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首页> 外文会议>IWCS/Focus~TM Conference >Electric Corrosion due to the Discharge of Air Space between ADSS and Spiral Damper and the Solutions
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Electric Corrosion due to the Discharge of Air Space between ADSS and Spiral Damper and the Solutions

机译：由于ADSS和螺旋阻尼器之间的空气空间和溶液之间的电阻电腐蚀

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This paper describes the electric corrosion due to the air space discharge between ADSS and the gripping section of spiral vibration damper. It has been found that the discharging electricity of air space between ADSS and the gripping section of spiral vibration damper is the main reason for causing failures of the installed ADSS cables. Firstly, this paper describes the electric corrosion mechanism due to the air discharge between ADSS and the gripping section of spiral vibration damper. The analytical methods are based on electromagnetic theory. Then secondly, in order to inhibit this type of electric corrosion, we have already developed the anti-corrosion paint, which can be used to fill up the space between ADSS and the gripping section of spiral vibration damper. In order to demonstrate the resistance of the anti-corrosion paint to erosion, the salt fog test has been carried out. The test results indicate that the ADSS cable with the anti-corrosion paint has a higher corrosion resistance and reliability. Finally, we have also introduced the new developed excellent track resistant cable sheath, the anti-corrosion spiral vibration damper and lighter stockbridge damper, which can also improve the corrosion resistance of the ADSS cable significantly.
机译：本文介绍了由于螺旋振动阻尼器的ADS和抓握部分之间的空气空间放电而导致的电腐蚀。已经发现，ADSS之间的空气空间和螺旋振动阻尼器的抓握部分之间的放电电量是导致安装的ADSS电缆故障的主要原因。首先，本文描述了由于螺旋振动阻尼器的空气放电引起的电腐蚀机制。分析方法基于电磁理论。其次，为了抑制这种类型的电腐蚀，我们已经开发了防腐蚀涂料，可用于填充螺旋振动阻尼器的ADS和抓握部分之间的空间。为了证明抗腐蚀涂料对侵蚀的抗性，已经进行了盐雾测试。测试结果表明，具有防腐蚀涂料的ADSS电缆具有更高的耐腐蚀性和可靠性。最后，我们还推出了新型开发的优良轨道耐电缆护套，防腐螺旋振动阻尼器和较轻的储渣阻尼器，也可以显着提高ADSS电缆的耐腐蚀性。

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