Transformer core stacking device to facilitate progress of subsequent procedures

Abstract

The invention discloses a transformer core stacking device to facilitate progress of subsequent procedures, comprising a bottom support and a core stacking support. The core stacking support includesa pair of core stacking support units in bilateral symmetry; each core stacking support unit includes a sliding bottom plate arranged on the bottom support in side-to-side sliding manner; the pair ofsliding bottom plates leave or approach synchronously; a support ring in ring shape is rotationally arranged on the sliding bottom plate; a pair of core support plates are slidably arranged in the front and rear inside the support ring; the pair of core support plates leave or approach synchronously; a pair of limiting plates are arranged on the core support plates in liftable manner; the pair oflimiting plates leave or approach synchronously. The transformer core stacking device is suitable for cores of different sizes, core stacking speed and accuracy are increased, and rotational setting of stacked cores helps conveniently conduct the subsequent procedures.

Description

technical field [0001] The invention relates to the technical field of transformer processing, in particular to a transformer core stacking device that facilitates subsequent processes. Background technique [0002] Both transformers and reactors have iron cores with stacked iron sheets. First, it is necessary to stack the sheet-like iron sheets together, and then paint the iron cores. When the iron sheets are stacked in the prior art, the stacking efficiency is relatively Low, and because the superimposed iron sheet is relatively high, there will be deviation phenomenon, the precision of superimposed processing is relatively low, and the superimposed device is often only suitable for one size of iron sheet, and the scope of application is narrow. Contents of the invention [0003] The object of the present invention is to address the deficiencies in the prior art and provide a transformer iron core stacking device that is convenient for subsequent processes, including a b...

AI Technical Summary

Problems solved by technology

[0002] Both transformers and reactors have iron cores with stacked iron sheets. First, it is necessary to stack the sheet-like iron sheets together, and then paint the iron cores. When the iron sheets are stacked in the prior art, the stacking efficiency is relatively Low, and because the superimposed iron sheet is relatively high, there will be deviation phenomenon, the precision of superimposed processing is relatively low, and the superimposed device is often only suitable for one size of iron sheet, and the scope of application is narrow

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