FN2030Z-30-08

Overview

The FN2030Z-30-08 is a single-phase EMI/EMC power line filter module manufactured by Schaffner EMC Inc. It features a chassis mount configuration with threaded stud input and output terminations, designed for high-current applications up to 30 A at 250 VAC. The unit operates within a frequency range of DC to 400 Hz and provides surge pulse protection alongside standard electromagnetic interference filtering.

Feature Summary

• Provides combined EMI filtering and surge pulse protection capabilities
• Utilizes threaded stud terminals for secure mechanical and electrical connections
• Engineered for high current handling in single-phase AC power systems

Applications

• Industrial power distribution units requiring surge protection
• Renewable energy inverter and converter input stages
• High-power motor drive systems

Procurement Notes

Verify the specific suffix 'Z' against official Schaffner documentation to confirm material composition or environmental compliance variations compared to standard FN2030 variants. Ensure mounting hardware compatibility with the threaded stud interface before integration into the final assembly design.

Selection Notes

Select this component when both high current capacity and transient voltage suppression are required in a single chassis-mounted unit. Confirm that the system operating voltage does not exceed 250 VAC and that the physical footprint accommodates the threaded stud mounting style.

Part Context

This model belongs to the Schaffner FN2030 series of single-phase AC/DC chassis filters. The series is widely recognized for robust construction in demanding industrial environments, offering reliable performance for power electronics applications where space efficiency and high current ratings are critical design constraints.

Replacement Considerations

Publicly confirmed substitute part numbers for FN2030Z-30-08 were not identified in the provided source data. Verify technical equivalence with other FN2030 variants only if datasheet parameters match exactly.