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The FN5045-180-99 is a power line filter from the Schaffner FN5045 series, designed for frequency inverter applications. It features a rated current of 180 A and a voltage rating of 500 VAC. The unit utilizes chassis mount installation with cable termination. An inductance value of 0.3 mH is specified for output filtering. The component operates within a temperature range of -25°C to 70°C and holds cURus certification. This single-stage filter addresses electromagnetic interference requirements in industrial power systems.
Verify the obsolete status of this part number before initiating any procurement activities. Confirm that the specific electrical ratings, including the 180 A current capacity and 500 VAC voltage rating, align precisely with the design requirements. Ensure compatibility with existing chassis mounting infrastructure and cable termination specifications to avoid integration issues during replacement or new deployment phases.
Select this component when high-current filtering is required for frequency inverter outputs. The 180 A rating dictates suitability for heavy-duty industrial loads. Verify that the 0.3 mH inductance meets the specific attenuation needs of the application. Consider the physical dimensions and chassis mounting style to ensure adequate space allocation within the equipment enclosure.
This component belongs to the Schaffner FN5045 series, which focuses on power line filtering solutions. The series is characterized by high-current capabilities and specialized designs for inverter applications. The FN5045-180-99 represents a specific configuration within this family, distinguished by its 180 A rating and associated electrical parameters tailored for demanding industrial power conditioning tasks.
Publicly confirmed substitute part numbers are not available in the provided documentation. Due to the obsolete status, verify if alternative models from the same manufacturer offer equivalent current and voltage ratings. Cross-reference technical specifications carefully to ensure functional equivalence in frequency inverter applications.