Development of high accuracy torque standard machine in China

Q4 Engineering
Li Tao , Ji Jiangang , Wu Hao , Qi Hongli , Lin Jing , Chang Shuoyuan , Zhang Zhimin
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引用次数: 0

Abstract

China's first torque standard device was established in 1977, developed by Shanghai Marine Equipment Research Institute, and its measuring range is 3000 N m. In 1987, Shanghai Marine Equipment Research Institute developed two torque standard devices, 30 kN m and 200 N m, and established China's first torque measurement and testing laboratory. Over the next 30 years, Shanghai Marine Equipment Research Institute and Chinese Academy of Metrology have developed 2000 N m automatic torque standard device, 20 kN m air bearing torque standard device, 50 kN·m lever torque standard device, 200 kN·m dead weight torque standard device, 200 kN m reference torque standard device, 100 N m negative step torque standard Device, 600 kN m reference dynamic torque standard device, standard torque wrench calibration device, 1 N·m torque standard device and so on. This paper introduces the principle, classification, structure, core components, range, accuracy and other indicators of China's current torque standard device, as well as the next step of China's torque standard to 5 MN m and 10−8 N·m limit development needs, and finally will establish the full traceability chain of super torque and micro torque standards to meet the needs of China's ships, wind power and other super torque and micro machinery torque traceability.
国内高精度扭矩标准机的研制
中国第一个扭矩标准装置成立于1977年,由上海船舶装备研究所研制,其测量范围为3000n m。1987年,上海船舶装备研究所研制出30kn m和200n m两个扭矩标准装置,并建立了中国第一个扭矩测量与测试实验室。在此后的30年里,上海船舶装备研究所和中国计量研究院先后研制了2000kn·m自动扭矩标准装置、20kn·m气轴承扭矩标准装置、50kn·m杠杆扭矩标准装置、200kn·m自重扭矩标准装置、200kn·m参考扭矩标准装置、100n m负阶矩标准装置、600kn m参考动态扭矩标准装置、标准扭矩扳手校准装置、1 N·m扭矩标准装置等。本文介绍了中国目前扭矩标准装置的原理、分类、结构、核心部件、量程、精度等指标,以及下一步中国扭矩标准向5 MN·m和10−8 N·m极限发展的需求,最终将建立超扭矩和微扭矩标准的全溯源链,以满足中国船舶、风电等超扭矩和微机械的扭矩溯源需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Measurement Sensors
Measurement Sensors Engineering-Industrial and Manufacturing Engineering
CiteScore
3.10
自引率
0.00%
发文量
184
审稿时长
56 days
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