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Shielded High-voltage Connection Technology for E-mobility Applications

Shielded High-voltage Connection Technology for E-mobility Applications Commercial and Special Vehicles C OVER STORY C o MME r Ci A l A nd Sp ECi A l V E hi C l E S Shielded High-voltage Connection Technology for E-mobility Applications The demands placed on shielded cable glands for the high-voltage systems of electrically powered commercial vehicles, construction plant and agricultural machinery are far higher than those placed on customary electrical connection technology. Conventional EMC cable glands are not capable of durably and reliably withstanding the harsh operating conditions. Agro has developed a plug gable cable gland system with high current-carrying capacity and a 360° shield connection. 20 w w w.springerprofe s sional.com /automotive Commercial and Special Vehicles W r i T TE n BY Markus Haefliger is innovation d river eMobility at Agro AG in h unzenschwil (Switzerland). through of high-voltage cables with braided copper shields and cross- sections of 16 to 120 mm², and multi- core cables with smaller cross-sections. These cable glands are available with short or long connection threads in sizes M20 to M32 and designed to meet the demands of ingress protection class IP68 or IP6K9K. Depending on the thread size, a current- carrying capacity of up to 200 A is achieved with only mini- mal temperature increase, FIGURE 2. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png ATZheavy duty worldwide Springer Journals

Shielded High-voltage Connection Technology for E-mobility Applications

Haefliger, Markus
ATZheavy duty worldwide , Volume 16 (1) – May 1, 2023
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Publisher
Springer Journals
Copyright
Copyright © Springer Fachmedien Wiesbaden GmbH, part of Springer Nature 2023
eISSN
2524-8774
DOI
10.1007/s41321-023-1018-0
Publisher site
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Abstract

Commercial and Special Vehicles C OVER STORY C o MME r Ci A l A nd Sp ECi A l V E hi C l E S Shielded High-voltage Connection Technology for E-mobility Applications The demands placed on shielded cable glands for the high-voltage systems of electrically powered commercial vehicles, construction plant and agricultural machinery are far higher than those placed on customary electrical connection technology. Conventional EMC cable glands are not capable of durably and reliably withstanding the harsh operating conditions. Agro has developed a plug gable cable gland system with high current-carrying capacity and a 360° shield connection. 20 w w w.springerprofe s sional.com /automotive Commercial and Special Vehicles W r i T TE n BY Markus Haefliger is innovation d river eMobility at Agro AG in h unzenschwil (Switzerland). through of high-voltage cables with braided copper shields and cross- sections of 16 to 120 mm², and multi- core cables with smaller cross-sections. These cable glands are available with short or long connection threads in sizes M20 to M32 and designed to meet the demands of ingress protection class IP68 or IP6K9K. Depending on the thread size, a current- carrying capacity of up to 200 A is achieved with only mini- mal temperature increase, FIGURE 2.

Journal

ATZheavy duty worldwide – Springer Journals

Published: May 1, 2023

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