Low-power design overhead transmission line tower tilt monitoring device

Product Aliases: Line Online Monitoring Device - Tower Pole Tilt Monitoring Device, Iron Tower Tilt Online Monitoring Device, Overhead Transmission Line Tower Pole Tilt Monitoring Device

What is an Iron Tower Tilt Online Monitoring Device?

The Overhead Transmission Line Tower Pole Tilt Monitoring Device (TLKS-PMG-QX) is a high-precision intelligent monitoring device developed specifically for the deformation and offset of power transmission towers. This device is mainly used to collect real-time data on tower tilt angles, capture tiny tilt changes that are difficult to identify with the naked eye. Through data analysis and over-limit early warning mechanisms, it can proactively check tower safety, making up for the shortcomings of traditional manual patrols such as lagging prediction and insufficient accuracy. It is a dedicated intelligent device that ensures the stable operation of transmission towers and strengthens the security defense of the power grid.

Working Principle

The Overhead Transmission Line Tower Pole Tilt Monitoring Device (TLKS-PMG-QX) relies on dual-axis tilt sensing technology for its monitoring work. Equipped with a high-precision dual-axis angle sensor, the device can continuously collect core deformation data such as the tower's longitudinal tilt and lateral tilt 24 hours a day, recording multi-angle offset parameters of the tower. The device has a built-in operation and processing module that can intelligently analyze, convert, and store the collected raw data to ensure the validity of monitoring data.

Meanwhile, the device supports multi-channel data transmission, and can upload real-time monitoring data to the background monitoring master station synchronously through multiple network methods such as 4G, optical fiber, and WiFi. Staff can set safety thresholds in the system in advance. When the tower tilt data exceeds the safety range, the system will automatically trigger an early warning and push an alarm message, reminding operation and maintenance personnel to go to the site for investigation and rectification in time, eliminating safety risks such as tower overturning and line faults at the source, and ensuring the continuous and stable operation of the transmission line.

Core Functions

1.High-integration and low-power design: Adopting an embedded integrated structure, the device is small in size, easy to install, and has the characteristics of low power consumption, high stability, and high reliability, making it suitable for long-term unattended monitoring scenarios of field towers.

2.Multi-network compatible communication: Built-in wireless communication protocols such as 4G, GPRS, CDMA and TCP transmission protocols, it is compatible with multiple network transmission modes, adapts to different on-site communication environments, and ensures stable and uninterrupted data transmission.

3.Flexible networking trigger mechanism: Supports dual modes of dynamic and fixed IP addresses, has domain name resolution function, and is equipped with multiple startup trigger modes. The device has strong adaptability and can meet the access needs of different operation and maintenance systems.

4.External signal triggering capability: Equipped with two digital input and output interfaces, it can support external switch quantity triggering monitoring, adapt to multi-scenario linkage monitoring needs, and expand the device's functions.

5.Fully automatic data collection and transmission: It can independently sense and automatically collect the longitudinal and lateral tilt angles of the tower. After completing data storage, it will actively upload the monitoring data to the data concentrator or background processing system.

6.Remote call response function: It can respond in real time to the remote call instructions of the background data processing system, collect and upload tower tilt data as needed, facilitating operation and maintenance personnel to remotely check the device's operating status and tower parameters.

Partial Technical Parameters

1.Monitoring method and principle: Tilt method, dual-axis angle sensor

2.Range: Dual-axis ±10°

3.Accuracy: ±0.05°

4.Sensor working current: <40mA

5.Working temperature: -40°C~+85°C

6.Ambient temperature: -40°C~+45°C (low-temperature type)

7.Protection level: IP68

Tower tilt is a highly concealed and extremely harmful safety hazard in the operation of transmission lines. If tiny deformations are ignored for a long time, they can easily evolve into major power grid accidents. The TLKS-PMG-QX Overhead Transmission Line Tower Pole Tilt Monitoring Device, with its high-precision sensing monitoring, stable data transmission, and flexible adaptability, realizes all-weather and automatic monitoring of tower tilt status. The device effectively solves the problems of lagging patrol monitoring, insufficient accuracy, missed judgments, etc., can provide early warning of tower deformation risks in advance, provide data support for power operation and maintenance rectification, fully protect the safety of transmission towers and lines, and provide a solid guarantee for the safe and stable operation of the smart power grid. The product is customizable. The quoted price is a reference price when the market is currently released. The actual price is subject to negotiation. If you want to learn more product information, please feel free to contact Manager Li of Telcom Technology at 18820479231 (WeChat and QQ are the same)