MAIN INCOMPATIBILITIES OF SOLDERING PROCESS IN AUTOMOTIVE INDUSTRY

Abstract

Electronic systems are very important part of the automotive industry. Electronic products have high reliability due to the critical functions performed by some of the modern modules. Cyclic mechanical load and vibration are main of the conditions, that the electronic modules are subjected during the transport. In this paper, the main incompatibilities in the internal transport processes of soldering of selected elements for automotive company are presented. The main purpose of the article is to identify the causes of these nonconformities. The source of the cause of nonconformity was determined by means of quality tools and methods: 5 WHY analysis or modified p-FMEA analysis. The results obtained from the presented investigations enable the elaboration solutions for the transport process inside the analyzed company. The presented solutions are the result of eliminating or limiting the amount of non-conformities in the analyzed process. The important expectations of solutions are presented. The proposed solutions are the result of eliminating or limiting the amount of non-conformities in the analyzed process on the soldering line.

Keywords

• internal transport; automotive; soldering; incompatibilities