Non-contact wire diameter measurement using magnetic fields : a study and design

Abstract EN

this paper aimed to investigate the feasibility of using the principle of Contactless Diameter Measurement system.

This study will concentrate on building a simple and inexpensive system to study the relationship between the diameter of the sample and the characteristics of the output signal induced by the application of a pulsed magnetic field to the sample.

We have sought to develop a modern method to measure the diameter of an insulated and conductive material with circular cross section area (such as wires and nails, etc.).

After the measurement system had been building and a comprehensive study of the problem and its impact on the industry, a method to measure the diameter has been implemented and improvement.

The performance of the measurement method had proved to be competition to other based methods in costs and simplicity of implementation and operation.

In this case, the measurement method has proved to be useful in quality control mechanism to monitor the fluctuations in diameter of various materials.

The study concluded that a contemporary technique was created for determining the diameter of insulated and conductive objects with circular cross sections, such as cables, nails, and other objects.

A method to measure the diameter has been improved upon after the measurement system had been built and a thorough analysis of the issue and its effects on the industry.

The measurement method's efficiency shown that it may compete with other based approaches in terms of prices and ease of use.

In this instance, the measurement technique has shown to be helpful in quality control to track changes in material diameter.