Buchi DuMaster D-480, Руководство по эксплуатации

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Operating instructions DuMaster D-480 ©BÜCHI Labortechnik AG
10 - Menu and dialog descriptions 328

Configure key value
(on page 330).

Optimizing basic instrument settings
(on page 97).

What can you modify in the configuration?
(on page 76).
Error handling (Dialog)
Function
In this dialog you can define how you want the operating software to react to detected errors.
Open
Open the dialog via
Options > Settings > Error handling
.
Elements
The following describes the elements of the dialog.
Label Element type Meaning
Standard tolerance
monitoring
Checkbox Every finished standard sample is checked as to whether
the computed percentage contents are inside the defined
tolerance range for theoretical percentage contents. If the
tolerance limit is exceeded, continuous analysis is aborted
and "Tol" is entered in the info column of the appropriate
sample. The defined tolerance limits can be seen in the
"Standard samples" dialog. See
Standard samples
(on
page 316).
Ni flap monitoring Checkbox Every finished sample, which is not a blank sample, is
checked for its peak area. If its value does not exceed a
minimum threshold, the program assumes that the sample
has not been thrown in which is in the most cases the
result of a blocked Ni flap. The minimum threshold can be
defined in the "Blank value threshold" field.
Blank value threshold Textbox Allows to input of a minimum threshold for the Ni flap
monitoring (see description above).
Number of errors Textbox Field to input a number between 0 and 10. This figure
defines how many successive analyzed samples may
display non-critical errors before aborting continuous
operation. Input 0 to disable this stop mechanism. If a
critical error occurs, the analysis is immediately stopped
regardles of the figure you input.
OK
Button Saves new settings
Cancel
Button Discards settings not yet saved.
Further information
Further information includes instructions in which the dialog is used and knowledge articles
concerning the dialog:

Configuring error handling
(on page 122).

Interpreting PC error messages
(on page 238).

Determining the daily factor
(on page 142).

Optimizing basic instrument settings
(on page 97).