电子科学技术
電子科學技術
전자과학기술
Electronic Science & Technology
2015年
6期
610-616
,共7页
单片机%SCA100T%倾斜角%电力杆塔
單片機%SCA100T%傾斜角%電力桿塔
단편궤%SCA100T%경사각%전력간탑
SCM%SCA100T%Obliquity%Transmission Tower
据实际运营实践发现,电力线路杆塔在施工和运行过程中,因受力不可避免地出现一定的倾斜角.本文针对测量电力线路杆塔倾斜角的问题,以 SCA100T高精度双轴传感器为基础,采用80C51单片机为控制器,光纤为传输载体,设计了一款低成本、易实现的杆塔倾角测量系统,该系统可以采集到杆塔实时倾斜角度,并通过光纤传送到地面基站,使线路养护人员能够随时观察到线路的运行状况以及杆塔的受力情况.
據實際運營實踐髮現,電力線路桿塔在施工和運行過程中,因受力不可避免地齣現一定的傾斜角.本文針對測量電力線路桿塔傾斜角的問題,以 SCA100T高精度雙軸傳感器為基礎,採用80C51單片機為控製器,光纖為傳輸載體,設計瞭一款低成本、易實現的桿塔傾角測量繫統,該繫統可以採集到桿塔實時傾斜角度,併通過光纖傳送到地麵基站,使線路養護人員能夠隨時觀察到線路的運行狀況以及桿塔的受力情況.
거실제운영실천발현,전력선로간탑재시공화운행과정중,인수력불가피면지출현일정적경사각.본문침대측량전력선로간탑경사각적문제,이 SCA100T고정도쌍축전감기위기출,채용80C51단편궤위공제기,광섬위전수재체,설계료일관저성본、역실현적간탑경각측량계통,해계통가이채집도간탑실시경사각도,병통과광섬전송도지면기참,사선로양호인원능구수시관찰도선로적운행상황이급간탑적수력정황.
According to actual operation practice, the transmission tower in the construction and operation of the process, due to stress will inevitably lead to a certain tilt angle. According to the measurement of the transmission tower inclination angle problem, to SCA 100t high precision dual sensor based on 80C51 microcontroller as controller and optical fiber as transmission carrier. A low cost and is easy to realize that the tower angle measuring system is designed. The system can be collected real time tilt angle of tower, and transmitted via fiber optics to a ground station, the line maintenance personnel can be readily observed in line operation condition and the tower stress situation.