Metrohm tiamo 2.3 Patch 1 - Manual (Page 1110)

5.6 Commands ￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭
1094 ￭￭￭￭￭￭￭￭ tiamo 2.3 Patch 1
￭ Defining rack positions for calibration solutions in the method
Starting from a rack position ### defined for the first calibration solu-
tion in the MOVE command, the other calibration solutions will be
used in sequential order at the subsequent positions. The following set-
tings must be implemented for this purpose in the command MOVE
under the Target parameter:
Rotate: Rack position
Number: = ### –1 + 'Command name.LCO' (entry with formula
editor, e.g. = 19 + 'Calibration loop pH.LCO' for the above sample
method with the first calibration solution at position 20).
￭ Defining special beakers for calibration solutions in the
method
Starting from a first special beaker ### for the first calibration solution
defined in the command MOVE, other calibration solutions will be
used in sequential order at the subsequent special beaker positions.
The same number of special beakers must be defined for the rack that
is set up as the number of calibration buffers used. The following set-
tings must be implemented in the command MOVE under the para-
meter Target:
Rotate: Special beaker
Number: = ### + 'Command name.LCO' (input via formula editor,
e.g = 5 + 'calibration loop pH.LCO' for the sample method above
with the first calibration solution at special beaker position 6).
￭ Defining rack positions for calibration solutions in the sample
data
Starting from the Sample position defined in the sample data (varia-
ble 'MV.Sample position') for the first calibration solution, the other
calibration solutions will be used in sequential order at the subsequent
rack positions. The following settings must be implemented for this
purpose in the command MOVE under the Target parameter:
Rotate: Rack position
Number: = 'MV.Sample position' – 1 + 'Command name.LCO'
(entry with formula editor, e.g. = 'MV.Sample position'– 1 +'Cali-
bration loop pH.LCO' the above sample method).
The variable 'Command name.LCO' (index number of the calibration
loop) is increased by +1 after each pass of the loop.
Note
The formula editor is opened with a right click in the input field.