Copper and aluminum separating equipment of waste air conditioner heat exchanger

Abstract

The invention discloses copper and aluminum separating equipment of a waste air conditioner heat exchanger, which does not need manual disassembly and realizes more thorough separation. The copper and aluminum separating equipment comprises a workbench, and a stand, a sectioning mechanism and a feed mechanism are arranged on the workbench, wherein the stand is vertical to the workbench; the sectioning mechanism comprises a power device, a knife bed connected with the power device and a sectioning knife arranged on the knife bed; the knife bed is slidably connected with the stand; the feed mechanism consists of the table-board of the workbench and a feeder arranged on the terrace; the feeder is connected with a step controller and linearly moves along the table-board; the moving direction of the feeder is vertical to the cutting surface of the sectioning knife, which can realize the separation of copper and aluminum of a trimmed heat exchanger, the separation is thorough, and the treatment efficiency is high. Feed actions and sectioning actions of the equipment are closely matched, and the feed step quantity can be adjusted, thereby expanding the universality of the equipment. The equipment has simple structure, convenient use and maintenance and high safety.

Description

technical field [0001] The invention relates to recycling and processing equipment for waste air conditioners, in particular to copper and aluminum separation equipment for heat exchangers of waste air conditioners. Background technique [0002] At present, evaporators and condensers (collectively referred to as heat exchangers) in the air-conditioning refrigeration cycle system are one of the key components of air-conditioning. They are mainly composed of copper and aluminum materials. Scrap copper and aluminum materials have high reuse value. Aluminum separation is an important link in the dismantling of waste air conditioners. [0003] In developed countries such as Europe and the United States, the common method of recycling waste air conditioners is to separate the materials after the whole machine is broken, which requires large equipment investment, high energy consumption, and high processing costs. At present, the research on recycling and processing technology of ...

AI Technical Summary

Problems solved by technology

Because different brands, models, and specifications of air conditioner heat exchangers have different structures, cutting tools are required to have different specifications corresponding to them. Not only is the use cost high, but also the replacement cycle is long, which is not convenient for practical application.

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