An electrical connector assembly includes an electrical conductor, a cable support, a housing, and a cap. The electrical connector assembly relates to a system for fastening or otherwise supporting an electrical conductor on a housing of an electrical connector assembly that reduces the amount of mechanical vibrations transmitted from the electrical conductor to other components of the electrical system. The electrical connector assembly also minimizes the likelihood that the watertightness of a seal extending between the electrical conductor and the electrical connector assembly may be compromised as a result of such mechanical vibrations.

An electrical connector assembly includes an electrical conductor, a cable support, a housing, and a cap. The electrical connector assembly relates to a system for fastening or otherwise supporting an electrical conductor on a housing of an electrical connector assembly that reduces the amount of mechanical vibrations transmitted from the electrical conductor to other components of the electrical system. The electrical connector assembly also minimizes the likelihood that the watertightness of a seal extending between the electrical conductor and the electrical connector assembly may be compromised as a result of such mechanical vibrations.

A mass-contact module for a control device includes a press-in contact extending in a longitudinal direction and having a connector portion for forming an electrically conductive press-in connection to a circuit board and an end portion which is at a distance in the longitudinal direction and is configured to make contact with a contact surface. A supporting part is connected to the press-in contact and is configured to form a force-conducting connection between the circuit board and the press-in contact by forming a form-fitting and/or integral connection to the potting compound. A control device includes such a mass-contact module. An assembly method is for assembling a corresponding control device.

An electrical connector assembly positionable in a wellbore includes a flexible conductor, a first hanger ring connected to a first end of the flexible conductor, a first hanger ring landing shelf in an outer housing, a second hanger ring positioned on a second end of the flexible conductor, and a second hanger ring landing shelf in the housing.

An electrical connector assembly positionable in a wellbore includes a flexible conductor, a first hanger ring connected to a first end of the flexible conductor, a first hanger ring landing shelf in an outer housing, a second hanger ring positioned on a second end of the flexible conductor, and a second hanger ring landing shelf in the housing.

A damping element for a plug-in connector is described, the plug-in connector comprising a socket and a connector pin pluggable into the socket. The damping element is configured to be disposed inside of the socket and comprises a first bearing face adapted for lying flat against the bottom of the socket and a second bearing face adapted for lying flat against the front face of the connector pin. Either a first shaft is attached at or integrally moulded with the first bearing face or a second shaft is attached at or integrally moulded with the second bearing face. The damping element is adapted for providing a damping effective in the axial direction between the connector pin and the socket.

An electrical connector providing a sealed electrical link between an inside environment subjected to corrosive gases or liquids under pressure and an outside environment of different pressure. The connector includes a connector body, conductor cables, a thermoplastic insulator, and a sealing element. The connector body is secured to a structure and includes insulating feed-throughs for receiving electrical contacts connecting an outside environment to an inside environment. The conductor cables, comprising an outer insulating layer made of a fusible thermoplastic material, are connected to said electrical contacts inside said inside environment. The thermoplastic insulator is secured to said connector body and surrounds the conductor cables. The thermoplastic insulator and cable outer insulating layers are made of a same type of fusible thermoplastic material making it possible, by localized fusion, to form a thermoplastic weld therebetween. The sealing element is mounted between the connector body and the thermoplastic insulator.

An electrical connector providing a sealed electrical link between an inside environment subjected to corrosive gases or liquids under pressure and an outside environment of different pressure. The connector includes a connector body, conductor cables, a thermoplastic insulator, and a sealing element. The connector body is secured to a structure and includes insulating feed-throughs for receiving electrical contacts connecting an outside environment to an inside environment. The conductor cables, comprising an outer insulating layer made of a fusible thermoplastic material, are connected to said electrical contacts inside said inside environment. The thermoplastic insulator is secured to said connector body and surrounds the conductor cables. The thermoplastic insulator and cable outer insulating layers are made of a same type of fusible thermoplastic material making it possible, by localized fusion, to form a thermoplastic weld therebetween. The sealing element is mounted between the connector body and the thermoplastic insulator.

An electrical connection component for a machine cable is described. The electrical connection component is suitable for transmission of power with voltage levels greater than or equal to 1 kV and comprises at least one electrical conductor arranged for electrically coupling with a further electrical conductor of another electrical connection component. The electrical connection component comprises a housing having an internal region, and having a machine cable end, a connection end and a plurality of electrically insulating components positioned within the housing, at least one of the electrically insulating components being arranged so as to form-fit with a further one of the electrically insulating components. A portion of the internal region of the housing that is located at the connection end of the housing, and that would not otherwise be filled with the at least one electrical conductor and/or an associated flame path, is filled by the electrically insulating components.

An electrical connection component for a machine cable is described. The electrical connection component is suitable for transmission of power with voltage levels greater than or equal to 1 kV and comprises at least one electrical conductor arranged for electrically coupling with a further electrical conductor of another electrical connection component. The electrical connection component comprises a housing having an internal region, and having a machine cable end, a connection end and a plurality of electrically insulating components positioned within the housing, at least one of the electrically insulating components being arranged so as to form-fit with a further one of the electrically insulating components. A portion of the internal region of the housing that is located at the connection end of the housing, and that would not otherwise be filled with the at least one electrical conductor and/or an associated flame path, is filled by the electrically insulating components.