Electric dust collector having overlapping collector cell units

Abstract

The present invention relates to an electric dust collector wherein collector cell plates of the electric dust collector are spaced from and stacked on each other, thereby electrically collecting electrified contaminants; the cell plates are distinguished at small widths, thereby configuring an independent collector cell assembly; multiple collector cell assemblies are overlapped and configured toperform dust collection; the collector cell assemblies are configured to be selectively coupled according to the situation on the spot where a dust-collecting facility is to be installed; accordingly, dust collection conforming to the situation on the spot is possible, thereby improving the dust-collecting efficiency; cleaning is easy, and maintenance is convenient; the user can selectively modify the collector cell assemblies according to the situation on the spot; and, when the collector cells are manufactured, defects resulting from erroneous component insertion can be prevented, thereby improving the productivity, the electric dust collector being characterized in that cell plates (400) are provided at small widths, spaced by spacers (500) that follow the same specification, and stacked to have a single gap; both ends of the cell plates (400) are finished by end plates (300), and the end plates (300) on both ends thereof are fastened by angles (310), thereby configuring a single independent first collector cell unit (210); different independent second and third collector cell units (220, 230) are independently configured so as to have small gaps that are different from the cell plate gap of the first collector cell unit; and one of the collector cell units or at least a plurality of multiple cell units are fitted and coupled to a dust collector housing (100), thereby constituting the electric dust collector.

Description

technical field [0001] The present invention relates to an electric dust collector for industrial use, and in more detail, relates to an electric dust collector with overlapping collector cell units, which are separated from each other and stacked collector cell plates of the electric dust collector to prevent charged pollution The material is subjected to electric dust collection, and an independent collector cell assembly is formed by dividing the cell plate in a small area, and multiple collector cell assemblies are overlapped to realize dust collection, so that they can be selectively combined according to the site conditions of the dust collection facilities The collector cell assembly realizes dust collection in accordance with site conditions, thereby improving dust collection efficiency, easy to clean and convenient for maintenance and management, and users can selectively change collector cell components according to site conditions to manufacture collector cells When...

AI Technical Summary

Problems solved by technology

[0021] However, according to the previously registered invention of the present applicant, the front and rear end cell plates 2, 4 are formed by dividing the cell plate into two parts in the longitudinal direction up and down in a single unit, so that the cell plate at the front end The difference in length between the spacers with widened intervals and the spacers with narrowed intervals between the rear cell panels is only about 0.2mm. Therefore, when the panels are assembled, the spacers may be mixed in, which will cause a decrease in assembly production efficiency, and In a single unit, multiple cell panels are divided into two parts and assembled in layers, which makes the assembly work difficult due to the constraints of the assembly space

[0022] Also, the front cell plate formed at wide intervals and the rear cell plate formed at narrow intervals are combined in one unit, and when cleaning to remove foreign matter, the front and rear ends located deep in the unit The foreign matter at the position where the cell plates face each other is difficult to discharge to the outside during high-pressure washing, which reduces the cleaning efficiency. In particular, there is a problem that the gap between the cell plates cannot be actively adjusted according to the environment of various pollution sources where the electrostatic precipitator is installed.

[0023] According to all the aforementioned prior art, there are following disadvantages. When the cell plate of the electric precipitator is broken, damaged, etc., if the cell unit of the dust collector as a single body is removed, dust collection cannot be carried out. It is necessary to stop the operation of the dust collection equipment until the repair is completed, and repair and assembly are also difficult and cumbersome due to the aforementioned inconvenience in manufacturing

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