18KW Basement Industrial Desiccant Dehumidifier , Stainless Steel

18KW Basement Industrial Desiccant Dehumidifier , Stainless Steel

Competitive Advantage:

*Accurate camputer contral system

*Timer function

*Proflute Rotor, imported from Sweeden, washable

*Dehumidifies efficient down to -20 º C.
*High capacity with very low dewpoints.
*Reactivation heater choice
- electrical, steam or gas.
*Microprocessor based control or base control  choice.
*Compact design - requires minimal floor area.

Specifications:

RY-2000M series dehumidifiers conform to both harmonised European Standards and to CE marking specifications.

The RY-2000M desiccant dehumidifier is designed to efficiently dehumidify in low moisture applications. Its airtight construction delivers accurate conditions and optional features provide versatility to adapt the system for specific applications.
The electrical control system conforms to EN 60204 (IEC204) standards. The electrical components are mounted on busbars and are constructed of halogen-free plastic. The electrical system is designed for up to 400V and 70º C. MX Series dehumidifiers conform to both harmonised European Standards
and to CE marking specifications.

Besides, RY-M rotor technology is the precision seals which divide the air distribution chamber. These provide a precise airflow balance for dehumidification and reactivation while allowing for alternative fan placement and rotor sectioning.

How Desiccant Dehumidification Works:

Desiccant dehumidifiers perform exceptionally well when used in cooler climates, or when a low dewpoint, deep drying or low humidity levels are required because they dehumidify through adsorption. Since desiccant dehumidifiers do not produce water, they will work effectively down to sub zero temperatures. Their operation is simplistic yet extremely effective and reliable.

In a typical dry desiccant system, the desiccant is mounted on a rotating wheel.   As the wheel turns, the desiccant passes alternately through the incoming process air where the moisture is adsorbed and through a “regenerating” zone where the desiccant is dried and the moisture expelled.  The wheel continues to rotate and the adsorbent process is repeated. 

Typically, about three-fourths of the desiccant wheel is exposed to the incoming air throughout the process.  During regeneration, the desiccant is heated by a direct-fired gas burner or indirect-fired water or steam coil.

Process Inlet—Air to be dried.  May be outside air, inside air or, more commonly, a mixture of air with high humidity content.

Process Outlet—Air is dried by desiccant wh