Mitsubishi Electric MJ-E26VX-A1 Instruction Manual Page 8

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Room temperature may rise
2-4°C during operation
The humidity reading on the unit
may differ from a hygrometer in
the same room
Low temperature/humidity
decreases dehumidifying effects
8
Things to be aware of
How does the dehumidifier
work?
If you pour cold water into a cup, the air around
it becomes cold, causing water droplets to form
on the surface of the cup.
The dehumidifier takes advantage of this
phenomenon to remove moisture from the air.
1 The unit draws air from the room, cools it with
its cooling coil, causing the moisture to
transform into water droplets.
2 The water droplets fall into the water tank.
3 The dehumidified air is reheated by the
heating coil, and then discharged.
The humidity of the room is thus reduced by
repeating steps 1, 2, and 3.
How is mildew growth
suppressed?
Mildew is unable to produce new spores if dried
as mycelia. The Mildew Guard feature applies
this principle. (However, the spores themselves
are resilient to dry conditions.)
Identification of Aspergillus and Penicillium
<Research paper by Dr. K. Abe of the
Environmental Biology Research Center>
What are negative ions?
Negative ions are particles in the air that
possess a negative charge.
When there are a lot of negative ions in the air, it
is similar to the environment encountered in a
forest and is said to provide relaxation.
Re-heating coil
Cooling coil
Moist air
Compressor
Dried (warm) air
Water tank
The dehumidifier does not have a cooler function. Due
to heat produced during operation, the room
temperature may rise 2-4°C. As a result, the unit may
blow warm air, but this is not due to a malfunction.
Even in the same room, temperature and humidity levels
may differ from place to place. If the hygrometer and
the unit are in different parts of the room, the humidity
levels are prone to differ.
Moreover, humidity levels differ between places that
have good and no airflow.
Use the reading on the unit as an estimate.
In winter, the temperature is low and the air is dry,
therefore making dehumidifying impossible.
* If temperatures are low, but humidity is high due to
snow or rain, operating the unit in Low Temp mode will
yield better results than Low mode.
Values for HIGH dehumidifying operation
¡ The dehumidification values shown on the graph
were measured at constant temperature and humidity
and do not reflect actual usage conditions.
0
2
4
6
8
10
12
14
16
18
20
22
24
26
5 10152025 30
Dehumidification capacity (L/day)
Room temperature (°C)
11
13
1
2
3
11
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