Customization: | Available |
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Accuracy: | 1mm |
Horizontal Line: | 1 |
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Advanced Transient Electromagnetic (TEM) Systems for Precision Surveys
The WTEM-2 Transient Electromagnetic System represents the pinnacle of geophysical exploration technology, combining high-power transmission, ultra-fast shutdown capabilities, and unmatched anti-interference performance to deliver accurate subsurface imaging. Designed for both deep mineral exploration and shallow-depth geological surveys, this system is engineered to meet the rigorous demands of industries such as mining, oil and gas, hydrogeology, and environmental studies.
Key Features:
High-Power Transmission: With a 250V/60A output, the WTEM-2D transmitter ensures deep penetration, ideal for mapping mineral deposits up to 1,000 meters underground.
Rapid Shutdown Technology: Achieves a shutdown time of ≤1.2μs (resistive load), extending the effective detection range for shallow targets.
Multi-Sync Options: Choose between GPS synchronization (≤250ns precision) or cable-based synchronization for seamless operation in remote or signal-limited areas.
Wireless Control: Operate the receiver via Bluetooth-enabled Windows tablets within a 10-meter range, streamlining fieldwork and reducing setup time.
Technical Specifications Table
Component | WTEM-2J Receiver | WTEM-2D/60 Transmitter |
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Channels | 1 (expandable to 3) | N/A |
Frequency Range | 0.0625Hz - 32Hz | 0.0625Hz - 32Hz |
Sampling Interval | 1μs | N/A |
Synchronization | GPS + Quartz Clock/Cable | GPS/Cable |
Power Consumption | ≤12V, 10+ hours | ≤12V, 10+ hours |
Weight | 5.3kg | 13kg |
Applications:
Mineral Exploration: Detect metallic ores, coal seams, and deep-seated deposits with high-resolution data.
Hydrogeology: Map aquifer structures and groundwater resources efficiently.
Oil & Gas: Identify hydrocarbon reservoirs using multi-channel data acquisition.
Why Choose WTEM-2?
The system's modular design allows customization for diverse geological challenges, while its low power consumption and rugged construction ensure reliability in harsh environments.