FLLE2013AUDD

Power Line Filter Modules Overview

The KEMET FLLE2013AUDD is a single-phase power line filter designed for chassis mounting. It features a voltage rating of 300 VAC and a current capacity of 13 A. The unit incorporates an inductance of 4,000 uH to provide effective noise suppression. Its physical dimensions are 130.5 mm in length, 56.5 mm in width, and 48.5 mm in height.

Power Line Filter Modules Feature Summary

• Provides electromagnetic interference (EMI) noise suppression through high inductance design
• Engineered for single-phase power line applications
• Constructed for secure chassis mounting installation

Power Line Filter Modules Applications

• Industrial equipment requiring EMI filtering
• Power supply input stages
• Electronic systems needing single-phase noise reduction

Power Line Filter Modules Procurement Notes

Verify the exact part number FLLE2013AUDD against manufacturer documentation before procurement. Confirm that the 300 VAC rating and 13 A current capacity align with system requirements. Ensure chassis mounting compatibility with the intended enclosure. Check for RoHS compliance status as specified in the official datasheet.

Power Line Filter Modules Selection Notes

Select this component when single-phase EMI filtering is required for chassis-mounted installations. The 13 A current rating suits moderate power applications. Verify that the 4,000 uH inductance meets specific noise attenuation needs. Ensure the physical footprint fits within the available chassis space.

Power Line Filter Modules Part Context

This component belongs to the KEMET FLLE2-U series of EMI filters. These filters are characterized by their chassis mount configuration and focus on noise suppression for single-phase lines. The series offers standardized dimensions and electrical ratings for industrial integration.

Power Line Filter Modules Replacement Considerations

Consult official KEMET documentation for verified substitute part numbers. Cross-reference specifications such as voltage, current, and inductance values to ensure functional equivalence.