초록 ▼

The connector comprises a tubular generally cylindrical connector body having means for retaining an armored BX electrical cable, or any other desired cable, therein. An internally threaded nut is mounted on an externally threaded front portion of the body. The rear portion of the body is provided w

The connector comprises a tubular generally cylindrical connector body having means for retaining an armored BX electrical cable, or any other desired cable, therein. An internally threaded nut is mounted on an externally threaded front portion of the body. The rear portion of the body is provided with a plurality of resiliently yieldable latching arms which slant outwardly and forwardly therefrom. The latching arms yield inwardly when the connector body is pushed rearwardly through an opening in a supporting wall, whereupon the latching arms spring outwardly behind the supporting wall. The nut can then be tightened so that the wall will be clamped between the nut and the latching arms. In this way, the connector can be mounted on a supporting wall which is inaccessible from the rear side. The electrical cable may be retained within the connector body by a clamping screw which is recessed within the periphery of the body, so that the screw does not interfere with the insertion of the connector body through the opening in the supporting wall. As an optional feature, a wedging ring may be slidably mounted around the connector body, between the nut and the latching arms, so that the ring will cause the latching arms to be spread outwardly when the nut is tightened.

대표청구항 ▼

A connector for an electrical cable having an electrically conductive sheath, said connector comprising a tubular electrically conductive generally cylindrical connector body, said connector body having a rear end portion with clamping means thereon for clamping the sheath of the electrical cable wi

A connector for an electrical cable having an electrically conductive sheath, said connector comprising a tubular electrically conductive generally cylindrical connector body, said connector body having a rear end portion with clamping means thereon for clamping the sheath of the electrical cable within said connector body to afford solid electrical contact between said connector body and the sheath, said connector body having a threaded front end portion with external screw threads thereon, and an internally threaded nut in screw threaded engagement with said front end portion, said connector body having an intermediate portion with a plurality of conductive latching arms slanting outwardly and forwardly therefrom, said intermediate portion of said connector body being between said front end portion and said rear end portion which are at opposite ends of said connector body, said conductive latching arms having front ends, said latching arms being resiliently yieldable to pass through an opening in a conductive mounting wall and to snap outwardly behind such wall, said nut being operable to bring said nut and the front ends of said latching arms into clamping arrangement with the opposite sides of such wall to afford solid electrical contact between said arms and the wall, the front end portion of the cable being insertable into said rear end portion of said connector body with the cable threaded forwardly through the opening in the mounting wall, said clamping means being operable from the front side of the mounting wall for clamping the sheath of the electrical cable within said connector body, said rear end portion and said intermediate portion of said connector body and the cable clamped therein being movable rearwardly through the opening in the mounting wall to cause the latching arms to pass rearwardly through the opening and to snap outwardly behind the wall, said rear end portion of said connector body and said clamping means being of a cross-sectional size smaller than the cross-sectional size of said intermediate portion with said latching arms whereby said rear end portion and said clamping means are adapted to fit through the opening in the mounting wall, said nut being operable from the front side of the mounting wall to tighten the nut and the front ends of said latching arms into clamping engagement with the front and rear sides of such wall to afford solid electrical contact between said arms and the wall, whereby access to the front of the mounting wall is all that is needed for clamping the connector body to the conductive sheath and for solid clamping of the mounting wall between said latching arms and said nut, there being no need for access to the rear of the mounting wall.