ARCADORA Efficient Refrigerator Condenser Fan Motor for LG & Kenmore Models Powerful Airflow & Quiet Operation

<p><b>Features:</b><br>Efficient Cooling Performance: Engineered to provide powerful airflow, the refrigerator condenser fan motor ensures efficient cooling throughout the refrigerator. This maintains consistent temperatures, keeping your food fresh for longer periods. Similarly, the evaporator fan motor helps circulate air to the fresh food compartments, ensuring optimal temperature regulation and food preservation.<br>Quiet and Energy-Saving Operation: The evaporator fan motor operates quietly and efficiently, reducing electricity consumption and lowering energy costs. This is particularly important in kitchen environments where appliances often run throughout the day, minimizing noise disturbances and contributing to a peaceful home environment.<br>High-Quality Materials for Durability: Constructed with a high-quality ABS plastic shell and interior metal components, the refrigerator freezer fan motor ensures a long lifespan and reduces the need for frequent replacements. The durable, corrosion-resistant materials provide a reliable and dependable performance.<br>Universal Compatibility and Easy Installation: Designed for universal compatibility, the refrigerator fan motor can be used in various refrigerator models. However, it's crucial to double-check the model, size, and plug shape to ensure proper installation. Be sure to unplug the refrigerator and wear work gloves to protect your hands during installation.<br>Effective Solution for Refrigerator Issues: When your refrigerator experiences issues such as overheating, excessive noise, poor cooling efficiency, or fan aging and wear, replacing the fan motor is a wise choice. The evaporator fan motor can address these problems, restoring your refrigerator to optimal performance and ensuring it runs smoothly and efficiently.<br><br><b>Specifications:</b><br>Material: ABS Plastic + Metal<br>Size: As picture show<br>Color: As picture show<br>Voltage: DC12V<br>Current: Max.1A<br>Quantity: 1pcs<br>OE Reference: EAU65058313<br>Replace Part Number: EAU63103001, ODM-056F-13, AP7178307, PS16662420, EAP16662420<br>Compatible Brands: For LG, for Kenmore<br>Compatible Models:<br>For LG: LBNC15231P, LBNC15231V, LRTLS2403S, LTCS20020B, LTCS20020S, LTCS20020W, LTCS20030S, LTCS20120S, LTCS20120W, LTCS20220B, LTCS20220S, LTCS20220W, LTCS24223B, LTCS24223D, LTCS24223S, LTCS24223W, LTNCO8121V, LTNS20220S, LTNS20220W, LTWS24223S<br>For Kenmore: 79568039218, 79578032218, 79578033218, 79578039218, 79579433219, 79579439218<br><br><b>Package Included:</b><br>1 x Fan Motor</p>

• Efficient Cooling Performance: Engineered to provide powerful airflow, the refrigerator condenser fan motor ensures efficient cooling throughout the refrigerator. This maintains consistent temperatures, keeping your food fresh for longer periods. Similarly, the evaporator fan motor helps circulate air to the fresh food compartments, ensuring optimal temperature regulation and food preservation.
• Quiet and Energy-Saving Operation: The evaporator fan motor operates quietly and efficiently, reducing electricity consumption and lowering energy costs. This is particularly important in kitchen environments where appliances often run throughout the day, minimizing noise disturbances and contributing to a peaceful home environment.
• High-Quality Materials for Durability: Constructed with a high-quality ABS plastic shell and interior metal components, the refrigerator freezer fan motor ensures a long lifespan and reduces the need for frequent replacements. The durable, corrosion-resistant materials provide a reliable and dependable performance.
• Universal Compatibility and Easy Installation: Designed for universal compatibility, the refrigerator fan motor can be used in various refrigerator models. However, it's crucial to double-check the model, size, and plug shape to ensure proper installation. Be sure to unplug the refrigerator and wear work gloves to protect your hands during installation.
• Size: As picture show