Electrode Calibration Stack - Radiometer Analytical TitraLab 870 Reference Manual

TitraLab ®
Electrode
calibration
stack
The electrode calibration stack defines individual data for each buffer
solution beakers present in an electrode calibration sequence.
1. In the Configuration menu, declare the model of sample changer
used (SAC80, SAC90, SAC850 or SAC950).
Refer to "Configuration menu", page
Depending on the model of sample changer used, enter the
sample changer configuration parameters.
Refer to "Sample changer", page
2. In the Main window, select SAC Sequence or SAC method
for the working mode. This sequence or method must use
the electrode you want to calibrate. Edit the sequence or the
method if relevant,
3. Enter the Electrode window and press 1 Calibrate electrodes.
4. Select the electrode to calibrate.
5. Press 2 Calibration sequence.
Beakers are numbered in that order:
Cycle 1, Buffer 1 - Cycle 1, Buffer 2 ..... Cycle 1, Buffer n (n=1 to 5)
Cycle 2, Buffer 1 - Cycle 2, Buffer 2 .....Cycle 2, Buffer n
.......................................................
Cycle m (m=1 to 9), Buffer 1 - Cycle m, Buffer 2 .....Cycle m, Buffer n
n and m are entered in the Edit electrode menu. The buffer solutions are selected
in the Solutions menu.
Label the beakers indicating the running number in the
sequence, for example: 1/15, 2/15 etc.... and the name of the
buffer solution.
Place the beakers in the numbered position on the sample
changer.
If rinses are programmed, position the corresponding rinse
beakers at the right places.
Refer to "Number of static rinses", page
Refer to "Dynamic rinses", page
You can print the calibration stack by pressing Print from the
calibration menu.
6. Press Esc then run the sequence by pressing 1 Run calibration.
TitraLab 870 Reference Manual
81.
221.
see "Programming sequence", page
<1/15> means the first beaker over 15
programmed in the sequence. Use the LEFT/
RIGHT arrows to review the other beakers in
the sequence.
Run 1/5 means that this beaker deals with the
first cycle over 5 programmed in the
sequence.
Enter the batch number of each buffer
solution.
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