Single-phase, primary switched mode power supply • 1ph • IN: 100-240 Vac • OUT: 24 Vdc 10 A › Stabilised and adjustable output voltage› Fast tripping of conventional circuit breakers› DC OK signalling
Single-phase, primary switched mode power supply • 1ph • IN: 100-240 Vac • OUT: 24 Vdc 5 A › Stabilised and adjustable output voltage› Fast tripping of conventional circuit breakers› DC OK signalling›
Single- and two-phase, primary switched mode power supply • 2ph • IN: 200-500 Vac • OUT: 24 Vdc 5 A › Stabilised and adjustable output voltage› Fast tripping of conventional circuit breakers› DC OK si
Single- and two-phase, primary switched mode power supply • 2ph • IN: 200-500 Vac • OUT: 24 Vdc 10 A › Stabilised and adjustable output voltage› Fast tripping of conventional circuit breakers› DC OK s
Short-circuit proof PCB transformer • 1ph • 3,2 VA • IN: 230 Vac • OUT: 2 x 9 Vac The PCB transformers of the VB series provide galvanic isolation of the primary circuit from the secondary circuit an
Short-circuit proof PCB transformer • 1ph • 3,2 VA • IN: 230 Vac • OUT: 2 x 8 Vac The PCB transformers of the VB series provide galvanic isolation of the primary circuit from the secondary circuit an
Short-circuit proof PCB transformer • 1ph • 3,2 VA • IN: 230 Vac • OUT: 2 x 6 Vac The PCB transformers of the VB series provide galvanic isolation of the primary circuit from the secondary circuit an
Short-circuit proof PCB transformer • 1ph • 3,2 VA • IN: 230 Vac • OUT: 2 x 12 Vac The PCB transformers of the VB series provide galvanic isolation of the primary circuit from the secondary circuit a
Short-circuit proof PCB transformer • 1ph • 3,2 VA • IN: 230 Vac • OUT: 2 x 24 Vac The PCB transformers of the VB series provide galvanic isolation of the primary circuit from the secondary circuit a
Short-circuit proof PCB transformer • 1ph • 3,2 VA • IN: 230 Vac • OUT: 2 x 18 Vac The PCB transformers of the VB series provide galvanic isolation of the primary circuit from the secondary circuit a
We can help you!
Call us: +1 847 260 9050
Write us: