SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The Schaffner FN3288HVIT-125-35-C26-R60 is a three-phase EMI filter designed for high-voltage industrial applications. It features a rated AC voltage range of 305 to 760 V and supports current ratings from 125 A to 137 A. The unit exhibits a low leakage current of 3.7 mA, ensuring safety compliance. Constructed for terminal block termination, it operates within a temperature range of -40 °C to 100 °C. This component meets IEC and UL certification standards, providing reliable electromagnetic interference suppression for demanding power systems.
Verify the specific current rating requirement against the 125 A to 137 A operational range before ordering. Confirm that the installation environment accommodates the specified operating temperature limits. Ensure compatibility with terminal block wiring methods. Cross-reference the IEC and UL certifications with local regulatory requirements for your specific deployment region to ensure full compliance.
Select this model when high-voltage three-phase filtering is required for currents exceeding 125 A. Consider the compact slim form factor if space constraints exist in the enclosure. Evaluate the low leakage current specification if strict safety isolation is critical. Compare thermal performance against ambient conditions to ensure the 100 °C maximum limit is not exceeded during continuous operation.
This component belongs to the FN3288 series, which offers various current and voltage configurations. The HVIT designation indicates high-voltage insulation technology suitable for harsh environments. Similar models include FN3288HVIT-40-33-C26-R60 for lower current needs and FN3288HVIT-160-40-C26-R60 for higher capacity applications within the same family.
Direct substitutes may include FN3288HVIT-160-40-C26-R60 for higher current capacity or FN3288HVIT-40-33-C26-R60 for lower load scenarios. Verify physical dimensions and terminal block alignment before swapping. Ensure the replacement part maintains the same voltage rating and certification status.