Highly accurate 4-channel infrared gas analyzer (2 x CO2 and 2 x H2O abs., 20 cm optical path)
Analyzer in main console, for a effective gas stability not effected by temperature fluctuation due to condensation and also movement of Analyzer at time of taking data.
Effective temperature control (10 degree below ambient temp. to +50oC)
Integrated H2O control for drying and humidifying (0 to 100% Rh) with flow indicator and built in Humidifier. Integrated CO2 control (0 to 2000 ppm, supply via cartridges or cylinders) with flow Indicator and facility to read reserve residual CO2 gas in Cartridge.
LED light control (0 to 2000 µmol m-2 s-1 PAR)
Simultaneous assessment of chlorophyll fluorescence with PAM LED Array Fluorometer modules as standard. (Optional : Dual-PAMImaging-PAMMINI-PAM). Oxygen Sensor for recording actual Oxygen concentration during PhotosynthesisFluorescence measurement. (Optional)
Operated via an integrated PC with a large LC- display (11.5 cm x 8.6 cm), which allow excellent graphical plots.

Highly accurate 4-channel infrared gas analyzer (2 x CO2 and 2 x H2O abs., 20 cm optical path)
Analyzer in main console, for a effective gas stability not effected by temperature fluctuation due to condensation and also movement of Analyzer at time of taking data.
Effective temperature control (10 degree below ambient temp. to +50oC)
Integrated H2O control for drying and humidifying (0 to 100% Rh) with flow indicator and built in Humidifier. Integrated CO2 control (0 to 2000 ppm, supply via cartridges or cylinders) with flow Indicator and facility to read reserve residual CO2 gas in Cartridge.
LED light control (0 to 2000 µmol m-2 s-1 PAR)
Simultaneous assessment of chlorophyll fluorescence with PAM LED Array Fluorometer modules as standard. (Optional : Dual-PAMImaging-PAMMINI-PAM). Oxygen Sensor for recording actual Oxygen concentration during PhotosynthesisFluorescence measurement. (Optional)
Operated via an integrated PC with a large LC- display (11.5 cm x 8.6 cm), which allow excellent graphical plots.