Put Component Concentration Command; Put Component Name Command; Put Correlation Factor Table Command; Put Expected Retention Time Command - ABB PGC2000 Operation And Service Manual

Example: 0010 PUT_CAL_CONC(1,2,10.1234)
The concentration of 10.1234 is stored in the calibration concentration for
component two of analysis method one.

PUT COMPONENT CONCENTRATION Command

Description: Updates the component concentration.
Syntax: PUT_CC(method%,component%,concentration!)
Comments: method% is the method table (1-8).
component% is the component number for which the concentration is to be
updated.
concentration! is the new concentration for the specified component.
Example: 0010 PUT_CC(1,2,10.1234)
The concentration of 10.1234 is stored in the concentration for component
two of analysis method one.

PUT COMPONENT NAME Command

Description: Updates the component name for a particular component.
Syntax: PUT_COMP_NAME(method%,component%, name$)
Comments: method% is the method table (1-8).
component% is the component number to be updated.
name$ is the new name for the specified component.
Example: 0010 PUT_COMP_NAME(1,2,"COMP ONE")
The component name for component two of analysis method one is set to
'COMP ONE.'

PUT CORRELATION FACTOR TABLE Command

Description Writes an array into one of the Sim Dis Correlation Factor Tables (Sim Dis
analyzers only).
Syntax: PUT_FACT_TBL(array!,table%)
Comments: array! is a previously dimensioned array that is the data source.
table% is the Sim Dis Correlation Factor Table (1-25).
Example: 0010 N = LEN_FACT_TBL(1)
0020 DIM FACT!(N)
0030 GET_FACT_TBL(FACT!,1)
0040 PUT_FACT_TBL(FACT!,2)
Variable N gets the number of entries in the Correlation Factor Table; array
FACT! is dimensioned to have as many elements as entries in table 1. Then
the table is read into the array and the array is written back to table 2.

PUT EXPECTED RETENTION TIME Command

Description: Changes the expected retention time for a particular component and sorts
all method table components in ascending order of expected retention times.
Syntax: PUT_EXPECTED_RT(method%,component%,retention_time%)
Comments: method% is the method table (1-8).
component% is the component number for which the expected retention
time is to be updated.
retention_time% is the new expected retention time for the specified component.
Example: 0010 PUT_EXPECTED_RT(1,2,123)
The peak for the second component is expected to crest at approximately
123 seconds into analysis method one.
10-26 2000-OSM, F1