| Customization: | Available |
|---|---|
| Accuracy: | Tem Equioment |
| Horizontal Line: | Transient Electromagnetic Equipment |
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The WTEM-2 Medium-Deep/Deep Transient Electromagnetic (TEM) Exploration System is a state-of-the-art solution designed to redefine the way we explore the Earth's subsurface. Combining cutting-edge technology with unparalleled precision, this system is your ultimate partner for uncovering hidden resources, from groundwater to mineral deposits, and beyond.
The WTEM-2 system operates on the principles of the Transient Electromagnetic Method (TEM), also known as the Time Domain Electromagnetic Method (TDEM). By transmitting electromagnetic pulses into the ground via an ungrounded loop or ground wire source, it captures the secondary eddy current fields using a coil or ground electrode. This process, rooted in electromagnetic induction, allows for the analysis of subsurface geoelectric characteristics across early, middle, and late decay stages.
Early Stage: High-frequency components with rapid attenuation and shallow penetration.
Late Stage: Low-frequency components with slow attenuation and deep penetration.
By measuring the secondary field's decay over time, the WTEM-2 system provides detailed insights into subsurface structures at varying depths.
The WTEM-2 system is a versatile tool for a wide range of exploration tasks, including:
Groundwater Detection: Mapping aquifers, fault water-bearing zones, and coal seam structures.
Mineral Exploration: Identifying conductive ore bodies, their depth, and structural characteristics.
Environmental and Engineering Surveys: Detecting old kilns, water content, and subsurface anomalies.
Oil and Gas Exploration: Uncovering hydrocarbon reservoirs and geothermal resources.
The WTEM-2 system is a comprehensive package designed for efficiency and reliability:
WTEM-2J Receiver: The heart of the system, optimized for seamless operation via Bluetooth-connected Pocket PC (PDA).
WTEM-1D Transmitter: A high-power, 10kW transmitter capable of medium-deep and deep exploration.
WTEM-2T/GPS Synchronized Controller: Ensures precise synchronization between the receiver and transmitter, even in areas with weak GPS signals.
PTT-40A Antenna & Adapter: A high-sensitivity receiving coil designed for easy field deployment and superior signal-to-noise ratio.
Unmatched Precision: With advanced filtering, data stacking, and software-based noise reduction, the system delivers highly accurate measurements.
Deep Exploration Capability: The WTEM-1D transmitter enables exploration depths ranging from tens to thousands of meters.
Rugged and Reliable: Sealed mechanical structures and refined circuitry ensure durability and low power consumption in harsh field conditions.
User-Friendly Operation: Bluetooth-enabled remote control allows parameter setup, measurement initiation, and data transfer from up to 10 meters away.
Flexible Synchronization Options: Choose from cable synchronization, GPS synchronization, or the advanced "GPS + Clock" mode for optimal performance in any environment.
Short Turn-Off Time: Enhances shallow exploration accuracy by providing precise data on electromagnetic field decay.
High Anti-Interference Performance: Program-controlled filters and software-based noise suppression ensure reliable data even in high-interference environments.
Multiple Channels and Timing Precision: Crystal oscillator-based timing ensures stable and accurate time-to-depth ratios, while customizable channel settings enhance data clarity.
Compact and Lightweight: Designed for portability without compromising power or functionality.
The WTEM-2 system is ideal for:
Geophysical Surveyors: Conducting quick general surveys or detailed 3D subsurface imaging.
Mining Companies: Locating metal and coal deposits with precision.
Hydrologists: Mapping groundwater resources and aquifer structures.
Oil and Gas Explorers: Identifying hydrocarbon reservoirs and geothermal fields.
Environmental Engineers: Assessing subsurface conditions for construction or remediation projects.
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