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Advanced
Controls
Certified Performance
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Compact
Particulate, Chemical and Odor Control
The GC Series
is the world’s most effective compact room air purifier for
the control of gaseous chemicals. Just like a professional gas
mask, the GC Series relies on an interchangeable cartridge
design for optimized gaseous pollutant control. And while
molecular control is a particular strength of these systems,
the GC Series also offers excellent filtration efficiency for
particles.
Thanks to its
selectable cartridges, the IQAir GCX series is able to
meet
almost any moderate gas phase removal need in residential or
light commercial environments. Currently there are four specialized gas phase
media configurations available:
- GC
VOC
(for control of volatile organic compounds, solvents,
etc.)
- GC
MultiGas
(for control of wide range of gaseous organic and
inorganic chemicals)
- GC
Chemisorber
(for control of formaldehyde, hydrogen sulfide, sulfur
dioxide, etc.)
- GC
AM
(for control of ammonia and ammonia compounds)
In
applications with higher concentrations or where longer filter
life is desired GCX
Series
units should be considered.
GC
Models |
GC
VOC |
GC
MultiGas |
GC
Chemisorber |
GC
AM |
| VOCs |
 |
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|
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| Formaldehyde |
|
|
|
– |
| Ammonia |
|
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| Ozone |
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|
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| Particles |
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- Micro-
and Nano-particle Filtration (HEPA)
Eliminates micro- and nano-particles such as allergens,
smoke, bacteria and viruses. This thorough particle
pre-filtration is essential for extending the life of
the gas phase control media by preventing its pores from
clogging with particulates.
- Specialized
Cartridge-based Molecular Control (GCX Cartridges)
Four filter cartridges hold up to 17 lbs. of granular
and/or pellet-shaped gas phase control media. The
cylindrical shape of these cartridges allows for optimum
contact, which ensure high removal efficiencies. The
large surface area of the cartridges enables high
airflow rates.
- Micro-charged
Filtration (Post Filter Sleeves)
Eliminates activated carbon and chemisorption abrasion
particles through a statically charged fiber structure.
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