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April 1, 2026工程学研究与实用0 citationsOpen Access

高压连接器安装工艺对系统可靠性的影响研究

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李李阿勇狄狄长涛马马小军

Key Points

  • This research aims to evaluate how installation techniques for high voltage connectors influence system reliability.
  • Analyzed the effects of tightening torque deviations and dynamic torque decay in mechanical installations.
  • Evaluated the impact of environmental control issues, including particle contamination and corrosion rates.
  • Assessed tolerances in crimping height and section area compression on conductive performance.
  • Employed torque-angle monitoring systems and machine vision for alignment detection.
  • A tightening torque deviation exceeding 5% increases contact resistance by over 30%.
  • Dynamic torque decay exceeding 20% under vibration can lead to contact failures.
  • Improper environmental control can cause a 50% drop in insulation resistance.
  • Crimping height deviations greater than ±0.05mm significantly impair conductivity.

Abstract

高压连接器安装工艺对系统可靠性具有决定性影响。研究显示,机械安装中紧固力矩偏差超5%将导致 接触电阻升高30%以上,振动环境下动态力矩衰减超20%易引发接触失效;环境控制不当导致颗粒物污染会使绝缘电 阻下降50%,盐雾环境腐蚀速率随密封压缩量不足呈指数级增长;压接高度偏差超±0.05mm或截面积压缩率异常,将 直接破坏导电性能。通过力矩-角度监控系统、机器视觉对中检测等智能化技术,可有效降低安装工艺变量对系统可 靠性的影响。

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Cite This Study

李阿勇 et al. (2026) studied this question.

synapsesocial.com/papers/69cd79bb5652765b073a698fhttps://doi.org/10.37155/2717-5316-0701-57
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