PrimeLab 1.0 MULTITEST, User Manual

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8) Crush the tablet with a clean stirrer to a fine powdery mass.
9) Fill in the prepared water from the first cuvette.
10) Replace the lid on the cuvette and swirl it carefully to mix the solution
well.
11) Replace the cuvette in the sampling chamber in the PrimeLab. Make
sure the arrow on the front of the cuvette is aligned. Press the TEST
button.
12) After the lapse of a 10 second countdown the determined result is
displayed. Press button 4 to save the test result together with date and
time on the device.
B) Measurement procedure for “Chlorine dioxide without chlorine”
1) Fill 10ml of the sample water into a clean 24mm cuvette.
2) Replace the screw lid on the cuvette and insert it into the PrimeLab
sampling chamber. Align the arrow on the front of the cuvette. Press
ZERO.
3) Remove the cuvette from the chamber and unscrew the lid.
4) Empty the cuvette except for a few drops. Add a "DPD N° 1
Photometer" tablet to the sample in the cuvette.
5) Crush the tablet with a clean stirrer until this is completely dissolved.
Fill the cuvette with the sample water up to the 10ml level.
6) Replace the lid on the cuvette, swirl it carefully and insert it into the
sampling chamber of the PrimeLab. Align the arrow on the front of the
cuvette. Press TEST.
Continued...
Tablet
4
4
4
Continued...
Name on device: 16-Chlorin-Dio-tab
!
Possible messages in the line below the measurement value:
"low! / high! / good!":
Assessment of the measurement value relative to the ideal range defined by you.
"Overrange! / underrange!":
Measurement value for this parameter is outside the value range of this method.
One-Time-Zero:
Measure new ZERO
Use last ZERO
For the sake of precision select "Use last ZERO" only
if the stored ZERO value is used with the
same cuvette and the same water sample for the test!
!
If after switching on the device you have already performed the
ZERO (baseline) adjustment for the same type, the following
message is displayed:
-> Measure new ZERO = continue with step 2)
-> Use last ZERO = continue with step 4)
1 2 3 4
(16)
Chlorine Dioxide
4
0 - 15 mg/l (ClO )
2