Specifications Sharp AY-XP9LSR / AE-X9LSR Basic Inverter:
Main functions:
| Cooling | yes |
| Filtering | yes |
| Ionization | yes |
| Dehumidification | yes |
| Ventilation | yes |
Key Features:
| Room size, sq m | 25 |
| Power consumption, kW | 0,70 (0,24-1,10) |
| Maximum cooling performance | 2,50 (0,90-3,00) |
| Type of Freon (refrigerant) | R 410A |
Additional Information:
| Inverter control | yes |
| Remote control | yes |
| Production | Thailand |
| Warranty | 3 years |
Plasmacluster technology in AC Sharp AY-XP9LSR / AE-X9LSR Basic Inverter
Positive and negative ions were extraordinary efficiency in the fight against harmful fungi, mold, allergens (dust mites, pollen) and viruses in the air. This efficiency is confirmed by many scientific institutions around the world. Plasmacluster technology ionization equipped with not only the products Sharp, from air conditioners to refrigerators, it has been widely used in other industries, from cars to elevators and toilets.
During the eight years that have passed since the technology presentation Plusmacluster, the number of units of products equipped with it, has reached 20 million. The companyand#39;s goal is to introduce the possibility of Sharp clean any air space by ion Plasmacluster.
Plasmacluster technology is well recognized technology of ionization, which is used in many industries.
How the technology works in the Plasmacluster Sharp AY-XP9LSR/AE-X9LSR?
Positive and negative ions combine complex on the surface of allergens. Ions react with the surface of the allergen and become a powerful active ingredient in the form of hydroxyl radicals (OH). Hydroxyl radicals are removed from the allergen hydrogen atoms, which leads to the destruction of proteins and the formation of water.
Plasmacluster ions remove pollutants and mold fungi, airborne
The system Plasmacluster ionization in Sharp AY-XP9LSR/AE-X9LSR generates positive and negative ions by extremely effective in dealing with various contaminants, such as mold fungi, viruses and allergens in the air. This system is designed to ensure the cleanliness and comfort, significantly improves the quality of air in your home.
The air inside a typical home contains many mold fungi and viruses. Plasmacluster ions spread throughout the room, clearing the air.
Self-cleaning function
Plasmacluster ions prevent the formation of mold in the air conditioner. During air heating (drying) the premises within 40 minutes, through the internal and external power is the flow of ions Plasmacluster. This prevents the formation of mold, which is the source of odors on the surface of the radiator.
Quiet, environmentally friendly air conditioner is Sharp AY-XP9LSR/AE-X9LSR
Due to high efficiency and low power Sharp products can be attributed to high-end products in this area. Sharp has put tremendous efforts to develop advanced technologies that provide significant performance and energy efficiency. In the inverter models not working noise when the compressor is cut.
Inverter technology
When operating at full capacity in energy-saving inverter air conditioners provide a significant reduction in energy consumption. This effect is achieved by using an inverter, which changes and maintain a proper temperature in the room by switching the compressor between the regimes of high and low power instead of full power-cycle, as is neinvertornye models.
Inverter model leaves the compressor on and simply reduces its power after the specified temperature, thus providing a convenient and uniform temperature control.
Reducing energy consumption by about 50%
Inverter air conditioners to save power after reaching the set temperature. Inverter air conditioner in Sharp AY-XP9LSR/AE-X9LSR can reduce power consumption up to 52% compared to neinvertornymi models in three hours of operation and increased productivity by equipping compressor and external fan powerful DC motors and the use of a pulsed linear throttle.
Compressor control system with sinusoidal drive in Sharp AY-XP9LSR/AE-X9LSR
Using the advanced technology of the compressor control the transfer of sinusoidal pulses at 180 ° instead of the traditional form of pulses by 120 °, thus providing a mild stroke engine. The result is a significant reduction of energy losses, leading to greater energy efficiency and reduce energy costs.
