A Concrete Wall Direct Buried Power Distribution Switch Box Installation Construction Technology

Abstract

The invention provides a mounting constructing technology for a concrete wall direct built distribution switch box. The mounting constructing technology comprises the following eleven steps: processing a hidden assembled distribution switch box body; binding wall reinforcing steel bars; arranging structural 50 wires; positioning the box body; adjusting the reinforcing steel bars; reinforcing entrance reinforcing steel bars; cutting the entrance reinforcing steel bars; arranging pipes for wire holes of the box body; fixedly mounting the box body; assembling the template and concreting; assembling the distribution switch box. According to the invention, the reserved holes of a civil engineering structure can be greatly reduced, the entrance template-removal construction can be reduced, the easily occurred hollow phenomenon of the surrounding walls of the traditional distribution switch box can be effectively overcome and the hole-blocking workload of civil construction and the wall cracks can be reduced, so that the construction technology is simplified, the promotion for the mounting positioning quality of the box body of the distribution switch box, the mounting and running stability of the electric equipment and the electricity utilization safety can be boosted, the construction efficiency can be further effectively increased and the labor intensity and the material loss in the construction can be reduced so that the cost is effectively saved and the construction cost is greatly lowered.

Description

technical field [0001] The invention relates to a construction process for installing a direct-buried power distribution switch box in a concrete wall, and belongs to the technical field of civil construction technology. Background technique [0002] At present, in the process of building construction, in order to facilitate the arrangement of power supply lines in the building later, it is often necessary to install the power distribution switch box of the power distribution system on the wall in advance during the construction of the building wall. In the traditional During the construction process, the wall construction is often carried out first according to the structural characteristics of the installed distribution switch box, and the installation position of the distribution switch box is reserved for installation holes during construction, and then the wall construction is completed. Although this method can meet the needs of construction for the installation of dis...

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Problems solved by technology

[0002] At present, in the process of building construction, in order to facilitate the arrangement of power supply lines in the building later, it is often necessary to install the power distribution switch box of the power distribution system on the wall in advance during the construction of the building wall. In the traditional During the construction process, the wall construction is often carried out first according to the structural characteristics of the installed distribution switch box, and the installation position of the distribution switch box is reserved for installation holes during construction, and then the wall construction is completed. Although this method can meet the needs of construction for the installation of distribution switch boxes, it is always found in actual construction that the construction process of this construction method is relatively complicated, the construction work efficiency is low, and the material loss is large, and it needs to be carried out many times. Installation and disassembly of a reserved hole template, filling of reserved holes later, etc., thus greatly increasing labor intensity and material loss, and also easily lead to poor bonding between the surrounding area and the wall after the distribution switch box is installed. As a result, the wall outlets are empty, fall off or cracked. On the one hand, it seriously affects the stability and safety of the distribution switch box. On the other hand, it also causes serious damage to the structural strength and aesthetics of the wall. Therefore, in view of this situation, There is an urgent need to develop a new construction technology for direct buried power distribution switch boxes with concrete walls to meet the needs of actual use

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