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AssigneeDehn SE
InventorsArnd Ehrhardt, Helmut Hirschmann, Sebastian Haas, Georg Wittmann
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The invention relates to an overvoltage protection arrangement comprising a horn spark gap located in an insulating housing, with a deionization chamber for arc quenching, wherein the deionization chamber has a plurality of spaced quench plates and a trigger electrode is located in the ignition region of the horn spark gap, wherein a disconnecting device comprises a fusible link that is located in the region of the deionization chamber and is exposed there to a loading of a power follow-on current, wherein the fusible link holds a disconnecting element, preferably supported by spring force, in a first position, and on melting releases this disconnecting element in such a way that the disconnecting element adopts a second position wherein, on reaching the second position, an electrical connection to the trigger electrode is interrupted and the trigger electrode is thereby disconnected.
An overvoltage protection arrangement comprising a horn spark gap located in an insulating housing, with a deionization chamber (4) for arc quenching, wherein the deionization chamber (4) has a plurality of spaced quench plates (9) and a trigger electrode (7) is located in the ignition region of the horn spark gap,
An overvoltage protection arrangement comprising a horn spark gap located in an insulating housing, with a deionization chamber (4) for arc quenching, wherein the deionization chamber (4) has a plurality of spaced quench plates (9) and a trigger electrode (7) is located in the ignition region of the horn spark gap (1), characterized in that a disconnecting device comprises a fusible link (5;
An overvoltage protection arrangement comprising a horn spark gap located in an insulating housing, with a deionization chamber (4) for arc quenching, wherein the deionization chamber (4) has a plurality of spaced quench plates (9) and a trigger electrode (7) is located in the ignition region of the horn spark gap (1), characterized in that a disconnecting device comprises a fusible link (8) that is located in the region of the deionization chamber (4) and is exposed there to a loading of a power follow-on current, wherein the fusible link (8) holds a slider-like disconnecting element (15) in a first position, and on melting releases this disconnecting element (15) in such a way that the disconnecting element (15) adopts a second position wherein, on reaching the second position, an electrical switching connection to the trigger electrode (7) is interrupted and the trigger electrode (7) is thereby disconnected.
Dependencies are inferred from the claim text.