List of products by brand Finder

Coupling relay for DIN rails with screw connections, 2 changers 8 A / 250 W AC coil voltage 24 W DC contact material Agni, with integrated LED and EMV interference.

Coupling relay for DIN rails with screw connections, 2 changers 8 A / 250 W AC coil voltage 24 W DC contact material Agni, with integrated LED and EMV interference.

Coupling relays for DIN rails with screw connections, 1 changer 6 A / 250 W AC coil voltage 24 W AC/DC, contact material Agni, LED and EMV interference are integrated in the socket.

Coupling relays for DIN rails with screw connections 2 changers 8 A / 250 W AC coil voltage 24 W DC contact material Agni, with integrated LED and EMC interference suppression

Coupling relays for DIN rails with screw connections 2 changers 8 A / 250 W AC coil voltage 24 W DC contact material Agni, with integrated LED and EMC interference suppression

Coupling relays for DIN rails with push-in connections, 2 changers for 8 A / 250 V AC, coil voltage 24 V AC, contact material AgNi, with integrated LED and EMC interference.

Coupling relay for DIN rails with screw connections, 2 changers 8 A / 250 W AC coil voltage 24 W DC contact material Agni, with integrated LED and EMV interference.

Coupling relays for DIN rails with screw connections, 1 changer 6 A / 250 W AC coil voltage 24 W DC, contact material Agni, LED and EMV interference are integrated in the socket.

Coupling relay for DIN rail with screw connections, 2 changers 8 A / 250 W AC coil voltage 230 W AC. Contact material Agni, with integrated LED and EMC interference.

Narrow plug/primary relay, electronic, input voltage: 24 W DC, input current: 7 ma, output voltage 1.5-33 W DC max. Output current: 6 A relay protection type: RT III.

Coupling relays for DIN rails with push-in connections, 4 changers 7 A / 250 V AC, coil voltage 24 V DC, with integrated LED and EMV interference.

Coupling relay for DIN rails with push-in connectors, 1 changer for 16 A/250 V AC, coil voltage 230 V AC, contact material AgNi, with integrated LED and EMC interference.