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PRODUCT RANGE |
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:: DRYERS :: |
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• Refrigerant
Air Dryers
• Desiccant
Air Dryers
Depending on application or industry, you
will need dry, clean or even sterile compressed
air. With KAESER you get compressed air qualities
in which impurities are, in part, below possible
levels of detection.
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Refrigerant Air Dryers
| The most economical way to
dry compressed air to a pressure dew point
of 3 ºC is to use a refrigerant air dryer.
A dew point of 3 ºC means that no water
vapor will condensate as long as the temperature
remains above 3 C. For tropical countries
it is however adviced to oversize the dryer
to compensate for the higher compressed air
temperature and the high humidity. Conversion
factors are shown in the brochures. KAESER
Refrigerant Air Dryers using R-134A, non CFC’s
refrigerant and are equipped with an electronic
condense water draining system, which is much
more reliable than the often used floater
drains. |
SECOTEC®
Refrigeration Dryers
Technical specification
Series: TA5 up to TF201
Flow rate: 0.6 to 20.3 m³/min |
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Compressed
air contains water in the form
of vapour. Cooling the air by
means of a refrigeration dryer
causes the majority of this
moisture to precipitate out
as condensate. The dried air
then has a pressure dewpoint
of about +3°C.
Kaeser Secotec® dryers condense
and remove moisture before it
attacks your system. These reliable
dryers feature the energy saving
Secotec®cycling control.
Secotec® dryers operate
the refrigerant compressor only
when necessary by using a thermal
storage medium. The refrigerant
compressor cools the medium
to a predetermined temperature
and then cuts off, allowing
the medium to cool the air and
condense the water vapor.
KAESER SECOTEC® refrigeration
dryers are equipped with the
energy saving SECOTEC® on/off
control. High grade, reliable
components and electrical equipment
to EN 60204 ensure the quality
of the KAESER SECOTEC® refrigeration
dryers. |
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Energy-Saving
Refrigeration Dryers
Technical specification
Models: TG 241 to TI 901
Flow rates: 24.2 to 90 m³/min |
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The innovative
energy-saving system
During the design and development
of these energy-saving dryers
the only question in the minds
of the engineers was, "How
can we reduce the power consumption
of such large refrigeration dryers
even further and still improve
reliability and user-friendliness
at the same time?"
KAESER's energy-saving concept
has provided the answer.
The new range of dryers employ
a highly energy-efficient refrigerant
compressor and are far more thrifty
than conventional refrigerant
dryers of the same capacity.
The optional pre-fitted microfilter
reduces installation costs. |
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savings
in energy costs compared
with conventional dryers
that use hot gas bypass
control. |
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additional
energy savings from the
timer, fitted as standard. |
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Super-efficient
refrigerant compressor. |
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A simple
to use energy management
monitor with continuous
display of pressure dew
point, shows actual savings
compared with a hot gas
bypass controlled machine. |
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Optional
FE microfilter for condensing
oil vapours to aerosols. |
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Optional
electronic filter monitor
and Monitorbox monitoring
filtration and separation
functions. |
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Desiccant
Air Dryers
| Compressed air dried to dewpoints
from - 20 to -70°C is often needed as
process air, for frost-prone areas or in sensitive
industries such as electronics, foodstuffs,
pharmaceuticals and brewing. Such high degrees
of moisture removal are easily achieved by
KAESER's series DC desiccant dryers. The wide
range available allows selection of the best-suited
and most economical model to for the volume
and pressure of air to be dried. Fine tuning
for optimum results is carried out on site
during installation and can be adjusted at
any time. |
Desiccant
Dryers
Series: DC
Flow rate: 0.15 to 154m³/min
Pressure dewpoint: down to -70
°C |
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Generous
volume of desiccant charge
for secure drying |
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Designed
for 100% continuous loading
and minimum demand for
purge air |
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Large
section pipework for minimum
pressure drop and energy
costs |
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Easy manual
adjustment of inlet port
aperture to suit varying
pressure |
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Manual
partial-load control in
models from DC 11 upwards
saving energy when not
fully loaded |
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Reliability
assured by pressure-monitored
regulators and valves |
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Effective
discharge silencing of
the depressurization phase
of the changeover cycle |
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Supplied
with inlet and outlet
filters |
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Available
also in E-Pack version
with filter monitors on
the inlet and outlet filters
and the load-dependant
ECO CONTROL II |
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| Industriemesse |
| Hannover, Germany |
| April 20, 2009 - April 24, 2009 |
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| Intermat |
| Paris Villepinte, France |
| April 20, 2009 - April 25, 2009 |
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| Industrial Maintenance |
| Rotterdam, Netherlands |
| April 21, 2009 - April 23, 2009 |
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| Tegra |
| Zagreb, Croatia |
| April 21, 2009 - April 25, 2009 |
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| BWS |
| Salzburg, Austria |
| April 22, 2009 - April 25, 2009 |
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