A transformer iron core automatic lamination production device

Abstract

The invention provides a transformer iron core automatic laminating production device, which at least comprises a laminating device, a three-column slicing device, a three-column pre-positioning device, a yoke post pre-positioning device, a yoke post slicing device, a finished product output device, a coding table, other auxiliary devices and a machine frame. The three-column slicing device, the three-column pre-positioning device, the finished product output device, the yoke post pre-positioning device and the yoke post slicing device are sequentially installed on the machine frame in the order from right to left in the transverse X-axis direction. The laminating device is located on the upper part of the frame. The other auxiliary devices are arranged above the rack. The encoding table is located on one side of the frame. The invention is mechanized and intelligently improved, and the lamination speed can reach 3600 sheets per hour. The lamination adopts the linear stacking mode alternately between the left and right feeding, which has high compact structure and high efficiency. Can be applied to all types of cross-shear line shear products, strong versatility. The structure is stable and reliable, and the maintenance cost is low.

Description

technical field [0001] The invention belongs to the field of transformer manufacturing, and mainly relates to an automatic stacking production device for transformer iron cores. Background technique [0002] At present, the common transformer iron cores in the transformer production industry are divided into three types: "Japanese" type, "IE" type, and "E" type. [0003] The so-called "day" type iron core means that three pieces of columns and two pieces of yoke are combined into a day shape, and then the single layer of the iron core combined into a day shape is gradually superimposed until the required thickness is reached. [0004] The so-called "IE" iron core, that is, three columns and one yoke are combined to form an E-type, and a single yoke column forms an I-type, and then the single-layer IE-type core is gradually stacked until the required thickness is at . [0005] The so-called "E" core means that three side columns and one yoke column are combined to form an E...

AI Technical Summary

Problems solved by technology

[0006] At present, the stacking process mainly relies on manual stacking, manual stacking, high work intensity and frequent boring repetitive actions, low production efficiency and unstable product quality. In addition to the current sharp increase in labor costs, transformer companies are urgently Need an automatic lamination equipment that can replace manual lamination

[0007] At present, there are very few equipments for stacking Japanese-type iron cores. Even if there are similar products, most of the stacked iron cores have process holes or rectangular silicon steel sheets, which cannot meet the automatic positioning transmission and automatic adjustment of the width and step of each level of guide rail. requirements

Images