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Verification of the system for indirect temperatures measurement in the massive batch

机译:验证批量中间接温度测量系统

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This paper presents verification of the system for indirect temperatures measurement (SITM) in the massive batch. This system is based on direct measurement of the atmosphere temperature in the furnace space between safety cover (bell) and the coil. SITM calculates temperature field inside the coil by continually at time based on continually measurement of the atmosphere temperature TA. At annealing of the steel coils are unknown temperatures inside annealed roll because it is not possible to measure continually by direct (destruction of the batch, possible defect of the temperature sensor at manipulation with the batch etc.). The missing information about temperature behavior inside steel coil can lead to the extension or shorten of annealing duration. By extension of annealing duration lead to increase of the energy cost and its shortening can lead to decrease quality of annealed batch.
机译:本文介绍了大批量间接温度测量(SITM)系统的验证。该系统基于对安全盖(钟形)和盘管之间的熔炉空间中大气温度的直接测量。 SITM基于连续测量大气温度TA的时间,连续计算线圈内部的温度场。在钢卷退火时,退火辊内部的温度未知,因为不可能直接进行连续测量(批次的破坏,批次操作时温度传感器可能出现的缺陷等)。有关钢卷内部温度行为的信息缺失会导致退火时间延长或缩短。通过延长退火时间会导致能源成本增加,缩短退火时间会导致退火批料质量下降。

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