FN5060-110-99 Schaffner

DATASHEET dv/dt filters FN 5060 Output Filter for Motor Drives Reduction of drive output voltage dv/dt Approvals Reduction of voltage stress at motor windings Protect AC motors from destructive effect of peak voltages Increase of motor service life UL recognized up to 700 A Improvement of system reliability Features and benefits Efficient reduction of high output voltage dv/dt from IGBT motor drives (as per IEC 60034-17/25) Restriction of overvoltages caused by line reflections on motor cables (as per IEC 60034-17/25) Performance indicators Protection of motor winding insulation from premature aging and destruction Increase service life of electric motors High reliability and production up time for mission critical applications Less interference propagation towards neighbouring equipment or lines Output filter with low impedance, ideal for processes requiring exceptional precision and reproducibility of movements Typical applications Technical specifications Motor drive applications with short to medium Nominal operating voltage 3x500 VAC motor cable length Rated operating voltage 3x550 VAC Machinery comprising servo or torque motors Rated currents 12 to 1100 A 40C Conveyers Motor frequency 0...60 Hz (with derating up to 120 Hz) HVAC equipment, incl. pumps, fans and Switching frequency 2...16 kHz, depending on motor cable length and compressors motor frequency -> refer graph on page 2 Elevators, hoisting and cranes Typical dv/dt reduction Factor 8 to 12 Motor drives for process lines Max. peak voltage 1000 V <3 V 50 Hz Voltage drop Applications where sine wave filters are not suited (e.g. high dynamic operation) Ambient temperature range -25C to +40C fully operational +40C to +100C with derating* -25C to +100C transport and storage Typical electrical schematic Overload capability 1.5 x rated current for 1 minute, ones per hour Protection category IP 00 UL 94V-2 Flammability corresponding to Design corresponding to UL 61800-5-1, EN 61800-5-1, EN 61558-2-20 or EN 60076-6 * I = I *((T T )/(T T )) = I *((100C-T )/60C) derated nominal max- amb max- nominal nom amb Typical electrical schematic (1100 A only)2 Output filters Schaffner Group Datasheets 11 Oct 2018 Filter selection table Filter Rated Typical motor Typical motor Nominal Nominal Typical Voltage Input/ Weight current drive drive inductance capacitance power drop**** Output 40C/50 Hz power rating power rating loss*** connections 400 V* 480 V** A kW kW mH nF W V kg FN 5060-12-84 12 5.5 6.6 0.095 4.7 53 0.4 -84 1 FN 5060-24-84 24 11 13.2 0.098 4.7 55 0.7 -84 1.6 FN 5060-30-99 30 15 18 0.254 33 143 2.4 -99 6.3 FN 5060-45-99 45 22 26.4 0.17 33 182 2.4 -99 6.3 FN 5060-60-99 60 30 36 0.127 33 189 2.4 -99 7.4 FN 5060-70-99 70 37 44.4 0.109 33 214 2.4 -99 8.6 FN 5060-90-99 90 45 52.8 0.085 33 254 2.4 -99 10.4 FN 5060-110-99 110 55 66 0.069 33 316 2.4 -99 11.5 FN 5060-150-99 150 75 90 0.051 68 449 2.4 -99 14.6 FN 5060-180-99 180 90 108 0.042 68 464 2.4 -99 18.0 FN 5060-250-99 250 132 158.4 0.031 68 508 2.4 -99 22.1 FN 5060-320-99 320 160 192 0.024 68 604 2.4 -99 29.6 FN 5060-400-99 400 200 240 0.019 68 637 2.4 -99 32.2 FN 5060-500-99 500 250 300 0.015 68 471 2.4 -99 54.5 FN 5060-600-99 600 315 378 0.013 100 437 2.5 -99 63.5 FN 5060-700-99 700 400 480 0.011 100 486 2.4 -99 74.0 FN 5060-900-99 900 500 600 0.008 100 597 2.3 -99 86.5 FN 5060-1100-99 1100 630 756 0.007 100 695 2.4 -99 114.0 * General purpose four-pole (1500 r/min) AC induction motor rated 400 V/50 Hz. ** General purpose four-pole (1500 r/min) AC induction motor rated 480 V/50 Hz. *** Power loss at 2 kHz switching frequency/80 m motor cable length. Exact value depends upon the motor cable type and length, switching frequency and further stray parameters within the system. **** Voltage drop at rated current and 50 Hz. Switching frequency vs. motor cable length Ensure the motor drive switching frequency is set to the required switching frequency (see filter selection table). Check the drives manual whether special settings are necessery. For any questions please contact the drives manufacturer. Refer also to the fPWM/cable length diagram below: Temperature monitoring function The temperature monitoring device opens a potential-free contact in the case of filter overtemperature (>180C). The maximum switching capability is 5 A/240 V. The switch can be used, for example, in the input of a CNC controller or as the trip of a circuit breaker in order to interrupt the mains power supply.