Fisher AVS 470 Manual De Instrucciones página 60

55
result
average = 1234.56 s
SUS =
temperature =
result n. korr.
average = 1234.56 s
SFS =
temperature =
result corr.
average = 1234.56 s
correktion =
eta rel. = 1.23456
eta spec. = 0. 23456
V.N. = 234.56 [ml / g]
measurements
main menu
measurements [s]
meas. 1: 1234.67 *
main menu
press Enter
In the „Creation mode", you can at any time return
to the previous screen by pressing the "Esc" key.
create methode
mode : absolut
Chapter 5 Working with the AVS 470 Viscosity Measuring Unit
n . corr.
356
100 ° F
234
250 ° F
1.34 s
Sayboldt
relative
blank value
Fig. 10 Display of the measurement result
Example: Absolute measurement with
calculation of SUS (Sayboldt Universal seconds)
without Hagenbach-Couette correction (exemplary!)
Fig. 11 Display of the measurement result
Example: Absolute measurement with
calculation of the SFS (Sayboldt Furol seconds)
without Hagenbach-Couette correction
(exemplary!).
Fig. 12 Display of the measurement result
Example: Relative measurement with correction
This example shows the result of a relative
measurement with the application of the
Hagenbach-Couette correction. The average shown
represents the amount, reduced by the correction
seconds which are also shown (exemplary!)
The VN (viscosity number) is determined using the
concentration which was input in Fig. 19. As soon
as you confirm the result with Enter, you will be
taken to the "(Retrieve) Measurements" mode.
Fig. 13 Retrieve measurement values
If the measurement mode was selected, you can
retrieve the individual measurement values one by
one at this point.
If this is not needed, you can return to the starting
screen (Fig. 4).
Fig. 14 Retrieve and scroll through
measurement result
Use the ↑ and ↓ key to retrieve the individual
measurement results.
The "*" sign means that this value was used in the
calculation.
To finish, press the "Enter" key to return to Fig. 4.
.
Fig. 15 Creation mode following Fig. 14
Selection from 4 modes: With the "Enter" key
If you select "absolute" and "relative", you will
proceed to Fig. 16
Selecting "Sayboldt" will take you to Fig. 18
Select "Blank value" to proceed to Fig. 21