VERBRAUCHSDATEN

 

Wäschemenge

Höchstdrehzahl einer

Energieverbrauch

Maximale Dauer

Programm

Haushaltswaschmaschine

 

(in kg)*

(U/min)

(kWh)

(Minuten)

 

 

 

 

 

 

 

 

 

Baumwollprogramm

***8

1000 (60 % Restfeuchtigkeit)**

5,13

145

1400 (50 % Restfeuchtigkeit)

4,78

135

für schranktrockene

 

 

 

 

 

 

1000 (60 % Restfeuchtigkeit)**

4,57

125

Wäsche

***7

1400 (50 % Restfeuchtigkeit)

3,78

96

 

 

 

 

 

 

 

Baumwollprogramm

***8

1000 (60 % Restfeuchtigkeit)**

4,53

105

1400 (50 % Restfeuchtigkeit)

3,94

96

für bügeltrockene

 

 

 

 

 

 

1000 (60 % Restfeuchtigkeit)**

4,06

98

Wäsche

***7

1400 (50 % Restfeuchtigkeit)

3,43

80

 

 

 

 

 

 

 

1.* : Trockengewicht der Wäsche

**: EN 61121:2013-Testprogramm

2.Alle Daten ohne Sternchen wurden mit Hilfe von EN 61121:2013 berechnet.

3.***7 : SDC**7** (7 Kg)

***8 : SDC**8** (8 Kg)

Die Verbrauchsdaten können von den obigen Nennwerten abweichen, wenn Wäschemenge, Textilart, Restfeuchtigkeit nach dem Schleudern oder abweichende Stromversorgungsdaten vorliegen und zusätzliche Optionen gewählt werden

Anhang _33

06 ANHANG

SDC14709-02885B-06_DE.indd Sec7:33

2013-03-29 ￿￿ 10:33:11

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Image 69
Samsung SDC35711/XEN, SDC35701/XEN, SDC14709/XEF Verbrauchsdaten, Baumwollprogramm, Für schranktrockene, Für bügeltrockene

SDC35711/XEN, SDC35701/XEN, SDC14709/XEF specifications

The Samsung SDC16809/XEF and SDC14709/XEF are advanced digital cameras designed for both professional and amateur photographers seeking high-quality imaging capabilities in a compact format. These models represent a blend of cutting-edge technology and user-friendly features, making them suitable for a wide range of photography needs.

One of the standout features of the SDC16809/XEF is its 16-megapixel sensor, which delivers stunning detail and clarity in photographs. The high-resolution sensor ensures that images retain rich textures and colors, making it ideal for capturing everything from landscapes to portraits. The SDC14709/XEF offers a slightly lower resolution but maintains exceptional image quality, emphasizing versatility for different shooting environments.

Both models utilize Samsung's advanced digital signal processing technologies, ensuring optimal performance even in challenging lighting conditions. The incorporation of advanced noise reduction algorithms allows photographers to produce crisp images with minimal graininess, even when shooting in low-light scenarios. The cameras also feature fast autofocus systems that guarantee quick and accurate focus, enabling users to capture fleeting moments without hesitation.

Another significant technological advancement in both the SDC16809/XEF and SDC14709/XEF is their integrated Wi-Fi capabilities. This feature allows users to easily transfer images to smartphones or tablets for instant sharing on social media platforms. Additionally, the Wi-Fi function enables remote control of the cameras, giving photographers the flexibility to adjust settings and capture images from a distance.

The ergonomic design of these models ensures comfortable handling during extended shooting sessions. The intuitive interface features well-placed buttons for easy access to essential functions, allowing users to focus more on creativity rather than navigation. The large LCD screens provide vibrant previews of shots, facilitating accurate framing and composition.

Furthermore, the SDC16809/XEF and SDC14709/XEF support various shooting modes, including manual, aperture priority, and shutter priority, catering to photographers at every skill level. The inclusion of built-in image stabilization technology further enhances the user experience by reducing the risk of blurriness caused by camera shake.

In summary, the Samsung SDC16809/XEF and SDC14709/XEF are sophisticated yet approachable digital cameras that combine high-resolution imaging, advanced processing technologies, and versatile connectivity options. They embody Samsung’s commitment to innovation and quality, appealing to anyone who values outstanding photographic performance.