Debris Flow Line-Disconnection Monitor

SP-WS100

Smart sensing, real-time alerts

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Product Introduction

Debris Flow Line-Disconnection Monitor

SP-WS100

The debris‑flow line‑break monitoring device is an intelligent monitoring and early‑warning system specifically designed for geological hazard prevention in mountainous valleys during flood season. It focuses on real-time sensing and timely reporting of sudden geological hazards such as debris flows and flash floods caused by torrential runoff. The device integrates high‑precision cable‑strain sensors, data acquisition, and wireless transmission modules, featuring a highly compact and modular design that adapts to complex field conditions. Typically deployed at both ends of debris‑flow‑prone gullies, it employs a physics‑based triggering mechanism to accurately detect the impact and destructive signals generated by debris flows and floodwaters carrying sediment and rocks. This enables second‑level hazard detection, instant data upload, and remote alarm notification, buying valuable time for preemptive evacuation and emergency response.

keyword：

Debris Flow Line-Disconnection Monitor

Category：

Environmental Structure Monitoring

PRODUCT FEATURES

  • Precise triggering, lightning-fast response: It employs a highly sensitive, dedicated pull‑cord sensor with strong anti‑interference capabilities, responding only to the powerful impacts of debris flows and flash floods while filtering out irrelevant disturbances such as gentle breezes and slight water currents, thereby preventing false alarms and missed detections. Once a disaster is triggered, data is uploaded and an alert is issued within seconds.
  • Outdoor-ready, rugged and durable: The entire unit features an industrial‑grade design that is waterproof, dustproof, and lightning‑protected; its enclosure is corrosion‑resistant and impact‑tough, enabling it to withstand harsh outdoor conditions such as heavy rain and blizzards. Paired with a self‑contained lithium‑thionyl battery power system, it can operate reliably for more than three years, fully addressing the challenge of power supply in mountainous, remote areas.
  • Easy deployment and low operational costs: The equipment features a modular design and a lightweight structure, allowing for installation by a single operator. It boasts low power consumption and high stability, eliminating the need for frequent consumable replacements; in the long term, only periodic inspections of the cable‑pull status are required, resulting in low operational and maintenance costs.

TECHNICAL SPECIFICATIONS

Technical Name Technical Specifications
Output parameter

Tensile trigger time, tilt angle, vibration acceleration, temperature and humidity

2 pull cords trigger an alarm

Force rating: ≥10 kg
Inclination range ± 90 °（ 3 axis X 、 Y 、 Z )
Inclination measurement accuracy ± 0.05 °
Acceleration measurement range ± 2g
Acceleration accuracy ± 1mg
Trigger Method Default normally open
Trigger Reliability >106 Next
Battery life Powered by a lithium‑ion battery, it can meet 3 More than one year of regular employment
Work mode Low-power mode

 

APPLICATION FIELD

This solution is designed for open-pit mine slopes, waste‑dump sites, tailings ponds, and similar environments. It deploys intelligent sensors—including GNSS receivers, arrayed displacement meters, inclinometers, crack meters, piezometers, rain gauges, and blast‑vibration sensors—to establish an integrated “sky–ground” safety monitoring and early‑warning system for mine slopes. By continuously collecting real-time data on surface displacement, deep‑seated deformation, groundwater levels, rainfall, and vibration, the system transmits this information via 4G, BeiDou, or LoRa to a cloud‑based platform. Advanced stability‑analysis models then perform intelligent assessment and tiered warning classification. When threshold values are exceeded, the system automatically issues alerts and activates on‑site audio‑visual alarms, providing mining enterprises with end‑to‑end safety assurance—from deformation detection to emergency response—thereby effectively reducing slope‑failure risks and enhancing overall mine safety performance.

Mine Slope Safety Monitoring Solution

This solution targets potential geological hazard sites along railway corridors—such as slope faces, tunnel portals, and embankments—by deploying smart sensors including inclinometers, crack meters, GNSS devices, and rain gauges to establish an automated monitoring and early‑warning system. It collects real-time data on deformation, rainfall, and other parameters, transmitting it via multi‑link communication to a cloud platform, where intelligent algorithms perform analysis and issue tiered alerts. The system has been successfully implemented in projects such as the Xiang–Gui Line, the Nanning Railway Bureau’s flood‑control network, and the Huangbai Railway, significantly enhancing the railway sector’s capacity for preventing and mitigating geological hazards.

Geological Hazard Monitoring and Early Warning Solution for Railway Corridors

The highway slope monitoring and early-warning system is an integrated management platform that combines remote data acquisition, wireless data transmission, data analysis and processing, and disaster early warning and forecasting. By deploying automated terminal monitoring devices, the system conducts real-time monitoring of slope displacement and deformation, stress levels, changes in environmental factors, and groundwater activity, while also establishing safety assessment criteria for highway slopes. The system utilizes 4G, NB-IoT, and LoRa wireless networks to acquire monitoring data in real time. The backend data management platform then performs intelligent analysis and disaster prediction based on these criteria. When monitored data exceed preset warning thresholds, the system automatically triggers an alarm and notifies relevant personnel via the management system’s messaging interface, mobile app, or SMS. With 24-hour, all-round, dynamic monitoring, users can stay informed about highway slope safety at any time and from any location, thereby advancing from manual and automated monitoring to intelligent monitoring. This provides a scientific basis for highway slope disaster prevention and control, reinforcement engineering design, and the timely elimination of safety hazards.

Automated Safety Monitoring and Early Warning Solution for Highway Slopes

This solution is designed for hydraulic structures such as reservoir dams, embankments, and sluice stations. Addressing safety‑monitoring needs related to dam deformation, seepage, and water levels, it establishes an automated safety‑monitoring system integrating GNSS, piezometers, water level gauges, rain gauges, video surveillance, and IoT communications. By collecting real-time data from multiple sensor sources and transmitting it via 4G, LoRa, or the BeiDou satellite navigation system to a smart water‑resources cloud platform, the system leverages AI models and digital twin technology for integrated analysis, trend forecasting, and tiered early warning. The solution has been successfully deployed in projects such as the Tiekouyuan Reservoir and flood‑disaster prevention in Xiangxi Autonomous Prefecture, effectively enhancing the intelligence of hydraulic‑structure safety management and improving early‑warning response capabilities.

Reservoir Dam Safety Monitoring Solution

RELEVANT CASES

Xing’an Yinjian Tailings Pond Automated Safety Monitoring Project

Xing’an Yinjian Tailings Pond Automated Safety Monitoring Project

Guizhou Wenjiaba Mining Co., Ltd. Slope Safety Monitoring Project

Guizhou Wenjiaba Mining Co., Ltd. Slope Safety Monitoring Project

Slope Monitoring Along the Railway Line of a Certain Railway Bureau

Slope Monitoring Along the Railway Line of a Certain Railway Bureau

Nanchang Railway Bureau High-Barrier Collision Monitoring and Alarm System

Nanchang Railway Bureau High-Barrier Collision Monitoring and Alarm System

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Contact Information

0773-5682099

13677730170

18878322077

market@spepc.com

6th Floor, Building 10, Entrepreneurship Industrial Park, Chaoyang Township, Qixing District, Guilin City, Guangxi Zhuang Autonomous Region

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