Abstract: A cable lug for a connector includes a first portion having a receiving end receiving a cable and a second portion extending from the first portion and having a through hole through which a stud can be passed. The through hole extends transversally through a first surface and a second surface of the second portion opposite one another. At least one of the first surface and the second surface has a protrusion projecting away from the at least one of the first surface and the second surface. The protrusion is positioned between the through hole and the first portion and is spaced apart from the first portion.

Abstract: A joint body for protecting an electrical cable connection including an electrical cable includes an expandable, elastomeric bladder sleeve and an electrically insulating gel. The bladder sleeve defines a gel cavity and a cable passage to receive the electrical cable. The gel is disposed in the gel cavity and surrounds at least a portion of the cable passage. The joint body is configured to be installed on the connection such that the connection is disposed in the cable passage and is surrounded and electrically insulated by the gel.

Abstract: A joint body for protecting an electrical cable connection including an electrical cable includes an expandable, elastomeric bladder sleeve and an electrically insulating gel. The bladder sleeve defines a gel cavity and a cable passage to receive the electrical cable. The gel is disposed in the gel cavity and surrounds at least a portion of the cable passage. The joint body is configured to be installed on the connection such that the connection is disposed in the cable passage and is surrounded and electrically insulated by the gel.

Abstract: The present invention relates to a support element for a resilient sheath, in particular to a holdout for a cable sleeve. The support element includes a tubular expansion element, which can be brought into contact with an inner wall of the resilient sheath and is constructed in such a way as to hold the resilient sheath in a pre-mounted radially expanded state. A reinforcing member is provided to reinforce the support element and in the pre-assembled state of the resilient sheath is at least partially received in the expansion element to reinforce the internal diameter of said expansion element, the reinforcing member being constructed in such a way that it can be removed from the expansion element before the assembly of the resilient sheath without being destroyed.

Abstract: A device for use in a cable connection includes a first section formed of a molded resilient material. The first section is provided with at least one opening extending there through for receiving a cable. A second section is formed of a molded resilient material. The second section is at least partially separated from the first section. The second section has at least one interface that lies opposite an interface of the first section that is mateable therewith. The interface of the second section and the interface of the first section have an intermediate space there between in an unmated position. The interface of the second section mutually abuts the interface of the first section in a mated position.