Textile sectional warping machines, which are a significant type of textile machinery, are widely used in the textile industry. The crucial aspect is to maintain the uniformity of warp tension during the warping process. To achieve this, it is essential to determine and correct the amount of traverse of the textile sectional warping machine.
When the warping tension is high, the warp yarns are wound densely, leading to a small thickness of each layer. If there is a disparity between the nominal fineness and the actual fineness of the yarn, it implies that the thickness of each layer of the yarn varies. Additionally, if the yarn has been twisted, the degree of twisting also impacts the thickness of the yarn. Moreover, the oil treatment content of the yarn and the color of the dyeing frequently result in different friction coefficients, causing a difference in tension. Consequently, in actual production, the calculation of the amount of traverse is not straightforward and undergoes significant changes, which complicates the determination of the production process.
Therefore, it is necessary to install a corresponding measuring device for the textile sectional warping machine. The transverse displacement of the warping can be calculated based on this device, considering parameters such as the structure, the amount of oil, the friction coefficient, etc. By regulating the warping tension, the warping winding density can be adjusted, enabling the accurate calculation of the traverse amount. For more information about textile sectional warping machines, you can visit wetexmc.com.