Product data BEKO WUE6512BA

Manufacturer BEKO
Manufacturer code WUE6512BA
Rated capacity (0) 6 kg
Spin-drying class (1) C
Noise emission class (2) A
Noise level (wash) (3) 60 dB
Noise level (spin) (4) 72 dB
Energy efficiency class (19) E
Energy consumption per 100 cycles (20) 73 kWh

(0) Rated load in kilograms of clothes made of cotton at a temperature 60°C and while using an ordinary program with maximum load or clothes made of cotton at a temperature 40°C while using an ordinary program with maximum load whichever value is less.

(1) Performance class of a drum-equipped dryer is displayed on the scale from A (the most effective) to G (the most inefficient).

(2) Not only energy saving helps to protect the environment but also noise level reduction. Noise level reduction up to 3 dB really means noise level reduction in 2 times. For example, a device with noise level 39 dB (А) will be two times quieter than a devise with a noise level 42 dB (А). Energy-saving certificate that shows noise level plays the role of an additional objective indicator basing on which You can successfully choose a product.

(3) The maximum noise level during the wash.

(4) The maximum noise level during the spin. Not only energy saving helps to protect the environment but also noise level reduction. Noise level reduction up to 3 dB really means noise level reduction in 2 times. For example, a device with noise level 78 dB (А) will be two times quieter than a devise with a noise level 81 dB (А). Energy-saving certificate that shows noise level plays the role of an additional objective indicator basing on which You can successfully choose a product.

(19) Energy efficiency class is a standard classification that is used all over Europe and which is understandable at first sight. Products can be efficiently compared according to classes, starting from A (the most energy efficient class), and ending with G (the most energy-intensive class). The classification of energy efficiency is based on annual energy consumption which is being calculated on the basis of several different parameters.

(20) The amount of electricity that is used per 100 cycles.