Desiccant dehumidifier MDC 12 000 designed for general purposes – room air dehumidification and process drying. The compact construction allows extended periods of operation with a minimum of maintenance. Especially suitable for low temperature and low humidity operation. Unit includes desiccant rotor, ECfans, reactivation heater, pocket filters and controls. Panels insulated with 40 mm rock wool insulation.
Constructional Features:
The casing is completely hermetic and panels are made of 1,0mm AluZinc sheet metal with isolation of 40mm (rock wool); it has high resistance to atmospheric corrosion. Powder painted panels (outside only); rigid frame made of 1,5mm AluZinc sheet metal (powder painted completely) to achieve rigidity;
Compact design and low weight of the unit;
High performance at low temperatures and low relative humidity in a room;
Optional humidistat is available as an accessory;
Microprocessor based control (optional);
Tubular electric heating elements for regeneration (standard unit) as well as on request with water, steam or gas heating coil (customized unit);
Easy access to the internal components of the dehumidifier for the maintenance;
EC-fans;
Pocket filters G4 to F9 on request;
High efficiency of the washable silica gel rotor;
All components made exclusively by European manufacturers.
Technical data:
Process air Rated airflow – 12000 m³/h Available static pressure 550 Pa
Reactivation air Rated airflow 4200 m³/h Available static pressure 400 Pa
Power supply (electric reactivation) (3х400V, 50 Hz) 144 kW Current 210 A
Power supply (steam/water/gas reactivation) (3х400V, 50 Hz) 12 kW Current 18 A
Miscellaneous data Weight 1400 kg Operating temperature -30/+40˚С
Max noise level without ductworks 73 dBA Air filter (pocket) G4÷F9 IEC protective class IP55
Approximate capacity in kg/h at different inlet process air relative humidity (%) and temperature (˚С)
Key Applications
The dehumidifier is designed to control humidity, maintaining humidity at the required level, drying room.
For the storage of products, materials, raw materials:
In cold storage / cold storage
For the storage of grain mass
In ship repair, shipbuilding industry.
For the carriage of goods by sea.
For conservation of power
For storage of fertilizers
For the storage and preservation of military technology and equipment
For the ventilation and air conditioning
For storage of leather products
For the storage of fur
For garages, car parks
For the basement
For archives, museums
In manufacturing, production shops, premises and the food industry:
Industrial dehumidifier for freezing
Industrial dehumidifier for the production of sausages
Industrial dehumidifier for sugar production
Industrial dehumidifier for confectionery production
Industrial dehumidifier for the production of marshmallows
Industrial dehumidifier for the production of ice cream
Industrial dehumidifier for the production of meat products
Industrial dehumidifier for beer production
Industrial dehumidifier for the production of dairy products
Industrial dehumidifier for cheese production
Industrial dehumidifier for the pharmaceutical industry.
Industrial dehumidifier for ice arenas, the rink.
Industrial dehumidifier for the electronics industry, the production of electronics.
High Standards
Our Desiccant dehumidifiers will help you to solve the problems that arise due to increased moisture in the air which are corrosion, product damage, product adhesion, mold and fungi growth on the surfaces. We guarantee that our quality and price ratio is the best in the market.
Vast Experience
Practical experience in the desiccant dehumidification more than 15 years.
Made in Europe
All components made exclusively by European manufacturers.
EU standards
The equipment complies to all of the applicable EU directives and regulations.
Method of Operation
A desiccant dehumidifier removes water from a flow of the air that passes through it. The heart of this process is an adsorption rotor coated with a special substance that absorbs the water molecules that make up the moisture in the passing air (Process air). When saturated, the rotor is rotated over to a regeneration zone, where it is dried with heated air (Reactivation air). The warm, humid regeneration air is led away out of the unit (Wet air) and the rotor is once again ready to absorb water molecules.
