DATASHEET 3-Phase Filters FN 258 Book-style EMC/RFI Filter for Inverters and Power Drive Systems Industry standard EMC solution for three-phase Approvals PDS filtering Slim space-saving book-style housing Solid safety connector blocks or optional wire output connections Excellent attenuation performance HV versions for up to 690 VAC HVIT versions for IT distribution networks P/L versions with low leakage current UL/CSA: FN 258 up to 180 A (ex. -180-07) Features and benefits FN 258 range of filters provides state-of- the-art EMI attenuation based on an innovative multi-stage filter topology. They help to ensure compliance with Class A or even Class B limits Performance indicators The slim book-style shape allows a convenient and space-saving installation next to inverters and motor drives With 480 VAC rating and filter modules from 7 to 250 A, FN 258 are ready for the most diverse applications worldwide FN 258 HV filters up to 130 A are designed for 690 VAC distribution networks FN 258 HVIT filters up to 130 A meet the special requirements for the application in industrial 690 VAC IT distribution networks FN 258 L and FN 258 P filters help to fulfill tough Technical specifications requirements in respect of leakage current limitation and provide an excellent solution to overcome problems with nuisance tripping of Maximum continuous operating voltage 3x 520/300 VAC (FN 258, FN 258 L, FN 258 P) 3x 760/440 VAC (FN 258 HV, FN 258 HVIT) sensitive earth leakage detectors Rated currents 7 to 250 A 50C (480 V filters) Operating frequency DC to 60 Hz Typical applications High potential test voltage P > E 2650 VDC for 2 sec (FN 258) P > P 2100 VDC for 2 sec (FN 258) Three-phase variable speed drives and power drive P > E 2000 VAC for 2 sec (FN 258L) systems (PDS) P > P 2100 VDC for 2 sec (FN 258L) IT power distribution networks (FN 258 HVIT) P > E 3000 VDC for 2 sec (FN 258P) P > P 2100 VDC for 2 sec (FN 258P) Applications comprising energy conversion devices P > E 3200 VDC for 2 sec (FN 258HV and FN 258HVIT) (inverters, converters) P > P 3270 VDC for 2 sec (FN 258HV and FN 258HVIT) Process automation equipment Protection category IP 20 Three-phase power supplies and UPS Overload capability 4x rated current at switch on, Applications with low-leakage current requirements 1.5x rated current for 1 minute, once per hour (FN 258 L and FN 258 P) Temperature range (operation and storage) -25C to +100C (25/100/21) Flammability corresponding to UL 94 V-2 or better Design corresponding to UL 1283, CSA 22.2 No. 8 1986, IEC/EN 60939 Typical electrical schematic MTBF 50C/400 V (Mil-HB-217F) 220,000 hours2 EMC/EMI Products Schaffner Group Datasheets 11 Oct 2018 Filter selection table Filter* Rated current Typical drive Leakage current*** Power loss Input Output Weight 50C (40C) power rating** 520/760 VAC/50 Hz 25C/50 Hz connections connections A kW mA W kg FN 258-7-.. 7 (7.7) 4 2.0 9 -29 -07 -29 1.0 FN 258-16-.. 16 (17.5) 7.5 2.1 20 -29 -07 -29 1.4 FN 258-30-.. 30 (33) 15 2.9 21 -33 -07 -33 1.7 FN 258-42-.. 42 (46) 22 3.0 30 -33 -07 -33 2.5 FN 258-55-.. 55 (60) 30 3.0 30 -34 -07 -34 2.9 FN 258-75-34 75 (82) 37 3.0 24 -34 -34 3.9 FN 258-100-35 100 (110) 55 3.0 51 -35 -35 5.5 FN 258-130-35 130 (143) 75 3.5 50 -35 -35 6.9 FN 258-180-.. 180 (197) 90 3.5 73 -40 -07 -40 11.0 FN 258-250-.. 250 (275) 132 3.4 79 -40 -07 -40 12.0 FN 258 HV-7-29 7 (7.7) 5.5 1.6 9 -29 -29 1.0 FN 258 HV-16-29 16 (17.5) 11 2.3 20 -29 -29 1.5 FN 258 HV-30-33 30 (33) 22 2.3 21 -33 -33 1.8 FN 258 HV-42-33 42 (46) 30 2.6 30 -33 -33 2.6 FN 258 HV-55-34 55 (60) 45 2.6 30 -34 -34 3.0 FN 258 HV-75-34 75 (82) 55 2.6 24 -34 -34 4.3 FN 258 HV-100-35 100 (110) 90 2.6 51 -35 -35 5.6 FN 258 HV-130-35 130 (143) 110 2.9 50 -35 -35 7.1 FN 258 HVIT-7-29 7 (7.7) 5.5 0.1 9 -29 -29 1.0 FN 258 HVIT-16-29 16 (17.5) 11 0.1 20 -29 -29 1.5 FN 258 HVIT-30-33 30 (33) 22 0.1 21 -33 -33 1.8 FN 258 HVIT-42-33 42 (46) 30 0.1 30 -33 -33 2.6 FN 258 HVIT-55-34 55 (60) 45 2.6 30 -34 -34 3.0 FN 258 HVIT-75-34 75 (82) 55 2.6 24 -34 -34 4.3 FN 258 HVIT-100-35 100 (110) 90 2.6 51 -35 -35 5.6 FN 258 HVIT-130-35 130 (143) 110 2.9 50 -35 -35 7.1 FN 258 L-7-.. 7 (7.7) 4 0.1 9 -29 -07 -29 1.0 FN 258 L-16-.. 16 (17.5) 7.5 0.1 20 -29 -07 -29 1.4 FN 258 L-30-.. 30 (33) 15 0.1 21 -33 -07 -33 1.7 FN 258 L-42-.. 42 (46) 22 0.1 30 -33 -07 -33 2.5 FN 258 L-55-.. 55 (60) 30 0.1 30 -34 -07 -34 2.9 FN 258 L-75-34 75 (82) 37 0.1 24 -34 -34 3.9 FN 258 L-100-35 100 (110) 55 0.1 51 -35 -35 5.5 FN 258 L-130-35 130 (143) 75 0.1 50 -35 -35 6.9 FN 258 L-180-.. 180 (197) 90 0.1 73 -40 -07 -40 11.0 FN 258 L-250-07 250 (275) 132 0.1 79 -40 -07 12.0 FN 258 P-7-.. 7 (7.7) 4 0.4 9 -29 -07 -29 1.0 FN 258 P-16-.. 16 (17.5) 7.5 0.4 20 -29 -07 -29 1.4 FN 258 P-30-.. 30 (33) 15 0.4 21 -33 -07 -33 1.7 FN 258 P-42-.. 42 (46) 22 0.4 30 -33 -07 -33 2.5 FN 258 P-55-.. 55 (60) 30 0.4 30 -34 -07 -34 2.9 FN 258 P-75-34 75 (82) 37 0.4 24 -34 -34 3.9 FN 258 P-100-35 100 (110) 55 0.4 51 -35 -35 5.5 FN 258 P-130-35 130 (143) 75 0.4 50 -35 -35 6.9 FN 258 P-180-.. 180 (197) 90 0.4 73 -40 -07 -40 11.0 FN 258 P-250-07 250 (275) 132 0.4 79 -40 -07 12.0 ***To compile a complete part number, please replace the -.. with the required output connection style. ***Calculated at rated current, 440 VAC (FN 258)/690 VAC (FN 258 HV) and cos phi=0.8. The exact value depends upon the efficiency of the drive, the motor and the entire ***application. *** Standardized calculated leakage current acc. IEC60939 under normal operating conditions (FN 258 at 520 VAC and FN 258 HV at 760 VAC).