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for a fast and
reliable optimisation of drying processes of every description
Drying processes
are energy-intensive production processes. It doesn't matter if
it concerns the drying of gypsum or tobacco leaves etc. A fast
and reliable measurement of the drying process makes it possible
to optimize the length of the drying process and
minimize the energy
consumption. |
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The AQUATEC® 1000 analyzer
system with its InSitu measuring method and fast speed of response, outclasses
all extractive measurement systems. And the reliability of ZrO2 measuring
technology is well proven by tens of thousands of installations in flue and process
gas applications. |
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The Measuring Principle
The Measuring Principle of the AQUATEC®1000 water vapour measuring system is based on the TÜV approved OXITEC® 5000 oxygen measuring system. The
AQUATEC® 1000 InSitu analyzer system measures the actual oxygen content in the process gas of drying processes.
Since the water vapour concentration is always proportional to the volume of displaced oxygen, the water vapour concentration
can be calculated by means of the oxygen reference value. If the drying gas is not air (20,95Vol.% O2), the oxygen
content must be measured before the drying process starts. This additional measurement can also be
provided using the AQUATEC® 1000 analyzer system.
Technical Data
| Measuring
principle: |
ZrO2
measuring cell |
| Measuring ranges O2: |
2, user
configurable, 0 (min.) to 25 vol.% (max.)
O2 |
| Measuring range H2O: |
1, user
configurable, 0 vol.% to 100 vol.%
H2O |
| Accuracy: |
+/- 0,2% of
readings |
| Response time: |
< 1 second |
| Max. process gas
temperature: |
400°C |
| Immersion depth: |
475mm (others on
request) |
| Process gas
pressure: |
-50 to +50mbar |
| Probe terminal
box temperature range: |
-40°C/-40°F to +80°C/176°F |
| Protection class: |
IP65 |
Download Area
You can download following files
as PDF Files
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