FN2060A-30-08

Overview

The FN2060A-30-08 is a single-phase EMC/EMI power line filter from the Schaffner FN2060 series, designed for chassis mounting. It features a two-stage configuration with a rated current of 30 A and an AC voltage rating of 250 V. The operating frequency range is DC to 400 Hz. The unit utilizes threaded M4 posts for termination and includes integrated safety capacitors. It is certified by CE, CSA, ENEC, and UR agencies.

Feature Summary

• Two-stage filtering architecture for enhanced noise attenuation
• Chassis mount design with threaded post termination
• Integrated safety capacitors for common-mode suppression

Applications

• Industrial machinery power supplies
• Medical equipment power inputs
• Renewable energy inverter systems
• Data center power distribution units

Procurement Notes

Verify the specific suffix 'A' against the datasheet to confirm the inclusion of safety capacitors and terminal type. Ensure the M4 threaded post dimensions match the panel cutout requirements. Confirm that the 30 A continuous current rating aligns with the system's peak load demands without derating due to ambient temperature.

Selection Notes

Select this model when high current capacity is required alongside robust EMI suppression in a compact chassis-mount form factor. The two-stage design offers superior performance compared to single-stage alternatives. Consider the thermal management capabilities as the component operates within a -25°C to 100°C range.

Part Context

This component belongs to the FN2060 series of AC/DC chassis filters manufactured by TE Connectivity Schaffner. The series is engineered for applications requiring reliable electromagnetic interference reduction in power lines. The FN2060A variant specifically denotes the configuration with safety capacitors and threaded terminals.

Replacement Considerations

Direct substitutes include other models within the FN2060 series with matching current ratings, such as the FN2060-30-08 if capacitor integration differs. Verify electrical parameters and mechanical footprint compatibility before substitution.