tbs electronics ATP1-120, Инструкция по эксплуатации

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9 . 3 – R M S – P
R O G R A M M I N G
R
E A G E N T S
D
E F I N I T I O N
Defining reagents allows the operator to identify the type of reagent that is utilized in
any single bottle. The labels utilized are the same as those assigned in the process
programming section (Chapter4) and that are prepared/modified from the
SETUP
Menu with the function Reagent Label .
Please note: When using the RMS, the assignment of a reagent name
to a bottle, does not automatically update the reagent names in the
process programs
.
The way the reagents are defined depends on whether the RMS is operating in
SINGLE mode or GROUP mode.
S i n g l e M o d e
The content of each bottle needs to be defined by highlighting the bottle position and
using the
+ and – keys to scroll to the correct reagent name. Once the correct name
is indicated, use the
↓
arrow key to proceed to the definition of the next reagent
bottle.
G r o u p M o d e
The contents of each bottle are classified according to the type of reagent, not the
specific reagent. Thus each position needs to be defined as one of the following
classes of reagents.
•
FIXATIVE: Formalin or other similar functioning reagents
•
DEHYD L.G. : Low Grade Dehydrant such as Alcohol up to 70%
•
DEHYD H.G. : High Grade Dehydrant such as Alcohol >70%
•
CLEARING : Xylene or other similar functioning reagents
•
WAX : Paraffin wax
•
UNDEFINED
The content of each bottle needs to be defined by highlighting the bottle position and
using the
+ and – keys to scroll to the correct group name. Once the correct name is
indicated, use the
↓
arrow key to proceed to the definition of the next reagent bottle.
The definition of the groups must respect the following rules:
•
The groups must be sequenced in relation to their actual use in the
processing procedure (i.e., fixative must precede dehydrant, low grade
dehydrant must precede those of high grade, etc.).