High-speed wire steel heaping detection method

Abstract

The invention provides a high-speed wire rod stacking steel detection method, which utilizes double proximity switches for stacking steel detection. The design cost is low, the signal is more stable, and unnecessary failures caused by false signals are avoided. Because it is installed on the top, the weight, sleeve and access opening are not easy to cause corrosion, which ensures the long-term stability of the set of devices, and is economical and practical.

Description

technical field [0001] The invention relates to the technical field of high-speed wire rod production lines, in particular to a method for detecting high-speed wire piled steel. Background technique [0002] In the process of steel rolling, steel stacking often occurs. Steel stacking means that there is an abnormal situation in production. The normally rolled rolled piece deviates from the rolling track, resulting in steel stacking. There are many reasons for stacking steel, and steel stacking occurs in time. It is very important to detect the faults that occur, because if the piled steel cannot be detected in time, and then intervention measures are taken, the piled steel may cause equipment or personnel damage, and the most basic thing is to prolong the failure time, so how can it be faster and more accurate? It is particularly important to accurately judge where to pile up steel and then make intervention measures without being affected by false signals. Contents of the...

AI Technical Summary

Problems solved by technology

[0002] In the process of steel rolling, steel stacking often occurs. Steel stacking means that there is an abnormal situation in production. The normally rolled rolled piece deviates from the rolling track, resulting in steel stacking. There are many reasons for stacking steel, and steel stacking occurs in time. It is very important to detect the faults that occur, because if the piled steel cannot be detected in time, and then intervention measures are taken, the piled steel may cause equipment or personnel damage, and the most basic thing is to prolong the failure time, so how can it be faster and more accurate? It is particularly important to judge where to pile up steel and make intervention measures without being affected by false signals.

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