SUB-ZERO 700TR Series Built-In Refrigerator
Specifications
- Models: 700TR, 700TC/I, 700TF/I, 700BF/I, 700BR
- Air Flow: Directed through specific zones in the refrigerator
Model 700TR (Figure 3-1)
Air to the bottom drawer zone is directed behind the lower air duct, up the left side and through the air baffle behind the bottom drawer. The air then returns to the evaporator sump area through the vents in the evaporator cover. Air to the upper drawer zone is directed behind the lower air
duct, up the left side and through the air baffle behind the upper drawer. Air then returns through an opening in the lower air duct (at bottom right of upper drawer zone), back down behind the right side of the lower air duct to the evaporator sump area.
Air to the top refrigerator zone is directed behind the lower air duct, up the left side and continues up behind the upper duct in the top refrigerator zone where it is forced out at the top. The air then returns through an opening at the bottom right hand corner of the top duct, back down behind the right side of the lower air duct to the evaporator sump area.
Model 700TC/I (Figure 3-2)
The freezer zone has two vertical duct dividers behind the lower rear duct which separate the air to the refrigerator from air to the freezer. Air to the refrigerator zone is directed through a baffle in the left side of evaporator sump area, then ducted up the left side to the refrigerator compartment. Air travels up behind the back duct in the refrigerator compartment and is forced out at the top. Air then returns through an opening at the bottom right hand corner of the top duct, back down behind the right side of the lower air duct, to the evaporator sump area. Air to the lower freezer zone travels up behind the center of the lower air duct, between the two vertical duct dividers. Air is then forced out at the top of the freezer compartment and returns to the evaporator sump area through the vents in the evaporator
cover.
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AIR FLOW
NOTE: In all the following air flow illustrations
à the white arrow signifies Pushed Air, while à the shaded arrow signifies Returned Air.
Model 700TR (Figure 3-1)
The temperature for each compartment, or zone, in the 700TR can be independently controlled (up to 3°F colder than the zone above it) by the air baffle/duct divider system. Depending on the different zone requirements, the air baffles in each zone open and close as needed.
Air to the bottom drawer zone is directed behind the lower air duct, up the left side and through the air baffle behind the bottom drawer. The air then returns to the evaporator sump area through the vents in the evaporator cover.
Air to the upper drawer zone is directed behind the lower air duct, up the left side and through the air baffle behind the upper drawer. Air then returns through an opening in the lower air duct (at bottom right of upper drawer zone), back down behind the right side of the lower air duct to the evaporator sump area.
Air to the top refrigerator zone is directed behind the lower air duct, up the left side and continues up behind the upper duct in the top refrigerator zone where it is forced out at the top. The air then returns through an opening at the bottom right hand corner of the top duct, back down behind the right side of the lower air duct to the evaporator sump area.
Model 700TC/I (Figure 3-2)
The freezer zone has two vertical duct dividers behind the lower rear duct which separate the air to the refrigerator from air to the freezer.
Air to the refrigerator zone is directed through a baffle in the left side of evaporator sump area, then ducted up the left side to the refrigerator compart-
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AIR FLOW
Figure 3-1. Model 700TR Air Flow Figure 3-2. Model 700TC/I Air Flow
AIR FLOW
Figure 3-3. Model 700TF/I Air Flow
ment. Air travels up behind the back duct in the refrigerator compartment and is forced out at the top. Air then returns through an opening at the bottom right hand corner of the top duct, back down behind the right side of the lower air duct, to the evaporator sump area.
Air to the lower freezer zone travels up behind the center of the lower air duct, between the two vertical duct dividers. Air is then forced out at the top of the freezer compartment and returns to the evaporator sump area through the vents in the evaporator cover.
Model 700TF/I (Figure 3-3)
Air travels up behind the lower air duct and then behind the upper air duct where it is forced out at the top in the upper freezer zone. The air drops to the lower freezer zone through the mullion wall vent between the upper and lower compartments. Then the air returns to the evaporator sump area through the vents in the evaporator cover.
the top. Air is then returned to the sump area, through the opening at the bottom right of the upper drawer zone.
Air to the lower drawer zone travels up behind the left hand side of the rear duct where the air baffle opens and closes as needed. The air then returns to the sump area through the evaporator cover.
Model 700BF/I (Figure 3-5)
Model 700BR (Figure 3-4)
Air to the upper drawer zone travels up behind the left hand side of the rear duct and is forced out at
Air travels up behind the air duct and is then forced out at the top of the freezer zone. The air then returns to the evaporator sump area through
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Documents / Resources
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SUB-ZERO 700TR Series Built In Refrigerator [pdf] Instruction Manual 700TR, 700TC-I, 700TF-I, 700TR Series Built In Refrigerator, 700TR Series, Built In Refrigerator, In Refrigerator, Refrigerator |