AIR CONDITIONER

Tests were conducted with reference to the antimicrobial strength tests in JIS Z 2801 2000 Antimicrobial Products-Antimicrobial Test Method 5.2 Antimicrobial Effects: Test Methods for Plastic Products, etc.

Test Report No.: 104034022-002

Test Results Issued: 2004-4-23.

Testing Authority: Japan Food Analysis Center

Tests were conducted with reference to the antimicrobial strength tests in JIS Z 2801 2000 Antimicrobial Products-Antimicrobial Test Method 5.2 Antimicrobial Effects: Test Methods for Plastic Products, etc.

Test Report No.: 104034022-001

Test Results Issued: 2004-4-7.

Testing Authority: Japan Food Analysis Center

The blower fan has undergone anti-microbial treatment to resist mold and germs, making the system clean and safe. Foul odors and molds, etc. which can occur when an air conditioning system is not in operation are prevented.

In addition to a jet airflow system delivering uniform winds to every corner, it has an optimized serration stabilizer configuration, which ensures smooth wind flow. It makes it possible to lower operation noises further by minimizing the interaction between wind flows and the fan.

CFD (computational fluid dynamics), used in blade shape design of jet engines, has been applied to the design of air channels in air conditioners to develop the ideal air channel system (air circulation). The airflow of the jets created in this system enable a large volume of air to be blown with minimum power consumption, yet the air flow is uniform, quiet and reaches points a long distance from the blower.

 used the same aerodynamic analysis technology as used in developing jet engines.