A device for tinning and testing relay terminals

Abstract

A device for tinning and testing relay terminals, including a device main body, a tinning system for tinning relay terminals and a withstand voltage insulation testing system for testing the withstand voltage insulation performance of relays are integrated on the device body; Among them, the front end of the tinning system is provided with a tinning feeding belt line, and the rear end is provided with a tinning discharge belt line, and the front end of the withstand voltage insulation testing system is provided with a test feeding belt line, and the rear end is provided with a pushing mechanism; The tinning discharge belt line and the test feeding belt line are connected end to end to realize the transition of the relay from the tinning system to the withstand voltage insulation test system. The present invention adopts the integrated automatic production mode of tinning on relay terminals and withstand voltage insulation test, and connects two completely unrelated processes to implement automatic production, so that the production of relays can be integrated with assembly, tinning and withstand voltage insulation test operation, simplifies the production process, reduces the production cost, and also meets the requirements of lean production of relays.

Description

technical field [0001] The invention relates to a production device, in particular to a device for tinning and testing relay terminals. Background technique [0002] The tinning of commonly used relay terminals is manual operation, which cannot be connected in series with the product's withstand voltage insulation test process, and cannot form an automated production mode. Usually, the relay withstand voltage insulation test is performed first and then dipped in tin by hand. This production mode cannot realize automated production operations, and the relay product withstand voltage insulation test process is placed before the tinning process on the terminal, which is easy to operate due to tinning. Improper products cause defective products in the withstand voltage insulation test and are mixed into qualified products. There are serious quality management loopholes in this production process arrangement, and it cannot truly achieve zero-defect production, nor can it realize...

AI Technical Summary

Problems solved by technology

[0002] The tinning on the terminals of commonly used relays is manual operation, which cannot be connected in series with the withstand voltage insulation test process of the product, and cannot form an automated production mode

Usually, the relay withstand voltage insulation test is performed first and then dipped in tin by hand. This production mode cannot realize automated production operations, and the relay product withstand voltage insulation test process is placed before the tinning process on the terminal, which is easy to operate due to tinning. Improperly cause defective products in the withstand voltage insulation test of the product, and are mixed into qualified products

There are serious quality management loopholes in this production process arrangement, and it cannot truly achieve zero-defect production, nor can it realize an automated production mode.

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