Mitsubishi Electric Inverter Air Conditioner MSZ-LN Kirigamine Style 9000 BTU R-32 MSZ-LN25VG2V Pearl White WI-FI

Technical Features

Model

• Indoor unit catalog code: MSZ-LN25VG2V
  
• Outdoor unit catalog code: MUZ-LN25VG2
  
• Type: Inverter
  
• Front panel: Pearl White
  
• BTU Power: 9000

Energy Efficiency

• Nominal cooling capacity (min/max): 2.5 (1.0-3.5) kW
• SEER: 10.5; Class A+++
• Nominal heating capacity (min/max): 3.2 (0.8-5.4) kW
• SCOP: 5.2; Class A+++
• Nominal electrical power absorbed in cooling mode: 0.485 kW
• Nominal electrical power absorbed in heating mode: 0.6 kW

Performance

• Indoor unit cooling air flow rate: 4.3 - 5.8 - 7.1 - 8.8 - 11.9 m3/min
• Indoor unit heating air flow rate: 4.0 - 5.7 - 7.1 - 8.5 - 14.4 m3/min
• Sound pressure level of indoor unit cooling: 19 - 23 - 29 - 36 – 42 dB(A)
• External unit sound pressure: 46 / 49 dB(A)
• Nominal sound power of indoor unit: 58 dBA)
• Nominal sound power of outdoor unit: 60 dBA)
• EU operating range cooling: -10 / +46 °C
• EU operating range heating: -15 / +24 °C
• Refrigerant Type: R32

Installation Data

• Tube Diameter: 6.35 / 9.52 mm
• Maximum length: 20 m
• Maximum height difference between UI and UE: 12 m

Dimensions and Weight

• UI dimensions (HxWxD): 307 x 890 x 233 mm
• EU dimensions (HxWxD): 550 x 800 x 285 mm
• Net Weight IU/EU: 15.5 / 35 kg

General Features

MSZ-LN - Kirigamine Style



Innovation, design and energy efficiency
Mitsubishi Electric presents a revolutionary product, featuring a simple, linear, and elegant design, unparalleled energy efficiency, and cutting-edge technology. The MSZ-LN - Kirigamine Style series air conditioners use the low GWP R32 refrigerant to achieve unparalleled performance and absolute comfort. The new benchmark for residential air conditioning has arrived!

R32: a refrigerant for the future

Mitsubishi Electric's long-standing focus on environmental protection has led it to develop a product that reflects the international community's awareness of climate change, an issue that has long been addressed by the European Community and is the subject of current and future legislation.
The R32 refrigerant used in the MSZ-LN - Kirigamine Style series air conditioners has a lower Global Warming Potential (GWP) than the refrigerant gases currently used in residential air conditioning, reducing its potential negative impact on the environment.

Energy efficiency: above class A+++



The characteristics of the refrigerant used and continuous technological innovation have allowed us to create a product with extremely high performance.
The seasonal efficiency highlighted by the SEER/SCOP values ​​allow for the A+++ class classification for both cooling and heating.

Full Line Up
Available in 4 different sizes, 25, 35, 50 and 60, the air conditioners of the MSZ-LN - Kirigamine Style series are suitable for any type of environment, from the bedroom to a large living room and, thanks to the use of 6.35/9.52mm pipes up to size 50, they are compatible with most existing arrangements.

Air distribution



The totally revolutionary geometry of the double deflector guarantees optimal air distribution; it is possible to independently direct the air flows coming out from the right and left sides of the unit.

3D i-see sensor



The 3D i-see sensor, integrated in the MSZ-LN - Kirigamine Style units, offers new functions compared to the one installed in the Kirigamine MSZ-FH series for increased indoor comfort.

Thanks to new implementations, not only is it possible to direct the flow directly or indirectly, but there are also functions that "learn" the occupants' habits and optimize the unit's efficient and comfortable operation. The even airflow function, for example, "records" the room's occupancy profile, creating a mapping that allows for optimal air conditioning of the most frequented areas based on historical data.

MELCloud - Energy Consumption Monitoring
MELCloud integrated
The ability to remotely manage and monitor your air conditioning system is a consolidated solution in the Mitsubishi Electric product range thanks to the MELCloud platform.

It allows you to precisely adjust the air conditioning systems from your smartphone or tablet using a dedicated app.

The new MSZ-LN - Kirigamine Style units are not only compatible with MELCloud, but are already designed with a built-in WiFi interface for network connection, making them Cloud-ready without the need for additional components.

One of the new features that MSZ-LN - Kirigamine Style is already equipped with is the ability to monitor electricity consumption via the MELCloud® application, to always keep efficiency under control.

Advanced filtration



The Plasma Quad Plus filtration system of the MSZ-LN - Kirigamine Style units reaches a new record in air cleanliness.
In fact, it is capable of retaining particles up to PM2.5, i.e. with a diameter of less than 2.5 μm.

Plasma Quad Plus



This distinctive feature makes the unit ideal for families who are particularly attentive to air quality or for installation in environments where ambient air is often compromised (e.g. rooms overlooking traffic areas, in the city, near production activities, etc.).

Through the use of Plasma Quad Plus technology, the unit is able to eliminate bacteria and viruses thanks to a technology that exploits an electric field and a series of electric discharges through which the air introduced into the room passes.

With Plasma Quad Plus technology, 99% of the bacteria present in a 25m3 room are neutralized in just 115 minutes.

Dual Barrier Coating



With the MSZ-LN - Kirigamine Style unit, Mitsubishi Electric introduces another revolutionary technology: Double Barrier Coating.

During operation, dust and impurities introduced during air conditioning operations settle on internal components, especially the battery and fan, increasing the unit's energy consumption by up to 18%. With Double Barrier Coating, the internal components of the MSZ-LN - Kirigamine Style are treated with a second protective layer that prevents the accumulation of dust and impurities even after long periods of time, reducing energy consumption and eliminating the need for maintenance of the unit related to this problem.