Hyperspectral imaging camera covering the near infrared spectral range.
Campbell Scientific’s EC150 is an open-path analyzer specifically designed for eddy covariance flux measurements. Combined with the CSAT3A sonic anemometer as shown above, these two components of an open-path eddy-covariance system simultaneously measure carbon dioxide, water vapor, air temperature, barometric pressure, and three-dimensional wind speed and sonic air temperature.
Campbell Scientific’s CSAT3 3D Sonic Anemometer is the 3D sonic anemometer of choice for eddy-covariance measurements. It has an aerodynamic design, a 10 cm vertical measurement path, operates in a pulsed acoustic mode, and withstands exposure to harsh weather conditions. Three orthogonal wind components (ux, uy, uz) and the speed of sound (c) are measured and output at a maximum rate of 60 Hz. Analog outputs and two types of digital outputs are provided.
INFRARED RADIOMETERS: SI-100-SS, SIF-100-SS, & SI-410-SS SeriesHigh accuracy non-contact surface temperature measurement
APOGEE PYRGEOMETERS: SL-500-SS & SL-600-SS SeriesAccurate and stable incoming and outgoing longwave radiation measurement
APOGEE NET RADIOMETER: SN-500-SSAccurate measurement in a compact design
APOGEE OXYGEN SENSORS: SO-100, SO-200, & SO-400 SeriesMeasure gaseous O₂ in the laboratory and underground
SILICON-CELL PYRANOMETERS: SP-100 & SP-200 SeriesAccurate and stable global shortwave (solar) radiation measurement
APOGEE THERMOPILE PYRANOMETERS: SP-510 & SP-610Blackbody accuracy with a cost-effective design