Supporting structure and embedding method for electric reactor embedded parts

Abstract

The invention discloses a supporting structure for electric reactor embedded parts. The supporting structure comprises an electric reactor foundation formwork of a cylindrical structure. Hanging bracket supporting frames are uniformly distributed on the outer side of the electric reactor foundation formwork and are higher than the electric reactor foundation formwork. Embedded part hanging brackets are supported on the hanging bracket supporting frames. Hanging bracket connecting plates are arranged at the ends of the embedded part hanging brackets and detachably connected with the electric reactor embedded parts. A plurality of anchors are arranged at the bottoms of the electric reactor embedded parts which are located within the spatial scope of the electric reactor foundation formwork. The hanging bracket and supporting frame mode is adopted for fixing and positioning the plain concrete foundation embedded parts, positioning is accurate, displacement is not prone to occurring, the supporting frames and the foundation concrete formwork are not connected at all, and influences of concrete pouring on the positions of the embedded parts can be effectively controlled.

Description

technical field [0001] The invention relates to the field of construction, in particular to a support structure and embedding method for embedded parts of reactors. Background technique [0002] The substation project involves a large number of embedded parts. The accurate positioning and embedding of these embedded parts is an important link in the substation project, which directly affects the handover acceptance and the installation of the next equipment. Reactor embedded parts have high requirements in terms of elevation and flatness, and the error is not allowed to exceed ±3mm. The precision requirements are high, so the difficulty of embedding also increases accordingly. The general method of embedding embedded parts is to fix the embedded parts on the formwork or steel bars with wedges, steel bars, frame pipes, etc. after the formwork support is completed, adjust and reinforce, and then pour concrete. The ordinary embedding method is simple, but it is difficult to m...

AI Technical Summary

Problems solved by technology

The ordinary embedding method is simple, but it is difficult to meet the construction accuracy requirements due to the inability to adjust the elevation and flatness twice

Since the reactor foundation is a plain concrete foundation, and the embedded parts are arranged in a hexagonal shape, it is difficult to fix and accurately locate the embedded parts

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