7
O
v
e
rv
ie
w
o
f
p
ro
g
ra
m
m
e
s
a
r
e
fe
r
to
t
h
e
t
a
b
le
o
f
co
n
s
u
m
p
ti
o
n
v
a
lu
e
s
o
n
p
a
g
e
8
a
n
d
n
o
te
s
o
n
p
a
g
e
6
.
P
ro
g
ra
m
m
es
°C
m
ax
.
Ty
pe
of la
undr
y
A
dditiona
l func
tions
; inf
or
ma
tion
ŸƖơƗƖƟƚƥƑ
(C
o
tt
ons
)
2
0
, 3
0
, 4
0
, 6
0
, 9
0
°
C
7
k
g
/
4
k
g
*
H
ar
d
-w
ea
ri
ng
fa
b
ri
cs
, h
ea
t-r
es
is
ta
nt
fa
b
ri
cs
m
ad
e
of
co
tto
n
or
li
ne
n
Ĉ
S
pe
edP
erf
ect
*,
ć
÷
E
co
P
er
fe
ct,
S
ƅ
ƢƜ
ƴƬ
ƞ
p
o
ƫƢ
ƝƖ
p
Ʊ
ƥƚ
(R
ed
uc
ed
Ir
on
in
g
),
=
Ɗ
ƞƩ
Ƣƫ
ƫƴ
Ƭƞ
Ʃ
o
v
ƞƩ
ƴ
(W
ate
r
P
lu
s)
+
ƊƩƴƤƭƫƠ
(+
P
re
w
as
h)
4
0
°
C
ƈƩƢƝƚƨƞƟƑ
(E
as
y-
C
ar
e)
3
0
, 4
0
°
C
3
k
g
E
as
y-
ca
re
fa
b
ri
cs
m
ad
e
of
c
otto
n,
li
ne
n,
s
yn
th
eti
c
fib
re
s
or
b
le
nd
ed
fa
b
ri
cs
Ĉ
S
p
ee
d
P
er
fe
ct
,
ć
÷
E
co
P
er
fe
ct,
S
ƅ
ƢƜ
ƴƬ
ƞ
p
o
ƫƢ
ƝƖ
p
Ʊ
ƥƚ
(R
ed
uc
ed
Ir
on
in
g
),
=
Ɗ
ƞƩ
Ƣƫ
ƫƴ
Ƭƞ
Ʃ
o
v
ƞƩ
ƴ
(W
ate
r
P
lu
s)
ŷƢƑơƚƞƟƨƖ
(M
ix
)
4
0
°
C
Fa
b
ri
cs
m
ad
e
of
c
otto
n
or
e
as
y-
ca
re
fa
b
ri
cs
Ĉ
S
p
ee
d
P
er
fe
ct
,
ć
÷
E
co
P
er
fe
ct,
S
ƅ
ƢƜ
ƴƬ
ƞ
p
o
ƫƢ
ƝƖ
p
Ʊ
ƥƚ
(R
ed
uc
ed
Ir
on
in
g
),
=
Ɗ
ƞƩ
Ƣƫ
ƫƴ
Ƭƞ
Ʃ
o
v
ƞƩ
ƴ
(W
ate
r
P
lu
s)
;
d
iff
er
en
t ty
p
es
o
f l
au
nd
ry
c
an
b
e
w
as
he
d
to
g
eth
er
ƂƚƨƖƣƭƨƑ
(D
elic
at
e/
S
ilk
)
3
0
°
C
2
k
g
Fo
r
d
el
ic
ate
, w
as
ha
b
le
fa
b
ri
cs
, e
.g
. m
ad
e
of
s
ilk
, s
ati
n,
sy
nth
eti
c
fib
re
s
or
b
le
nd
ed
fa
b
ri
cs
(e
.g
. c
ur
ta
in
s)
Ĉ
S
p
ee
d
P
er
fe
ct
,
ć
÷
E
co
P
er
fe
ct,
S
ƅ
ƢƜ
ƴƬ
ƞ
p
o
ƫƢ
ƝƖ
p
Ʊ
ƥƚ
(R
ed
uc
ed
Ir
on
in
g
),
=
Ɗ
ƞƩ
Ƣƫ
ƫƴ
Ƭƞ
Ʃ
o
v
ƞƩ
ƴ
(W
ate
r
P
lu
s)
;
N
o
sp
in
b
etw
ee
n
ri
ns
e
cy
cl
es
:
/
ƂƑƠƠƞƢƖ
(
W
o
o
l)
ƣƩƵƨ
(c
ol
d
),
3
0
°
C
H
an
d
ä
o
r
m
ac
hi
ne
-w
as
ha
b
le
fa
b
ri
cs
m
ad
e
of
w
oo
l o
r
co
nta
in
in
g
w
oo
l
P
ar
tic
ul
ar
ly
g
en
tle
w
as
h
p
ro
g
ra
m
m
e
to
p
re
ve
nt
sh
ri
nk
ag
e
of
la
un
d
ry
. L
on
g
er
p
ro
g
ra
m
m
e
b
re
ak
s
(f
ab
ri
cs
r
es
t i
n
th
e
d
ete
r-
g
en
t s
ol
uti
on
)
ŹƥƓƘƤƥƤ
1
5’
(S
u
p
er
Q
u
ic
k
15
’)
3
0
°
C
E
as
y-
ca
re
fa
b
ri
cs
m
ad
e
of
c
otto
n,
li
ne
n,
s
yn
th
eti
c
fib
re
s
or
b
le
nd
ed
fa
b
ri
cs
S
ho
rt
p
ro
g
ra
m
m
e,
a
p
p
ro
x.
1
5
m
in
ute
s,
su
ita
b
le
fo
r
lig
htl
y
so
ile
d
la
un
d
ry
A
ddi
ti
ona
l pr
ogr
am
m
es
ƄƒƗƘƖƠơƖ
/
ƈƨƱƬƞơƤ
(R
ins
e/
S
pin),
ŮƢƨƠƜƧƜ
ƢƚƥƤƱ
(D
ra
in)
*
R
ed
uc
ed
lo
ad
fo
r
ad
d
iti
on
al
Ĉ
S
pe
edP
er
fe
ct
fu
nc
tio
n.
A
s
a
shor
t pr
ogr
am
m
e,
ŷƢƑơƚƞƟƨƖ
(M
ix
)
40
°
C
,
w
ith
a
m
ax
im
um
s
p
in
s
p
ee
d
, i
s
id
ea
l.
P
ro
g
ra
m
m
es
w
ith
ou
t p
re
w
as
h
- a
d
d
d
ete
rg
en
t to
c
om
p
ar
tm
en
t
II
, p
ro
g
ra
m
m
es
w
ith
p
re
w
as
h
- d
is
tr
ib
ute
th
e
d
ete
rg
en
t b
etw
ee
n
co
m
p
ar
tm
en
ts
I
an
d
II
.
9
4
0
5
/
9
0
0
1
0
0
5
7
2
2
*1005722*
W
A
E
2
0
1
7
1
G
R
..
.
R
ob
er
t B
os
ch
H
au
sg
er
äte
G
m
b
H
C
ar
l-W
er
y-
S
tr
. 3
4
8
1
7
3
9
M
ün
ch
en
/
D
eu
ts
ch
la
nd
8
Safety instructions
– Read the instruction manual and installation instructions and all other information enclosed with the washing
machine and act accordingly.
– Retain the documents for subsequent use.
Risk of electric shock
– Never pull the cable to disconnect the mains plug.
– Never insert/disconnect the mains plug with damp hands.
Danger to life
For worn-out appliances:
– Disconnect the mains plug.
– Sever the mains cable and discard along with the plug.
– Destroy the lock on the washing machine door. This will prevent children from
locking themselves in and risking their lives.
Danger of suffocation
– Keep packaging, film and packaging parts out of the reach of children.
Risk of poisoning
– Keep detergents and care products out of the reach of children.
Risk of explosion
– Items of laundry pretreated with cleaning agents containing solvents, e.g. stain
remover/cleaning solvent may cause an explosion after being loaded into the
washing machine.
Rinse items of laundry thoroughly by hand beforehand.
Risk of injury
– The washing machine door can become very hot.
– Be careful when draining hot detergent solution.
– Do not climb onto the washing machine.
– Do not lean on the open washing machine door.
– Do not reach into the drum if it is still rotating.
– Be careful when opening the detergent drawer while the machine is in operation.
Consumption values
depending on model
Programme
Load
Electricity
**
Water
**
Programme
duration
**
żƚƥƛƚƣƞƩƕ
(Cottons) 20 °C
7 kg
0,31 kWh
72 l
2 ¾ h
żƚƥƛƚƣƞƩƕ
(Cottons) 40 °C
7 kg
0,85 kWh
72 l
2 ¾ h
żƚƥƛƚƣƞƩƕ
(Cottons)
60 °C
7 kg
1,21 kWh
72 l
2 ¾ h
żƚƥƛƚƣƞƩƕ
(Cottons) 90 °C
7 kg
2,01 kWh
77 l
3 h
ƌƭƦơƞƬƢƣƕ
(Easy-Care) 40 °C
3 kg
0,64 kWh
56 l
1 ¾ h
ŻƦƕƥƞƢƣƬƚ
(Mix) 40 °C
3 kg
0,46 kWh
36 l
1 ¼ h
ƆƞƬƚƧƱƬƕ
(Delicate/Silk) 30 °C
2 kg
0,24 kWh
37 l
¾ h
:
/
ƆƕƤƤƢƦƚ
(Wool) 30°C
2 kg
0,22 kWh
47 l
¾ h
Programme
Additional
function
Load
Annual energy
consumption
Annual water
consumption
żƚƥƛƚƣƞƩƕ
(Cottons)
40/60 °C
ć
Eco Perfect*
3,5/7 kg
165 kWh
10686 l
*
Programme setting for testing and energy labelling in accordance with EU directive 2010/30/EU with cold water (15 ºC).
** The values deviate from the indicated values depending on water pressure, hardness, and inlet temperature, ambient tem-
perature, type, amount and soiling of the laundry, detergent used, fluctuations in the power supply and selected additional
functions.
ŤƂƍƃƂƋƆƑŽ
Q
ŜƎƂƑƏƈ
ƆƖƱƧƜ
a
a
a
ŮƢƨƠƜƧƜ ƢƚƥƤƱ
ƄƒƗƘƖƠơƖ ƈƨƱƬƞơƤ
ŮƢƨƠƜƧƜ ƢƚƥƤƱ
Q
ŰƢƖƥƣƜ
ƊƚƵƫƠ
ʑ
ʑ
Q
ŜƎƂƑƏƈ
ƆƖƱƧƜ
a
ʑ
ŸƙƑƀƒ ŴƔƝƘƊƍƐ
a
ʑ
Q
ŜƎƂƑƏƈ
ƆƖƱƧƜ
ʑ
ŸƙƑƀƒ ŴƔƝƘƊƍƐ
a
a
ʑ
ʑ
S
ŭƊƄƜƔƆ
ƓƊƅž ƙƍƂ
a
a
ʑ
ʑ
a
ʑ
ŤƂƍƃƂƋƆƑŽ
ʑ
ŲƌƝƓƈ
ʑ
a
a
ʑ
a
ʑ
ʑ
ʑ
ŰžƃƄƂƌƍƂ
ƈƨƱƬƞơƤ
a
