Table of contents
Modern design
Toshiba air conditioning RAS-H18U2KSG-V (2.0Hp) has a delicate white color design, along with the wide door opening to help blow the air farther, providing a wider airflow.
Energy saving
Toshiba air conditioning RAS-H18U2KSG-V (2.0Hp) is equipped with a modern engine with optimum performance, helping the compressor operate with the lowest capacity and save energy as much as possible.
Super quite operation
Toshiba air conditioning RAS-H18U2KSG-V (2.0Hp) compressor will operate at the lowest frequency and remain stable. This feature is useful if your home has elderly and children.
Magic Coil Technology
Prevents dirt, bacteria, and mold from sticking to the outside of the indoor unit during operation to help the air conditioner operate more optimally, airflow cleaner, and more durable.
IAQ* technology
Leuconostoc enzyme & silver crystals are two agents integrate into the IAQ technology. It has capable of preventing the growth of bacteria and viruses.
New generation indoor unit for outstanding cooling capacity
With the superior innovation for ultra-fast cooling, the cool air spreads evenly throughout the room, while the super-quiet operation system lets you enjoy the living space.
The system creates strong airflow, long flaps, and a wide blowing angle
Thanks to the new design with the increased size of the intake manifold, the air intake manifold, and the new oblique blade design, along with the 13% increase in fan diameter, the airflow is stronger, up to 18m further.
Moreover, the new oblique blade design also helps the machine operate super smoothly, minimizing noise for a quiet and comfortable space.
Eco Mode power saving
Eco Mode power saving up to 25% over standard settings without sacrificing comfort. Press the Eco Mode button while operating, the fan speed controlled: The set temperature will increase 1ºC after 1 hour, up to 2ºC until the machine turns off.
New heat exchange system with rapid cooling technology
In a new innovative design, a reduction in the size of narrow copper tubing leads to an increase in copper tubes and aluminum foil, increasing the contact surface area, allowing the heat exchange smoother so that the system can cool very rapidly.