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The Schurter 5500.2269 is a single-phase, two-stage rail-mounted RFI power line filter designed for industrial applications. It operates at rated voltages of 125 VAC and 250 VAC with a current rating of 6 A. The unit features screw terminals for secure electrical connections and chassis mounting capabilities. Key specifications include a leakage current limit of 350 uA and an inductance value of 14 mH. It supports standard operating frequencies of 50 Hz and 60 Hz. The component holds UL, CSA, VDE, and EN compliance certifications.
Verify the specific datasheet version to confirm exact physical dimensions and terminal pitch before integration. Ensure that the mounting rail type matches the filter's mechanical requirements. Confirm that the system voltage does not exceed the 250 VAC rating. Check for any recent regulatory updates regarding RoHS or REACH compliance status. Validate that the leakage current specifications meet the safety standards of the final application environment.
Select this model when high attenuation performance is required in a compact form factor. The two-stage design offers superior interference suppression compared to single-stage alternatives. Consider the screw terminal option if vibration resistance is critical. Evaluate the 6 A current capacity against peak load requirements. Ensure compatibility with existing DIN rail infrastructure in the enclosure design.
This component belongs to the Schurter FMLB/FMBB series of power line filters. These filters are engineered for general-purpose electromagnetic interference suppression in AC power circuits. The series emphasizes reliability and compliance with international safety standards. The 5500.2269 variant specifically targets applications needing robust noise filtering in space-constrained industrial environments.
Direct substitutes within the same series may include models with similar current ratings and stage configurations. Verify that alternative parts maintain identical terminal types and mounting styles. Cross-reference technical specifications to ensure equivalent inductance and leakage current values. Confirm that replacement components hold the same regulatory approvals for global deployment.