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◀◀ Key Selling Points ▶▶
Dynamic and static combination: According to the changing speed of the measured hidden danger point, the working mode is automatically adjusted. Dynamic and static combined monitoring can not only provide high-precision static absolute coordinates but also offer highly timely dynamic displacement.
High integration: Integrating GNSS boards, antennas, network modules and MEMS chips into one, it is easy to install.
Ultra-low power consumption: The power consumption of the entire machine during normal and uninterrupted operation does not exceed 2W, and it is even lower in sleep mode, reducing the cost of the entire solar power supply system.
Simple operation: Visual cloud remote operation. The device is equipped with an eSIM card. Installation and debugging only require powering on and observing the indicator light, reducing the requirements for installation and debugging personnel.
Cloud monitoring: The device can transmit status information including supply voltage, charging voltage and remaining battery power to the Internet of Things platform, monitor the operation status of the device in real time and carry out timely maintenance and operation.
◀◀ Product Parameters ▶▶
| Parameter | Specification |
|---|---|
| Model | GX-003M |
| Horizontal Static Relative Positioning Accuracy | 5mm + 1ppm RMS |
| Vertical Static Relative Positioning Accuracy | 10mm + 1ppm RMS |
| Horizontal Dynamic Relative Positioning Accuracy | 10mm + 1ppm RMS |
| Vertical Dynamic Relative Positioning Accuracy | 20mm + 1ppm RMS |
| Sampling Interval | 0s ~ 24h |
| Upload Interval | 0s ~ 72h |
| Output Parameters | Triaxial Acceleration, RTCM3.2 format raw data (Static Mode), Triaxial Tilt, Triaxial Displacement (Dynamic Mode) |
| Satellite Tracking Capability | Supports three satellites and eight frequencies |
| Operating Modes | Dynamic/static mode switching via built-in MEMS sensors; adjustable data reporting frequency |
| Power Consumption | <2W average (with sampling interval ≥15s and upload interval ≥15s) |
| Operating Temperature | -20 to +65°C (Customizable for extremely cold regions) |
| Communication Standard | Complies with "Technical Requirements for Geological Disaster Monitoring Data Communication" |
| Reliability | Passed GJB 899A-2009 ("Reliability Qualification and Acceptance Test") 36000-hour MTBF test |
| Protection Rating | IP68 |
| Installation Methods | Standard observation piers, cast-in-place concrete piers, steel structures, etc. |
| Power Supply | On-demand power supply; supports continuous operation for 30 rainy days |
◀◀ Application Scenarios ▶▶
The product is applicable to displacement monitoring in fields such as geological disaster monitoring, field landslides, collapses, mine geological disasters, reservoir DAMS and highway slopes.
