A short-range zinc liquid electroplating line

Abstract

The invention provides a short-range zinc liquid electroplating line, the structure of which includes a fault alarm light, a flip side repair plate, a galvanized cover buckle, a short-range zinc liquid electroplating device, a support frame, an external power supply bar, and a row of transmission racks. The fault alarm light passes through It is installed on the upper left end of the top surface of the galvanized cover buckle in an embedded way, and the back of the short-range zinc bath electroplating device is welded to the support frame. The invention can directly carry out the electroplating process on the steel plate through the assembly line, and load the steel plate through the short-range double-plating mechanism for the steel plate , and use the weight of the steel plate itself to press down the plating solution guide mechanism with the assistance of the steel plate short-range double-plating mechanism, so that the plating solution guide mechanism that was originally in a closed state opens the outer delivery port and forms a zinc sheath on the surface of the steel plate , can directly replace the transfer operation of the mechanical arm, and use the original weight of the steel plate as the power element in the electroplating process, which can shorten the time required for the electroplating process.

Description

technical field [0001] The invention belongs to the field of electroplating processing of hardware, and more specifically relates to a short-distance zinc liquid electroplating line. Background technique [0002] In the steel plate electroplating process, due to the limited zinc salt solution and electroplating tank, it is necessary to clamp the steel plate from the assembly line into the electroplating tank through the clamp arm, form an electro-galvanized layer on the surface of the steel plate through electrolysis, and then hang the plated steel plate clamp , placed on the assembly line, for subsequent transportation, and enters the next process. [0003] Based on the above description, the inventors found that the existing short-range zinc liquid electroplating line mainly has the following deficiencies, such as: [0004] Since the assembly line can only transport the steel plate that has been electroplated or the steel plate that has not been electroplated, the electro...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the above technical problems, the present invention provides a short-range zinc bath electroplating line to solve the problem that the existing line can only transport the steel plate that has been electroplated or the steel plate that has not been electroplated, and the electroplating process requires additional precise positioning through assembly. The mechanical arm is used to clamp the steel plate for electroplating operation. Due to the limited positioning ability of the mechanical arm, the requirements for the transmission interval and position of the steel plate on the conveyor belt are relatively strict, which need to be controlled within the effective error value, while manual handling There are manual errors in the transportation, and it is easy to have an unbalanced force point for the gripping of the robotic arm, causing the steel plate to fall in mid-air, and the steel plate is heavy, and it is easy to collide with the assembly line or the electroplating tank when it falls

Images