Power cable wiring positioning device

Abstract

Provided is a power cable wiring positioning device, used for positioning a cable terminal so as to be in electric connection with the connector base (8) of a power device. The device comprises a pedestal (9), and a positioning motor (7) fixed in the lower matrix (98) of the pedestal; a screw rod (71) driven by the positioning motor (7) is provided with a rear end to be used for being rotationally fixed in the upper beam (93) of the pedestal (9); the screw rod (71) and a movable wedge (72) are in thread cooperation, thereby allowing the left side of the movable wedge (72) to be in sliding cooperation with the guide rail groove (921) of the pedestal (9) arranged in a vertical support (92) between the upper beam (93) and the lower matrix (98), and allowing the right side wedge surface of the movable wedge (72) to join the inclined plane (63) on the left side of a clamping block (6).

Description

technical field [0001] The present application relates to the field of power cables, in particular to a power cable connection positioning device. Background technique [0002] In the wiring and wiring process in the field of power cables, it is often necessary to lead the cables to the inside of the cabinets of electric cabinets and other electrical equipment, so as to realize the required connections such as electrical power supply. In the internal space of these cabinets, the components are often arranged compactly and the space is small, which brings difficulties to the wiring work. [0003] Especially in the case of manually pulling the cables, since the cable length margin needs to be reserved for the wiring operation, it is easy to cause the internal space of the cabinet to be occupied after the wiring is completed and thus interfere with the normal operation of other electrical devices. Moreover, due to the rigidity of the cable itself, pulling a small length in a n...

AI Technical Summary

Problems solved by technology

In the internal space of these cabinets, the components are often arranged compactly and the space is small, which brings difficulties to the wiring work.

[0003] Especially in the case where manual operation is required to pull the cable, since the cable length margin needs to be reserved for the wiring operation, it is easy to cause the internal space of the cabinet to be occupied after the wiring is completed and thus interfere with the normal operation of other electrical devices

Moreover, due to the rigidity of the cable itself, pulling a small length in a small space brings great difficulties to manual operation, and it is difficult to apply a suitable pulling force

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