| Customization: | Available |
|---|---|
| Accuracy: | Fluxgate Uav Aeromagnetic Survey System |
| Horizontal Line: | Fluxgate Uav Aeromagnetic Survey System |
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Fluxgate UAV Aeromagnetic Survey System Magnetic Anomaly Detection Three Component Magnetic Sensor Large Scale Magnetic Exploration For Minerals Oil Gas
The aviation series three-axis fluxgate sensor is a high-performance sensor specially developed for the upgrading needs of modern aeromagnetic measurement technology. It breaks through the technical bottleneck of bulky and weak anti-interference ability of traditional magnetic measurement equipment. It adopts a three-component vector magnetic field measurement architecture and lightweight composite packaging technology to achieve high-precision dynamic perception of the three-dimensional vector of the geomagnetic field by aviation platforms such as drones and light aircraft. Its core design goal is to provide hardware support for high-resolution magnetic anomaly detection (MAD) to meet the urgent needs of lightweight and low-power magnetic measurement systems in geological exploration and other scenarios.
Application scenarios and value
1. Resource exploration field
Mineral target area positioning: Identify weak abnormal signals (≥10nT) of magnetic minerals such as iron ore and rare earth through 0.5m resolution aeromagnetic data;
Oil and gas structure interpretation: Fusion with gravity and electromagnetic data to depict the basement morphology and fault zone distribution of sedimentary basins.
2. Scientific research and environmental monitoring
Geomagnetic field modeling: Participate in the Global Geomagnetic Reference Field (IGRF) data collection and monitor space weather events such as geomagnetic storms;
3. Infrastructure testing: oil and gas pipeline corrosion assessment, high-speed rail tunnel steel bar distribution magnetic imaging.
| Index | Parameters | ||
| Axes | 3 | ||
| Orthogonality | <±0.2° | ||
| Linearity | ≤0.01%FS | ||
| Noise | Low noise version | Standard version | Standard version |
| <6pTrms/Hz1/2@1Hz | ≤10pTrms/Hz1/2@1Hz | ≤20pTrms/Hz1/2@1Hz | |
| Bandwidth | DC~100Hz | DC~1KHz | DC~3KHz |
| Notes | This is the noise within the range of ±100uT. As the sensor range increases, the noise will increase appropriately. | ||
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