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Analysis of the causes of traction electric failures of electric cargo cars operated on railways of the Republic of Uzbekistan

机译:乌兹别克共和国铁路运营的电力货车牵引电失效原因分析

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In this article, it is considered to analyze the reliability of TEM (traction electric machine) of electric locomotives of the railways of the Republic of Uzbekistan. To determine the damage, the most expedient and effective method will be to extend the life of the insulation by encapsulating local damage using impregnating materials and heat radiation. Over the past ten years, a stable tendency for insulation breakdown and turn-to-turn closure of the armature winding of the NB-514 type has been maintained in Unitary Enterprise (UE) “O'ztemiryo'lmashta'mir.” In this regard, a hypothesis was put forward that insulation breakdowns and turn-to-turn short-circuit of the armature winding most often occur due to intense heat and mass exchange processes in the insulation of the frontal parts of their windings with open section heads.
机译:在本文中,考虑分析乌兹别克斯坦共和国铁路电力机车的TEM(牵引电机)的可靠性。 为了确定损坏,最具权宜和有效的方法将通过使用浸渍材料和热辐射封装局部损坏来延长绝缘的寿命。 在过去的十年中,NB-514型电枢绕组的绝缘击穿和转向关闭的稳定趋势已经维持在单一企业(UE)“O'Ztemiryoo'lmashta'mir中。” 在这方面,提出了一个假设,即由于绕组的正面部分的强烈的热量和大规模交换过程,电枢绕组的绝缘击穿和转弯短路最常常发生的电枢绕组。 。

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