Split integral installation method of polar plate of electric dust remover

Abstract

The invention discloses a split integral installation method of a polar plate of an electric dust remover. A temporary assembly platform is firstly used for quickly assembling a cathode frame; after the split assembly of the cathode frame is finished, the cathode frame is lifted on the ground for assembling barbs in the frame; at this time, the temporary assembly platform is used again for assembling an anode plate; after the anode plate is assembled, the assembled cathode frame is lifted onto the anode plate; and the cathode frame and the anode plate are firmly bound by using a steel wire rope to realize split integral installation of the polar plate of the electric dust remover. The split integral installation method of the polar plate of the electric dust remover has the following advantages: the installation method prevents deformation of the polar plate in the lifting process due to slender rod pieces, so that the installation quality of the polar plate is guaranteed; meanwhile, the installation method improves the use working efficiency of a large crane, and reduces the cost; and because of reasonable joint between the cathode frame and anode plate assembly procedures, the operation surface is increased, and the installation period is shortened.

Description

technical field [0001] The invention belongs to the technical field of installation of electric precipitator equipment in metallurgical engineering, and in particular relates to a method for integrally installing pole plates of an electric precipitator. Background technique [0002] Most of the existing metallurgical electrostatic precipitator equipment is multi-chamber and multi-electric field design, with a large number of plates and a large area. The traditional installation method is to assemble each anode plate first, and then use the assembly platform to install the anode plates in pieces. After the anode plate is installed and fixed, the assembly platform is used to assemble the cathode frame in pieces. After the assembly, the cathode frame is installed in pieces. Due to the large area of ​​the plate and the high installation height, the use efficiency of large cranes is greatly reduced and the cost increases. Moreover, the polar plate is easy to lose stability during...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing metallurgical electrostatic precipitator equipment is multi-chamber and multi-electric field design, with a large number of plates and a large area. The traditional installation method is to assemble each anode plate first, and then use the assembly platform to install the anode plates in pieces. After the anode plate is installed and fixed, the assembly platform is used to assemble the cathode frame in pieces. After the assembly, the cathode frame is installed in pieces. Due to the large area of ​​the plate and the high installation height, the use efficiency of large cranes is greatly reduced and the cost increases

Moreover, the pole plate is easy to lose stability during the installation process, and there are potential safety hazards

Images