Tower tilt monitoring device safeguards grid safety.

Product Aliases: Tower Tilt Monitoring Device, Transmission Line Tower Tilt Monitoring Equipment, Power Grid Tower Tilt Early Warning Device, High-Voltage Line Tower Tilt Monitoring System, Transmission Line Tower Tilt Angle Monitoring Device, Intelligent Transmission Line Tower Tilt Monitoring Device

Product Model: TLKS-PMG-QX

I. Product Overview:
In the complex and ever-changing power network, the stability and safety of transmission line towers are crucial to ensuring the efficiency and quality of power transmission. However, facing multiple challenges such as natural disasters, geological changes, and long-term operational wear, tower tilt issues have become increasingly prominent, posing a critical problem that the power industry urgently needs to solve. Leveraging deep industry experience and technological innovation, our company introduces the Tower Tilt Monitoring Device, using technology to safeguard grid security.

II. Working Mechanism:
The Tower Tilt Monitoring Device is a high-precision, real-time online monitoring device specifically designed for transmission line towers. Utilizing advanced dual-axis tilt sensor technology, it accurately measures key indicators such as tower tilt, longitudinal tilt, and lateral tilt, enabling real-time monitoring of minute tilt changes. Whether caused by wind, earthquakes, or foundation settlement, it quickly captures and accurately measures tilt angles, providing timely and reliable data support for management personnel.

III. Product Features

1. Embedded design, compact size, low power consumption, high reliability.

2. Built-in 4G/3G/GPRS/CDMA wireless network communication control protocols and IP protocols, supports dynamic or fixed IP address methods, supports domain name resolution, and features multiple trigger startup modes.

3. Equipped with two digital input/output channels, supports external switch triggering.

4. Capable of sensing and automatically collecting longitudinal and lateral tilt angles of towers, storing data, and transmitting measurement results to data concentrators or data processing systems via communication networks.

5. Responds to data processing system commands for collecting and transmitting tower tilt angles.

. Adjusts collection methods, automatic collection intervals, and other parameters based on instructions from the data processing system.

7. Includes a security chip for data encryption and supports integration with provincial company platforms.

IV. Technical Parameters

1. Power Supply: Utilizes a combination of solar and battery power.

2. Communication Requirements: Supports wireless network communication, with the ability to choose suitable operators based on field conditions.

3. Operating Voltage: DC12V.

4. Expansion Functions: Can integrate video, image monitoring systems, and other data monitoring systems.

5. Supports integration with provincial/municipal PMS systems.

. Provides PC client/mobile client for real-time viewing of tower tilt data.

7. Supports remote updates, configuration, and debugging of front-end device parameters.

V. Product Summary:
Shenzhen Telikon Technology Co., Ltd., as the R&D and manufacturer of the Tower Tilt Monitoring Device, possesses extensive industry experience and strong technical capabilities. We are committed to providing high-quality products and services, driving the development of the power industry through technological innovation. If you are interested in this device, please feel free to contact us.

①③⑥⑧②③⑤①⑥③⑤；（vx同步），We are dedicated to answering any questions and providing professional technical support and solutions.

Custom product pricing is for market reference; actual prices require discussion via phone.

VI. Usage Guidelines:

①. During customization, both parties should protect intellectual property to avoid infringement risks.

②. Conduct technical assessments of user customization requirements to ensure feasibility and satisfaction.

③. Regularly perform visual inspections, performance tests, and cleaning maintenance on the equipment to promptly identify and resolve issues.

4. Before installation, carefully read the product installation manual to understand installation steps, required tools, and safety requirements.

⑤. After installation, perform system debugging and testing to ensure normal functionality and accurate data transmission.