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The Schaffner FN3311HV-1500-99-C18-R55 is a three-phase busbar power line filter designed for high-current industrial applications. It features a voltage rating of 760 VAC and a current capacity of 1500 A. The unit operates within a frequency range of 0 Hz to 60 Hz and maintains a leakage current of 90 µA. Physical dimensions are 320 mm in length, 195 mm in width, and 165 mm in height, with a weight of approximately 10 kg. It utilizes screw termination and chassis mount installation styles.
Verify the specific part number suffix against official TE Connectivity/Schaffner documentation to ensure correct configuration. Confirm mechanical fitment requirements, particularly regarding chassis mounting holes and busbar connection spacing. Validate that the 760 VAC rating aligns with your system's maximum operating voltage. Check for any regional distribution restrictions or specific compliance certifications required for your target market before finalizing procurement.
Select this component when application demands exceed standard filter ratings, specifically requiring 1500 A capacity. Ensure the enclosure design accommodates the substantial physical footprint and thermal management needs associated with high-current busbar filters. Verify that the input/output interface matches the existing busbar infrastructure. Consider the weight and mounting stability during system integration planning.
This model belongs to the FN3311HV series, which specializes in high-voltage and high-current power line filtering solutions. The series is characterized by its busbar architecture, distinguishing it from cable-based filters. It serves critical roles in maintaining electromagnetic compatibility in heavy industrial sectors where standard filters cannot handle the electrical loads.
Direct substitutes include other variants within the FN3311HV series with matching current ratings, such as FN3311HV-2300-99-C18-R55 for higher capacity. Cross-reference mechanical drawings for exact mounting hole patterns and terminal configurations to ensure interchangeability without modifying the host equipment structure.