Abstract: A connector is provided for connecting a cable by insulation-piercing connecting devices when insert elements are pushed together. For connecting a shielded cable, the insert element are provided on a contact element made of conducting material, and the latter are inserted with contact into a shielded housing. The braided shield of the cable is connected with the housing. The insulation-piercing connecting devices are located in insulating bodies that are accommodated in chambers of the housing that are open to the outside. The housing is connected with the contact element by a screw that extends in the plugging direction and operates to make contact.

Abstract: A connector is provided for connecting a cable by insulation-piercing connecting devices when clips are pushed together. For connecting a shielded cable, the clips are provided on a contact element made of conducting material, and the latter are inserted with contact into a shielded housing. The braided shield of the cable is connected with the housing. The insulation-piercing connecting devices are located in insulating bodies that are accommodated in chambers of the housing that are open to the outside. The housing is connected with the contact element by a screw that extends in the plugging direction and operates to make contact.

Abstract: For a sealing insert of a cable gland it is proposed that the sealing insert be provided with a peripheral step which is adapted to a peripheral step in the pressure screw and that the sealing insert be provided on its outer diameter on the cable insertion side with a conical bevel which is adapted to the conical bevel of the pressure screw, the angle of the bevel of the pressure screw being designed to be more acute relative to the longitudinal axis.

Abstract: A tension-relieving assembly for electrical and/or optical conductors of a cable, wherein the conductors, which are guided in parallel in the cable, are held in a cable-guiding part and are inserted in conductor-guiding ducts in a conductor-guiding part, and wherein the axes of the conductors in the cable-guiding part and in the conductor-guiding part are offset relative to one another. The conductor-guiding part is provided, at the lead-in end for the conductors, with an annular collar, and a central peg is disposed in the annular collar. The cable-guiding part is constructed, at the conductor exit end, with a stepped recess, such that when the cable-guiding part and conductor-guiding part are joined together, the central peg is pressed between the conductors and forces the conductors outwards against the inner contour of the stepped recess in the cable-guiding part.

Abstract: A connector for a shield cable has a braided shield connected by a ring provided at least on the circumference with conducting material. A shielding part of a base housing is provided with plug-in connections, and is adapted to receive wire ends forming contact with the plug-in connections. The ring is a slotted clamping ring which is pressed flexibly against a contact surface of the shielding part that matches its contour and against a recess in a housing part which together with the base housing forms a connector housing.

Abstract: For an electrical connector for connecting insulated electrical conductors, preferably an electrical plug and socket connector, with contact elements disposed in chambers of a carrying base with cutting and insulation displacement connections for connection to the conductor, the conductors being introduced into the connector in the axial direction, relative to the contact elements, it is proposed that the conductors be pressed by means of a conductor guiding element, which is constructed as a pressure part, into the cutting and insulation displacement connections. At the same time, the conductors are pushed through a guiding borehole, in which they are deflected in such a manner, that they are guided obliquely through a recess in the conductor guiding element. When the carrying base and the conductor guiding element are joined together, the cutting and insulation displacement connections dip into these recesses and, in so doing, are connected with the conductors.