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首页> 外文期刊>Wire & cable technology international: Serving Manufacturers, Specifiers and Users of Wire and Cable >Wire Processing Essentials - Part 11: Making the Cut, Understanding the Wire Processing Blade Configuration
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Wire Processing Essentials - Part 11: Making the Cut, Understanding the Wire Processing Blade Configuration

机译：线材加工要点-第11部分：进行切割，了解线材加工刀片的配置

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摘要

Last time, we touched upon the basic blade parameters as well as the variation of cutter head configurations available. In this article, we will explore the basics of the wire processing blade geometries. Right after our wire processing machine finalizes the wire length measuring operation, it is time to remove a section of the electrical wire insulation material to expose the bare internal conductor. Most of the time, the conductor core of our wire is an arrangement of one or more individual copper filaments laid around each other to form a particular geometric arrangement. By far, the best available core arrangement for trouble-free processing maintains a regular hexagonal geometric approximation on its cross section and has a twisting lay of sufficient tightness to assure keeping those filaments in place when the dislodging forces are applied to the insulation sleeve. Other times, the conductor material can be other types of cores such as the carbon suppression or low-resistance spiral wound wires for ignition cables.
机译：上一次，我们介绍了基本的刀片参数以及可用的刀头配置的变化。在本文中，我们将探讨线加工刀片几何形状的基础。在我们的电线加工机完成电线长度测量操作之后，就该移除一部分电线绝缘材料以露出裸露的内部导体了。在大多数情况下，我们电线的导体芯是一种或多种相互缠绕的单根铜丝的排列，以形成一种特定的几何排列。迄今为止，用于无故障加工的最佳可用芯线布置在其横截面上保持规则的六边形几何近似，并具有足够紧密度的扭曲捻线，以确保在将脱模力施加到绝缘套管时将那些细丝保持在适当的位置。有时，导体材料可以是其他类型的芯线，例如用于点火电缆的碳抑制或低电阻螺旋绕线。

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