Abstract: A method is disclosed for moisture tight covering a connection point between an electrical conductor. The method includes exposing the conductor at its end by removing the insulation and subsequently electrically conductively connecting the end of the conductor, from which the insulation has been removed, to the contact element. After the connection point is finished, a foil of insulation material is positioned underneath the connection point, where the foil rests against the insulation of the conductor and at least partially against the contact element. Subsequently, a sealing material capable of hardening is applied from above onto the conductor, wherein the sealing material is flowable during its application and subsequently changes over by hardening into a mechanically stable state which extends beyond the insulation of the conductor and beyond the contact element and is connected tightly to the foil.

Abstract: A method for sealing an electric coupling piece (K) against moisture, includes, at an end of the line (1) intended for connection to the coupling piece (K), at least one annular groove extending in the circumferential direction is cut into the casing of the line (1). Prior to injection molding the protective body (9), an O-ring (10) serving as a sealing element is placed into the groove, where the O-ring (10) rests tightly against the lateral borders of the groove (11) with the respective pretension, where the O-ring is of a material which connects tightly and in a moisture proof manner to the insulating material of the finely produced protective body (9).

Abstract: A method of making cable includes injection molding a coupling part which is manufactured from a polymer mixture with a thermoplastic material as polymer component, where the cable casing contains thermoplastic polyurethane cross-linked by radiation. The cable has a water-tight and fixed connection between the casing of the cable and the section of the coupling part injection molded around the casing.

Abstract: A method for sealing an electric coupling piece (K) against moisture, includes, at an end of the line (1) intended for connection to the coupling piece (K), at least one annular groove extending in the circumferential direction is cut into the casing of the line (1). Prior to injection molding the protective body (9), an O-ring (10) serving as a sealing element is placed into the groove, where the O-ring (10) rests tightly against the lateral borders of the groove (11) with the respective pretension, where the O-ring is of a material which connects tightly and in a moisture proof manner to the insulating material of the finely produced protective body (9).

Abstract: A method is disclosed for moisture tight covering a connection point between an electrical conductor. The method includes exposing the conductor at its end by removing the insulation and subsequently electrically conductively connecting the end of the conductor, from which the insulation has been removed, to the contact element. After the connection point is finished, a foil of insulation material is positioned underneath the connection point, where the foil rests against the insulation of the conductor and at least partially against the contact element. Subsequently, a sealing material capable of hardening is applied from above onto the conductor, wherein the sealing material is flowable during its application and subsequently changes over by hardening into a mechanically stable state which extends beyond the insulation of the conductor and beyond the contact element and is connected tightly to the foil.

Abstract: A cable which includes an injection molded coupling part which is manufactured from a polymer mixture with a thermoplastic material as polymer component, where the cable is distinguished by the fact that the casing contains thermoplastic polyurethane cross-linked by radiation. The cable has a water-tight and fixed connection between the casing of the cable and the section of the coupling part injection molded around the casing.

Abstract: A flexible electric line with at least one electrical conductor is provided having a high tensile, nonmetallic element and a plurality of highly conductive metal wires arranged around it. The flexible electric line has a high tensile element that is a loose composite of a large number of aramid fibers, the cross section of this element being the same as that of one of the individual metallic wires and where the conductor is surrounded by a layer of insulation.

Abstract: A flexible electric line with at least one electrical conductor is provided having a high tensile, nonmetallic element and a plurality of highly conductive metal wires arranged around it. The flexible electric line has a high tensile element that is a loose composite of a large number of aramid fibers, the cross section of this element being the same as that of one of the individual metallic wires and where the conductor is surrounded by a layer of insulation.