FLLD3800APVI1

Power Line Filter Modules Overview

The KEMET FLLD3800APVI1 is a high-current three-phase EMC filter designed for chassis mounting. It features a voltage rating of 520VAC and a current rating of 800A. The unit includes Y-capacitors to ensure EMI/EMC compliance. Key electrical specifications include a leakage current of 5mA and an operating temperature range suitable for industrial environments.

Power Line Filter Modules Feature Summary

• High current handling capability for demanding power applications
• Three-phase configuration for balanced power systems
• Integrated Y-capacitor design for effective noise suppression

Power Line Filter Modules Applications

• Photovoltaic inverters
• Industrial power distribution systems
• High-power motor drives

Power Line Filter Modules Procurement Notes

Verify the exact part number suffix against official KEMET documentation to confirm specific terminal configurations and certification marks. Ensure the procurement channel provides original manufacturer packaging to guarantee component authenticity and traceability for critical infrastructure projects.

Power Line Filter Modules Selection Notes

Select this model when system requirements demand high continuous current capacity in a three-phase topology. Confirm that the chassis mounting style aligns with the mechanical enclosure design. Validate that the 520VAC rating exceeds the maximum line voltage including transients.

Power Line Filter Modules Part Context

This component belongs to KEMET's high-performance power line filter series, engineered for robust electromagnetic interference suppression in heavy-duty industrial and renewable energy sectors. It addresses strict regulatory standards for conducted emissions in high-power electronic equipment.

Power Line Filter Modules Replacement Considerations

Consult official KEMET substitution guides for direct equivalents. Verify that any alternative maintains identical current ratings, voltage classes, and physical mounting dimensions to ensure compatibility with existing thermal and mechanical constraints.