SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The Schaffner FN3288-80-34-C35-R65 is a three-phase power line filter module designed for frequencies between 0 Hz and 60 Hz. It features an 80 A current rating and supports voltages up to 480 VAC or 530 VAC depending on specific configuration standards. The unit utilizes a terminal block connection type and is engineered for chassis mounting. This component belongs to the FN3288 series, which employs innovative topology to deliver high EMI attenuation performance in a slim form factor suitable for space-constrained installations near drives.
Verify the exact voltage rating (480 VAC vs 530 VAC) against the specific application requirements before procurement. Confirm that the terminal block interface matches existing wiring infrastructure. Ensure the chassis mount dimensions fit the designated enclosure space. Cross-reference the manufacturer's latest datasheet to confirm compliance with relevant safety standards such as UL and IEC for the intended region of operation.
Select this model when high current capacity of 80 A is required alongside strict EMI suppression needs. The slim profile makes it preferable over bulkier alternatives where space near heat-generating components like inverters is limited. Ensure the operating environment temperature falls within the specified range. Verify that the terminal block termination method aligns with available cable lugs or wire gauges.
This component is part of the FN3288 series manufactured by Schaffner EMC Inc., now under TE Connectivity. The series is characterized by its ability to provide effective noise reduction in industrial power electronics environments. The specific suffix indicates terminal block connections and chassis mounting capabilities, distinguishing it from panel mount or DIN rail variants within the broader product family.
Direct substitutes include other models within the FN3288 series with matching current ratings, such as FN3288-80-34-C17-R65, provided the terminal style and mounting constraints are compatible. Verify electrical parameters and physical dimensions before swapping to ensure system integrity.