Lateral hanging type amorphous alloy iron core sheet erection device

Abstract

A lateral hanging type amorphous alloy iron core sheet erection device belongs to the technical field of a dry type transformer. Currently, the amorphous alloy transformer employs manual binding, and for parallel application of a strip with width over two rows, the efficiency of manual binding of a vertical iron core is extremely low, and meanwhile, the quality is low. The lateral hanging type amorphous alloy iron core sheet erection device comprises a lateral hanging fixed plate, wherein the lateral hanging fixed plate is used for being vertically bonded on an iron core pull plate and has linear-shaped cross section, a lateral hanging plate with I-shaped cross section is vertically connected with a right side of the lateral hanging fixed plate, a plurality of lateral hanging plates are sequentially cascaded in a side direction of the lateral hanging plate, and frame-shaped regions between the lateral hanging plate and the lateral hanging fixed plate and between the lateral hanging plates are fixed positions of iron core sheets. By the technical scheme, iron core lamination of the transformer is facilitated, the lateral hanging type amorphous alloy iron core sheet erection device is easy to operate and is suitably used for erecting the iron core of a multi-line amorphous alloy iron core sheet or an opening roll iron core sheet, the efficiency is greatly higher than that of manual operation, and the production efficiency of an energy-saving transformer such as an amorphous alloy transformer and an opening roll iron core transformer on a large scale is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of dry-type transformers, in particular to a side-hanging type amorphous alloy iron chip erector. Background technique [0002] The strip width of amorphous alloy has only 3 specifications, namely 142mm, 170mm, and 213mm width. For large transformers, no matter which one of the 3 specifications is used, the iron core cross section required by engineering design cannot be achieved. The materials are juxtaposed together to form two or more columns to synthesize a wider width to meet the design requirements, but the iron core of the amorphous alloy transformer is similar to the open wound iron core, and it also needs to open the opening of the iron chip to open the iron core. Only when the chips are stacked and opened and erected can the transformer be assembled, but in the prior art, manual binding has been used for such work, and for the parallel use of strips with a width of more than two columns, the effici...

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Problems solved by technology

[0002] The strip width of amorphous alloy has only 3 specifications, namely 142mm, 170mm, and 213mm width. For large transformers, no matter which one of the 3 specifications is used, the iron core cross section required by engineering design cannot be achieved. The materials are juxtaposed together to form two or more columns to synthesize a wider width to meet the design requirements, but the iron core of the amorphous alloy transformer is similar to the open wound iron core, and it also needs to open the opening of the iron chip to open the iron core. Only when the chips are stacked and opened and erected can the transformer be assembled, but in the prior art, manual binding has been used for such work, and for the parallel use of strips with a width of more than two columns, the efficiency of manual binding and erecting the iron core It is extremely low and the quality is not high, which has become the main bottleneck in the promotion of amorphous alloy transformers and open coil core transformers

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