CO2 Sensor Module incorporates energy-saving features.
August 20, 2010 -
With measuring range of up to 10,000 ppm, EE892 employs CO2 load cell based on infrared technology (NDIR). Features, such as adjustable measuring interval, enable sensor to be adapted to specific applications. Average current consumption is less than 60 µA, and auto-calibration process minimizes maintenance. Digital interface and compact design facilitate integration in mobile and energy-sensitive applications.
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Original Press release
E+E Elektronik GmbH
Ing. Werner Hentscholek
Engerwitzdorf, , A-4209
Austria
E+E Sets New Standards in Energy-Saving CO2 Measurement
With its unparalleled low power consumption the new EE892 from E+E is a highly impressive CO2 sensor module. Features such as an adjustable measuring interval enable optimum adaptation to specific applications while maintaining an average current consumption of less than 60µA.
This makes the EE892 CO2 sensor module the ideal battery-operated, energy-saving device.
The CO2 sensor module was specially developed for OEM applications and high-volume production.
The digital interface and extremely compact design facilitate clear-cut integration in mobile and energy-sensitive applications such as data loggers or demand controlled ventilation.
The CO2 load cell is based on infrared technology (NDIR) and, thanks to the patented E+E autocalibration process, it is completely maintenance-free. Ageing effects are compensated automatically to guarantee outstanding long-term stability.
The exceptional measuring accuracy and the large measuring range of up to 10,000 ppm make the EE892 the ideal tool for universal and flexible applications. E+E also provides corresponding Application Notes to enable easy integration of the CO2 sensor module in specific customer applications.
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