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Cryogenic Temperature Testing of NEA Fuse Wire Mechanism

机译:NEA保险丝机构的低温温度测试

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NEA has over 10 years of continuous innovation in the field of space rated non-pyrotechnic release mechanisms. At the heart of our technology is the NEA patented Fuse Wire Assembly (FWA). NEA utilizes our patented FWA design across all our product lines to initiate the release operation of our restraint and release devices and our battery bypass switches. Most recently, as part of a deep space mission, cryogenic temperature testing was performed on our FWA down at 18° Kelvin (K). The testing discussed in this paper validates that the FWA, which is a critical component of the overall mechanism design, is robust enough to reliably operate in space at extremely low power levels and temperatures. In this paper, NEA will describe the cryogenic temperature tests along with test results. As the space community explores further into our solar system and beyond, this validation testing of our product enables new found confidence that existing technologies can be used for fielding deployable structure in deep space.
机译:NEA在太空级非烟火释放机构领域进行了十多年的持续创新。我们技术的核心是获得NEA专利的保险丝组件(FWA)。 NEA在所有产品线中均采用了我们的专利FWA设计,以启动约束和释放装置以及电池旁路开关的释放操作。最近,作为深空任务的一部分,我们对FWA进行了低温温度测试,其开氏温度为18°K(K)。本文讨论的测试验证了FWA是整体机构设计的关键组成部分,它足够坚固,可以在极低的功率水平和温度下可靠地在太空中运行。在本文中,NEA将描述低温温度测试以及测试结果。随着太空界进一步探索我们的太阳系及其他领域,我们对产品进行的验证测试使人们新发现了一种信心,即现有技术可用于在深空部署可部署结构。

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