System Description
The System Components
Using the LI-6400
1-13
The Standard Parts
Console
The console has an environmentally sealed, 64-key, full ASCII keypad and 8
line
´
40 character LCD. On the right side of the console are the sensor head
connectors, 6400-03 battery compartments, and RS-232C connector. CO
2
scrubber and desiccant tubes attach to the left side of the console, along with
the optional 6400-01 CO
2
source assembly or CO
2
tank connector block. A
field stand is normally attached to the underside of the console.
Sensor Head/IRGA
The sensor head/IRGA includes a leaf chamber, spring-loaded latching han-
dle (squeeze and release to open, squeeze and release to close), two Peltier
thermoelectric coolers, and the sample and reference gas analyzers. Up to two
light measurements are provided for: most leaf chamber tops have a Gallium
Arsenide Phosphide (GaAsP) PAR sensor, and a mounting fixture is provided
for a 9901-013 external quantum sensor, if desired. (For a discussion of the
logic of using two light sensors, see
temperature is measured with a thermocouple held in the bottom of the 2x3
and 2x6 cm leaf chambers; other chambers use energy balance to compute
leaf temperature.
Cable Assembly
The cable assembly has two electrical cables and two air flow hoses, and con-
nects the console to the sensor head / IRGA. These are held together with a
flexible, outer wrapping.
Spare Parts Kit
This box contains replacement parts for your LI-6400. As you become famil-
iar with the system you will learn which items to keep close at hand and which
items can be safely stored away.
Chemical Tubes
These tubes are used during operation to remove CO
2
and water vapor from
the incoming air stream. One tube should contain soda lime, and the other
tube should contain Drierite, a desiccant. Each tube has an adjustment valve
at the top for partitioning the flow through the chemical contained in the tube.
6400-03 Rechargeable Batteries
The 6400-03 Rechargeable Batteries are shipped tested and fully charged.
Because they slowly self-discharge with time, it is a good idea to test your
batteries periodically. Leaving them discharged for an extended period can
result in damage. (See
Содержание LI-6400
Страница 1: ...Using the LI 6400 Portable Photosynthesis System ...
Страница 15: ...Part I The Basics ...
Страница 16: ......
Страница 174: ...Making Measurements Answers to Questions 4 56 Using the LI 6400 4 ...
Страница 175: ...Part II Useful Details ...
Страница 176: ......
Страница 200: ...Standard Tools Power ON Hooks 5 24 Using the LI 6400 5 ...
Страница 214: ...Real Time Data Real Time Graphics 6 14 Using the LI 6400 6 ...
Страница 234: ...Environmental Control Light Control 7 20 Using the LI 6400 7 ...
Страница 244: ...Light Sensor Considerations Gallium Arsenide Phosphide GaAsP Sensor 8 10 Using the LI 6400 8 ...
Страница 288: ...Data Logging Making Your Own AutoPrograms 9 44 Using the LI 6400 9 ...
Страница 289: ...Part III Working With Files ...
Страница 290: ......
Страница 312: ...The LPL File System Troubleshooting 10 22 Using the LI 6400 10 ...
Страница 340: ...Downloading Files Using a Data Capture Program 11 28 Using the LI 6400 11 ...
Страница 375: ...Part IV Configuration Issues ...
Страница 376: ......
Страница 420: ...Defining User Variables Old Style vs New Style 15 18 Using the LI 6400 15 ...
Страница 454: ...Using an Energy Balance Further Reading 17 12 Using the LI 6400 17 ...
Страница 455: ...Part V Maintenance Troubleshooting ...
Страница 456: ......
Страница 572: ...Troubleshooting Useful Information 20 46 Using the LI 6400 20 ...
Страница 587: ...Diagnostics and Utilities Sys Utility Programs Using the LI 6400 21 15 EBVpd t C guess EBSatVap _EBvap_kPa ...
Страница 593: ...Part VI Programming ...
Страница 594: ......
Страница 622: ...Programming with LPL Compiler Directives 22 28 Using the LI 6400 22 ...
Страница 846: ...Index I 16 Using the LI 6400 ...