Technical data

Troubleshooting
Energy Saving Tips
 At an average room temperature of approx. 22°C, it is sufficient to
operate the miniBar with an average thermostat setting.
 If possible, always store pre-cooled goods.
 Do not expose the miniBar to direct sunlight and do not place it close
to a source of heat.
 An unobstructed air circulation in the fridge aggregate must be
ensured (ref. chapter 7.0 Installation).
 When removing goods, only open the miniBar briefly.
 Switch on the miniBar approx. 12 hours prior to stocking.
20
14.0
Failure : No cooling (the cooling unit at the back of the appliance is cold)
Possible Cause Fault Elimination (authorised service provider)
a.) Defective heating shell ?
b.) Defective Air and / or
Evaporator-Sensor?
c.) Defective electronic ?
d.) The appliance is in defrost
mode.
a.) Measure resistance, replace heating shell if
required.
230V / 65 W ~ 800W
230V / 80 W ~ 650W
110V / 65 W ~ 186W
110V / 80 W ~ 150W
b.) Pull sensor off electrics and check by means
of measurement.
Ambient Temperature (°C) Resistance (kOhm)
0° 32,51 +/-2%
10° 19,86 +/-2%
15° 15,68 +/-2%
20° 12,48 +/-2%
c.) Plug in and measure voltage applied at
heating shell output!
After a maximum of 15 seconds, the heating
shell will be driven by mains voltage.
d.) Pull out plug and put back in again.
Failure : No cooling (the cooling unit is warm)
a.) Is the appliance level?
b.) Has sufficient ventilation been
provided ?
c.) Running time to short ?
d.) Defective cooling unit ?
e.) Light permanently on when
door closed.
a.) Level the appliance using a spirit level.
b.) See section "Installation 7.0".
c.) Leave system running for a few hours.
d.) Replace cooling unit and - if required-
refrigerator.
e.) Replace lighting sensor. Install new door, if
required.
Possible Cause Fault Elimination (authorised service provider)
15.0