FN7511-200-M10

Overview

The FN7511-200-M10 is a single-phase feedthrough EMC filter manufactured by Schaffner EMC Inc. It features a threaded stud terminal configuration with an M10 thread size, designed for high-current applications up to 200 A. The component includes a 0.22 µF capacitor and is rated for 300 VAC operation. Key electrical specifications include a maximum leakage current of 20.7 mA at 250 VAC and 50 Hz. The unit complies with UL 94V-0 flammability standards and carries an IP00 ingress protection rating.

Feature Summary

• Provides EMI/RFI suppression in high-current power circuits
• Utilizes a threaded stud terminal design for secure mounting
• Integrates a Y2 circuit type capacitor for safety compliance

Applications

• Computer server power distribution
• Medical equipment power supplies
• High-current battery charging systems

Procurement Notes

Verify the specific voltage and current ratings against the application requirements before procurement. Confirm that the M10 threaded terminal matches the available mounting hardware. Ensure the IP00 rating is acceptable for the intended enclosure environment. Check for RoHS compliance status if required by local regulations. Validate that the 20.7 mA leakage current meets system safety limits.

Selection Notes

Select this component when a high-current feedthrough filter is required for single-phase AC lines. The M10 threaded stud offers robust mechanical stability compared to screw terminals. Consider the physical dimensions and weight of 157 g for panel cutout planning. Evaluate the need for Y2 safety class capacitors in medical or sensitive environments. Ensure the 300 VAC rating exceeds the maximum line voltage with adequate margin.

Part Context

This part belongs to the FN751X series of feedthrough EMC filters from Schaffner. These components are engineered for direct panel mounting through a chassis hole. The series provides attenuation across a broad frequency range to suppress conducted emissions. The design integrates the filtering capacitor directly into the conductive path for minimal impedance.

Replacement Considerations

No public confirmed substitute part numbers are available.