The purpose of this research is to develop a non-invasive X-ray acceptance test device with an internet of things (IoT) based on monitoring system as an interface connection. This experiment uses an application with IoT technology as a graphical user interface for the X-ray acceptance test prototype. The experiment is done by measuring the value of the kilovolt and millisecond on the General X-ray machine. The data result will be compared with the traceable X-ray calibrator as reference value. The overall average percentage of error result is 99.26% and the percentage of accuracy is 0.74%. It is generally concluded that this prototype experiment has good results and can be used as a X-ray acceptance test equipment.

本研究的目的是开发一种以监控系统为接口的物联网（IoT）无创X射线验收测试装置。该实验使用具有 IoT 技术的应用程序作为 X 射线验收测试原型的图形用户界面。实验是通过在通用X光机上测量千伏和毫秒的值来完成的。数据结果将与可追溯的 X 射线校准器进行比较，作为参考值。错误结果的总体平均百分比为 99.26%，准确率百分比为 0.74%。普遍认为，该样机实验效果良好，可作为X射线验收测试设备。