PN A51387A
B
4-18
Selecting Analysis Settings: SOM and SOP
Using a Standard Operating Method (SOM)
4.
In the Electrolyte Volume field, enter the volume of electrolyte in the beaker. If you enter the
volume of electrolyte in this field, the software will not allow you to calculate a dilution factor
in the Use Dilution Factor field.
5.
Select Use Dilution Factor if you are entering the ratio of electrolyte to sample. Dilution factor
is an alternative to entering the electrolyte volume. If you select Use Dilution Factor and enter
a dilution factor, the software will not allow you to enter a pre-dilution factor.
6.
In the SOM Wizard, click
(
Next
)
to proceed to the next step.
Standard Operating Method: Blockage Detection
Use Step 8 of the SOM Wizard or the Blockage tab of the Edit the SOM window (page
) to enter
blockage detection settings. Based on your settings, the Multisizer 4 will automatically unblock the
aperture or stop the run when the system detects a blockage.
CAUTION
Do not attempt to unblock the aperture using an object or your finger. The
Multisizer 4 unblock procedure uses a reverse flow of electrolyte through the
aperture orifice to remove stuck particles. Any other method of removing the
trapped particles could damage the aperture. For more information, see
, page
.
Summary of Contents for Multisizer 4
Page 12: ...xii List of Figures ...
Page 14: ...xiv List of Tables ...
Page 22: ...PN A51387AB xxii Introduction Before You Start Warnings and Cautions ...
Page 42: ...PN A51387AB 1 20 Analyzer Overview Preparing the Analyzer for Sample Runs ...
Page 160: ...PN A51387AB 6 16 Analyzing a Sample Using Blank Runs ...
Page 232: ...PN A51387AB 10 8 Regulatory Compliance Additional Security Features ...