Abstract: A pyromechanical disconnecting device having an improved electric current conductor rail. The electric current conductor rail includes a center section perpendicular to the path of a disconnecting tool, and a first and second side section extending perpendicular from the center section. The electric current conductor rail further includes a first and second end piece connected respectively to the first and second side sections apart from the center section. Each of the end pieces is connected along a fold perpendicular to the center section and includes a bore for receiving a fastener to attach the electric current conductor rail to a housing.

Abstract: The invention relates to a device for pyromechanical separation comprising a housing (4) and a conducting rail (2) which is arranged therein and embodied in such a way that it is separable at a separation point (13) by a separating tool (6) which is actuated by a propulsion pyrotechnical charge (12). In order to protect said conducting rail against manipulations and ensure an unequivocal positioning, the conducting rail (2), the propulsion charge (12) and the separating tool (6) are fixed in the housing (4) in an irremovable manner by a latch (5) which is inserted into the housing (4) and are nondetachably fixed thereto. Said latch (5) is also used as a support for the separating tool (6), i.e. it comprises a cutting edge (7) along which said separating tool (7) cuts.

Abstract: The invention relates to a device for pyromechanical separation comprising a housing (4) and a conducting rail (2) which is arranged therein and embodied in such a way that it is separable at a separation point (13) by a separating tool (6) which is actuated by a propulsion pyrotechnical charge (12). In order to protect said conducting rail against manipulations and ensure an unequivocal positioning, the conducting rail (2), the propulsion charge (12) and the separating tool (6) are fixed in the housing (4) in an irremovable manner by a latch (5) which is inserted into the housing (4) and are nondetachably fixed thereto. Said latch (5) is also used as a support for the separating tool (6), i.e. it comprises a cutting edge (7) along which said separating tool (7) cuts.

Abstract: The invention relates to a pyromechanical separating device comprising a housing (2) wherein an electrically conductive current conductor rail (1) is arranged. Said current conductor rail is embodied such that it can be separated at a separation point (7) by a separating cutting tool (5) which is driven by a pyrotechnical propelling charge. The current conductive rail (1) comprises, on the ends thereof (14), a fixing means (6) for connecting electrical conductors. According to the invention, both end parts (14) of the current conductor rail (1) are disposed at right angles to the plane of the separation point (7) in order to prevent a break in the current conductor rail (1), and the separation point (7) is formed by a tapering of the cross section of the conductor.

Abstract: The present invention relates to a fuse holder (1) having an oblong, box-shaped housing (2) comprising plug-in sites for blade-type fuses accessible from one top side of the housing, as well as contact chambers (6) for individual contacts arranged below the plug-in sites in the housing, and a contact channel (7) for a current bridge (8) arranged below the plug-in sites in the housing, wherein the chambers for the individual contacts, based on the axis of the longitudinal extension, are arranged in the housing offset relative to each other and on both sides of the longitudinal axis and wherein the contact channel for the current bridge extends substantially in the zigzag form along the longitudinal axis between the chambers for the individual contacts.

Abstract: The present invention relates to a fuse holder (1) having an oblong, box-shaped housing (2) comprising plug-in sites for blade-type fuses accessible from one top side of the housing, as well as contact chambers (6) for individual contacts arranged below the plug-in sites in the housing, and a contact channel (7) for a current bridge (8) arranged below the plug-in sites in the housing, wherein the chambers for the individual contacts, based on the axis of the longitudinal extension, are arranged in the housing offset relative to each other and on both sides of the longitudinal axis and wherein the contact channel for the current bridge extends substantially in the zigzag form along the longitudinal axis between the chambers for the individual contacts.