO 2000 ppm, SO2 1000 ppm I SX-300003-00000
CO2_3-Ch_low range I SX-300011-00000 100ppm/1000ppm/10000ppm
Convenience and safety through combined measurement
smartGAS offers SILAREX multi-channel sensors as well as the required accessories for design-in and operation in different versions as a standard, e.g. for emission monitoring with carbon dioxide up to 20 % by volume, nitrogen monoxide up to 2,000 ppm and sulfur dioxide up to 1,000 ppm. It is also possible to implement two-channel versions for measuring carbon dioxide and carbon monoxide with focus on industrial production plants, cogeneration plants and cement production. The SILAREX concept forms the perfect basis for challenging measuring gas combinations and customized sensor developments.
