针对35kV高温超导可控电抗器,设计开发了一套专门用于监控电抗器工作状态的数据采集系统。根据其工作环境,选择了检测所用探头的种类以及对应的配套设备;根据数据采集本身精准度的要求,完成了数据采集仪器的选型;对探头数量、排布进行了优化选择,针对其发热问题较为严重的部位进行重点监控;利用Lab VIEW设计了一套完整的数据采集人机交互系统。 For the 35kV high temperature superconducting controllable reactor, a data acquisition system specially designed for monitoring the working status of the reactor is designed and developed. According to the working environment, we choose the type of probe used and the corresponding equipment. According to the requirement of accuracy of data acquisition, the selection of data acquisition instrument is completed. The number and arrangement of probe are optimized, The problem is more serious parts of the focus of monitoring; use LabVIEW to design a complete set of data acquisition man-machine interaction system.