34
E x a m p l e G r o u p M o d e S e q u e n c e
High grade dehydrants are placed in bottles 6, 7 and 8.
The limits of this group are fixed as 1 process.
The sequence of use would be the following:
S
TEP
U
SAGE
PROCESS # 1
6
Bottle 6 (fresh reagent)
7
Bottle 7 (fresh reagent)
8
Bottle 8 (fresh reagent)
Prompt to replace bottle 6
PROCESS # 2
6
Bottle 7
7
Bottle 8
8
Bottle 6 (fresh reagent)
Prompt to replace bottle 7
PROCESS # 3
Prompt to replace bottle
6
Bottle 8
7
Bottle 6
8
Bottle 7 (fresh reagent)
Prompt to replace bottle 8
PROCESS # 4
6
Bottle 6
7
Bottle 7
8
Bottle 8 (fresh reagent)
Since the limit is set at 1 process, the user will be prompted to change the most
contaminated bottle in the set, the first bottle, following the first run. The second
bottle is then accessed first on the next run, and would become the next bottle to be
replaced.
In this example, for process #4, the reagent group sequence will correspond again to
the physical position of the bottles and to the step of the program. For the paraffin
group (that is composed of 4 bottles), the frequency of a return to the physical order
is 4 processes.
Understand that when the
RMS
is operating in
Group
mode, neither the physical
position of the bottles nor the step of the program when selecting a reagent will be
relative to the cumulative usage of the reagent. The instrument will provide
instruction for the reagent substitution and it will be essential to follow the
instructions exactly.
Содержание ATP1-120
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