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Sealed Vessel Tests for Determination of Arrhenius Curve Parameters

机译:密封容器测试,用于确定阿伦尼乌斯曲线参数

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This paper reviews the natural ester aging data found in Annex B of IEEE C57.154 and adds new aging data that extends the original aging times. It presents the results from almost 3.5 years of accelerated aging tests, consisting of thermally upgraded Kraft paper in soybean oil and high oleic sunflower oil using both glass and steel aging vessels. Aging temperatures were 150°C, 160 °C, 170°C and 180 °C. Additional aging systems consisting of thermally upgraded Kraft paper in mineral oil were run as reference systems. The paper in mineral oil aged at rates consistent with the IEEE mineral oil unit life equation, sufficing the test validation criteria defined in IEEE C57.100. The natural ester data was consistent between the soybean oil and high oleic sunflower oils as well as between the glass and steel aging systems. The unit life coefficient is recalculated incorporating the new data, confirming the previously adopted values of thermal classes.
机译:本文回顾了在IEEE C57.154附件B中发现的天然酯老化数据,并增加了新的老化数据,从而延长了原始老化时间。它显示了近3.5年加速老化测试的结果,该测试包括使用玻璃和钢制老化容器对大豆油和高油酸葵花籽油进行热升级后的牛皮纸。老化温度为150℃,160℃,170℃和180℃。使用由矿物油中热升级牛皮纸组成的其他老化系统作为参考系统。矿物油中的纸张老化速度符合IEEE矿物油单位寿命方程式,足以满足IEEE C57.100中定义的测试验证标准。大豆油和高油酸葵花籽油之间以及玻璃和钢的老化系统之间的天然酯数据是一致的。结合新数据重新计算了单位寿命系数,从而确认了先前采用的热等级值。

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