RP400-65-2000-W

Power Line Filter Modules Overview

The RP400-65-2000-W is a single-stage, three-phase wye power line filter module manufactured by Astrodyne TDI. Designed for chassis or flange mounting, this component provides conducted electromagnetic interference suppression with a continuous current rating of 65 amperes. It features a capacitance value of 2000 nanofarads and maintains a leakage current specification of 20 milliamperes. The unit is engineered to assist systems in maintaining compliance with international emission standards while managing high-current electrical loads.

Power Line Filter Modules Feature Summary

• Single-stage EMI suppression architecture
• Three-phase wye configuration
• Flange mount package type

Power Line Filter Modules Applications

• Power supply units
• Battery chargers
• Energy-efficient industrial systems

Power Line Filter Modules Procurement Notes

Verify the specific suffix designation against official manufacturer documentation to confirm exact electrical characteristics and mechanical dimensions. Ensure compatibility with existing chassis mounting hardware and thermal management requirements before integration. Cross-reference datasheet revisions to validate performance parameters.

Power Line Filter Modules Selection Notes

Select this model when a three-phase solution is required for high-current applications up to 65 amperes. The single-stage design offers compact integration for space-constrained environments. Evaluate leakage current limits to ensure safety compliance for personnel contact scenarios.

Power Line Filter Modules Part Context

This component belongs to the RP400 series of power line filter modules from Astrodyne TDI. The series provides various configurations for different current ratings and phase requirements. This specific variant addresses three-phase wye systems requiring significant current handling capabilities.

Power Line Filter Modules Replacement Considerations

Consult official substitution guides for verified alternatives. Generic cross-references may not match the specific capacitance or current ratings required for safe operation.