EASY CLEAN DESIGN

The easily detachable panel is a snap to wash and the airflow vents can be opened without any special tools for quick cleaning of the inside of the air conditioner. It is recommended that the air conditioner can be cleaned regularly as this will increase both operating efficiency and energy-savings. Always clean the heat exchanger, fan and air vent to ensure proper performance and economical operation. It reduces your electricity bill by approx. 45%*.

*Electricity bill comparison of operation under fixed temperature with 8 grams of soil on the fan and one without. Based on internal company data. **Cleaning of filter and heat exchanger is possible by moving the panel.

DUAL BARRIER COATING

It prevent dust and greasy dirt from sticking onto the coated air conditioner. Dirt is generally classified into two groups; hydrophilic dirt such as fiber dust and sand dust, and hydrophobic dirt such as oil and cigarette smoke. Mitsubishi Electric's unique dual barrier coating prevents both hydrophilic and hydrophobic dirt from sticking onto the air conditioner. This dual coating on the inner surface keeps air conditioner clean all year and improves energy efficiency while delivering comfortable clean air. 

LOW IN GWP VALUE

Refrigerant has been a debatable topic as a contribution factor that harm the ozone layer. R32 gas - a environmentally friendly and energy efficient refrigerant offers a new alternative. Having a low GWP value of only 677, its 2/3 of the GWP value that R410A carries, decreasing the harm by 30%

REQUIRES LESS REGRIGERANT VOLUME

Due to its lower in density, R32 air conditioning systems use up to 15-20% less refrigerant than R410A equivalents making them more efficient which means lower carbon emissions and lower energy costs with the same effect.

SINGLE COMPONENET OF GAS

R32 is a single compound, CH2F2 unlike R410A which is a mixture of difluoromethane and pentafluoroethane. Being a single component gas, R32 gas is more convenient to work with and easier to recycle as compared to R410A gas. This will result in smaller footprints of the compressors with the same capacity

HIGHER EFFICIENCY

R32 gas has a higher cooling capacity due to its higher in critical temperature, 78.11°C. This results in higher efficiency and higher COP in the R32 gas system. In return, it approximately saves 10% of the electricity bill than R410A gas.