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How to Order Anti - humidity
Cabinets : |
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▌Secret
1
A
Comparison and Choice of
Dehumidification Systems： |
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A Comparison Chart of
Dehumidification
Cabinets on the Market
and The Principles
behind |
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Comparison Category |
High-tech Microchip
Dehumidification |
Molecular-physics
Desiccant
Dehumidification |
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Life of Components |
Used by aerospace
technologies in
the U.S.; the life of use exceeds
100,000 hours (approximately 20
years). |
The component is of
recycled
drying material, and the usage life
is over 10 years. |
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Dehumidification and
Venting of Humidity |
The dehumidification and
venting
take place simultaneously, so there
is no feedback in the process and
the variation in humidity is small. |
The dehumidification
takes place
after power cutoff, and venting
when the power is on that lasts
approximately 40 minutes causing
humidity to return at 8% and above. |
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Preferred Range of
Dehumidification |
90%RH~15%RH |
30%RH~1%RH |
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Efficiency of
Dehumidification |
For regular
anti-humidity cabinets
with volume of 70 liters, it takes
roughly 2 hours to reduce humidity
from 70% RH to 40% RH, whereas
the patented SATV
technology takes
only 30 minutes. |
For anti-humidity
cabinets with
volume of 70 liters, it takes roughly
5 to 8 hours to reduce humidity
from 70% RH to 40% RH |
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Humidity Control
Capabilities |
The variation in
humidity can be
controlled within ±2%
because
dehumidification and venting take
place simultaneously, and the
dehumidifier is microcomputer-
controlled. |
The humidity cannot be
accurately
controlled because
dehumidification takes place after
power cutoff, and there is a
variation between ±5% and ±8%.
The upgrade to TURBO causes the
humidity to be too low resulting in
the increase in the variation of
humidity. |
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Thermal Effect |
There is no thermal
effect because
of condenser dehumidification. |
There is temporary
thermal effect
because of regeneration during
humidity venting and heating. |
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Application |
Professional storage,
high-humidity
objects, frequent use and long-term
storage. |
Suitable for objects not
requiring
regular access because more time
is needed for dehumidification. |
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▌Secret
2
Stable Humidity Means Increased
Storage Quality：
(
Illustration of Differences
between Microcomputer- and
Analogue-based Cabinets
) |
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Characteristic explanation |
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The
microcomputer
digital display
is able to
more accurately
control
humidity. The
feature
is that it is
directly
connected to the
dehumidifier,
so that, for
example, if the
humidity is set
to 40% RH, the
humidifier is
ordered to stop
dehumidification
as soon as
the desired
humidity is
reached. Most
brand-
name air
conditioners and
household
appliances are
of this design
which is safe
and reliable.
It is suggested
to select good
and credible
products of
which the
humidity is
sampled and
corrected by
ITRI 4 times
between 60% RH
and 20% RH, as
well as the
error is
controlled at
±2%.
The
Microcomputer-controlled
design is not
suitable for
the link with
the applications
using
high-molecular
physical
dehumidifier.
For
example, suppose
the humidity is
set to
40% RH.
Although the
microcomputer
orders
the
dehumidification
to stop when the
humidity is
reached, yet
molecular drying
materials will
continue
desiccate the
moisture, so
that the
humidity will be
lower
than 40%. When
it returns back
to 40% RH,
the computer
will activate
the venting
function
for 40 minutes
that causes
humidity to
greatly
increase. Thus,
the
microcomputer-controlled
function cannot
be effectively
applied. |
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Analogue
hydrometer
display +
humidity switch:
most products on
the market use
hands made in
Japan or
Germany, and the
hydrometer
quality of each
manufacturer
varies widely.
It is suggested
that the
products
inspected and
corrected by
ITRI are used to
demonstrate more
credibility,
because the
hydrometer
cannot be
connected to the
humidifier,
there is no
direct humidity
control that
results in wider
humidity
variation.
As with any
non-microcomputer
design, air
conditioners
using
disconnecting
switches will
cause wider
variation of
indoor
temperatures
(for example,
air conditioning
turned on before
bedtime should
be turned off
mid-night to
avoid becoming
ill) resulting
in unnecessary
operation and
power
consumption, et
al.
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The above two SATV
dehumidification technologies
have over 10 years of
manufacturing and marketing
experience, and are
technologically stable in order
to fit the needs of different
anti-humidity requirements of
objects. Microchip
dehumidification is more
applicable to the control range
between 70% and 20% RH; it is
often applied in professional
storage and the storage of
industrial materials.
Molecular-physics desiccant
dehumidification is often
applied in the storage and
anti-humidity of general objects
and low-humidity models (below
20%). |
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▌Secret
3
Quality Is
Assured through Strict Control： |
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1 Products made in Taiwan
means quality assurance and more
durability.
2 The stability of product
and service quality is assured
by ISO-9001 certification of
quality-assurance
procedure, as well as CE certification for compliance with EU
safety regulations.
3 The choice of
technologically advanced brand
names ensures the superiority of
product design.
4 The 20-year-old brand
name as well as wholehearted
service and business have earned
the
affirmation and recommendation from many satisfied customers.
5 Humidity is regularly
sent to ITRI for inspection and
correction, so it is very
accurate and credible. |
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▌Secret
4
Choose Leading, Innovative and
Patented Technologies： |
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Patented technologies are the
most important indicators of a
company’s abilities of product
design and development.
Patent numbers obtained: 053137,
178839, 216491.224322, 567079
(China) M250501 and M270727; a
number of patent applications
pending.
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