56
Create method
temperature: 25.00
° F
Create method
viscometer type:
constante:
# of meas.:
pre temp. time:
delta % choice:
H.C. correktion:
Create method
temperature: 100° F
SFS
Create method
eta rel:
1
eta spec. 1
V.N.:
0
conc.
0,250
dim.:
[g/ml]
Create method
save parameters?
Yes
Relative measurement:
blank value: 0,00 s
measure blank value ?
Measure blank value:
result corr.
average
= 1234.56 s
H.C. corr. = 1.23 s
press Enter
° C
SUS
[g/dl]
No
Fig. 16 Creation mode following Fig. 15
Enter the temperature value fo documentation
and select the temperature scale (°C or °F),
if "abs" or "rel" mode was selected –
press the "Enter" key to proceed to Fig. 17
or to Fig. 19 in "relative" mode.
Fig. 17 Creation mode following Fig. 16
Select of the viscometer type: see chapter 10
Input of the constants or guideline constants
Input of the number of measurements
Input of the temperature pre-adaptation time
Input of the maverick test:
"0": no, number ≠ "0": yes
Selection criterion in ± n.nn%: max. permissible
deviation of transit times from mean value, if
exceeded: substitute measurement
Selection of HC correction, 0 = no, 1 = yes
Press "Enter" to proceed to selection in Fig. 20
Fig. 18 Creation mode following Fig. 16
If Sayboldt calculation was selected in Fig. 15,
this is the point to enter the working temperature
in terms of °F; subsequently, you have to specify
SUS or SFS for the calculation in the selection
field below. Press "Enter" to proceed to Fig. 17
Fig. 19 Creation mode following Fig. 17
If "relative" was selected in Fig. 15:
Selection of the calculation types:
0 = no selection, 1 = selection.
Please note: eta rel. includes eta rel. and
VN eta rel. and eta spec.
Input of the concentration, and selection of its
unit; only one value is possible.
Press "Enter" to proceed to Fig. 17
Fig. 20 Creation mode, prompt following Fig. 17
This prompt is issued for data integrity reasons to
avoid the automatic take-over of any erroneous
input or changes.
Yes means: accept and store data
No means: discard changes
Press "Enter" to return to Fig. 4 or,
in "Relative" mode, to Fig. 21 if "yes" was selected.
Fig. 21 "Relative" creation mode
If "Relative mode" or "Blank value" was selected in
Fig. 15, you will be prompted here to know whether
the blank value (t
) is to be entered manually,
0
or whether it is to be measured instead.
The measurement will be made using the parameters
which were input in Fig. 17. If manual input is
specified you will proceed to Fig. 4, Measurement,
pressing "Enter" will take you to Fig. 22.
Fig. 22 "Relative" creation mode,
measurement result
As soon as the measurement of a blank value is
completed, the result will be displayed;
by "Enter" you can accept the result as t
subsequently, you will be taken to Fig. 4.
;
0