Product data HOOVER HW437AMBS/1-S |
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Manufacturer | HOOVER |
Manufacturer code | HW437AMBS/1-S |
Rated capacity (0) | 7 kg |
Spin-drying class (1) | B |
Noise emission class (2) | B |
Noise level (wash) (3) | 51 dB |
Noise level (spin) (4) | 76 dB |
Energy efficiency class (22) | A |
Energy consumption per 100 cycles (23) | 45 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. |
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(1) Performance class of a drum-equipped dryer is displayed on the scale from A (the most effective) to G (the most inefficient). |
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(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. |
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(3) The maximum noise level during the wash. |
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(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. |
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(22) 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. |
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(23) The amount of electricity that is used per 100 cycles. |