CID Bio-Science
1554 NE 3
rd
Ave
Camas, WA 98607, USA
Phone: +1 (360) 833-8835
Fax: +1 (360) 833-1914
sales@cid-inc.com
www.cid-inc.com
11
Interpretation of Parameters
The amount of CO
2
(in ppm) at the inlet of the analyzer
The amount of CO
2
(in ppm) at the outlet of the leaf chamber
The difference between the CO
2
in and CO
2
out values.
The amount of H
2
O (in kPa) at the inlet of the analyzer
The amount of H
2
O (in kPa) at the outlet of the leaf chamber
The difference between the H
2
O in and H
2
O out values.
Photosynthesis Active Radiation in terms of цmol/m
2
/s
The set flow rate of the analyzer (in lpm)
Mass flow rate in terms of mol/m
2
/s
Temperature of the ambient air (in °C) in the leaf chamber. This requires the temperature
sensor to be installed for meaningful results.
Atmospheric pressure (in kPa)
Net photosynthesis rate in terms of цmol/m
2
/s
Temperature of the leaf as measured by infrared temperature sensor (in °C)
Leaf Stomatal conductance mmol/m
2
/s
Temperature of the analyzer environment (in °C)
Transpiration Rate mmol/m
2
/s
Aborts current operating function to the default menu
Allows the user to enter the file menu system:
Command to delete an existing file; press +
Returns to the default menu
Command to delete all existing files; press + . This must be confirmed
before the instrument will erase all the files.
Reminds the user that pressing will start the measurement process.
Notifies the user to press to perform the listed functions:
Allows the user to change the time and date settings
Allows the user to calibrate the zero and span for CO
2
measurements.
Allows the user to calibrate the zero and span for H
2
O measurements using external
sources
Allows the user to set the TSCAL1 and TSCAL2 parameters of the temperature sensor.
Allows the user to calibrate the flow meter to external standards.
Precisely adjusts atmospheric pressure (in kPa)