ES279727U - Electrical connector for energized high voltage circuits. (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Electrical connector for energized high voltage circuits, which being of the type that include a contact assembly that can be moved inside a tubular envelope disposed within the general body of the connector, and wherein the displacement of such assembly of contact is made from a first position to a second position to accelerate a first contact element so that it moves quickly towards the coupling position with a second complementary contact element, to close the energized high voltage circuit, originating in addition a position intermediate coupling between said first and second contact elements, the first contact element being concentrically mounted on a support to form an integral part thereof, and said support including a stop protrusion separated by a first axial distance relative to an element of stop provided in the tubular envelope, and counting the set with means of absorption and dissipation of kinetic energy; it being provided that the first contact element includes a female-type contact adjacent to the front end of the support, an integral part of which is formed by a piston provided at its rear end, while the second contact element includes a male-type contact arranged concentrically at the rear end. The front part of the general body of the connector, characterized in that the means of absorption and dissipation of energy are constituted by a primary cuttable element and a secondary cuttable structure, in such a way that the primary cut-out element forms an integral part of the support and is positioned between the stop element and the stop projection, said primary cut-out element being separate from the support in response to engagement with the stop element during axial movement of the support, from the first position to the second position; while the secondary cut-out structure is arranged between the primary cut-out element and the stop projection, the latter being able to be separated from the support of which it forms part in response to the coupling with the previously separated primary cut-out element, during the axial movement of the support from the first position to the second position. (Machine-translation by Google Translate, not legally binding)