
EN -8-
Before Using your Fridge
•
When using your fridge for the first time, or after transportation, keep it
in an upright position for at least 3 hours before plugging into the mains.
This allows efficient operation and prevents damage to the compressor.
•
Your fridge may have a smell when it is operated for the first time. This is normal and
the smell will fade away when your fridge starts to cool.
PART - 2.
THE VARIOUS FUNCTION AND POSSIBILITIES
Information about New Generation Cooling Technology
Fridges with new generation cooling technology have a different
working system than static fridges. Other fridges may experience
ice build up in the freezer compartment due to door openings and
humidity in the food. In such fridges regular defrosting is required;
the fridge has to be periodically turned off, the frozen food moved
to a suitable container and the ice which has formed in the freezer
compartment removed.
In fridges with new generation cooling technology, dry cold air is
pumped evenly into the fridge and freezer compartments using a
fan. The cold air cools your food evenly and uniformly, preventing
humidity and ice build up.
In the refrigerator compartment, air blown by the fan located at the
top of refrigerator compartment is cooled while passing through the
gap behind the air duct. At the same time, the air is blown out through
the holes in the air duct evenly spreading cool air throughout the
refrigerator compartment.
As there is no air passage between the freezer and refrigerator
compartments there will be no odor mixing.
As a result of this, your fridge with new generation cooling technology
gives you ease of use as well as huge volume and aesthetic
appearance.
Summary of Contents for BNFMC645-HGB
Page 1: ...Freezer Fridge User Manual EN BNFMC645 W BNFMC645 IX BNFMC645 HGB...
Page 25: ...19 HEB 5 4 10 1 1 2 2 3 3 4 4 5 5 6 6 7 7...
Page 26: ...18 HEB NO FROST...
Page 27: ...17 HEB 5 PS 6 LED SR...
Page 28: ...16 HEB LED LED a b c...
Page 29: ...15 HEB 4...
Page 30: ...14 HEB 24 4 C 24 24 2 C 24 3...
Page 31: ...13 HEB 3 4 C...
Page 32: ...12 HEB 65 C 1...
Page 33: ...11 HEB 1 1 2 1 2 1...
Page 34: ...10 HEB 0 C...
Page 35: ...9 HEB 24 5 5 43 C 10 C o C T o C 43 16 ST o C 38 16 N o C 32 16 SN o C 32 10 2...
Page 36: ...8 HEB C o 8 6 5 4 2 6 C 2 4 5 6 8 3...
Page 37: ...7 HEB 2...
Page 38: ...6 HEB 3 90...
Page 39: ...5 HEB 50 220 240 5 50 2 15...
Page 40: ...4 HEB HFC CFC WEEE 48 5...
Page 41: ...3 HEB 16 8 8 3 3 0 8 3 14 8 2000...
Page 42: ...2 HEB 1 ISO 7010 W021 R600a R600a...
Page 43: ...3 HEB mA 30 OFF...
Page 44: ...1 HEB 2 2 4 5 5 6 7 7 8 8 8 8 9 9 9 10 10 10 10 11 11 11 12 13 13 14 15 17 17 17 19 20...
Page 45: ...52346025...