辊模拉丝设备工作原理详细介绍！A detailed introduction to the working principle of roller mould wire drawing equipme

拉丝机在日常生产中起着非常重要的作用。对于初学者来说，首先要了解丝绸机的工作原理，这样才能在工作中正确操作机器，生产产品。今天就由小编为大家进行辊模拉丝设备工作原理详细介绍！

Wire drawing machines play a very important role in daily production. For beginners, the first thing to do is to understand the working principle of the silk machine, so that they can correctly operate the machine and produce products at work. Today, the editor will give you a detailed introduction to the working principle of roller mould wire drawing equipment!

绘图机的工作原理看起来很复杂，但实际上比较简单。由多个绘图头组成的小型连续生产设备，一次将电线冷拉至所需规格，提高工作效率。但是，随着每一步的拉伸，导线的钢丝直径会发生变化，因此每个拉拔头工作线速度也必须发生变化。希望通用牵引机、引进、吸收、消化技术开发的先进牵引机、弹簧丝、绳、弦、珠、药师、煤气充电员、铝炮丝、预应力丝、预应力丝等信息对您有帮助。

The working principle of a drawing machine seems complicated but it is actually relatively simple. A small continuous production equipment consisting of multiple drawing heads, cold-pulling the wires to the required specifications at one time which improves work efficiency. However, each step of stretching, the wire diameter of the wire changes, so the working line speed of each pull head will also change. I hope general traction machines, advanced traction machines, spring wires, ropes, strings, beads, pharmacists, gas chargers, aluminum gun wires, prestressed wires and other information developed by general traction machines, introduction, absorption and digestion technologies will be helpful to you.

当然，在机器操作过程中，绘图机器会根据绘图模具配置更改每个绘图头的绘图速度。拉拔速度的标准是，即使以下公式成立，每分钟通过模具的导线溢出体积也不会改变。钢丝外线速度拉拔机每个拉拔头的工作速度以上述公式为基础。 以上说明，由于机器传输错误和机器传输间隔、启动、加速、减速、停止等动态工作过程中，各绘图头不同步，因此大多数直线拉丝机都有张力传感器。动态测量各绘图头之间的导线张力，将张力转换为标准信号，并使用该标准信号反馈给调速变频器，变频器即保证直线刷。

Never-the-less, during machine operation the drawing machine changes the drawing speed of each drawing head according to the drawing mould configuration. The standard for pulling speed comply ，even if the following formula is true, the volume of wire overflowing through the mould will not change every minute. The working speed of each pulling head of the wire outer speed puller is based on the above formula. As mentioned above, due to machine transmission errors and machine transmission intervals, starting, acceleration, deceleration, and stopping, each drawing head is not synchronized, so most linear wire drawing machines have tension sensors. Dynamically measure the wire tension between each drawing head, convert the tension into a standard signal and use the standard signal to feed back to the speed-regulating inverter  which ensures linear brushing process.