Evaluation of IEC 60529 as a standard for liquid protection assessment of portable electronics

Zhou He , Daeil Kwon , Michael Pecht
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Abstract

Some manufacturers use the International Electrotechnical Commission (IEC) 60529 standard, “Degrees of protection provided by enclosures (IP Code),” to assess their products’ liquid-protection capabilities, as well as market their products. While the standard provides tests to assess some aspects of water-protection, the original intent of IEC 60529 standard is not aligned with the requirements for reliability testing or long-term liquid protection assessment for portable electronics. This study shows that the appropriate suite of tests is required to determine a product's liquid-protection capabilities over the useful life of the product, and there is no existing standard that assesses whether portable electronics can be operated under normal anticipated liquid conditions during their lifetime. This paper presents the limitations of the IEC 60529 standard, provides examples of its inadequacies, and gives recommendations for improvements, with a focus on smartphones. Real-world use conditions, as well as operational stresses that impact liquid protection capability have been identified through tests and reports sourced from smartphone manufacturers and users. Recommendations aim to provide a guideline for assessing long-term liquid protection, with potential adoption by IEC/TC committees and manufacturers, to enhance the reliability of portable electronics.
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IEC 60529作为便携式电子设备液体保护评估标准的评价
一些制造商使用国际电工委员会(IEC) 60529标准“外壳提供的保护程度(IP代码)”来评估其产品的液体保护能力,并销售其产品。虽然该标准提供了评估水保护某些方面的测试,但IEC 60529标准的初衷与便携式电子产品可靠性测试或长期液体保护评估的要求不一致。这项研究表明,需要适当的测试套件来确定产品在产品使用寿命期间的液体保护能力,并且没有现有的标准来评估便携式电子产品在其使用寿命期间是否可以在正常预期的液体条件下操作。本文介绍了IEC 60529标准的局限性,提供了其不足之处的例子,并给出了改进建议,重点是智能手机。通过智能手机制造商和用户的测试和报告,确定了影响液体保护能力的实际使用条件和操作压力。建议旨在提供评估长期液体保护的指南,IEC/TC委员会和制造商可能采用该指南,以提高便携式电子产品的可靠性。
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