基于充电和数据法的蓝仓邦控数字转速表ARDUINO

I. T. Harsoyo, A. Nugroho, N. Nuriman
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引用次数: 3

摘要

在卫生领域需要一个好的、可行的离心机,因此需要一个数字转速表来校准离心机。数字转速表是一种用于测量电机转速的测量仪器。该转速表将通过与使用数字激光光电转速表进行比较来测试其功能。该转速表将根据离心机上的速度设置,使用该E18-D80NK传感器的输出显示电机每分钟的转数,该传感器稍后将由Arduino Nano进行处理。该功能具有充电器和数据存储模式,用户可以将测量结果的数据保存在SD卡上,除此之外,用户还可以在使用后或使用前进行充电。在测试时,该工具使用的点设置为1000、2000、3000、4000、5000和12000 RPM。基于使用转速表模块和比较转速表对离心机的测量结果,转速表在每个设定点的平均误差百分比变化。设定点3000 RPM时最小误差为0.8%,而设定点1000 RPM时最大误差为4.9%。离心机测量的Tacometer误差值仍在±10%的公差范围内
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RANCANG BANGUN TACHOMETER DIGITAL BERBASIS ARDUINO DILENGKAPI CHARGING DAN MODE PENYIMPAN DATA
A good and feasible centrifuge is needed in the world of health, therefore a digital tachometer is needed to calibrate a centrifuge. Digital tachometer is a measuring instrument used to measure the rotation speed of a motor. This tachometer will be tested to function by being compared to using Digital Laser Photo Tachometer. This tachometer will display the number of rotations per minute of a motor according to the speed setting on the centrifuge using the output of this E18-D80NK sensor which will later be processed by the Arduino Nano. As for this feature charger and data storage mode, so that user can save the data of measurement results on SD Card, and beside that user can also be a way of charging when after usage or before usage. At testing the tool used point settings 1000, 2000, 3000, 4000, 5000, and 12000 RPM. Based on the measurement results of centrifuge using tachometer module and comparison tachometer have average percentage of error varying at each setting point. The smallest error 0.8% at the setting Point 3000 RPM, while the largest error 4.9% at the setting point 1000 RPM. The Tacometer error value on this Centrifuge measurement is still within the tolerance limit of ± 10%
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24 weeks
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