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Setting The Controls
Temp-Assure" thermostatic control
This control, located on center divider between
freezer and refrigerator sections, operates
independently of freezer control. A hidden
thermostatic sensor measures refrigerator air
temperature constantly, and automatically lets
in more cold air if temperature rises as little as
I_°F (.8° C) from setting.
Refrigerator and freezer controls
a. Locate _refrigerator and freezer controls at center
divider betv_een freezer and refrigerator sections.
See Figure 1.
Figure I
b. When freezer control is set to "OFF", neither
refrigerator or freezer sections will cool.
c. Start by setting beth controls to "4". After 24
hours, adjust as desired.
'T' is warmest setting.
"7" is coldest.
d. If you want to set temperatures more precisely,
use a household thermometer that includes
temperatures between -5 ° to +50°F (-20.5 ° to
+ 10°C). These can normally be purchased at a
hardware store.
e. In freezer section, put thermometer snugly
between frozen food packages. See Figure 2.
/ / ,'1
FROZEN FOOD PACKAGES
F_um2
f. Wait 5-8 hours. If temperature is not 0° to 2°F.
(-18 ° to -17°C), adjust control, one number at
a time. Check again after 5-8 hours.
g. In refrigerator section, place thermometer in a
glass of water and place in middle of refrigerator.
Wait 5-8 hours. If temperature is not 38° to 40°F
(+3 ° to +4°C), adjust the control, one number at
a time. Check again after 5-8 hours. See Figure 3.
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7_ r
GLASS OF WATER --_
F_um3
Exterior Cabinet Moisture Control
During hot, humid weather, any refrigerator will
form moisture around doors, similar to condensation
that forms on a glass of ice water. Special heaters in
the refrigerator cabinet help _ condensation.
a. If refri4,_erator is in a warm, humid area, set
control to "ON" position.
b. If refrigerator isin a cooler, less humid area, set
control to "OFF" position.
c. As weather conditions change, this setting may
need to be adjusted. At any time moisture forms
on refrigerator cabinet, move control to the "ON"
position. See Figures 4 & 5.
OFF ON OFF ON
Figure 4 Figure 5
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