Patented Dual Barrier Coating Energy Efficiency Did you know a dirty heat pump will force the system to work harder and as a result consume more energy? It therefore pays to keep internal components as clean as possible to maximise your heat pump’s energy efficiency. Keeps Internal Components Clean Patented Dual Barrier Coating prevents dust and dirt from accumulating on key internal components like the heat exchanger, the fan and the internal duct. Not only does dust and dirt build up typically create unpleasant odours, but it also forces a heat pump to work harder, which can result in significantly impaired energy efficiency. Maximising Energy Efficient Operation Comparison of dirt on heat exchanger, fan and air duct. (Factory simulated in-house comparison.) No Dual Barrier Coating (after 10 years) Heat Exchanger Fan Air Duct More Environmentally Friendly R32 Refrigerant and Inverter Technology Next-generation R32 refrigerant has a global warming potential that is 30% lower compared to older refrigerants such as R410A. Furthermore, zero ozone depleting R32 is easier to reuse and recycle. In addition, superior energy efficiency is achieved by incorporating a large, high density heat exchanger, an advanced high efficiency fan motor and a next-generation inverter compressor that uses more efficient R32 refrigerant. A Clean Heat Pump with Dual Barrier Coating: • Helps prevent degradation of the heat pump’s efficient performance • Is projected to minimise the reduction of energy efficiency after 10 years by up to 18% • Is projected to minimise the reduction of air volume after 10 years by up to 30% Our AP Series and Black Diamond LN Series all feature patented Dual Barrier Coating to maximise energy efficient operation. Dual Barrier Coating Heat Pump Models With Dual Barrier Coating (after 10 years) The Mitsubishi Electric Advantage 4
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