Novel folding cable test equipment

Abstract

A novel folding cable test device disclosed by the present invention comprises a platform, a bending assembly and a fixed end assembly, the bending assembly comprises a rotating shaft, a limiting block, a rotating plate, a bending end guide rail support, a connecting block and a rotating end clamp, a rectangular mounting block is integrally formed at the upper end of the rotating shaft, and the limiting block is fixedly mounted at the upper end of the rotating shaft. According to the cable bending device, cables can be automatically bent, multiple cables can be bent at the same time, the rotating shaft is driven by the motor to rotate, it is guaranteed that the bending angles are consistent every time, the bending angles are adjustable, the state of the cables in actual work can be more accurately simulated, the bending angles can be adjusted, and the cable bending device is convenient to use and high in practicability. Meanwhile, the bending frequency can be recorded through a PLC, after the bending frequency is reached, the equipment stops running, the appearance of the cable is observed, whether the performance meets the requirement or not is checked, in addition, the fixing position and the bending position of the cable can be adjusted, and the device has better applicability.

Description

technical field [0001] The invention belongs to the technical field of cable bending tests, and in particular provides a novel folding cable test equipment. Background technique [0002] For the cable bending test, one end of the cable needs to be fixed with a clamp, and the cable is bent around a fixed point so that the cable forms a certain angle. After several times of bending, observe the appearance of the cable to check whether the performance meets the requirements. However, there are manual bending and equipment bending in the bending method. Manual bending cannot guarantee the consistency between the angle of each bending and the bending point, and the bending speed is relatively slow. It is very large, and the efficiency of the manual bending method is low; although the bending point of the equipment bending method can be guaranteed to be consistent, only one cable can be bent for a bending test at a time, and the bending angle is generally fixed. The fixed positio...

AI Technical Summary

Problems solved by technology

However, there are manual bending and equipment bending in the bending method. Manual bending cannot guarantee the consistency between the angle of each bending and the bending point, and the bending speed is relatively slow. It is very large, and the efficiency of the manual bending method is low; although the bending point of the equipment bending method can be guaranteed to be consistent, only one cable can be bent for a bending test at a time, and the bending angle is generally fixed. The fixed position of the cable is generally determined, and it is difficult to perform bending tests of different positions and degrees on different cables, and the scope of application is not wide. Therefore, an adjustable cable bending position and angle is needed, and multiple cables can be tested at the same time. Bending test, test equipment to improve bending efficiency

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