低压架空捆扎电缆网系统的绝缘性能和极限性能

Russel K Binggeli, D. Birtwhistle, Ken Millars
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引用次数: 1

摘要

本文研究了低碳钢架空束电缆系统的主要极限应力,并确定了聚合物材料的理想特性。研究表明,低压ABC聚合物部件的性能对系统的性能起着重要的作用。在材料性能方面发现的问题有:(i)由于XLPE与铝导体的粘附性差,ABC线的机械强度受到限制;(ii)由于绝缘穿甲式连接器(IPC)本体松弛,连接器和电缆股之间失去良好的电接触;(iii)由于防潮密封不充分,电缆导体在IPC齿刺穿绝缘处受潮。上述问题导致了在ABC系统中使用的聚合物材料的一些必要特性的确定。
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Insulating properties limiting performance of low voltage aerial bundled cable reticulation systems
In this paper the authors examine the main limiting stresses on the LV ABC (aerial bundle cable) system and identify desirable characteristics of the polymeric materials. It has been established that properties of polymeric parts of low voltage ABC play an important part in the performance of the system. Problems identified in the performance of materials are: (i) limitation of mechanical strength of ABC lines due to poor adhesion of XLPE to the aluminium conductor; (ii) loss of good electrical contact between connectors and cable strands due to relaxation of insulation piercing connector (IPC) bodies; and (iii) moisture ingress to the cable conductors at the point where the IPC teeth puncture the insulation due to inadequate moisture sealing. The above problems have lead to the identification of some of the necessary characteristics of the polymeric materials to be used in ABC systems.<>
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