DZZ1-2新型自动气象站各模块故障排查

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Abstract According to the failure records of Guangdong national automatic meteorological station in 2018,this paper makes statistical analysis on the failure data of power supply module,communication module,collector and other systems including software system,auxiliary equipment system and business terminal system.The fault causes of each module are summarized and the troubleshooting and solutions of each module are given out.According to the fault analysis,this paper puts forward the following maintenance suggestions:1.The duty personnel need to strengthen the inspection of each module,closely observing the operation of each module in order to ensure the normal operation of the new station in typhoon,rainstorm and other weather.2.The common fault of each module is mainly the aging and damage of the cable,resulting in short circuit,open circuit and other problems,so it is suggested that each station should be equipped enough to deal with such failure.3.The power supply system fails due to the failure of UPS when the power supply is cut off.The station duty personnel should conduct regular charge and discharge maintenance for UPS according to the regulations.4.Each station should be equipped with enough collectors and purchase a certain amount of optical fiber as accessories.

Key words： atmospheric detection new automatic weather station fault statistical analysis fault detection equipment maintenance

Received: 15 January 2019

ZTFLH:

P415.12

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	Articles by authors
	Zhou Jiajian
	Lv Yuchang
	Tang Jingjing
	Lei Weiyan
	Huang Feilong
	Liu Yanzhong

Cite this article:

Zhou Jiajian,Lv Yuchang,Tang Jingjing等. Troubleshooting on each module of DZZ1-2 new automatic weather station[J]. Meteorological Hydrological and Marine Instrument, 2020, 37(2): 101-104.

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http://www.qxswhy.com/EN/ OR http://www.qxswhy.com/EN/Y2020/V37/I2/101

[1]	敖振浪,李源鸿,黄远铮,等.DZZ1-2型自动气象站培训教材[M].北京:中国气象局办公室,2002.
[2]	中国气象局探测中心.新型自动气象站实用手册[M].北京:气象出版社,2016.
[3]	田世芹,王峰.新型自动气象站常见故障统计分析与日常维护[J].广东气象,2018,40(3):65-67.
[4]	李毅聪,周媛.自动气象站故障维修[J].气象水文海洋仪器,2014,31(4):114-116.
[5]	蔡耿华,邵洋,杨用球,等.DZZ1-2型自动气象站的故障判断和维修[J].广东气象,2006,30(2):58-60.
[6]	马祖胜,钟伟雄,李汉彬.应对自动气象站数据缺测的措施[J].广东气象,2007,29(3):64-65.
[7]	李凤云,王玉山,张承元.自动站异常时故障排除及资料处理[J].青海气象,2017,62(4):65-67.
[8]	郑有鹏,莫延科,范增彦.ZQZ型区域自动气象站现场检修方法[J].青海气象,2019,64(1):76-78.
[9]	杨玉霞.DZZ5型自动气象站地温故障的维修方法研究[J].青海气象,2019,64(3):105-106.
[10]	黄杰,仲郭军.新型自动气象站温湿度传感器的维修[J].气象水文海洋仪器,2015,32(4):103-105.