[ESPAÑOL]

1)Las fugas de refrigerante contribuyen al cambio climático. Cuanto mayor sea el potencial de calentamiento global (GWP) de un refrigerante, más contribuirá a dicho calentamiento su vertido a la atmósfera. Este aparato contiene un líquido refrigerante con un GWP igual a [xxx].

Esto significa que, si pasara a la atmósfera 1 kg de este líquido refrigerante, el impacto en el calentamiento global sería, a lo largo de 100 años, [xxx] veces mayor que si se vertiera 1 kg de CO2.

Nunca intente intervenir en el circuito del refrigerante ni desmontar el aparato usted mismo; consulte siempre a un profesional.

2)Consumo de energía“XYZ”kWh/año, según los resultados obtenidos en ensayos estándar.

El consumo de energía real depende de las condiciones de uso del aparato y del lugar en el que esté instalado.

3)Consumo de energía“XYZ”kWh/año, según los resultados obtenidos en ensayos estándar.

El consumo de energía real depende de las condiciones de uso del aparato y del lugar en el que esté instalado.

[FRANÇAIS]

1)La fuite de fluide frigorigène contribue au changement de climat. Le fluide frigorigène avec un potentiel de réchauffement planétaire (PRP) plus bas contribue moins au réchauffement planétaire qu'un fluide frigorigène avec un PRP plus haut, s'il s'échappe dans l'atmosphère. Cet appareil contient un fluide frigorigène avec un PRP égal à [xxx].

Cela signifie que si 1 kg de ce fluide frigorigène s'échappe dans l'atmosphère, l'impact sur le réchauffement planétaire serait de [xxx] fois plus haut qu'1 kg de CO2, sur une période de 100 ans.

N'essayez jamais d'interférer avec le circuit de fluide frigorigène ou de démonter le produit vous-même et demandez toujours conseil à un professionnel.

2)Consommation énergétique“XYZ”kWh par an, basée sur des résultats de tests standard.

La consommation énergétique réelle dépend de la méthode d'utilisation de l'appareil et de sa situation géographique.

3)Consommation énergétique“XYZ”kWh par an, basée sur des résultats de tests standard.

La consommation énergétique réelle dépend de la méthode d'utilisation de l'appareil et de sa situation géographique.

[ITALIANO]

1)Le fughe di refrigerante hanno impatto sull'ambiente. In caso di fughe in atmosfera refrigeranti con potenziale di riscaldamento planetario (GWP) più basso contribuiscono al contenimento del riscaldamento della Terra. Questo apparecchio contiene un refrigerante caratterizzato da un GWP pari a [xxx].

Ciò significa che la dispersione in atmosfera di 1 kg di questo refrigerante nell'arco di un secolo ha un impatto di [xxx] volte maggiore di quello della dispersione di 1 kg di CO2.

Occorre evitare nel modo più assoluto di manomettere o di smontare autonomamente il circuito frigorifero in quanto tali operazioni devono essere obbligatoriamente svolte da personale qualificato.

2)Consumo di energia di “XYZ”kWh annui, riferiti ai risultati dei test eseguiti alle condizioni standard. Il consumo di energia effettivo dipende comunque dalla modalità e dal luogo di funzionamento dell'apparecchio .

3)Consumo di energia di “XYZ”kWh annui, riferiti ai risultati dei test eseguiti alle condizioni standard. Il consumo di energia effettivo dipende comunque dalla modalità e dal luogo di funzionamento dell'apparecchio .

Crystal Europe_AR09FSSE@_Product fiche_DB68-03549A.indd 8

8

2012-12-24 14:00:08

Page 8
Image 8
Samsung AR18FSSEDWUXEU, AR09FSSEDWUXEU, AR12FSSEDWUXEU, AR24FSSEDWUXEU manual Español

AR12FSSEDWUXEU, AR18FSSEDWUXEU, AR24FSSEDWUXEU, AR09FSSEDWUXEU specifications

The Samsung AR18FSSEDWUXEU and AR18FSSEDWUNEU air conditioners are part of the brand's innovative approach to climate control, blending cutting-edge technology with efficient design. Renowned for their energy efficiency and advanced cooling capabilities, these models cater to both residential and commercial spaces, providing a comfortable living environment even during the hottest months.

One of the standout features of these air conditioners is their energy efficiency, and both models boast an impressive SEER (Seasonal Energy Efficiency Ratio) rating. This ensures not only cost-effective cooling but also a reduced environmental impact, aligning with modern sustainability goals. The inverter technology used in these units allows for precise temperature control, adjusting the compressor speed according to the set temperature, which results in minimized energy consumption and reduced wear on the system, enhancing longevity.

The AR18FSSEDWUXEU and AR18FSSEDWUNEU are equipped with a high-efficiency air filtration system. This often includes a multi-layer filter that captures dust, allergens, and other airborne particles, significantly improving indoor air quality. This feature is particularly beneficial for those with allergies or respiratory sensitivities.

Another highlight is the Smart Mode functionality, which optimizes the cooling process by automatically adjusting the fan speed and cooling power according to the current room conditions. This intelligent adaptability not only enhances comfort but also helps in achieving energy savings.

The design of these air conditioning units is sleek and modern, suited for a variety of interior styles. The quiet operation of these models adds to their appeal, ensuring that the cooling process does not disrupt daily activities or sleep.

Moreover, both units come with user-friendly remote control features, enabling easy adjustment of settings from anywhere in the room. Some versions may also support smart home integration, allowing users to control their aircon via mobile applications or voice-assistant devices.

In summary, the Samsung AR18FSSEDWUXEU and AR18FSSEDWUNEU air conditioners represent a significant advancement in cooling technology, offering energy efficiency, superior air filtration, intelligent smart features, and a stylish design. They are ideal for consumers seeking a reliable and effective solution to their cooling needs, demonstrating Samsung's commitment to innovation and quality in the home appliance sector. With these air conditioners, users can enjoy a comfortable and healthy indoor climate year-round.