EMC-Filters - FEAS GmbH - #29

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- conform Radio interference suppression filters 4-Lines 1-Stage Type NFK30-2A41 see table below see table below 1,5 x I t380.000 h Postfach 1521 D - 22905 AHRENSBURG Telefon: 04102 - 42082 Telefax: 04102 - 40930 E-Mail : info@feas.de Internet: www.feas.de VDE 0100, 0110, 0113, 0551, 0160/W2, 0806 IEC 60939-1, IEC60939-2,IEC60068-2-3 EN133200,EN60068-1 CSA-C 22.2 / UL1283, UL94V1 EN61000-6-1-2-3-4,EN50178 EN55011,EN50204,EN61558-2-17 EN60204,EN60529,EN61000-4-2-3-4-5-6-8-11 EN60068-1,EN60068-2-1-2-3-6-27-30 EN45501,EN50021 IEC 60068-2-11-52,IEC 60529,IEC 380 see table below see table below NFK30-2A41 51036 Rated voltage Type Inductance Dimensions (W x H x D) Weight Order-No. Capacity Rated current Frequency Overload current Derivation current Capacity CR Test voltage Rated voltage UR Frequency Electrical data Rated current IR Inductance LR Discharge resistor Applied construction regulations according to VDE IEC EN CSA / UL Mounting Mechanics Class 2 (EN 60950) 95% relative humidity, yearly average dewing allowed for use in tropical ambient IP 65 IP 20 (VGB4) >30g at 33Hz in X,Y and Z, acc. to IEC 60068-2-27 - Protection class Ambient humidity Protective class enclosure Protective class terminals Vibration proof Extra low safety potential Safety data Safety devices Operating data Duty circle Operating temperature range Derating Storage temperature range Cooling Fuse for input Fuse for output Overload protection MTBF asymmetric symmetric unsymmetric Technical Data 2,5kV- (Conductor - PE) Insertion loss at 50  -40°C to +85°C -50°C...+105°C < 6,0mA at 400V~, 50Hz 50 - 60Hz 4 x 2,0Amp. at 40°C L1 4x13mH 6 x 0,47ìF(X2) 4 x 22nF(Y2) 100x75x110 approx. 1,15kg 550/250VAC 3 x ca. 1M High insertion loss over a broad frequency range Small enclosure design Suitable for the tropics - Epoxy resin casted Safety acc. to VDE, EN, UL, CSA Self-extinguishing polycarbonat housing in acc. to UL94V1 On rails acc. to DIN 46277 or wallmounting with screws 110,0 75,0 100,0 100 80 60 40 20 0 0,01 adB 0,1 1 10 MHz 100