Sub-Zero ICB Integrated Series Airflow Diagrams
This document outlines the correct airflow configuration for various Sub-Zero ICB Integrated Series models.
Airflow Diagrams and Instructions
Proper airflow is crucial for the optimal performance of Sub-Zero refrigerators. The following diagrams illustrate the airflow patterns for different models and provide essential installation guidance.
Figure 4-1. Models ICBIC-24R, and ICBIC-30R, ICBIC-36RID Airflow
[Diagram showing airflow for ICBIC-24R, ICBIC-30R, ICBIC-36RID models]
Important Note: For proper airflow, evaporator fan blades must be pushed onto the fan motor shafts fully, so that the motor shafts touch the fan blade stop point.
Figure 4-2. Models ICBIC-18FI, ICBIC-24FI, and ICBIC-30FI Airflow
[Diagram showing airflow for ICBIC-18FI, ICBIC-24FI, ICBIC-30FI models]
Important Note: For proper airflow, evaporator fan blades must be pushed onto the fan motor shafts fully, so that the motor shafts touch the fan blade stop point.
Figure 4-3. Model ICBIT-30CIID Airflow
[Diagram showing airflow for ICBIT-30CIID model]
Important Note: For proper airflow, evaporator fan blades must be pushed onto the fan motor shafts fully, so that the motor shafts touch the fan blade stop point.
Figure 4-4. Model ICBIT-30RID Airflow
[Diagram showing airflow for ICBIT-30RID model]
Important Note: For proper airflow, evaporator fan blades must be pushed onto the fan motor shafts fully, so that the motor shafts touch the fan blade stop point.
IC-24C and ICBIC-24C Air Flow
[Diagram showing airflow for IC-24C and ICBIC-24C models]
For proper airflow, push evaporator fan blades onto the fan motor shafts fully so the motor shafts touch the fan blade stop point.
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