Control- and safety isolating- resp. isolating transformer • 1ph • 400 VA • IN: 380-420 Vac • OUT: 24 Vac › Very good switch-on behaviour thanks to reduced starting currents› High power density due to
Control- and safety isolating- resp. isolating transformer • 1ph • 320 VA • IN: 380-420 Vac • OUT: 24 Vac › Very good switch-on behaviour thanks to reduced starting currents› High power density due to
Control- and safety isolating- resp. isolating transformer • 1ph • 320 VA • IN: 219-241 Vac • OUT: 48 Vac › Very good switch-on behaviour thanks to reduced starting currents› High power density due to
Control- and safety isolating- resp. isolating transformer • 1ph • 1600 VA • IN: Vac • OUT: Vac › Very good switch-on behaviour thanks to reduced starting currents› High power density due to a compa
Single-phase, primary switched mode power supply • 1ph • IN: 100-240 Vac • OUT: 30 Vdc 3 A › Stabilised and adjustable output voltage› Up to 200 % Real Power Boost for 4 seconds› Top Boost to trip con
• Stromkompensierte Drosseln
Three-phase, primary switched mode power supply • 3ph • IN: 400-500 Vac • OUT: 24 Vdc 5 A › Stabilised and adjustable output voltage› Fast tripping of conventional circuit breakers› DC OK signalling›
Three-phase, primary switched mode power supply • 3ph • IN: 400-500 Vac • OUT: 24 Vdc 40 A › Strong and compact› Narrowest construction width and maximum flexibility› Surge-proof up to 4kV› Optimally
Three-phase, primary switched mode power supply • 3ph • IN: 400-500 Vac • OUT: 24 Vdc 10 A › Strong and compact› Narrowest construction width and maximum flexibility› Surge-proof up to 4kV› Optimally
Three-phase, primary switched mode power supply • 3ph • IN: 400-500 Vac • OUT: 24 Vdc 20 A › Strong and compact› Narrowest construction width and maximum flexibility› Surge-proof up to 4kV› Optimally
Sine filter • 3ph • 0-690 Vac • 90 A • 0-150 Hz • 1,2 mH › Prevention of overvoltages on the motor› Long cable lengths possible› Reduction in motor noise› Reduction in line-borne and field-borne emitt
Sine filter • 3ph • 0-690 Vac • 48 A • 0-150 Hz • 2,5 mH › Prevention of overvoltages on the motor› Long cable lengths possible› Reduction in motor noise› Reduction in line-borne and field-borne emitt
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