Transform Field Efficiency: Next-Gen TEM System with Smart
Integration
Engineered for geoscientists demanding speed, reliability, and intuitive operation, the WTEM-2 Series combines groundbreaking hardware with AI-assisted software to redefine transient electromagnetic surveys.
Unmatched Features:
Intuitive Tablet Interface – Control every parameter via a Windows 10 tablet with retina display (2048×1536), enabling on-site data visualization, curve plotting, and instant
adjustments.
Hybrid Synchronization Mastery – Maintain sub-microsecond accuracy even in GPS-denied areas using the built-in quartz oscillator (5×10⁻⁹ stability).
Rapid Deployment – With under 5kg receivers and pre-calibrated coils, reduce setup time by 40% compared to
legacy systems.
Adaptive Gain Control – Auto-adjust amplification (1–128x) based on signal strength, minimizing manual recalibration.
Comprehensive Data Suite – Process raw data using 1D inversion software and export to Surfer™ for professional-grade mapping.
Performance Metrics
| Parameter | WTEM-2J Receiver | WTEM-2D Transmitter | WTEM-2T Controller |
|---|
| Voltage/Current | 12V DC input | 250V max / 60A peak | 12V external support |
| Frequency Flexibility | 10 selectable frequencies | 10 frequencies (0.0625–32Hz) | 10 frequencies (0.0625–32Hz) |
| Data Storage | 1GB CF card (100,000+ data points) | 2GB SD card (400 days at 10s intervals) | N/A |
| Communication | Bluetooth 4.0 / USB | RS-232 / GPS sync | GPS antenna input |
| Dimensions | 340×295×152mm | 502×400×188mm | 270×246×123mm |
Tailored for Diverse Geological Challenges
Urban Engineering: Deploy portable configurations with 20×20m coils for non-invasive utility mapping.
Deep Mineral Exploration: Harness 15KW transmitter output to penetrate resistive overburden layers.
Environmental Studies: Use software-filtered overlay (1–9999x) to isolate weak signals in contaminated sites.
Sustainability & Safety
The system’s energy-efficient design reduces carbon footprint, while automatic shutdown protocols prevent damage from overloads. The modular repair architecture allows component-level servicing, slashing downtime by 70%.
