Tower Pole Tilt Online Monitoring System

Product Aliases: Transmission Line Anti-Tilt Online Monitoring Device, Tower Tilt Monitoring Device, Tower Tilt Online Monitoring System, Transmission Tower Monitoring System

Transmission towers are core supports for power grid operation. Exposed to the open air for a long time, they are highly vulnerable to natural factors such as typhoons, rainstorms, icing on lines, foundation settlement, and landslides, as well as human factors like construction disturbances and mining subsidence in mining areas, leading to subtle tilts and deformations. Tower tilts are concealed and progressive; initial deformations are hard to detect with the naked eye. If left unaddressed for a long time, they can easily cause major safety accidents such as tower collapse, line disconnection, and power outages, seriously affecting the stable operation of the power grid and the safety of people's livelihood and industrial power consumption. Traditional manual patrols and UAV inspections have shortcomings such as delayed monitoring, limited accuracy, inability to operate in severe weather, and easy omission of subtle abnormalities, making it difficult to meet the refined and active operation and maintenance needs of smart grids. Against this background, the TLKS-PMG-QX Tower Tilt Online Monitoring System has become a core dedicated device for intelligent safety monitoring of towers, enabling all-weather precise monitoring of tower deformation and achieving early warning and early rectification.

Device Working Principle

The TLKS-PMG-QX Tower Tilt Online Monitoring System is centered on high-precision dual-axis tilt sensing technology. It can continuously collect bidirectional tilt deformation data of the tower along the line and in the transverse direction for 24 hours, accurately capturing subtle offset parameters. The device has a built-in intelligent computing module that can screen, convert, analyze, and store original monitoring data, filtering out environmental interference to ensure the authenticity and accuracy of the data. Meanwhile, it is compatible with multiple network transmission methods such as 4G, optical fiber, and WiFi, and can stably upload real-time data to the background monitoring master station. Operation and maintenance personnel can set safety thresholds in advance. When the tower tilt value exceeds the standard, the system automatically triggers an early warning and pushes alarm information, reminding operation and maintenance personnel to conduct on-site disposal in a timely manner and avoiding safety risks such as tower collapse and line faults at the source.

Core Functions Highlights

lHigh-integration and low-power design: Adopting an embedded integrated structure, the device is compact 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.

lMulti-network compatible communication: Built-in wireless communication protocols such as 4G, GPRS, CDMA, and TCP transmission protocols, compatible with multiple network transmission modes, adapting to different on-site communication environments, ensuring stable and uninterrupted data transmission.

lFlexible 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.

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

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

lRemote call response function: It can respond to remote call instructions from the background data processing system in real time, collect and upload tower tilt data on demand, facilitating operation and maintenance personnel to remotely check the device operating status and tower parameters.

Partial Technical Parameters

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

2.Measurement range: Dual-axis ±10°

3.Accuracy: ±0.05°

4.Operating temperature: -40°C ~ +85°C

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

6.Protection level: IP68

Product Application Value

Tower tilt is a highly concealed and extremely harmful safety hazard in the operation of transmission lines—if subtle deformations are ignored for a long time, they can easily evolve into major power grid accidents. With the official implementation of the No. 41 Order of the National Development and Reform Commission and the landing of new national standards, tower tilt monitoring has risen from a "recommended measure" to a "mandatory requirement". The TLKS-PMG-QX Tower Tilt Online Monitoring System, relying on high-precision dual-axis tilt sensing, stable multi-network data transmission, and flexible adaptability, realizes all-weather and automated precise monitoring of tower tilt status. The product is customizable. The quoted price is a reference price at the time of the current market release; the actual price is subject to negotiation. For more product information, please contact Manager Li of Telcom Technology at 1/8/8/2/0/4/7/9/2/3/1 (WeChat and QQ are the same)