Description
Blower Assembly, AF1C425 for Sweeney Directional Feeders
Keep your lake or pond feeding system operating at peak performance with the AF1C425 Blower Assembly. Specifically engineered as a high-quality replacement part for the Sweeney AFC425 and other compatible directional feeders, this blower assembly is the engine that drives your feeder’s broadcast range.
A reliable blower is essential for distributing fish food evenly and reaching greater distances across the water's surface. Whether you are managing a private koi pond or a large-scale lake ecosystem, the AF1C425 ensures your feeding schedule remains consistent and effective.
Key Features & Benefits
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OEM Compatibility: Designed specifically for the Sweeney AF1C425 / AFC425 series of directional fish feeders.
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Extended Broadcast Range: Provides the powerful airflow necessary to propel feed further into the water, ensuring even distribution and preventing feed from piling up near the dock.
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Heavy-Duty Construction: Built to withstand the humidity and temperature fluctuations of outdoor aquatic environments.
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Direct Replacement: Engineered for a seamless fit, allowing for quick installation and minimal downtime for your feeding program.
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Reliable Performance: High-torque motor design ensures consistent air volume for accurate, timed feeding cycles.
Product Specifications
| Feature | Detail |
| Part Number | AF1C425 (BLOWER-AFC425) |
| Compatibility | Sweeney AFC425 Directional Feeders |
| Application | Pond & Lake Management / Fish Feeding |
| Brand | Sweeney (Available via Underwater Warehouse) |
Why Replace Your Blower Assembly?
If your directional feeder is failing to reach its usual distance, or if you hear grinding or humming noises coming from the unit, the blower motor may be failing. Replacing the AF1C425 assembly restores the "push" needed to distribute pellets effectively, ensuring that all fish—from the shoreline to the deeper water—have access to nutrition.
Maintenance Tip: Periodically check the blower intake for debris or spider webs to ensure maximum airflow and prevent the motor from overheating during peak summer temperatures.
