Customization: | Available |
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Accuracy: | Time Domain Transient Electromagnetic Equipment |
Horizontal Line: | Transient Electromagnetic Equipment |
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Unlock Subsurface Secrets with the WTEM-2 Geophysical Mastery Suite
Engineered to dominate mineral exploration, groundwater mapping, and hydrocarbon reservoir analysis, the WTEM-2 Series delivers unmatched depth penetration and data fidelity across diverse terrains. Its modular architecture and adaptive synchronization empower geoscientists to tackle projects ranging from urban utility surveys to remote deep-earth profiling.
Dominant Selling Points:
Deep-Penetration Transmitter - The 15KW WTEM-2D/60 transmitter generates ≤250V/60A output, enabling 1,500m+ subsurface imaging with <1.2µs current cutoff for crisp shallow-layer resolution.
AI-Enhanced Noise Suppression - Real-time adaptive filtering neutralizes interference from power lines, machinery, and atmospheric noise, achieving >80dB signal-to-noise ratios.
Multi-Channel Scalability - Expand from 1 to 3 independent receivers for simultaneous multi-point data capture, slashing survey time by 60%.
Cloud-Ready Data Integration - Export raw datasets to Windows-compatible 1D inversion software or third-party platforms like Surfer™ for instant 3D modeling.
Extreme Environment Resilience - Operate flawlessly in -10°C to +50°C conditions with IP68-rated components resistant to dust, moisture, and vibration.
System Component | Key Capabilities | Performance Metrics |
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WTEM-2J Receiver | 16-bit ADC / 1µs sampling / 128 channels | 5.3kg weight / 12V battery (10h+) |
WTEM-2D Transmitter | 0.0625-32Hz frequency range / 60A peak current | 13kg compact design / 250V max |
WTEM-2T Controller | GPS sync (≤250ns) / 10 frequency presets | 2.5kg lightweight / 20h battery |
Software Suite | Real-time overlay (1-9999x) / Bluetooth data streaming | Surfer™ compatibility / .DAT export |
Application-Specific Workflows
Mining & Resources: Deploy large-loop configurations with 32Hz high-density sampling to map ore bodies at depths exceeding 800m.
Water Resource Management: Identify aquifer boundaries using 0.5Hz low-frequency pulses and ±0.01A current monitoring.
Infrastructure Projects: Utilize 10-meter Bluetooth range and 20×20m coils for non-destructive pipeline/cable detection.
Cost-Efficiency & Sustainability
The system's low-power electronics reduce energy consumption by 35% versus competitors, while modular repairability extends hardware lifespan. Automated diagnostics preemptively alert users to issues like battery depletion or coil resistance mismatches, minimizing downtime.