Chapter 7 Configuration and Setup
7-30
Wave Count
Wave Count sets the number of analytical wavelengths for the application. The last
number configured is shown on the display. If this is the number for the present
application, press
ENTER
. The display changes to the next parameter to be configured.
Press
1
to change the number. The Wave Count Enter Display appears. Key in the
desired number (1 to 10) and press
ENTER
. If the entry is valid, the display responds
"-ACCEPTED-" and then changes to the Wavelength Summary.
Wavelength Summary
The Wavelength Summary reviews the wavelength position for each wave in the
application. The display also indicates whether all humidity compensation parameters
are zero or not (see Wavelength Summary Display, below). Move from one wave to the
next with the arrow keys. To accept this data for each wave, press
ENTER
. When the last
wave is reached, the display jumps to the Temperature Compensation Display. To
change the data in the Wavelength Summary for a wave, press
1
. The Wavelength
Position Display is presented.
┌────────────────────────────────────────┐
│╒══
WAVELENGTH SUMMARY
═══╕
│
││
│
─────
│
││
: 3.333um
│
Wavelength
│
││
│
Summary
│
││
_Humidity compensation
│
─────
│
││
parameters installed
│
│
││
│
1=Change
│
│└─────────
Wave1
─────────┘
=Prev =Next
│
└────────────────────────────────────────┘
Wavelength Summary Display
Application Wavelength
Application Wavelength is the wavelength position defined for the installed application.
This parameter enables the position to be changed.
Note:
If this is a standard library application, the value cannot be changed.
The last wavelength position configured is shown on the display. If this is correct, press
ENTER
. The display changes to the next parameter to be configured. Press
1
to change
the wavelength position. The Wavelength Position Enter Display appears. Key in the
desired wavelength position (in
m) and press
ENTER
. If the entry is valid, the display
responds "- ACCEPTED-" and then changes to the next parameter to be configured.
Correction for humidity may be necessary as water vapor is a strong absorber in the
infrared, with frequently overlapping absorption bands of
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