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Model
A
Using
cold water to cool compressed
air, this water-cooling
dehumidifier has mechanisms
to thoroughly separate
and expel the drain
that is generated.
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Model
AE
Equipped
with an economizer,
this aerothermal exchanger
reduced cooling load
and increases the volumne
of air at the outlet.
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Model
-DP
This
energy-saving cooling type
dehumidifier uses a cooling
tower the likes of which
the world has never seen
before.
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Model
E
This
energy-saving, cooling-type
dehumidifier uses the latent
heat generated by evaporating
water.
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Model
F
This
cooling-type dehumidifier
for low dew points uses
a freezer for frozen dehumidifying.
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Model
T
Using
cold water from the chiller
to cool compressed air,
this cold-water cooling-type
dehumidifier thoroughly
separates and expels the
drain that is generated.
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Model
I.P
This
cooling-type dehumidifier
can accommodate high inlet
temperatures and energy-saving
operations from switching
the cooling source.
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Model
C
This
dehumidifier uses a moisture
absorbent to absorb the
moisture present in compressed
air, obtaining air with
a low dew point. Out method
of regenerating the absorbent
has resulted in a heat-regenerating
type, a no-heat type, and
a type that utilizes the
heat expelled from compressors.
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Model
HE
Using
steam and warm water to
heat air, this energy-saving
air heater boosts the volume
of air and its degree of
dryness.
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Model
Ao
This
oil separator adsorbs oil
mist by passing air and
gas through a special filter.
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