Tower foundation settlement monitoring sensor

Beidou-based Online Monitoring System for Transmission Line Tower Settlement


I. Product Description:
Geological softness, easy collapse, and uneven land caused by surface deformation can lead to settlement and displacement of transmission line towers. Additionally, mountain cracks caused by extensive mining in coal mine areas can directly result in structural damage to towers or foundation settlement, endangering the safe operation of transmission lines. Therefore, we can selectively use technological products to assist in operation and maintenance (O&M) and repair. The Beidou-based Online Monitoring System for Transmission Line Tower Settlement effectively collects data on changes occurring in the tower area in real time, features intelligent early warning functions, and improves the timeliness of O&M. This enables timely alarm notifications to be sent to O&M personnel, ensuring stable power supply of the power grid system.

II. Working Principle:
The Beidou-based Online Monitoring System for Transmission Line Tower Settlement collects data through sensors, analyzes it via algorithms, transmits the data to the backend for analysis, compresses and packages the collected data via network, and sends the data packets to the backend. The backend data center unpacks the data and generates reports, which can be connected to various types of towers to establish a unified system. The system has a built-in intelligent early warning function, allowing power tower management and maintenance units to grasp the real-time status of tower inclination at any time, achieve unified management, and comprehensively improve the level of transmission line tower maintenance and management. It also has demonstrative significance in China.

III. Product Functions:
l The system can use optical fiber communication, with data transmitted to the control center for near-real-time processing;
l Near-real-time display and analysis of deformation, enabling intermittent assessment of health status;
l Real-time data output to analysis software;
l The control center software automatically calculates, with the shortest response time ranging from several minutes to several hours, performs real-time network adjustment, automatically evaluates monitoring results, and all parameters can be set by users according to different monitoring needs;
l By real-time monitoring the spatial displacement of deformation points of power towers, the deformation status and geometric linearity of the power tower deformation area can be determined;

IV. Technical Parameters:
Power supply mode: Solar energy + polymer lithium iron battery
Communication requirements: Support wireless network communication, and operators can be selected according to on-site conditions
Working voltage: 18V DC, DC12V
Working temperature: -40~+70°C
Support access to Provincial/Municipal Bureau PMS system
PC client/mobile client can view tower inclination data in real time
Support remote updating, configuration, and debugging of front-end device parameters


V. Summary:
The TLKS-PMG-BDS Beidou-based Online Monitoring System for Transmission Line Tower Settlement developed by our company uses Beidou technology to accurately collect phenomena such as deformation, inclination, displacement, and vibration of transmission towers. This system can transmit real-time monitoring data to backend O&M staff, effectively improving the safe O&M of transmission lines. We have R&D and production capabilities, provide real and effective design solutions, have established offices in various provinces, and possess a large number of engineering cases and on-site technical guidance. The quality warranty period of this system is one year, and after-sales service is provided by our manufacturer. Our integrity is trustworthy!
Contact: Ren Haha from Shenzhen Telink Technology Co., Ltd. Mobile: 13682351635 (WeChat same number, available for addition); QQ: 1920671927; Landline: 0755-29500762
Company official website: //www.sztlk.com

Customized products, the quoted price is a reference range at the time of market release, and the actual price is subject to negotiation.

VI. Notes:
1. Avoid dropping the device on the ground or subjecting it to strong impacts from other objects;
2. Prevent strong external impacts on the solar panel to avoid damage;
3. During installation, orient the solar panel as much as possible towards the direction of sunlight;
4. Turn off the power switch when installing the device, and turn on the power switch after installation is completed;
5. Unauthorized disassembly of the structure or circuit board is strictly prohibited; unauthorized disassembly of the device will void the warranty.