Electrolux EWS1064EDW white (914 532 509)
 | Outdated Product 11 899 ₴ Loading type: front loading; Capacity (kg): 6; Spin speed (rpm): 1000; Water consumption (L): 42; quick wash; Surge protection; Leak protection; Anti-foam control; Unbalance control; Child lock; Spin class: C; Energy class: A++; Display: LED; Noise level (dB): 75; Dimensions (cm): 85x60x45 |
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What do the symbols on clothing labels mean?Understanding the meaning of pictograms used for washing, spinning, drying, ironing, bleaching, and dry cleaning clothes
How much laundry can be loaded in the washing machine and how to determine the allowable load?How much laundry can your washing machine “accept” and why you should follow these recommendations
Information in model description is for reference purposes.
Before buying always check characteristics and configuration of product with online store manager
Catalog Electrolux 2024 - new products, best sales and most actual models Electrolux.
Before buying always check characteristics and configuration of product with online store manager
Catalog Electrolux 2024 - new products, best sales and most actual models Electrolux.
AccessoriesAll accessories for Electrolux EWS1064EDW →
Additional features washing machine Electrolux EWS1064EDW:
Fuzzy Logic
The system of electronic assessment of the amount of linen. After comparing the obtained results with the table stored in the memory of the processor, the washing parameters are selected (volume of water, washing cycle time, number of rinses, drum rotation speed during washing and spinning, etc.). In this way, optimal use of resources and time during washing is achieved.
- Extra rinse
- Easy ironing
- Fuzzy Logic
- Cotton
- Cotton Eco
- Synthetics
- delicate
- Wool Plus
- Jeans
- Rinse (depending on rpm)
- Spin / Drain
- Underwear
- Silk
- Curtains
- duvets
- Sport light
- 5 shirts 30
Fuzzy Logic
The system of electronic assessment of the amount of linen. After comparing the obtained results with the table stored in the memory of the processor, the washing parameters are selected (volume of water, washing cycle time, number of rinses, drum rotation speed during washing and spinning, etc.). In this way, optimal use of resources and time during washing is achieved.
