Geotechnical Risk Early Warning System

This equipment is an advanced monitoring and early warning system designed for comprehensive risk management in mining operations, detecting hazardous conditions in real time by integrating data from multiple geotechnical sensors.
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Its primary function is to process this information continuously and automatically trigger visual and audible alerts in the event of anomalies. It helps solve the problem of reaction times to ground instability, offering the major benefit of immediate worker protection and operational continuity without the need for human intervention.

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Main Features

Automated Early Warning and Prevention Systems

Instantly identify critical variations, instability events, and breaches of preconfigured thresholds.

Continuous Monitoring and Real-Time Dynamic Analysis

Process data from the field around the clock to instantly identify and quantify the evolution of instabilities, mechanical stresses, and deformations.

Wireless Connectivity and Long-Range Transmission

Optimize field data capture and transmission by eliminating complex wiring, utilizing modern network topologies and versatile connectivity with wireless nodes, robust long-range data transmission, and compatibility with networks such as LoRa or LoRaWAN.

Multiparametric Integration and Universal Communication

allows for the isolated, independent, and simultaneous reading of multiple signals and sensors within a single centralizing unit. Furthermore, it unifies and converts data transfer using standardized, universal industrial communication protocols.

Key Technical Specifications

Power Supply

Operates on a standard 220 VAC power supply.

Extended Battery Life

It is equipped to operate continuously for over 48 hours during power outages.

Network Integration

Its architecture supports connections via wireless systems (Wireless Data Logger) and gateways to transmit information to the command center.

Supplementary Activation

Supports Panic Button integration to add a direct level of manual emergency control.

Container Type

The system features a compact, robust, and highly durable design. It is specifically engineered to operate and thrive in the most demanding industrial environments, withstanding direct exposure to mineral dust, high humidity, and contact with dripping water or condensation. Furthermore, its solid construction protects the internal electronics against sudden thermal fluctuations, accidental impacts, electromagnetic interference, and constant mechanical vibrations caused by heavy machinery.

Recommended Use

- Mining: Specifically designed to alert workers to hazardous conditions or collapses in both underground and surface mining operations.

- Geotechnical: Ideal for continuously centralizing and evaluating instability data from inclinometers, piezometers, and extensometers.

- Emergency Management: Provides unmistakable visual and audible warning protocols to initiate timely personnel evacuations in high-risk areas.

T4G | 24/7 integrated monitoring platform

Our solution integrates seamlessly with various instruments, without the need to replace existing equipment.

Its design allows for quick and easy installation, requires no specialized tools, and optimizes time in any environment.

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