Automatic wire arrangement compensation device for stainless steel wires

Abstract

The invention discloses an automatic wire arrangement compensation device for stainless steel wires. The automatic wire arrangement compensation device mainly comprises a spool body, a PLC control system and push rods, wherein the push rods are respectively positioned on the two sides of a wing plate of the spool body, and the PLC control system is respectively provided with a PLC terminal, a speeding induction device, an accessory control device and an alarm device. The PLC control system is adopted to intelligently control the speed of the spool body, so that the conditions of wire rope pressing, disorder and mutual extrusion, the frequency of replacing the spool body caused by abrasion is effectively reduced, and the production cost is reduced. The automatic wire arrangement compensation device has reasonable design and is suitable for wide application in the industry of needing wire arrangement devices.

Description

technical field [0001] The invention belongs to the technical field of cable arrangement equipment, and more specifically relates to a stainless steel wire automatic compensation cable arrangement device. Background technique [0002] When the stainless steel wire is arranged on the I-shaped wheel, the stainless steel wire is arranged at a constant speed, and the stainless steel wire will drive the I-shaped wheel to do a circular motion while moving left and right on the horizontal plane. Theoretically, the I-shaped wheel has the same circle. The rotation speed on the layer should be consistent, but due to the movement friction of the I-shaped wheel, the surface of the I-shaped wheel, especially the two ends of the I-shaped wheel, is worn and sunken, so it cannot be guaranteed that the speed of the I-shaped wheel on the same circle layer should be consistent. It is easy to cause the cable to press the rope, mess the rope, squeeze each other, etc. Contents of the invention ...

AI Technical Summary

Problems solved by technology

[0002] When the stainless steel wire is arranged on the I-shaped wheel, the stainless steel wire is arranged at a constant speed, and the stainless steel wire will drive the I-shaped wheel to do a circular motion while moving left and right on the horizontal plane. Theoretically, the I-shaped wheel has the same circle. The rotation speed on the layer should be kept consistent, but due to the movement friction of the I-shaped wheel, the surface of the I-shaped wheel, especially the two ends of the I-shaped wheel, is worn and sunken, so it cannot be guaranteed that the speed of the I-shaped wheel on the same circle layer should be consistent. It is easy to cause the cable to press the rope, mess the rope, squeeze each other, etc.

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