Metrohm tiamo 2.1 (ProcessLab) - Manual (Page 1326)

6.9 Sample solutions (TC conductivity) subwindow ￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭
1310 ￭￭￭￭￭￭￭￭ tiamo 2.1 (ProcessLab)
6.9 Sample solutions (TC conductivity) subwindow
6.9.1 Sample solutions (TC conductivity) - General
Subwindow: Configuration ▶ Sample solutions (TC conductivity)
Sample solutions (TC conductivity) subwindow
In the subwindow Sample solutions (TC conductivity), the data for the
calculation of the temperature coefficients of a sample solution is displayed
in tabular form via Chebyshev function. It can be shown in a separate win-
dow in the program part Configuration as a part of the Configuration view
or (if not present on the desktop) with View
▶ Quick access. The sub-
window can be enlarged and reduced as required; it can also be maximized.
This data can either be edited manually or determined with the help of the
command MEAS TC Cond. A sample solution (TC conductivity) can be
selected in the command MEAS Cond, in order to compensate for tem-
perature deviations during the conductivity measurement.
6.9.2 Sample solutions (TC conductivity) table
6.9.2.1 Sample solutions (TC conductivity) table
Subwindow: Configuration ▶ Sample solutions (TC conductivity)
Contents
In the default settings, the following data is shown in the table for the cal-
culation of the temperature coefficients:
Name
Name of the sample solution whose temperature coefficient was deter-
mined for conductivity.
Start temperature
Temperature at the start of the measurement.
Stop temperature
Temperature at the end of the measurement.
TC min.
Minimum temperature coefficient in the temperature interval of the Cheby-
shev function, with reference to a temperature of 25°C.
TC max.
Maximum temperature coefficient in the temperature interval of the Che-
byshev function, with reference to a temperature of 25°C.