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QTOC 201 Spezification
| Mode of operation |
- thermal-catalytic oxidation of all carbon compounds at 800°C
- slight acidification of samples automatically
- exhalation of the inorganic C-compounds automatically
- measuring of CO2-contents by NDIR-detector (type ANCO 1)
- *measuring of TNb-contents (optionally)
- measuring of the total nitrogen by EC-sensor or CLD-detector
- low temperature reactor for measuring of the inorganic carbon
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| Gas-analyser |
a comfortable NDIR-laboratory analyser with 3 reversible measuring ranges guarantees:
- noise free measuring signals
- no double peaks
- high reproducibility
3 measuring ranges, reversible
- 0 – 50 / 0 – 200 / 0 – 1000 ppm CO2
- other measuring ranges on request
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| Analysing time |
from 30 sec. on per measuring |
| Autom. sampler (KSP) |
for fully automatic sample input Sample rack for 40 (15 ml) resp. 104 (4 ml) single samples |
| Sample quantity |
20 - 400 µl |
| Particle transmissibility |
up to 500 µm |
| Sample temperature |
+5°C...+40°C |
| Temperature stabilisation |
a cooling device takes care of always non-varying temperatures for the 40 or 104 samples |
| Injection system |
innovative injection system which prevents seeping of water samples |
| Homogenisation |
for a complete acquisition of suspended matters a special magnetic stirring system can homogenise 40 samples at once |
| Reactor temperature |
800°C for TOC, 160°C for TIC, 2 identical furnaces, interchangeable |
| System-measuring range |
0 – 1000 mg/l C und 0 –200 mg/l N |
| Detection limit |
0,1 mg/l C (und 0,1 mg/l N bei TNb -option) |
| Quality assurance |
accord. to EN 1484 / DIN 38409 / DIN 32645 / accord. to QTOC-data file 02.2002 |
| Analysis |
graphics and log at external computer-analysing system |
| Main supply |
230 V / 50 Hz / 6 A |
| QTOC 201 dimensions |
725 x 520 x 600 mm (H x W x D) |
| Weight |
about 48 kg |
| Carrier gas supply |
synthetic air or O2, class 4, 8 or more pure. Flow adjustable 4 – 20 l/h (manually) |
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© KURSCHAT GmbH, Lüneburger Schanze 16, D-21614 Buxtehude, Germany Tel.: +49 4161 / 7153-0, eMail: info@kurschat-gmbh.de

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