ROBO®CONTROL

Mageba ROBO-CONTROL Permanent – Automated Structural Health Monitoring (SHM) System

Continuous 24/7 condition assessment, dynamic load tracking, and automated early warnings for critical civil assets

Product Description:

Mageba ROBO-CONTROL Permanent is an advanced, fully automated Structural Health Monitoring (SHM) system engineered for long-term, continuous surveillance of high-value civil and industrial infrastructure. Developed by Mageba—a global pioneer in structural engineering, bridge bearings, and expansion joints—ROBO-CONTROL Permanent is purpose-built to monitor the structural response, internal stresses, and environmental loads of bridges, viaducts, tunnels, high-rise buildings, dams, and offshore structures over years or decades.

The system replaces manual, periodic visual inspections with real-time, empirical data collection. By integrating an array of synchronized sensors across critical structural points, ROBO-CONTROL Permanent continuously measures structural movement, inclination, vibration, crack propagation, forces, and material temperatures. Data is autonomously processed and uploaded to a secure web dashboard, allowing asset owners, structural consultants, and maintenance teams to track structural aging trends, verify design tolerances, and receive instant alerts before structural integrity is compromised.

Features

• Continuous 24/7 Autonomous Surveillance: Operates unattended round the clock to capture static, semi-static, and dynamic responses under live traffic, seismic tremors, thermal expansion, and heavy wind loads.
• Multi-Parameter Sensor Integration: Universally interfaces with a broad spectrum of analog and digital sensors to measure:
• Displacement & Movement: Relative movements across expansion joints, bearing displacement, and settlement.
• Dynamic Vibrations & Acceleration: High-frequency accelerometers to track structural natural frequencies, modal shapes, and damping ratios.
• Inclination & Tilt: Multi-axis tilt sensors monitoring bridge pier leaning, pylon rotation, or abutment shift.
• Strain & Stress: Foil, vibrating wire, or optical fiber strain gauges measuring bending moments and tension forces on critical steel or concrete elements.
• Forces & Bearing Pressures: Direct load cells verifying load distribution across bearings and stay cables.
• Environmental Conditions: Air/surface temperature, wind speed and direction, relative humidity, and rainfall.
• Multi-Stage Automated Alarm System: Features user-configurable multi-tier thresholds (e.g., Warning, Action, Critical) that automatically trigger instant notifications via SMS and email when structural parameters exceed pre-defined safety limits.
• Dedicated Web-Based Portal & Real-Time Dashboard: Access real-time data visualizations, time-series plots, correlation analyses, and station status indicators from any standard web browser without installing proprietary software.
• Automated Reporting & Periodic Audits: Generates automated daily, weekly, or monthly engineering summary reports showing minimum, maximum, mean values, frequency spectra, and cumulative fatigue indicators.
• Redundant Telemetry & Gap-Free Local Buffering: Transmits data via 4G/5G cellular, industrial Ethernet, fiber-optic networks, or satellite communication, backed by onboard industrial flash storage to safeguard data during communication dropouts.
• Rugged Industrial Weatherproof Architecture: Central acquisition units are housed in robust, climate-controlled, IP66-rated enclosures built to endure extreme temperatures, dust, humidity, and corrosive industrial or maritime atmospheres.
• Autonomous Power Options: Supports standard AC mains supply with battery backup (UPS), or fully off-grid configurations utilizing high-efficiency solar photovoltaic (PV) panels for remote installations.
• Life-Cycle Extension & Predictive Maintenance: Empowers asset managers to shift from reactive repairs to predictive maintenance, optimizing maintenance budgets and extending the operational life of civil infrastructure.