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ST 100/23/11 - Discontinued types – not for new designs

Control- and safety isolating- resp. isolating transformer • 1ph • 100 VA • IN: 219-241 Vac • OUT: 110 Vac › Very good switch-on behaviour thanks to reduced starting currents› High power density due t

ST 100/23/42 - Discontinued types – not for new designs

Control- and safety isolating- resp. isolating transformer • 1ph • 100 VA • IN: 219-241 Vac • OUT: 42 Vac › Very good switch-on behaviour thanks to reduced starting currents› High power density due to

ST 100/4/42 - Discontinued types – not for new designs

Control- and safety isolating- resp. isolating transformer • 1ph • 100 VA • IN: 380-420 Vac • OUT: 42 Vac › Very good switch-on behaviour thanks to reduced starting currents› High power density due to

PT 1 - Discontinued types – not for new designs

Control- and safety isolating- resp. isolating transformer • 1ph • 60 VA • IN: 230 Vac • OUT: 6-24 Vac The transformers of the ST series ensure safe galvanic isolation of the primary circuit from the

ST 100/11/24 - Discontinued types – not for new designs

Control- and safety isolating- resp. isolating transformer • 1ph • 100 VA • IN: 109-121 Vac • OUT: 24 Vac › Very good switch-on behaviour thanks to reduced starting currents› High power density due to

ST 100/11/23 - Discontinued types – not for new designs

Control- and safety isolating- resp. isolating transformer • 1ph • 100 VA • IN: 109-121 Vac • OUT: 230 Vac › Very good switch-on behaviour thanks to reduced starting currents› High power density due t

ST 100/11/11 - Discontinued items – not for new applications

Control- and safety isolating- resp. isolating transformer • 1ph • 100 VA • IN: 109-121 Vac • OUT: 115 Vac › Very good switch-on behaviour thanks to reduced starting currents› High power density due t

PT 3 - Discontinued items – not for new applications

Control- and safety isolating- resp. isolating transformer • 1ph • 60 VA • IN: 230 Vac • OUT: 8-14 Vac › Very good switch-on behaviour thanks to reduced starting currents› High power density due to a