Spreng S, Borngraeber T, Gläßel T, Franke J (2016)
Publication Type: Conference contribution
Publication year: 2016
Publisher: Heriot-Watt University
Pages Range: 191-195
Conference Proceedings Title: ICEC 2016 - 28th International Conference on Electric Contacts
Event location: Edinburgh, GBR
ISBN: 9780995465909
Aside from the distinct contacting process, within the field of electric drives production, the quality of the isolation skinning process has to be assured. One promising technology in this context is the inductive skinning process, which utilizes skin and proximity effects occurring at high-frequency alternating currents. By the use of these physical impacts, the surface of insulated copper materials can be strongly heated up in short process times, leading to an extensive removal of the thermosetting insulation coatings. The following paper presents the results, which were experienced by using an inductive skinning machine with frequencies of 280 kHz. Here, insulated copper wire bundles serve as application example, whereby the number and size of copper wires, as well as the insulation type is varied. Subsequently, different technologies e.g. mechanical and magnetic crimping to perform the following contacting process are qualified and evaluated against each other.
APA:
Spreng, S., Borngraeber, T., Gläßel, T., & Franke, J. (2016). Qualification of main impacts on the inductive skinning process of copper wire bundles. In ICEC 2016 - 28th International Conference on Electric Contacts (pp. 191-195). Edinburgh, GBR: Heriot-Watt University.
MLA:
Spreng, Simon, et al. "Qualification of main impacts on the inductive skinning process of copper wire bundles." Proceedings of the 28th International Conference on Electric Contacts, ICEC 2016, Edinburgh, GBR Heriot-Watt University, 2016. 191-195.
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