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Early warning detection


Get prepared with the irregularities

Use our advanced technology to easily monitor and inspect your site.

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iRadar | GNSS Station

Global Navigation Satellite System

High Accuracy, Award Winning Invention

The anchor GNSS system has single receiver with multi-antennas. It employs advanced GNSS data processing techniques to provide high-performance deformation monitoring for natural and man-made structures.

GREATER PRECISION

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Convert lines to different assemblies frequently. Minimized the setup time.

TIMELY MONITORING

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Local team for onsite support. Fully customizable to suit user requirements.

ALL WEATHER

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Local team for onsite support. Fully customizable to suit user requirements.

SOLAR POWERED

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Convert lines to different assemblies frequently. Minimized the setup time.

FULLY AUTOMATIC

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Local team for onsite support. Fully customizable to suit user requirements.

COST EFFECTIVE

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Local team for onsite support. Fully customizable to suit user requirements.

BENEFITS OF USING GNSS

• A global system that is allowing the comparison of position within a consistent time-frame.

• Provides 24 hour coverage with information about the nature of the atmosphere between transmitting satellites and receivers.

• Provides information about the characteristics of any surface a from which signal has been reflecte.

Sub-mm Change

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Anchor deformation monitoring using GNSS is a high performance and cost effective method to monitor deformation of natural and man-made structures such as slopes and dams.

All Weather. Quick Setup

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The anchor GNSS system is a fully automatic system. It works 24/7 and it will send alarming messages through SMS, mobile APP, or online portal when irregularities detected.

High Accuracy

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The accuracy of the anchor GNSS system varies with the data update rate. It can achieve accuracy as good as 1 mm + 0.5 ppm with an update interval of 24 hours. It is ideal for deformation monitoring.

STRUCTURAL HEALTH MONITORING
TECHNICAL SPECIFICATIONS

G4000 Anchor GNSS Station

Descriptions

GNSS Receiver Channel GPS (L1, L1C), SBAS
Update Rate 1 GHz
Horizontal Accurary 0.4m (DGPS) / 1.2m (Single Point L1/L2)
Displacement Measurement Accuracy (Standard Deviation) 5–10 mm + 1.2 ppm (Real Time) / 4–7 mm + 1.2 ppm (1hour) / 3–5 mm + 1.2 ppm (3 hours) / 1–2 mm + 1.2 ppm (12 hours)
Initialization Time < 10s
Initialization Reliability > 99.9%
Power Supply 8 - 36 Vdc
Power Consumption 2W @ 12 Vdc (Typical)
Current Consumption 250 mA @ 12 Vdc (Typical)
Operation Temperature –32 °C to 74 °C
Storage Temperature –40 °C to 85 °C
Humidity 95% non-condensing
Warranty 1-year standard warranty covers all parts and technical support

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