| General information | |
|---|---|
| Origin | Brand : Japan - Manufacture of : Thailand |
| Gas | R-32 |
| Type | Inverter (save energy) |
| Cooling capacity | 2.5 HP ~ 21.000 Btu/h |
| Using for rooms | Area 31 - 35 m² or 93 - 105 m³ (suitable for living room, office) |
| Power source (Ph/V/Hz) | 1 Phase 220 - 240 V 50Hz |
| Electricity consumption | 1.69 kW |
| Refrigerant/ Liquid Pipe Diameter (mm) | 6.35 / 12.7 |
| Cooling Seasonal Performance Factor (CSPF) | 4.83 |
| Energy Label | 5 star |
| In door unit | |
| Model Name | SRK18YXP-W5 |
| Dimensions (H x W x D) (mm) | 262 x 769 x 230 |
| Weight (Mass) (Kg) | 7.5 kg |
| Outdoor Unit | |
| Model Name | SRC18YXP-W5 |
| Dimensions (H x W x D) (mm) | 540 x 780 x 290 (mm) |
| Weight (Mass) (Kg) | 30.5 kg |
Air conditioner YXP-W5 is a completely new air conditioner product line that was launched in March this year (2020), which belongs to the luxury air conditioner inverter of DC type 1 from Mitsubishi Heavy Industries (MHI). , this is a famous heavy industry corporation from Japan with 3 strengths: fast cooling, durability and energy saving.
MHI air conditioner YXP-W5 series, some outstanding features can be mentioned as:
Elegant and luxurious European design
Mitsubishi Heavy air conditioning SRK18YXP-W5 Inverter (2.0Hp) is focused and improved more in style. The indoor unit is designed in European style with luxurious white color, slender lines and more delicate. Additional parts of the mesh easily removable to clean, reduce dirt. In addition, the board is designed with a tight lid, preventing insects from entering and dismantling more flexibly.
Technology is inherited from Mitsubishi Heavy Industries group
We used the same aerodynamic analysis technology as used in developing jet engines. 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 jet air stream generated by this air channel system can bring large volume air without consuming much power. While at the same time, it delivers a uniform gentle breeze to every corner of the room.
Quick & high efficiency control DC PAM inverter
An inverter driven system has a number of performance advantages over a constant speed system. For example, its variable compressor outputs can ensure quick heating after a startup and attain a set temperature more quickly. The air conditioner can then slow down its compressor speed to save energy, keeping comfortable conditions. Moreover, the compressor is DC driven, so it provideshigher performance.
Use gas R32
Previously, the old air conditioner models used R22 gas, but this gas could harm the ozone layer, so according to the development schedule, this gas could only be used until 2040. Besides, although It is not toxic but it will cause suffocation if the gas concentration in the air is too high.
Under the decree of Kyoto signed in December 1997, developed countries must minimize the greenhouse effect to protect the environment, so R32 gas was invented to replace the old gas.
Gas R32 is the latest gas, achieving low GWP emissions standards, helping to reduce emissions by up to 75%, meeting environmental protection requirements, preventing the increase in heat resulting in home effects. the glass punctured the ozone layer.
Self-Clean Operation
Self clean mode dries the indoor unit and filter, preventing the growth of mould. This runs for 2 hours after the unit has been switched off.
HI power funtion
HI Power technology allows the Mitsubishi Heavy YXP-W5 series to rapidly cool room air by operating continuously in high power mode and automatically lowering the set temperature by 3 degrees Celsius for rapid cooling within 15 minutes.
Currently, the Mitsubishi Heavy YXP-W5 series has three capacity ranges from 1 HP to 2 HP, corresponding to the following codes: SRK10YXP-W5 (1 HP), SRK13YXP-W5 (1.5 HP), and SRK18YXP-W5 (2 HP).
Funtions
Other funtions
Clean operation and filter funtion
Comfort and convenience funtion
Energy saving funtion
Airflow funtion
SPECIFICATIONS
