New silicon steel core stacking table

Abstract

The invention discloses a new silicon steel core stacking platform, comprising a base, three parallel linear guide rails fixed on the base, which can slide on the guide rails, sliders located at both ends of each guide rail, located above the linear guide rails and parallel to each other Three square steel pipes perpendicular to the linear guide rail, and the first bracket and the second bracket located on each square steel pipe parallel to the square steel pipe; there is a gap between the first bracket and the second bracket; the square steel pipes on both sides are fixed on the linear guide rail on the slider, and fixed with the base through the fixed card, the square steel pipe in the middle is fixed on the base through the support block; the lower surface of the base is flat and can slide on the circulation roller table; The bracket slides and holds within the square steel tube. The stacking table of the present invention is exquisite, convenient and practical, and is suitable for stacking iron cores of various specifications and sizes, and is suitable for automatic assembly line production, and greatly improves the efficiency of iron core stacking, circulation and turning.

Description

technical field [0001] The invention relates to a novel stacking platform for a 10kV silicon steel core, which is suitable for assembly line production and belongs to the field of power transformer silicon steel core manufacturing. Background technique [0002] 10kV small-capacity (50kVA-630kVA) silicon-steel cores need to be stacked on a stacking frame. Conventional cores need to be stacked on a simple bracket. According to the size of the core, angle steel is used to overlap the stacking platform. After the core stacking is completed, place the The iron core is hoisted to the turning platform by a crane for turning over. During these operations, firstly, it is time-consuming and laborious to adjust the size of the iron core stacking platform each time; Various problems may arise during transportation. In order to solve the above problems, the stacking table is now re-developed and designed to achieve the purpose of easy adjustment, free circulation, docking with the turni...

AI Technical Summary

Problems solved by technology

[0002] 10kV small-capacity (50kVA-630kVA) silicon-steel core stacking needs to be carried out on a stacking frame. Conventional core stacking needs to be carried out on a simple support. The iron core is hoisted to the turning platform by a crane for turning over. During these operations, firstly, it is time-consuming and laborious to adjust the size of the iron core stacking platform each time; Various problems are prone to occur during transportation

Images