Lg ADW73309903 Funnel Assembly Refrigerator Part

Product Description

The LG ADW73309903 is an OEM funnel assembly designed as a direct replacement component for select LG refrigerator models. The funnel assembly serves as a structural and functional channel component within the refrigerator cabinet, directing airflow or fluid within the internal system. At 12.0 x 10.0 x 21.0 inches and 1 pound, this part is a manageable single-unit replacement suited for appliance technicians performing component-level repairs on LG refrigerator units. It is a factory-spec part, meaning fit and function match the original design without modification.

This funnel assembly is used in residential LG refrigerator installations, specifically in French door and multi-door configurations where the internal duct or funnel system requires service. It is applicable to units where the original funnel has cracked, warped, or failed, resulting in airflow or drainage irregularities. Technicians servicing LG refrigerators in residential kitchens will encounter this part during cabinet teardowns or evaporator service procedures.

Key Features

• OEM LG replacement part - direct fit, no modification required
• Dimensioned at 12.0 x 10.0 x 21.0 inches for precise cabinet fit
• Lightweight at 1 pound for easy handling during installation
• Compatible with multiple LG French door and multi-door refrigerator models
• Factory-spec design ensures correct airflow or fluid routing within the cabinet

Compatibility

Compatible with the following LG refrigerator models: LNXS30866D, LNXC23766D, LNXC23726S, LNXS30996D.

Installation Notes

Installation should be performed by a qualified appliance technician. Before beginning any disassembly, disconnect the refrigerator from electrical power and allow the unit to reach ambient temperature if ice or frost is present in the service area. Use manufacturer service documentation to confirm the correct disassembly sequence for the specific model being serviced. Avoid forcing the funnel into position, as improper seating can compromise airflow routing or create interference with adjacent components.