Electric reactor embedded positive-pressure solidification equipment based on electric light source

Abstract

The invention belongs to the field of electric light sources and relates to electric reactor embedded positive-pressure solidification equipment based on an electric light source. The invention aims to provide the electric reactor embedded positive-pressure solidification equipment based on the electric light source. According to the technical schemes, the provide the electric reactor embedded positive-pressure solidification equipment based on the electric light source comprises a bottom plate assembly, a supporting plate and the like; the bottom plate assembly is fixedly connected with the supporting plate. According to the provide the electric reactor embedded positive-pressure solidification equipment based on the electric light source of the invention, silica gel and an electric reactor are moved in a reciprocating manner to oscillate, so that the silica gel fully fills a bottom plate of the electric reactor to fix the electric reactor; epoxy resin is poured into the multi-layer electric reactor, meanwhile, gaps in the multi-layer electric reactor are subjected to epoxy resin pouring; the electric reactor is heated, so that the electric reactor is fused with the epoxy resin, the electric reactor is solidified; and therefore, the pouring effect is improved, the requirement for the voltage resistance strength performance is met, meanwhile, economic losses are avoided, and resource waste is reduced.

Description

technical field [0001] The invention relates to the field of an electric light source, in particular to a reactor-embedded positive pressure curing device based on an electric light source. Background technique [0002] At present, in order to prolong the product life and improve the voltage resistance strength, dry-type reactor products are generally produced by epoxy resin casting. The viscosity of the epoxy resin is relatively high, and the arrangement of the solenoids in the multi-layer reactor is relatively tight, which leads to a small gap between each group of adjacent solenoids in the reactor, which in turn causes the epoxy resin to When pouring, it cannot be fully integrated into the reactor, which leads to unsatisfactory effect after pouring, and then causes the anti-voltage strength performance of the product after pouring to fail to meet the requirements, resulting in waste products, resulting in waste of resources and unnecessary economic costs. loss. [0003]...

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Problems solved by technology

[0004] In order to overcome the current situation, dry-type reactor products are generally produced by epoxy resin casting in order to prolong the product life and improve the voltage resistance. In the existing technology, there are two common types: normal pressure casting and centrifugal casting. However, due to the high viscosity of the epoxy resin and the tight arrangement of the solenoids in the multi-layer reactor, the gap between each group of adjacent solenoids in the reactor is small, resulting in the epoxy When the resin is poured, it cannot be fully integrated into the reactor, resulting in an unsatisfactory effect after pouring, which in turn causes the anti-voltage strength performance of the product after pouring to fail to meet the requirements, resulting in waste products, waste of resources, and unnecessary The shortcoming of the economic loss, the object of the present invention is to provide a kind of reactor embedded positive pressure curing equipment based on electric light source

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