On the 100-meter-high transmission tower, workers are busily assembling the tower. Dozens of tons of tower materials were lifted into mid-air. Suddenly, what supported the entire hoisting system"Pole grip"It shook slightly! The ground command's heart tightened instantly - was this slight anomaly the influence of the wind? Or is it a sign of structural damage? If it loses stability and collapses, the consequences would be unimaginable! How can the "thrilling" nature of high-altitude work be transformed into "as stable as a mountain"?Pole safety monitoring systemIt is the "Smart sky Eye" that guards the safety of the iron tower assembly!
Pole clamping is a process used in the erection and construction of transmission line towersCore load-bearing equipment. It is like a huge "stabilizing needle", standing at the center of the tower base or on the tower body, shouldering the heavy responsibility of hoisting all the tower materials. But the pressure and risks it faces are beyond imagination:
"Four Highs" Test high"EmptyhighLoadhighFrequent hoistinghighRisk environment (wind, rain, vibration).
Invisible Killer Foundation settlement? Is the pull wire loose? Structural deformation? Fatigue of connecting bolts? These subtle changes are hard to detect on the ground, yetThe fatal trigger of the overturning accident。
Experience limitations Traditionally, it relies on experienced workers to "keep their eyes and ears on all directions", but at an altitude of over a hundred meters, human monitoring has blind spots and lag, making it impossible to achieveReal-time quantitative perceptionRisk.
A single pole toppling over is not only a huge loss of equipment, but also an irreparable cost to life! Preventive monitoring is an urgent matter!
The pole safety monitoring system is by no means a simple accumulation of a few sensors. It is aMulti-dimensional perception, intelligent analysis, and real-time early warningThe complete solution
Real-time pulse diagnosis of "sinew and bone" status: Precise perception of key parameters
Tilt Angle/Attitude monitoring High-precision dual-axis tilt sensor (with an accuracy of ±0.1°)Real-time monitoringHolding the top of the lever or the key sectionTilt Angle and direction. This is the primary indicator for judging overall stability! Even an abnormal offset of 0.5 degrees can be captured instantly by the system.
Load perception Install at the root of the boom or at key force-bearing pointsStrain gauge sensorOr high stabilityPressure sensor,Precise measurementIt is supported by the poleAxial pressure and bending moment. Is it overloaded? Is the force eccentric? It's clear at a glance.
Monitoring of the "tension" of the pull wire The lever is fixed by the pull wire. Install on the key pull wireTension sensorReal-time monitoringTensile force value. Which pull wire is loose? Which one is under excessive force? The system precisely identifies risk points.
Environmental "interference" monitoring
Anemometer Real-time monitoring of wind speed and direction in the operation area, assessment of the impact of wind load on the stability of the boom, and early warning of strong wind hazards.
Vibration monitoring (optional) Sense abnormal vibration signals to assist in determining loose structural connections or potential damage.
The "brain" operates at high speed: risk identification and early warning decision-making
Multi-source data fusion analysis The core "brain" of the system collects all sensor data at high speed and proceedsMillisecond-level fusion analysis. Does the change in inclination Angle accompany a sharp increase in load? Is the abnormal pulling force synchronized with the sudden change in wind speed? Comprehensive judgment is more accurate!
Intelligent Threshold and Trend judgment
Static threshold alarm Set the inclination Angle, load and tensile forceAbsolute safety limitOnce the limit is exceeded, the highest-level alarm will be triggered immediately.
Dynamic Trend warning More advanced! Analysis parametersRate of change and trend. For instance, if the inclination Angle increases slowly and continuously within a short period of time (even if it does not exceed the threshold), or if the pulling force shows unstable fluctuations, the system will issue an alert in advanceEarly warningAlert for "abnormal signs" to gain precious time for handling.
Expert model assistance (high-end system) Integrating the stick-holding mechanics model and the expert experience library can more intelligently assess the current stateOverall safety margin。
"Alarm" reaches the scene directly: Hierarchical response, leaving no blind spots
Sound and light alarm The on-site monitoring host issuedHigh-decibel alarm soundScreenred/yellowThe light flashes, clearly indicating the type of alarm (such as "Tilt Angle exceeding limit!"). "No. 3 pull wire is out of force!" " And risk level.
Remote monitoring (optional) Data is transmitted via 4G/5G or a private networkReal-time transmissionGo to the project department and the owner's unit's monitoring center. Managers can do it even in the office"Overall grasp"The safety status of all poles is remotely monitored and emergency commanded.
Automatic linkage (optional) It can be linked with some construction equipment (such as hoists), and automatically slow down or stop dangerous operations when the dangerous threshold is reached.
"Black Box" full record: Traceability analysis and continuous improvement
The system fully records all sensor data, alarm events and operation logs.
Accident Retrospection In the event of an abnormal or near-miss accident, the recorded data isFind out the causeThe "conclusive evidence".
Process optimization Analyze historical data to optimize the hoisting plan, wire arrangement and operation procedures.
Security Audit Provide objective and quantified safety construction certificates.
In the face of complex high-altitude environments, the Weite solution isMilitary-grade reliabilityandIntelligent algorithmWin trust
The perception layer is as solid as a rock:
SensorIP68 high protection gradeUnafraid of wind, rain, sandstorms and high humidity.
Wide temperature design (-40℃ to +85℃), stable operation in both extreme cold and heat.
Resistant to strong electromagnetic interferenceDesigned to adapt to complex electromagnetic environments such as substations.
Adoption of key sensorsRedundant design(Such as dual tilt sensors), serving as backups for each other, enhance reliability.
Intelligent analysis is precise and efficient
AdoptAdaptive filtering algorithmEffectively filter out normal equipment shaking, personnel movement, etcInterfering signalFocus on real risks.
Dynamic compensation technologyEliminate the influence of temperature changes on the zero point of the sensor to ensureLong-term measurement accuracy。
Trend prediction algorithmAchieve the trueProactive early warning。
The system architecture is safe and reliable
Dual CPU redundancy processing (high-end models) Dual backup of core computing units, automatic switching in case of failure, ensuringThe monitoring will never go offline。
Data storageDual backup mechanismLocal + remote (optional), to prevent data loss.
Industrial-grade software and hardware platformIt operates stably and has strong anti-vibration ability.
Easy to deploy and user-friendly
SensorWireless/WiredFlexible networking reduces the risks and difficulties of high-altitude wiring.
On-site hostTouchscreen operationThe interface is intuitive, and parameter setting and status viewing are simple and convenient.
Modular designThe installation, commissioning and maintenance are highly efficient.
Investing in the pole safety monitoring system brings aboutA dual revolution of safety and efficiency:
Eliminate major accidents Nip the risk of overturning in the budMaximum guaranteeThe safety of construction workers' lives and the safety of equipment assets.Life is priceless!
Enhance management efficiency Achieve a safe stateVisualization, quantification and early warningChange passive response to active prevention. Managers have a clear idea in mind.
Optimize the construction progress Accurately grasp the pole holding state under the premise of safetyScientifically arrange the hoisting planReduce downtime and waiting caused by safety concerns.
Reduce the overall cost Avoid the consequences of an accidentSky-high loss(Equipment damage, project delay, compensation, reputation loss). The return on preventive investment is extremely high.
Meet compliance requirements In line with the increasingly strict requirements of the state and the industry for ultra-high voltage and high-risk constructionSafety supervision requirements。
Accumulate valuable data It provides for the improvement of construction techniques and the optimization of pole clamping designBig data support。
"Before, when building the tower, my heart was always on edge, especially on windy days." Now that this (Micro and Special) monitoring system has been installed, the numbers on the screen are like a "reassuring pill". Once, the system gave an early warning of abnormal force on the guy wire. We dealt with it in time and avoided a possible major accident. The money was well spent!" -- On-site construction team leader of a certain power transmission and transformation company
"Choose"Weite pole safety monitoring systemBuild an impregnable "digital safety defense line" for your high-altitude power tower assembly operations. Let risks have nowhere to hide, let safety be within reach, and let every high-altitude operation be carried out with confidence! Safe construction, intelligent protection!
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