Detuned reactor • 3ph • 0-400 Vac • 5 A • 0-50 Hz • P: kW › No overloading of the capacitors› Stabilizing mains impedance› Low inductance tolerance› Very good corrosion protection and low noise thanks

Detuned reactor • 3ph • 0-0 Vac •  A • 50 Hz • P: kW › No overloading of the capacitors› Stabilizing mains impedance› Low inductance tolerance› Very good corrosion protection and low noise thanks to v

Detuned reactor • ph • 0-0 Vac •  A • 50 Hz • P: kW › No overloading of the capacitors› Stabilizing mains impedance› Low inductance tolerance› Very good corrosion protection and low noise thanks to va

Detuned reactor • ph • 0-0 Vac •  A • 50 Hz • P: kW › No overloading of the capacitors› Stabilizing mains impedance› Low inductance tolerance› Very good corrosion protection and low noise thanks to va

Detuned reactor • ph • 0-0 Vac •  A • 50 Hz • P: kW › No overloading of the capacitors› Stabilizing mains impedance› Low inductance tolerance› Very good corrosion protection and low noise thanks to va

Detuned reactor • 3ph • 400-400 Vac • 20 A • 50 Hz • P: kW › No overloading of the capacitors› Stabilizing mains impedance› Low inductance tolerance› Very good corrosion protection and low noise thank

Detuned reactor • 3ph • 0-400 Vac • 3 A • 0-50 Hz • P: kW › No overloading of the capacitors› Stabilizing mains impedance› Low inductance tolerance› Very good corrosion protection and low noise thanks

Detuned reactor • ph • 0-0 Vac •  A • 50 Hz • P: kW › No overloading of the capacitors› Stabilizing mains impedance› Low inductance tolerance› Very good corrosion protection and low noise thanks to va

• 1ph • 600-600 Vac • 85 A • 300 Hz • uk:%@ V • 0,81 mH

• 1ph • 600-600 Vac • 70 A • 300 Hz • uk:%@ V • 0,98 mH

• 1ph • 600-600 Vac • 55 A • 300 Hz • uk:%@ V • 1,2 mH

• 1ph • 600-600 Vac • 8 A • 300 Hz • uk:%@ V • 9,4 mH