Estudio de ingeniería de la máquina tejedora circular industrial marca Mayer & CIE. para la industria Textiles del Pacífico.

Abstract

The following work presents the results obtained of the study of basic engineering and to detail of the kitting machine circular of big diameter destined for the elaboration of fabrics of point and fabrics Jacquard. The OVJA 2.4E weaver of the Mayer & Cia. Brand belongs to and is located in the facilities of the Texpac Cía Ltda, Textiles del Pacífico factory. The fabric that produced this machine had a visible failure that was repeated at constant intervals along the fabric, which is why Texpac to keep their textiles produced to the highest quality, requested a change in the electronic system of the machine, since it had not been modified in its control system since its acquisition. With vision to a change in the automatic control of the industrial weaver, a characterization of each one of the systems and pieces that formed the structure of the machine was made. They were identified and classified according to the type of element in: mechanical elements and electrical elements, the latter subdivided according to the function they fulfill in the system highlighting the parameters of voltage, current, frequency and power to which each element works. It was determined that the final product obtained by the circular machine depends on the designed pattern which is repeated across the width and length of the fabric so that with the characterization was identified the element responsible for the failures in production. The drawings made allow the future continuation of the project of repowering the machine.