4-30 | Model 931S / Model 932S UV Analyzers
Pressure Correction Source
Allows you to choose the method by which the analyzer will use for
pressure compensation for each sensor or the UV species being mea-
sured (either
Measurement
[dynamic value] or
Default
[static value]).
Result Unit Conversion factors
**
Result
– Species (output) name.
Factor
– Conversion factor: 1 = PPMV (1 x 10
4
= %)
Unit
– User definable unit (PPMV, %, etc.)
Algorithm Setting
check boxes
The compensation settings (
Model 932S Analyzers only
; application
dependant) and allows you to choose an output format:
0 – NDR (Neutral Drift) Compensation
1
–
Linearization Compensation 1
2
–
Linearization Compensation 2
Output Format
Choose a format to output the Algorithm Setting, either
Concentration
,
Absorbance
, or
Transmittance
.
If
Absorbance
or
Transmittance
is selected the K-Factor must be
set to ‘
1
’:
•
Model 931S Analyzers
:
From the
Optical Bench
dialog box, enter ‘
1
’ in the
K Msr
field.
•
Model 932S Analyzers
:
From the
Matrix
dialog box, enter ‘
1
’ in the top-left text field
and each field going diagonally to the lower-right text field.
Then, set all other fields on the Matrix dialog box to “
0
”.
Also, disable (uncheck) all
Algorithm Setting
selections on the
Cell/Misc Parameters
dialog box.
IMPORTANT
Before changing these settings, record the values and selected options.
These settings must be returned to their original state when changing
the output display to its original format.
NOTE
Setup (tab)
Optical
Bench
Setup (tab)
Matrix
Summary of Contents for 931S
Page 24: ...1 8 Model 931S Model 932S UV Analyzers This page intentionally left blank...
Page 34: ...2 10 Model 931S Model 932S UV Analyzers...
Page 35: ...Specifications 2 11...
Page 36: ...2 12 Model 931S Model 932S UV Analyzers...
Page 37: ...Specifications 2 13...
Page 38: ...2 14 Model 931S Model 932S UV Analyzers...
Page 39: ...Specifications 2 15...
Page 46: ...2 22 Model 931S Model 932S UV Analyzers...
Page 96: ...3 50 Model 931S Model 932S UV Analyzers This page intentionally left blank...
Page 170: ...4 74 Model 931S Model 932S UV Analyzers This page intentionally left blank...
Page 184: ...5 14 Model 931S Model 932S UV Analyzers This page intentionally left blank...
Page 237: ...Maintenance and Troubleshooting 6 53 Figure 6 14 AC Distribution board P N 100 1771...
Page 238: ...6 54 Model 931S Model 932S UV Analyzers Figure 6 15 Host Controller board P N 100 1757 SW100...
Page 239: ...Maintenance and Troubleshooting 6 55 Figure 6 16 Microcontroller board P N 100 1781 SW400...
Page 250: ...6 66 Model 931S Model 932S UV Analyzers This page intentionally left blank...
Page 263: ...Appendix A Drawings A 7 RS 232 Cable Communications Connections 300 9480...
Page 264: ...A 8 Model 931S Model 932S UV Analyzers Optical Bench Board 100 1662...
Page 265: ...Appendix A Drawings A 9 PMT Buffer Board 100 0140...
Page 268: ...S 2 Model 931S Model 932S UV Analyzers This page intentionally left blank...