Zanussi ZFT 13 JD Talimat Kitabı - Sayfa 9
Dondurucu Zanussi ZFT 13 JD için çevrimiçi göz atın veya pdf Talimat Kitabı indirin. Zanussi ZFT 13 JD 14 sayfaları. Freezer zft 13 jd
Change of door opening direction
Should the setting-up place or handling demand it,
door-opening direction can be refitted from right-
handed to left-handed.
Following operations are to be done on the basis of
figures and explanations:
Break the circuit of the appliance.
Tilt back the appliance carefully being careful so
that the compressor can not touch the floor. It is
recommended to ask another person for help,
who can keep the appliance at this position
safely.
Unscrew the adjustable feet situated on both
sides (2 pieces), in addition the screws fixing the
lower door holders (3 pieces) and the screw on
the other side respectively.
Take off the freezer door by pulling it slightly
downwards.
Unscrew the top door hinge pin of the refrigerator
then screw it back on the other side.
Fit the freezer door on the upper door hinge pin.
Put over the pin in the lower door holding plate in
the direction of the arrow.
Take the door off.
Unscrew the top door holding pin and put it on
the other side.
Put over the handles on the other side and put
the plastic covering nails supplied in the plastic
bag of this instruction book into the holes set
free.
Put the appliance to its place, set it level and
apply voltage to it.
In case you do not want to perform the procedures
above, call the nearest brand-mark service.
Technicians will accomplish the refitting expertly for
charge.
Electrical connection
This refrigerator is designed to operate on a 230
V AC (~) 50 Hz supply.
The plug must be put into a socket with
protective contact. If there is no such, it is
recommended to get an electrician to fit an
earthed socket in compliance with standards
near the refrigerator.
This appliance complies with the following
E.E.C. Directives:
- 73/23 EEC of 19.02.73 (Low Voltage Directive) and
subsequent modifications,
- 89/336
EEC
of
Compatibility
Directive)
modifications.
03.05.89
(Electromagnetic
and
subsequent
GB
39