ECG EWS 1063 DQA+++

The ECG EWS 1063 DQA+++ front-load laundry machine is a fantastic solution for regular washing of clothing and textiles. This product's width is exactly 59.7 cm. The ECG EWS 1063 DQA+++ Narrow Washing Machine is of the A+++ energy class. This corresponds to the yearly energy consumption of 151 kWh/annum. The average yearly water consumption is 9900 l. The interior of the machine will fit 6 kg of laundry. The spin speed reaches a value of 1000 RPM. An advantage of this model by ECG is the delayed start function. You can use this function to set the machine to start at any later time. The machine also has a child lock that will be perfect if you have curious kids at home. The integrated display on the front will show you the settings or the status of the current wash cycle. The ECG EWS 1063 DQA+++ narrow washing machine also makes use of technology that offers you Aqua stop.

ECG EWS 1063 DQA+++ Slim Washing Machine

• ECG EWS 1063 DQA+++ is a front-loading washing machine
• Energy efficiency class: A+++
• Machine fits up to 6 kg
• Dimensions of washing machine: 59.7 × 84.5 × 41.6 cm
• Aqua Stop function prevents water leakage in the event of a fault
• The washing machine's slim design features a depth of 41.6 cm
• LED indicators are made to clearly display the current status of the washer
• Weight: 60.5 kg
• The machine has been tested by the dTest group
• Colour: white

The ECG Narrow Washing Machine is Built with Many Useful Features

Do you want to have your laundry washed at a certain time? The ECG narrow Washing Machine is perfect thanks to the delayed start function. The LED indicators will keep you up to speed on the washing information. The ECG EWS 1063 DQA+++ narrow washing machine has a built-in display that gives you precise information about the programmes and the washing process. This model is designed with a reliable child-lock function, so you will not have to stress that you child will be in danger. The AquaStop system protects against flooding in the event of a washing machine failure.