Motor reactor • ph • 0-0 Vac • A • 0-60 Hz • P: kW • mH › High damping of edge steepness› High damping of inverter switching frequency› Reduction of leakage current at low construction volumes› Long
Motor reactor • 3ph • 0-600 Vac • 30 A • 0-60 Hz • P:18,5 kW • 0,21 mH › High damping of edge steepness› High damping of inverter switching frequency› Reduction of leakage current at low construction
Motor reactor • 3ph • 0-600 Vac • 42 A • 0-60 Hz • P:22 kW • 0,15 mH › High damping of edge steepness› High damping of inverter switching frequency› Reduction of leakage current at low construction vo
Motor reactor • ph • 0-0 Vac • 130 A • 0-60 Hz • P: kW • 0,3 mH › High damping of edge steepness› High damping of inverter switching frequency› Reduction of leakage current at low construction volumes
Motor reactor • 3ph • 0-480 Vac • 100 A • 0-60 Hz • P: kW • 0,38 mH › High damping of edge steepness› High damping of inverter switching frequency› Reduction of leakage current at low construction vol
Motor reactor • 3ph • 400-400 Vac • 61 A • 0-120 Hz • P: kW • 0,1 mH › High damping of edge steepness› High damping of inverter switching frequency› Reduction of leakage current at low construction vo
Motor reactor • 3ph • 400-400 Vac • 8 A • 50-60 Hz • P: kW • 1,49 mH › High damping of edge steepness› High damping of inverter switching frequency› Reduction of leakage current at low construction vo
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