Zanussi ZDF 91400 XA stainless steel
 | Outdated Product Place settings: 12; Water consumption (L): 11; pre-rinse; quick wash; intensive; 3-in-1 tablets use; Delay timer; Salt indicator; Rinse aid indicator; Leak protection; Controls: rotary knob; Energy class: A+; Noise level (dB): 49; Dimensions (cm): 85x60x63; |
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place settings 14, programs 6, energy consumption D, water consumption 12 L, 47 dB, width: 60 cm
place settings 14, programs 6, energy consumption D, water consumption 12 L, 47 dB, width: 60 cm
place settings 13, programs 5, energy consumption A+++, water consumption 10 L, 47 dB, width: 60 cm, smart House
place settings 12, programs 5, energy consumption A++, water consumption 10 L, 48 dB, width: 60 cm, hot water supply, inverter, door closer
place settings 12, programs 5, energy consumption E, water consumption 11 L, 50 dB, width: 60 cm, hot water supply, smart House
Zanussi ZDF 91400 XA stainless steel
stainless steel
white
2020
Number of place settings:12
Dryer:condenser
Number of programs:5 pcs
Energy consumption:A+
Water consumption:11 L
Noise level:49 dB
Width:60 cm
All specifications
Specifications ZDF 91400 XA
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Information in model description is for reference purposes.
Before buying always check characteristics and configuration of product with online store manager
Catalog Zanussi 2024 - new products, best sales and most actual models Zanussi.
Before buying always check characteristics and configuration of product with online store manager
Catalog Zanussi 2024 - new products, best sales and most actual models Zanussi.
AccessoriesAll accessories for Zanussi ZDF 91400 XA →
Good to know:
Fuzzy Logic
The system of electronic assessment of the amount of loading. After comparing the obtained results with the table stored in the processor memory, the parameters of water volume, cycle time, etc. are selected. In this way, optimal use of resources and time is achieved.
Fuzzy Logic
The system of electronic assessment of the amount of loading. After comparing the obtained results with the table stored in the processor memory, the parameters of water volume, cycle time, etc. are selected. In this way, optimal use of resources and time is achieved.
