For 6I-2501 6I2501 Engine Air Filters CAT 3304 3306 3126 3116 Excavator Engine Parts

Specification

Description

This engine air filter, part number 6I-2501 / 6I2501, is designed to fit construction machinery engines, including the 3304, 3306, 3126, and 3116 excavator engines. As a core component of the engine intake system, it features a radial seal design to effectively remove dust, debris, and particulate matter from incoming air, providing a clean air supply to ensure stable engine operation.

Advantage

Precise Fit: Developed specifically for the listed engine models, it matches the original equipment dimensions and sealing structure perfectly, allowing for direct replacement without modifications.
Long-Lasting Protection: Constructed with high dirt-holding capacity filter media, it delivers consistent performance in high-dust environments, extending service intervals and reducing maintenance costs.
Reliable Sealing: The radial seal design ensures an airtight fit to prevent unfiltered air from entering the engine, protecting critical components such as cylinders and pistons from premature wear.
Durable Construction: Built with reinforced end caps and support screens, it withstands airflow shocks and vibration in harsh operating conditions, preventing filter deformation or damage.

Performance

High Filtration Efficiency: Effectively captures micron-level airborne particles, preventing contaminants from entering the combustion chamber and reducing engine wear.
Stable Airflow: The optimized filter media maintains consistent airflow while maintaining filtration efficiency, preventing power loss and increased fuel consumption caused by excessive intake restriction.
Harsh Environment Adaptability: Performs reliably in high-dust, high-temperature, and high-humidity conditions, meeting the demands of heavy-duty excavator applications.
Long Service Life: Manufactured with premium materials and durable construction, it meets or exceeds original equipment performance standards, maintaining consistent filtration performance throughout its service life.

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