FN332Z-10/05 Schaffner

DATASHEET Single-Stage Filters FN 332 Performance EMI Filter Rated currents from 1 to 10 A Approvals Compact housing Optional overvoltage protection (Z type) Features and benefits FN 332 filters are designed for easy and fast chassis mounting FN 332 filters are also available with integrated surge pulse protection to safeguard sensitive electrical equipment All FN 332 single-phase filters provide a good attenuation performance, based on chokes with high saturation resistance and excellent thermal behavior Chokes with high saturation resistance and high inductivity Surge pulse protection Custom-specific versions on request Typical applications Technical specifications Electrical and electronic equipment Maximum continuous operating voltage 250 VAC, 50/60 Hz Consumer goods Operating frequency dc to 400 Hz Household equipment Rated currents 1 to 10 A 40 C max. Power supplies High potential test voltage P > PE 2000 VAC for 2 sec Office automation equipment P > N 250 VAC for 2 sec (Z types) Datacom equipment P > N 760 VAC for 2 sec Industrial equipment auxiliary supply Temperature range (operation and storage) -25 C to +100 C (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 Surge pulse protection (optional) 2 kV, IEC 61000-4-5 MTBF 40C/230V (Mil-HB-217F) 710,000 hours2 EMC/EMI Products Schaffner Group Datasheets 2014 Filter selection table Filter Rated current Leakage current* Inductance Capacitance Surge Energy Input/Output Weight 40 C (25 C) 230 VAC/50 Hz L Cx Cy current absorption connections A A mH nF nF A J g FN 332-1-05 1 (1.2) 340 10 15 2.2 -05 65 FN 332-3-05 3 (3.6) 340 2 15 2.2 -05 65 FN 332-6-05 6 (7.3) 340 0.8 15 2.2 -05 65 FN 332-10 A-05 10 (12) 340 0.5 15 2.2 -05 70 FN 332Z-1-05 1 (1.2) 340 10 15 2.2 1200 26 -05 65 FN 332Z-3-05 3 (3.6) 340 2 15 2.2 1200 26 -05 65 FN 332Z-6-05 6 (7.3) 340 0.8 15 2.2 1200 26 -05 65 FN 332Z-10-05 10 (12) 340 0.5 15 2.2 1200 26 -05 70 * Maximum leakage under normal operating conditions. Note: if the neutral line is interrupted, worst case leakage could reach twice this level. Typical filter attenuation Per CISPR 17 A = 50 /50 sym B = 50 /50 asym C = 0.1 /100 sym D = 100 /0.1 sym 1 A types 3 and 6 A types 10 A types