Qilive Q.6855, Manual

Page: 18 / 224

18
EN
Programme Load(kg) Display Time
Rinse&Spin 9.0 10.0 0:20 0:20
Sterilization 4.5 5.0 2:27 2:27
Sports 4.5 5.0 0:58 0:58
Wool 2.0 2.0 1:07 1:07
Eco 40-60 9.0 10.0 3:48 3:59
15’Quick 2.0 2.0 0:15 0:15
Note!
■ The parameters in this table are for the user’s reference only. The actual
parameters may be different from the parameters in the table.
Cycle
Nominal
capacity in kg
Cycle duration
in hours and
minutes
Energy
consumption in
KWh/operating
cycle
Water
consumption in
milter// operating
cycle
Highest
temperature
°C
Residual
moisture in %/
spin speed
20°C Half 1:01 0,195 51 20 65%/1000
Cotton
(60°C)
Full 3:44 1,726 85 60 53%/1400
Sterilization Half 2:27 1,223 65 70 70%/800
Mix Full 1:20 0,871 78 40 70%/800
Quick15’ 2.0 0:15 0,030 31 15 70%/800
ECO 40-60
Full 3:59 1,015 70,6 40 53.9%/1300
Half 3:00 0,635 55,3 38 53.9%/1300
Quarter 3:00 0,286 38,8 22 53.9%/1300
■ The above data is for reference only, and the data may change due to different
actual use conditions.
■ The valves given for programmes other than the ECO 40-60 programme are
indicative only.
■ Concerning to EN 60456:2016/prA2019 With (EU)2019/2014, (EU)2019/2023,
The EU energy efficiency class is: B
Energy test program: ECO 40-60. Other as the default.
Half load for 10.0Kg machine: 5.0Kg.
Quarter load for 10.0Kg machine: 2.5Kg.
1) The highest temperature reached by the laundry in the wash cycle for at least
5 minutes.
2) Residual moisture after the wash cycle in water content percent and the spin
speed at which this was achieved.
3) The ECO 40-60 programme is able to clean normally soiled cotton laundry
declared to be washable at 40°C or 60°C, together in the same cycle. This
programme is used to assess the compliance with the regulation (EU) 2019/2023.
The most efficient programmes in terms of energy consumption are generally those
that perform at lower temperatures and longer duration.
Loading the household washing machine up to the capacity indicated for the respective
programmes will contribute to energy and water savings.
Noise and remaining moisture content are influenced by the spinning speed: the higher
the spinning speed in the spinning phase, the higher the noise and the lower the
remaining moisture content.