Operations Details

FAN SPEED

There are 5 fan speeds, as well as automatic*.

*For automatic fan speed, the speed of the indoor fan is automatically adjusted according to the operation.

AIR SWING

Keeps the room ventilated.

There are 5 options for vertical/ horizontal airflow direction.

Do not adjust the vertical and horizontal louvers by hand.

If automatic vertical airflow direction has been set, the louvers swing up and down automatically.

For HEATING operation, the air blows horizontally for a while, then starts to blow downwards.

If automatic horizontal airflow direction has been set, the louvers swing left and right automatically.

For HEATING operation, the airflow louvers start to swing left/right after the temperature rises.

FAN SPEED, AIR SWING

AIR SWING

 

 

FAN SPEED

 

AUTO

FAN

Select fan

 

HEAT

SPEED

 

COOL

 

speed.

 

DRY

AIR

 

 

SWING

 

Adjust the

MODE

OFF/ON

 

airflow

 

 

 

 

direction

QUIET

 

 

louver.

POWERFUL TEMP FAN SPEED

 

 

 

AIR SWING

TIMER

ON SET

1 2 3

OFF CANCEL

AC RC

SET CHECK CLOCK RESET

Troubleshooting

The room has a peculiar odour.

Indoor fan stops occasionally during automatic fan speed setting.

Indoor fan stops occasionally during heating operation.

This may be a damp smell emitted by the wall, carpet, furniture or clothing.

This helps to remove the surrounding odours.

To avoid unintended cooling effect.

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Panasonic CU-E15FKR manual FAN SPEED, AIR Swing

CU-E15FKR specifications

The Panasonic CU-E15FKR is an advanced air conditioning unit designed for efficient and effective cooling and heating solutions. This model is particularly well-regarded for its innovative features and technologies, making it an ideal choice for residential or small commercial spaces.

One of the standout features of the CU-E15FKR is its inverter technology. This allows the unit to adjust its compressor speed based on the desired temperature and current room conditions. As a result, it operates more efficiently than traditional air conditioning systems, consuming less energy and reducing electricity bills. The inverter technology also helps maintain a more consistent temperature, eliminating the sharp fluctuations that can occur with non-inverter models.

The CU-E15FKR is equipped with a high-performance compressor that offers robust cooling and heating capabilities. It is designed to operate effectively even in extreme weather conditions, ensuring comfort year-round. With its powerful cooling capacity of 15,000 BTU, the unit can cool medium-sized rooms quickly, making it ideal for hot summer days.

In addition to its impressive cooling capabilities, the CU-E15FKR features a highly efficient heating mode that provides warmth during colder months. This dual functionality enhances its versatility, allowing users to rely on a single unit for both heating and cooling needs.

Another notable characteristic of the CU-E15FKR is its advanced air purification technology. The unit incorporates a multi-stage filtration system that helps to remove dust, allergens, and other harmful particles from the air. This not only improves indoor air quality but also contributes to a healthier living environment.

The Panasonic CU-E15FKR also includes user-friendly features such as a remote control, which allows users to adjust settings from a distance. Additionally, it has a quiet operation mode, ensuring minimal noise disruption during use, which is particularly beneficial for bedrooms and peaceful environments.

Built with high-quality materials, the exterior design of the CU-E15FKR is both modern and durable. Its sleek finish complements various interior styles, adding to its aesthetic appeal while ensuring longevity.

In summary, the Panasonic CU-E15FKR is a versatile and energy-efficient air conditioning unit that combines powerful cooling and heating performance with advanced air purification and user-friendly features. Its inverter technology, along with its robust construction, makes it a reliable choice for those looking to enhance their indoor comfort while maintaining energy efficiency.