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Electrolux Refrigerator Service Manual

Internal structure of refrigerators with hidden evaporator
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See also: Service Manual , Use and Care Manual
© ELECTROLUX ZANUSSI
ELETTRODOMESTICI S.p.A.
VIA GIARDINI CATTANEO, 3
I - 33170 PORDENONE (ITALY)
Fax (0434) 394096
Publication no.
599 34 37-59
010330
ITZ/SERVICE/AA
SERVICE MANUAL
REFRIGERATORS
Internal
structure of
refrigerators
with hidden
evaporator

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Summary of Contents for Electrolux Refrigerator

  • Page 1 SERVICE MANUAL REFRIGERATORS Internal structure of © ELECTROLUX ZANUSSI Publication no. refrigerators ELETTRODOMESTICI S.p.A. 599 34 37-59 with hidden VIA GIARDINI CATTANEO, 3 010330 evaporator I - 33170 PORDENONE (ITALY) ITZ/SERVICE/AA Fax (0434) 394096...
  • Page 2 Internal structure of refrigerators with hidden evaporator...

  • Page 3: Table Of Contents

    Contents 1. Dual-temperature refrigerators 1.1 Freezer compartment evaporator page 5 1.2 Refrigerator compartment evaporator page 5 1.3 Internal structure page 6 2. Combi bottom 2.1 Static version page 7 2.2. No-Frost version page 8 3. Refrigerator (cooler) page 9 Internal structure of refrigerators with hidden evaporator...
  • Page 4 Internal structure of refrigerators with hidden evaporator...

  • Page 5: Dual-Temperature Refrigerators

    Two-door refrigerators featuring a freezer compartment are known as “dual-temperature” or “top freezers”. In these refrigerators, the evaporator consists of two sections: one evaporator in the freezer compartment, and a second evaporator in the refrigerator compartment. 1.1 Evaporator in freezer compartment This evaporator consists of an aluminium tube which is wound in a spiral form around a second surface in pre- painted aluminium, which forms the freezer cell.

  • Page 6: Freezer Compartment Evaporator

    The evaporator tubes are cold, which means that, if they were to come into contact with the cell, this would cause the formation of condensation or even ice inside the refrigerator. For this reason, spacers (4) are used to prevent contact with the cell. As in all circuits of this type, an accumulator (3) is fitted.

  • Page 7: Combi Bottom

    2. Combi bottom 2.1 Static version The static version consists of a freezer compartment in the lower section and a refrigerator compartment in the upper section. The static version features a ROLL-BOND evaporator (2) embedded in polystyrene foam on the cabinet and secured by adhesive to the cell.

  • Page 8: No-Frost Version

    The combined No-frost version consists of a NO-FROST evaporator battery (1) and the refrigrator evaporator (4). The evaporator is the same as that fitted to the dual-temperature refrigerator, i.e. an aluminium tube fitted to a pre-painted aluminium plate. The plate (2) secures the thermostat bulb in position. The position of the plate varies according to the model, the dimensions of the evaporator and the optimum thermostat setting.

  • Page 9: Refrigerator (Cooler)

    3. Refrigerator (cooler) The structure of the refrigerator-only appliance consists of a ROLL-BOND evaporator plate (1); the thermostat bulb is located in position (2). The position of the housing varies according to the model, the dimensions of the evaporator and the optimum thermostat setting.