China Ice and Snow Microwave Monitoring Device for Transmission Lines - Measuring Ice Coating by Microwave Method - China Supplier
China Ice and Snow Microwave Monitoring Device for Transmission Lines - Measuring Ice Coating by Microwave Method - China Supplier China Ice and Snow Microwave Monitoring Device for Transmission Lines - Measuring Ice Coating by Microwave Method - China Supplier China Ice and Snow Microwave Monitoring Device for Transmission Lines - Measuring Ice Coating by Microwave Method - China Supplier

Ice and Snow Microwave Monitoring Device for Transmission Lines - Measuring Ice Coating by Microwave Method

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Instruments & Meters/Measurement Standards/Electromagnetic Metrology Standards


Contact Info
  • Building C-9, Floor C, Precision达 Industrial Park, No.39 Qingfeng Avenue, Longgang Sub-district, Longgang District, Shenzhen City, 518116
  • 小李
  • 18820479231
  • 2512646832@qq.com

Transmission Line Ice and Snow Microwave Monitoring Device

I. Overview

Ice accretion on transmission lines is a relatively common line disaster, which frequently occurs in early spring and winter. In addition to temperature, air humidity is also a decisive factor for the occurrence of ice accretion. Whenever an ice accretion disaster occurs, power grid operation and maintenance personnel need to frequently go to the site to measure and record the ice accretion situation. For ice accretion disasters caused by sudden weather changes, it is necessary to record continuously for 24 hours, which is not only heavy in workload but also inefficient. In response to this problem, Telcom has developed the Transmission Line Ice and Snow Microwave Monitoring Device.

II. Working Principle

The front end of the Transmission Line Ice and Snow Microwave Monitoring Device is composed of a video acquisition module, a microwave ice accretion monitoring module, a communication module, a micro-meteorological monitoring module and a main chassis. It can record real-time data such as line ice accretion thickness, ambient temperature, humidity and video, and send the collected data wirelessly to the background monitoring server for storage through the communication module. Customers can access and browse the data in the server at any time through PC or mobile terminal, which is convenient for operation and maintenance personnel to analyze abnormal ice accretion situations in time and formulate de-icing plans immediately to ensure the normal operation of the line.

III. Technical Parameters

1Solar Panel:

①Output Voltage: 18V DC

②Solar Panel Power: 75W

③Temperature Applicable Range: -40℃~70℃

2Ice Accretion Monitoring Unit

①Protection Grade: IP67

②Electromagnetic Compatibility: Lightning protection, anti-electromagnetic interference

③Working Humidity: 0~100%RH

3Image Monitoring Unit

①Focal Length: 4.8~192mm, 40x zoom

②Infrared Illumination Distance: 150m

③Resolution: 30fps; 1920*1080

IV. Functional Features

*Can set the acquisition interval automatically or remotely, with the default sampling interval being 20 minutes

*Equipped with electronic low-temperature heating technology

*Can cyclically store status data such as equivalent ice accretion thickness for at least 30 days

*Integrated with a security chip, which can encrypt data and access the platforms of provincial companies

V. Postscript

The Transmission Line Ice and Snow Microwave Monitoring Device effectively reduces the losses caused by ice accretion disasters, eliminating the need for operation and maintenance personnel to record ice thickness on-site in harsh weather. Its ability to monitor ice accretion on multiple lines simultaneously greatly improves work efficiency. The device also supports viewing historical data in the background, which helps to analyze periods prone to ice accretion, customize ice accretion prevention measures suitable for the local climate, and provide data support for the stable operation of lines in the later stage.

VI. Installation Suggestions

Ice accretion on transmission lines is a regional disaster, and its occurrence depends on temperature and humidity. Therefore, it is recommended to equip a micro-meteorological data acquisition device during installation to provide more data support for the staff to formulate de-icing plans.

VII. Alternative Product Names

Transmission Line Ice and Snow Microwave Monitoring Device, Transmission Line Conductor Simulated Ice Accretion Monitoring Device, Power Line Microwave Ice Accretion Monitoring Device

VIII. Product Model

TLKS-PMG-FB100

Mr. Wang 1/3/6/8/2/3/5/0/0/2/9/

Instruments & Meters/Measurement Standards/Electromagnetic Metrology Standards
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