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2 INTRODUCTIONS OF DEVICE
2.1 Standards
The design meets IEC protection class IP 44 requirements.
2.2 Working principle
The core component of the unit is а honeycomb rotor, which is composed of а special ceramic
fiber and active silica gel. The two sides of the rotor are divided into two areas bу special sealing
devices: the process area (3/4) and the regeneration area (1/4). When the humid process air is
drawn into the rotor through а filter, the moisture in the air is absorbed bу the desiccant rotor,
and the dried air is sent out from the other side of the rotor bу the process fan. Simultaneously,
the regeneration air is drawn through а filter and is heated and enters the regeneration segment
of the rotor. ln the area, the water vapor of the moist air is absorbed bу the active silica gel of the
runner. This heated regeneration air removes the previously adsorbed moisture as а vapor from
the desiccant rotor and is discharged to the outdoors. The desiccant rotor continues to rotate, and
the above-mentioned dehumidification and regeneration are performed repeatedly to ensure the
dehumidifier's continuous and stable performance.
Operation flow chart
Note: The chart does not show the obligatory filters for process and regeneration air
