Copper alloy wire tensioning and take-up equipment

Abstract

The invention relates to copper alloy wire tensioning and take-up equipment comprising a take-up reel and a tensioning cabinet. The take-up reel is connected with the tensioning cabinet through a copper alloy wire rope. The take-up reel is provided with a rotary shaft, a baffle and a motor. The rotary shaft is connected with a motor transmission shaft and is provided with the baffle. A first limiting column, a second limiting column, first tensioners and second tensioners are arranged in the tensioning cabinet. A first driving motor is arranged below the first limiting column in a driving connection mode. The first limiting column is provided with the four first tensioners. A second driving motor is arranged below the second limiting column in a driving connection mode. The second limitingcolumn is provided with the four second tensioners. The first tensioners and the second tensioners are round. The copper alloy wire tensioning and take-up equipment is simple in structure and convenient to operate, the copper alloy wire rope can be adjusted properly, appropriate tensioning force is applied to the wound copper alloy wire rope, the effect that the copper alloy wire rope can be wound on a reel orderly and evenly is ensured, and the service life of the copper alloy wire rope is prolonged.

Description

technical field [0001] The invention relates to a copper alloy wire tensioning and winding device with simple structure and convenient use. Background technique [0002] The copper alloy cable is twisted into strands by multi-layer copper alloy cables, and then centered on the rope core, a certain number of strands are twisted into a spiral rope. Copper alloy cables are widely used in industry and power industry. Copper alloy cables are prone to problems such as messy ropes and short service life during work. There are many reasons for such problems. Copper alloy cables are wound for the first time. When the copper alloy cable is wound on the reel, it is not properly tensioned, which is one of the reasons. When the copper alloy cable is wound on the reel, it is generally wound in multiple layers. Under such multi-layer winding conditions, When the copper alloy cable is installed on the drum for the first time, it is very important to add the correct tension to it, so as to ...

AI Technical Summary

Problems solved by technology

Copper alloy cables are widely used in industry and power industry. Copper alloy cables are prone to problems such as messy ropes and short service life during work. There are many reasons for such problems. Copper alloy cables are wound for the first time. When the copper alloy cable is wound on the reel, it is not properly tensioned, which is one of the reasons. When the copper alloy cable is wound on the reel, it is generally wound in multiple layers. Under such multi-layer winding conditions, When the copper alloy cable is installed on the drum for the first time, it is very important to add the correct tension to it, so as to prevent the inner layer copper alloy cable from slack, which will be caused by the outer layer. Squeeze and squeeze or clamp against the groove wall, so that all copper alloy cables will be prematurely crushed and flattened due to the top layer "bearing the load", greatly shortening the service life of copper alloy cables, and in addition , it is also easy to cause the phenomenon that the copper alloy cables on the upper layer are pressed into the lower layer, and then the copper alloy cables are disordered. In addition, when the copper alloy cables are rolled, if the rolled copper alloy cables are distributed Unevenness will lead to uneven force on the reel, and the copper alloy cable itself will also be unevenly distributed, resulting in inconsistent extrusion of the inner copper alloy cable, resulting in damage to the copper alloy cable, which will seriously cause Copper alloy cable scrap

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