Page 7 - Air Sterilizer catalog

Functions

• The kill rate of airborne natural bacteria, Staphylococcus albicans, Staphylococcus aureus, and
Escherichia coli is ≥90%.
Safe
• HD LCD design with filter replacement and fault alarm function.
Highly Efficient • Ultra-thin body design saves space.
• Built-in primarily medium and high-efficiency and lysozyme filters for multiple purification.
Energy Savings
• Combined with the new deep UV design, sterilization is more complete.
Environmental Protection
• Adopts German imported double fans design, which results in stable operation, low noise, little
vibration and long service life.
• Its six-segment timing function allows the machine to operate in automatic mode, providing convenience
and ease of use.
• Displays air volume mode, working status, and wind speed option with high, medium, and low settings.
• Available in three models: wall mounted, ceiling, and stand alone on floor (stationary or mobile).

ESU-C-600
2
2
2
High 765ft /h Medium 584ft /h Low 368ft /h
165ft 2

128LBS
Application "semiconductor catalysis and semiconductor ionization device" and "mirror UV light wave" technology. The air passes 35.43 x 27.56 x 59.06in
through Primary Filter to remove hair, large fiber particles in the air, and is then sent by fan into the semiconductor positive Wall mounted, Ceiling, Stand alone
ionization device. The particulate bacteria in the air are charged under Positive Semiconductor Ionization, and the bacteria
suffers from electrical breakdown or lightning effect. The particulate bacteria in the air will be adsorbed by the electric power on
the dust collecting plate of the semiconductor ionization device, and the cells will be killed through electrical breakdown.

With the UV reaction device, the semiconductor catalyst obtains electric energy and generates electron holes. It also forms
negative oxygen ions (O2) and radicals (OH), accelerates catalytic oxidation, decomposes harmful gases, and finally achieves
the semiconductor catalytic effect.

Negative ionized air is purified through the semiconductor device and the HEPA filter. The purification efficiency is greater than or equal to 0.5 microns.

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