General developments in force and torque metrology at PTB

Q4 Engineering
Falk Tegtmeier, Frank Hauschild, Christian Schlegel, Jonas Sander
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引用次数: 0

Abstract

This paper provides a horizontal overview of the developments in the field of force and torque measurement at PTB and plans for the future. The EMRP SIB63 project “Force traceability within the meganewton range”, in which the traceability range was increased from 16.5 MN to 50 MN, and the EMPIR project 18SIB08 “Comprehensive traceability for force metrology services”, which aimed to provide traceable calibration of dynamic processes, are presented. PTB's research work in torque metrology has focused on the new 5 MN·m torque standard machine (TSM). The requirements for torque measurement in the drivetrain in nacelle test benches were investigated in the research project 14IND14 “MN·m Torque”. PTB developed and realised the concept for a TSM with a nominal torque of up to 5 MN m. To provide traceability for the investigation and analysis of wind turbines in corresponding test benches, the EMPIR project 19ENG08 “Traceable mechanical and electrical power measurement for efficiency determination of wind turbines” developed a method for determining the efficiency of wind turbines.
PTB力和扭矩计量的一般发展
本文对PTB力和扭矩测量领域的发展进行了横向概述,并对未来进行了规划。介绍了EMRP SIB63项目“兆牛顿范围内的力可追溯性”,将可追溯范围从16.5 MN增加到50 MN,以及EMPIR项目18SIB08“力计量服务综合可追溯性”,旨在提供动态过程的可追溯校准。PTB在扭矩计量方面的研究工作主要集中在新型5mn·m扭矩标准机(TSM)上。在14IND14“MN·m扭矩”研究项目中,研究了动力传动系统在机舱试验台的扭矩测量要求。PTB开发并实现了标称扭矩高达5 MN m的TSM概念。为了在相应的试验台中为风力涡轮机的调查和分析提供可追溯性,EMPIR项目19ENG08“风力涡轮机效率测定的可追溯机械和电力测量”开发了一种确定风力涡轮机效率的方法。
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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