6. STARTING A WASHING PROGRAMME
Wash Cycle Table
NOTE
•
★ Meaning: need to ll rinse into the Rinse-Aid Dispenser.
• * En50242: This program is the test cycle, the rinse-aid dispenser setting is recommended to be set to position 6.
• The power consumption of off-mode is 0W, left-on model is 0.4W.
Programm
Cycle selection
information
Description of cycle
Detergent
pre/main
Running
time (min)
Energy
(Kwh)
Water
(l)
Rinse
For all soiled loads,
such as pots, pans,
casserole dishes and
dishes that have been
sitting with dried food
on them for a while.
Pre-Wash
AUTOWash
Rinse
Rinse
Drying
5/22 g 120-160 0.8 - 1.1 9 - 12
★
Intensive
For heaviest soiled
crockery, and normally
soiled pots pans dishes
etc with dried on
soiling;
Pre-wash (50°C)
Wash (65°C)
Rinse
Rinse
Rinse (55°C)
Drying
5/22 g 120 1.13 16.0
★
Normal
For normally soiled
loads, such as pots
plates glasses and
lightly soiled pans.
Pre-wash
Wash (55°C)
Rinse
Rinse (65°C)
Drying
5/22 g 155 1.09 13.0
★
Eco
* EN 50242
Standard daily cycle for
normally soiled loads,
such as pots plates
glasses.
Pre-wash
Wash (50°C)
Rinse (60°C)
Drying
5/22 g 175 0.77 10.5
★
Express
A shorter wash for
lightly soiled loads and
quick wash
Wash (40°C)
Rinse
Rinse (40°C)
15 g 30 0.5 9.0
Delicate
For lightly soiled
crockery and glass
Pre-wash
Wash (40°C)
Rinse
Rinse (60°C)
Drying
15 g 95 0.71 13.0
★
Pre-wash
To rinse dishes that
you plan to wash later
that day.
Pre-wash
8 0.01 3.0
+
Intensive
+
3 in1
For the heaviest soiled
loads, such as pots,
pans, casserole dishes
and dishes that have
been sitting with dried
food on them for a
while.
Pre-wash (50°C)
Wash (65°C)
Rinse
Rinse
Rinse (55°C)
Drying
3 in1 120 1.13 16.0
+
Normal
+
3 in1
For normally soiled
loads, such as pots,
plates, glasses and
lightly soiled pans.
Pre-wash (50°C)
Wash (55°C)
Rinse
Rinse (65°C)
Drying
3 in1 150 1.08 13.5
+
Eco
+
3 in1
For lightly soiled
loads, such as plates,
glasses, bowls and
lightly soiled pans.
Pre-wash
Wash (50°C)
Rinse (65°C)
Drying
3 in1 160 0.84 10.5
Normally soiled crockery. “Standard Program” the most efcient in terms of its combined energy and water consumption.
