Dehumidifiers

Enhanced Performance Using Heat Pipes

Heat pipe technology extracts more moisture – and saves money

Performance, compactness, and energy-efficiency come from the use of heat-pipe technology to improve moisture removal without increasing energy consumption. The benefits are wide-ranging:

• improved air quality High humidity is implicated in sick-building syndrome.
• germs, mould, and mildew control Bio-agents flourish in damp conditions.
• building preservation Prolonged humidity can damage the fabric of a building, and the equipment and furnishings within it. Humidity problems often follow changes of use.
• personal comfort We all work better when conditions are right. In high humidity, we are less tolerant of heat and our natural cooling mechanisms are less efficient.
• conservation The preservation of books, artifacts, and works of art depends on precise humidity control.

MD Dehumidifiers

Extract Up To 200 Litres of Moisture a Day

Humidity encourages bio-agents, destroys products, and makes life unpleasant for the people who live and work in that environment. A portable dehumidifier gets to grips with the problem immediately.

MD Dehumidifiers are suitable for use in hotels, warehouses, hospitals, offices, factories, restaurants, indoor pools, and plant rooms. Even air-conditioned buildings can suffer from humidity problems.

With three sizes to choose from, you'll find an MD Dehumidifier that's equal to any environmental challenge you can throw at it.

MD 100
Ultra-Compact, Power Portable

• extracts up to 100 litres a day (27°C, 60% RH - ASHRAE)
• stands just 920mm high
• weighs 150 kg 

MD 160
Mid-range workhorse

• extracts up to 160 litres a day (27°C, 60% RH - ASHRAE)
• stands 1,234mm high 
• weighs 169 kg 

MD 200
Maximum extraction power

• extracts up to 200 litres a day (27°C, 60% RH - ASHRAE) 
• stands 1,234mm high 
• weighs 173 kg 

Improved Efficiency With Heat Pipe Technology

The MD range of dehumidifiers combines sound engineering with revolutionary heat pipe technology. Patented heat pipes increase the efficiency of MD Dehumidifiers by precooling the air before it reaches the cooling coil, and then reheating it afterwards. As a result, the cooling coil can extract more moisture for the same energy consumption, while the heat pipes consume no energy whatsoever.

But it's not just heat pipes that make MD Dehumidifiers such thirsty extractors of airborne moisture. SPC has built a reputation based on the efficiency of its coils and the power and reliability of its fans. Heating and cooling large volumes of air is what SPC does best.

The MD Dehumidifier contains a closed refrigeration system (cooling evaporator coil, condenser coil, and compressor). A two-speed fan draws air in through a filter, passes it across the evaporator, then discharges it through the condenser. Condensate is removed by gravity feed or by an integral pump.