Sensor for GIS equipment defect detection

• Main Authors: XU YONGPENG, GAO QIANG, HAN YUE, QIN XUE, LIU QI, WU JING, QIAN YONG, LI ZAILIN, YANG LUYU, LIU AIMIN, LI SHENGCHUAN, CHEN RUIGUO, GUO ZHANNAN, ZHAO DONGXU, YAO WEIJIA, DAI JICHENG, YUAN FENG, LI XIAOMING, ZHONG DANTIAN, PAN FENGHOU, KONG JIANHONG, FAN WEI, WANG MAOJUN, PAN JIAYU, HONG HE
• Format: Patent
• Language: Chinese; English
• Published: 22.11.2019
• Subjects: MEASURING; MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES; PHYSICS; TESTING

The utility model belongs to the technical field of sensors, particularly relates to a sensor for GIS equipment defect detection, and specifically relates to a built-in photoelectric integrated sensorfor GIS equipment partial discharge detection. An ultrahigh frequency sensor and a fluorescent optical fiber are connected to an epoxy resin building block; the epoxy resin building block is mountedon one surface of the GIS cover plate; the N-type joint and the optical fiber joint are both installed on the other surface of the GIS cover plate, after one end of the ultrahigh frequency sensor andone end of the fluorescent optical fiber penetrate through the epoxy resin building block and the GIS cover plate, one end of the ultrahigh frequency sensor is connected with the N-type joint, and oneend of the fluorescent optical fiber is connected with the optical fiber joint; the N-type connector is connected with a terminal device through a cable, and the optical fiber connector is connectedwith a terminal device throug