Electrolux E15IM60GSS Complete Owner's Guide (English) - Page 14

Operation

Page 14 highlights

14 Operation Normal Operation The ice maker is designed to make clear ice from most water sources on a consistent basis. Water is constantly circulated over the evaporator assembly. As the water freezes, gravity causes any sediment to drop into the water trough and not become imbedded in the ice. This gives a clearer ice cube with a low mineral content. When the ice reaches the desired thickness, it falls off the evaporator and into the storage bin. The cycle is then repeated. When the level of ice reaches the top of the storage bin the unit shuts off. As the ice level in the bin drops the unit will automatically restart to keep the bin full. Your unit's ice production rate may vary depending on many considerations. Ambient air temperatures, water temperatures, condenser cleanliness and ice-maker cleanliness are all contributing factors to how quickly the unit produces ice. Certain sounds are normal during the unit's operation. You may hear the compressor or fan motor, the water valve, the water circulation pump or ice dropping into the ice storage bin. Ice Cube Thickness • Cube "slabbing": Electrolux clear ice makers produce a "slab" of ice that falls from the vertical mold, relying on gravity to break the ice bridges. Depending on the control setting, and the fullness of the ice bucket, it maybe necessary to tap the ice slab with the ice scoop to break it apart. Ice Dispenser Operation & Care The ice cube thickness control is factory set for best overall performance. The factory setting is designed to maintain an ice bridge of approximately 1/16" to 1/8" under normal conditions resulting in a dimple of approximately 1/4" to 1/2" in depth (see Figure 26a and 26b). A fuller cube with less of a dimple results in a thicker ice bridge. As the ice bridge becomes thicker, the tendency for the cubes to stay together as a slab increases. A bridge thicker than 1/8" may cause cubes to over-fill the ice bucket. 1/4" TO 1/2" DIMPLE 1/16" TO 1/8" ICE BRIDGE BRIDGE TOO THIN DIMPLE TOO DEEP Your Electrolux ice maker uses advanced technology to make ice that is crystal clear. This technology cascades a flow of water over a chilled ice mold that is mounted vertically so no water sits in it. Because of this ice making technology, clear ice cubes differ significantly from regular ice cubes. Differences are illustrated in Figure 25. GOOD Figure 26a 1/4" TO 1/2" DIMPLE DIMPLES 1/16" TO 1/8" ICE BRIDGE BRIDGE TOO THIN DIMPLE TOO DEEP LITTLE OR NO DIMPLE BRIDGE TOO THICK Figure 25 ICE BRIDGE GOOD ICE001 • Dimples: Electrolux clear ice cubes have "dimples" on one side from the cascading water process. • Cube Variations: Cubes made from different batches, or even cubes within the same batch may have varying dimples, thickness and/or sizes due to the cascading water process. BAD Figure 26b ICE002

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14
Operation
Normal Operation
Ice Cube Thickness
Your Electrolux ice maker uses advanced
technology to make ice that is crystal clear. This
technology cascades a flow of water over a chilled
ice mold that is mounted vertically so no water sits
in it. Because of this ice making technology, clear
ice cubes differ significantly from regular ice cubes.
Differences are illustrated in Figure 25.
Dimples:
Electrolux clear ice cubes have
“dimples” on one side from the cascading
water process.
Cube Variations:
Cubes made from different
batches, or even cubes within the same
batch may have varying dimples, thickness
and/or sizes due to the cascading water
process.
Cube “slabbing”:
Electrolux clear ice
makers produce a “slab” of ice that falls from
the vertical mold, relying on gravity to break
the ice bridges. Depending on the control
setting, and the fullness of the ice bucket, it
maybe necessary to tap the ice slab with the
ice scoop to break it apart.
Ice Dispenser Operation & Care
The ice cube thickness control is factory set for
best overall performance. The factory setting is
designed to maintain an ice bridge of approximately
1/16” to 1/8” under normal conditions resulting in a
dimple of approximately 1/4” to 1/2” in depth (see
Figure 26a and 26b). A fuller cube with less of a
dimple results in a thicker ice bridge. As the ice
bridge becomes thicker, the tendency for the cubes
to stay together as a slab increases. A bridge
thicker than 1/8” may cause cubes to over-fill the
ice bucket.
The ice maker is designed to make clear ice
from most water sources on a consistent basis.
Water is constantly circulated over the evaporator
assembly. As the water freezes, gravity causes
any sediment to drop into the water trough and not
become imbedded in the ice. This gives a clearer
ice cube with a low mineral content. When the
ice reaches the desired thickness, it falls off the
evaporator and into the storage bin. The cycle is
then repeated. When the level of ice reaches the
top of the storage bin the unit shuts off. As the ice
level in the bin drops the unit will automatically
restart to keep the bin full. Your unit’s ice production
rate may vary depending on many considerations.
Ambient air temperatures, water temperatures,
condenser cleanliness and ice-maker cleanliness
are all contributing factors to how quickly the unit
produces ice. Certain sounds are normal during
the unit’s operation. You may hear the compressor
or fan motor, the water valve, the water circulation
pump or ice dropping into the ice storage bin.
DIMPLES
ICE BRIDGE
Figure 25
GOOD
1/4" TO 1/2"
DIMPLE
1/16" TO 1/8"
ICE BRIDGE
Figure 26a
BRIDGE
TOO THIN
BRIDGE
TOO THICK
DIMPLE
TOO DEEP
LITTLE OR
NO DIMPLE
BAD
Figure 26b