Cable conductor branch connector

Abstract

The invention discloses a cable conductor branch connector. The section of the main body structure is approximately in the shape of W; both side main cable conductor connecting sections and a branch cable conductor connecting section are connected to be an integrated structure through a cross horizontal connecting section; heights of two outsides of the main cable conductor fixing section and thebranch cable conductor fixing section are higher than the height of the horizontal connecting section; through a crimping tool, upper sections at both sides are laminated and coated on the main cableand the branch cable conductors; the connection contact area is big; the upper parts of the outsides of the main cable conductor fixing section and the branch cable conductor fixing section are in theshape of arc, which can adapt to the shape of the main cable and the branch cable conductors; during the crimping process, the deformation volume of the connector is few, the main cable and the branch cable conductors cannot be deformed; the thickness of the contact part material is unchanged, the connection intensity is high; after crimping, the contact conductive performance is good, the connection technique is simple; the connector is convenient to operate and reliable in connection without loosening.

Description

technical field [0001] The invention relates to a cable conductor branch connector, which is specifically applied to the technical field of connection of cable branch lines of power transmission and transformation equipment. Background technique [0002] In the prior art, the connection of cable branch lines generally adopts C-shaped tubes to connect the main cable conductor and the sub-cable conductor. During the crimping process, the crimping force is not easy to grasp. The strands of the conductor are broken or even the conductor is completely broken, and it is not easy to locate when crimping, and the crimping is difficult; while the simple E-shaped structure connector is used, the deformation cannot be accurately controlled, and the contact area between the main cable and the branch cable is not enough after crimping. Or although a certain contact area can be achieved, the edge thickness of the connector is not enough, the connection strength is not high, and the connec...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the connection of cable branch lines generally adopts C-shaped tubes to connect the main cable conductor and the sub-cable conductor. During the crimping process, the crimping force is not easy to grasp. The strands of the conductor are broken or even the conductor is completely broken, and it is not easy to locate when crimping, and the crimping is difficult; while the simple E-shaped structure connector is used, the deformation cannot be accurately controlled, and the contact area between the main cable and the branch cable is not enough after crimping. Or although a certain contact area can be achieved, the edge thickness of the connector is not enough, the connection strength is not high, and the connection conductivity is not good; and the crimping process easily deforms the main cable and the branch cable, and even causes the structure of the main cable and the branch cable to be damaged. Crimp connections are unreliable

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