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The FN3288HV-80-34-C25-R65 is a three-phase power line filter from the FN3288 series, designed for inverter and power drive systems. It features a compact book-style housing and solid safety connector blocks. The unit supports a voltage rating of 760 VAC and a current rating of 80 A. Termination is achieved via terminal block style connections. The leakage current is specified at 2.6 mA. This component provides superior attenuation performance starting from 9 kHz.
Verify the complete part number including suffixes to ensure correct termination style and electrical ratings. Confirm that the 760 VAC voltage rating and 80 A current capacity align with your system requirements. Check that the terminal block termination matches your wiring infrastructure. Ensure the 2.6 mA leakage current meets your safety standards. Validate compatibility with inverter and power drive environments before procurement.
Select this model when high current handling up to 80 A is required in a compact form factor. The 760 VAC rating makes it suitable for higher voltage AC distribution networks. Consider the terminal block termination if screw-down connections are preferred over other styles. The low leakage current of 2.6 mA is beneficial for sensitive equipment. Ensure the application involves inverters or drives where superior EMI attenuation above 9 kHz is necessary.
This component belongs to the FN3288 series of compact high-performance EMC/RFI filters. The series ranges from 10 to 160 A and is designed for global applications including machinery and machine tools. The HV variant specifically supports 690 V AC distribution networks. The book-style design distinguishes it from larger industrial enclosures while maintaining robust filtering capabilities.
Check for compatible models within the FN3288 series with similar current ratings. Verify if alternative termination styles are available for existing mounting hardware. Ensure substitute parts maintain the 760 VAC rating and comparable attenuation characteristics. Confirm physical dimensions match the installation space constraints.