Abstract: A connector for an electrical cable, comprising a body in which is formed a passageway having a longitudinal axis, a contact element which projects into the passageway in order to make contact with the electrical cable when in the passageway, and a retaining element for hindering longitudinal withdrawal of the cable from the passageway, the retaining element comprising a pair of resiliently deformable lips extending into the passageway from a face thereof in a first direction transverse to the longitudinal direction, each of the lips being separated from a face of the passageway in a second direction transverse to both the first direction and the longitudinal axis, thereby to allow flexing of the lips in the second direction. The lips are advantageously shorter than the depth in the first direction of the passageway, typically 40 to 80% of the passageway depth. Further lips can be provided on a lid which covers the passageway, the further lips extending in a direction opposed to the first lips.

Abstract: A connector for an electrical cable, comprising a body in which is formed a passageway having a longitudinal axis, a contact element which projects into the passageway in order to make contact with the electrical cable when in the passageway, and a retaining element for hindering longitudinal withdrawal of the cable from the passageway, the retaining element comprising a pair of resiliently deformable lips extending into the passageway from a face thereof in a first direction transverse to the longitudinal direction, each of the lips being separated from a face of the passageway in a second direction transverse to both the first direction and the longitudinal axis, thereby to allow flexing of the lips in the second direction. The lips are advantageously shorter than the depth in the first direction of the passageway, typically 40 to 80% of the passageway depth. Further lips can be provided on a lid which covers the passageway, the further lips extending in a direction opposed to the first lips.

Abstract: An in-line splice closure for splicing two hybrid fiber and signal conductor cables includes an outer housing having opposing first and second ends for receiving respective ends of the cables. An organizer tube extends within the outer housing. Electrical connectors are positioned within the organizer tube for connecting signal conductors of the first and second hybrid cables. The splice closure preferably includes at least one optical splice for connecting optical fibers of the first and second cables, and an optical fiber support wrapped around an outer surface of the organizer tube for supporting the at least one optical splice and adjacent optical fiber slack portions. The organizer tube preferably has a predetermined diameter and the optical fiber support preferably supports the optical fiber slack portions so as not to exceed the minimum bend radius. The organizer tube preferably has a longitudinally extending groove in an outer surface portion for receiving buffer tubes of the cables.