Special methods
25
NANOCOLOR
®
UV
/
VIS
II and
NANOCOLOR
®
VIS
II V 1.1 / 10.2017
0-87 Sulfate 1000
0-89 Sulfite 10
Open sulfite test tube, add 4.0 mL sample solution
and 0.2 mL distilled water, close and mix.
0-90 Sulfite 100
Fill
empty
test tube with 0.2 mL R2, 4.0 mL sample
solution and 1.0 mL distilled water, close, mix.
Analytical result = A + B
0-91 Thiocyanate 50
Fill
empty
test tube with 4.0 mL sample.
0-93, 0-94, 0-99 TOC 25
–600
The original tests already contain a correction.
0-96 Zinc 4
Fill
empty
test tube with 4.0 mL sample, add
0.2 mL R2, close and mix.
0-97 Tin 3
Proceed as described in the instructions for test 0-97,
add 1.0 mL ethanol instead of R4.
0-98 Aluminium 07
Proceed as described in the instructions for test 0-98,
add 0.5 mL distilled water instead of R3.
8-38 Ethanol 1000
Open ethanol test tube, add 4.0 mL R1 and 0.5 mL
sample solution (consider dilution), mix, add 2 drops
R3, close and mix.
8-59 Methanol 15
Open methanol test tube, add 3.0 mL R1 and 1.5 mL
sample solution (consider dilution), mix, add 2 drops
R3, close and mix.
8-71 Peroxide 2
Fill
empty
test tube with 4.0 mL sample.
Table 1: Determining the correction value for
NANOCOLOR
®
tube tests
5.4
Special methods
The special methods menu is opened by pressing the icon sequence
. This menu
allows you to retrieve not only all of the special methods pre-programmed by MACHEREY-
NAGEL, but also the special methods created by the user.
Figure 24: Menu for selecting special methods
5.4.1
Pre-defined methods
Pressing the
icon will open the list box containing the MACHEREY-NAGEL pre-
programmed special methods. The pre-programmed special methods involve important
standard analytical methods in the fields of drinking water analysis, brewery analysis and
turbidity measurements. For the brewery analysis, MACHEREY-NAGEL provides for the
performance of all photometric analysis methods (with the exception of enzymatic testing) in
Summary of Contents for NANOCOLOR UV/VIS II
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