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Computer based method for determining of response time and immersion depth of industrial thermometers

机译:基于计算机的工业温度计响应时间和浸没深度的方法

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A computer based method for determination of two very important parameters of industrial manufactured thermometers is described in this paper. Some structural influences on thermal response time and immersion depth and the relevant physical principles are discussed and presented. The electrical model of thermal heat flow across the thermo-well and measuring insert of a common industrial thermometer are used to explain and simplify the active complex thermodynamic processes. The measuring system has the possibility to measure, save and analyze the quality of these two main thermometer parameters. Based on self-developed equipment it is possible to make the type test on each new production line, storing the results to production data base and analyzing the data of the large number of measured thermometers or measuring inserts.
机译:本文描述了一种基于计算机的用于确定工业制造温度计的两个非常重要参数的方法。讨论和介绍了对热响应时间和浸入深度的一些结构影响以及相关的物理原理。普通工业温度计的热井和测量刀片上的热热流电模型用于解释和简化有源复合热力学过程。测量系统有可能测量,保存和分析这两个主要温度计参数的质量。基于自主开发设备,可以在每条新生产线上进行类型测试,将结果存储到生产数据库并分析大量测量的温度计或测量刀片的数据。

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