Integrated Tilt (Collapse) Monitor

SDQXME-G01

Precise monitoring, real-time uploading

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Product Introduction

Integrated Tilt (Collapse) Monitor

SDQXME-G01

The integrated tilt (collapse) monitoring device is an intelligent monitoring system that combines high‑precision sensing, wireless transmission, and a robust protection rating. It employs triaxial MEMS tilt and vibration‑acceleration sensors to continuously acquire real‑time data on structural tilt angles and acceleration, which are then transmitted via 4G, LoRa, or other methods to a cloud platform. This device is ideally suited for long‑term safety monitoring of slopes, bridges, transmission towers, and similar structures. Featuring low power consumption, extended battery life, and strong anti‑interference capabilities, it provides reliable data to support structural health assessments and disaster early warning.

keyword：

Integrated Tilt (Collapse) Monitor

Category：

Environmental Structure Monitoring

PRODUCT FEATURES

  • Integrated convenience: Integrating sensing, power supply, data acquisition, and communication into a single unit, it requires no external integration and boasts a compact form factor. Upon power-up, the device automatically starts up, with simple and rapid installation that significantly reduces deployment complexity.
  • Sealed Protection: Made from high-strength, aging-resistant engineering plastics and featuring a fully sealed design, it offers a high level of protection, can withstand harsh outdoor conditions, and ensures long-term stable operation.
  • Multidimensional Acquisition: Real-time acquisition of three-axis attitude angles, heading angle, battery voltage, and positioning data provides comprehensive, multidimensional data support for structural safety analysis and monitoring.
  • Ultra-low power consumption: Equipped with a lithium‑thionyl battery and supporting LoRa, NB‑IoT, and 4G communications, it can operate continuously for more than three years in typical operating mode, meeting the demands of long‑term unattended monitoring while reducing maintenance frequency.
  • Intelligent and Precise Monitoring: Supports a hybrid operating mode that combines scheduled data acquisition with trigger‑based reporting, enabling real‑time detection of structural changes while maintaining ultra‑low power consumption. Equipped with an integrated Kalman filter algorithm, it effectively suppresses external interference, ensuring the accuracy and reliability of the acquired data.
  • Remote Operations and Maintenance: It supports remote parameter configuration, firmware upgrades, and device status queries, greatly simplifying on-site maintenance, improving operational efficiency, and reducing management costs.
  • Industry Adaptation: It fully supports the communication protocols mandated by the Geological Disaster Technical Guidance Center of the Ministry of Natural Resources, enabling seamless integration with mainstream monitoring platforms and meeting industry‑standard application requirements.

TECHNICAL SPECIFICATIONS

Technical Name Technical Specifications
Inclination measurement accuracy 0.05°
Inclination measurement range ±90°
Inclination resolution 0.001°
Acceleration range ±2g
Acceleration accuracy 0.1%FS
Azimuth Measurement 0 ~ 360°
Communication method 4G / LoRa
Power supply method Built-in dual batteries + solar power
Protection rating IP67 (ASA housing + metal base)
Structural dimensions Diameter 160*88mm
Operating temperature -20°C — +75°C
Storage temperature -40°C — +85°C

APPLICATION FIELD

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

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

The smart port monitoring solution covers multiple aspects, including port equipment, cargo handling processes, yard safety, personnel operating procedures, environmental changes, port operational efficiency, and energy consumption. By collecting and analyzing data in real time, the system can promptly identify and address issues, thereby ensuring stable, safe, and efficient port operations. At the same time, monitoring and optimizing energy consumption helps ports reduce energy use and improve energy efficiency.

Smart Port Solution

By leveraging a variety of sensors and wireless communication devices, farm data can be transmitted in real time and automatically to the screens of agricultural managers, thereby establishing an integrated, IoT-based connection between farmers and their fields. Furthermore, the application of RFID and other tagging technologies enables the development of modern agricultural logistics systems for warehousing and transportation, facilitating effective monitoring and assurance of food safety. At the same time, the collection and networking of farm data support the monitoring and early warning of natural disasters, streamline regional management, and promote extensive information sharing and agricultural automation.

Smart Agriculture Cultivation Solutions

RELEVANT CASES

Monitoring Project for Retaining Walls at the Guilin GT Factory Dormitory and Nearby Residential Areas

Monitoring Project for Retaining Walls at the Guilin GT Factory Dormitory and Nearby Residential Areas

Guizhou Geological Disaster and Territorial Security Monitoring Project

Guizhou Geological Disaster and Territorial Security Monitoring Project

Nanchang Railway Bureau High-Barrier Collision Monitoring and Alarm System

Nanchang Railway Bureau High-Barrier Collision Monitoring and Alarm System

Railway Turnout Safety Monitoring Project

Railway Turnout Safety Monitoring Project

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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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