| Customization: | Available |
|---|---|
| Accuracy: | High Power IP Survey Equipment |
| Horizontal Line: | High Power IP Survey Equipment |
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High-Power IP Technology: Bridging Depth and Detail
Designed for large-scale mineral prospecting, the 3D Induced Polarization Survey System integrates high-current output (50A) and multi-frequency adaptability to address challenges in deep ore targeting and complex geological settings. Its time-domain IP methodology captures both resistivity and chargeability data, enabling precise differentiation between economic mineralization and barren anomalies.
Standout Features:
Enhanced Sensitivity: Detect weak polarization responses from disseminated gold ores using 128x programmable gain.
Flexible Deployment: Compatible with overlapping loops, dipole-dipole arrays, and gradient configurations for tailored surveys.
Durability: IP67-rated enclosures protect critical components from dust, moisture, and extreme temperatures (-10°C to +50°C).
Technical Specifications Table
| Parameter | Transmitter | Receiver |
|---|---|---|
| Turn-off Delay | 1μs-1000μs | N/A |
| Data Storage | 100,000+ points | 64GB SD card |
| Sync Accuracy | ≤250ns (GPS) | ≤1μs (Bluetooth) |
| Coil Compatibility | 0.1km²-4km² | N/A |
| Operating Modes | Continuous/Discrete | Real-Time/Post-Processing |
Industry Applications:
Polymetallic Deposits: Locate Cu-Au-Zn zones through chargeability-resistivity inversions.
Hydrological Surveys: Delineate aquifer boundaries using low-frequency IP measurements.
Coal Geology: Map fault-controlled methane reservoirs with high-density IP profiling.
Innovation Spotlight:
The integrated damping resistors (1000Ω) optimize transmitter efficiency, reducing energy loss in large-loop configurations. This innovation, paired with quartz-clock backup synchronization, ensures uninterrupted operation in GPS-denied areas.
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