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High Power IP Transmitter for Gold Exploration 3D Induced Polarization Survey System
Unlocking Subsurface Treasures with Advanced 2D/3D IP Technology
The High Power Induced Polarization (IP) Survey System is engineered to redefine efficiency and accuracy in mineral exploration. Combining high-current transmission (≤50A) and multi-frequency operation (0.0625Hz-32Hz), this system delivers unparalleled depth penetration-ideal for detecting gold deposits, sulfide ores, and deep-seated polymetallic zones. Its dual-polarity waveform ensures stable data acquisition even in high-conductivity environments, while GPS synchronization eliminates timing errors for seamless integration with other geophysical methods.
Key Innovations:
Deep Detection Capability: Achieve 1,000+ meter penetration using 2km×2km transmitter coils, critical for locating concealed ore bodies in complex terrains.
Rapid Shutdown Technology: Minimizes turn-off time (≤1.2μs) to capture early-time decay signals, enhancing sensitivity to shallow targets like gold-bearing quartz veins.
Anti-Interference Design: Hardware filters and adaptive gain control suppress industrial noise (50/60Hz), ensuring clean data in urban or mining-intensive areas.
Technical Specifications Table
Component | High Power IP Transmitter | IP Receiver |
---|---|---|
Voltage Range | ≤200V | N/A |
Frequency Options | 10 logarithmic steps | 0.0625Hz-32Hz |
Synchronization | GPS/Cable | Bluetooth/Wired |
Current Precision | ±1% (0-50A) | N/A |
Battery Life | 10+ hours (12V) | 12+ hours (12V) |
Weight | 18.5kg | 5.3kg |
Applications:
Gold Exploration: Map low-resistivity anomalies associated with auriferous sulfides using high-resolution IP imaging.
Geothermal Surveys: Identify fracture-controlled hydrothermal reservoirs through chargeability contrast analysis.
Environmental Monitoring: Detect contaminant plumes via time-domain IP decay profiles.
Why Choose This System?
The modular design supports 2D and 3D surveys, while real-time data visualization on ruggedized tablets accelerates decision-making in the field.