TEM transient electromagnetic Geophysical Survey Equipment for Deep Well Water Exploration
The WTEM (Wireline Transient Electromagnetic) system is a sophisticated geophysical equipment built primarily for subsurface studies. It uses lead synchronization technology to increase the detection range, integrates many functions, and has a portable transmitter. With its wireline design and surface receiver coils, the WTEM system allows for deep penetration and exact data collecting. It is versatile and adaptable to difficult terrains, ensuring rapid data transfer and processing. The WTEM system is a well-known and efficient option for subsurface investigations, having been used extensively in mining, oil and gas exploration, geothermal studies, water resource surveys, and environmental assessments.
Main Feature
Lead Synchronization Technology: Offers an extended ultra-high power detection range of up to a thousand meters, enabling efficient exploration of deeper subsurface layers.
Integrated Superficial and Intermediate Parts: Combining multiple functions in a single machine, the system is well-suited for complex geological environments like mountainous regions, streamlining operations and enhancing versatility.
IGBT Bridge Circuit: Utilizing an IGBT bridge circuit, the system achieves high-power output and quick shut-off, resulting in a portable electromagnetic transmitter that delivers reliable performance.
USB Port Data Transfer: The inclusion of a USB port enables seamless data transfer, facilitating easy interaction between the instrument and the user. This enhances usability and simplifies the analysis process.
Wide Range of Applications: The system finds broad applications across various investigation tasks, including metal mining, coal fields, oil and gas fields, geothermal exploration, water resource surveys, and environmental pollution detection. This versatility makes it a valuable tool in diverse industries.
Application
Mineral exploration for locating valuable deposits.
Oil and gas exploration to identify hydrocarbon reservoirs.
Geothermal exploration for characterizing geothermal resources.
Groundwater studies for mapping aquifers and assessing water resources.
Environmental assessments for detecting and monitoring pollution.
Engineering and geotechnical investigations for evaluating subsurface conditions.
Archaeological surveys for locating buried structures and artifacts.
Technical Specification
| WTEM-2J/ GPS TEM Exploration system receiver |
| Channel number | 1 |
| Pre-amplifier gain | 8, 32 times |
| Main amplifier gain | 1, 2, 4, 8, 16, 32, 64, 128 times |
| Band pass | 0~50kHz(liner phased filter), full band 0~400kHz |
| A/D bit | 16bit |
| The minimum sample interval | 1 μs |
| Crystal oscillation total error | ≤5*10-9 |
| Trace number | 50 |
| Stack number | 1~9999 |
| Synchronization mode | (1) Cable synchronization (2)GPS synchronization |
| Power supply | Built-in 12V rechargeable battery(support outside power), working time≥10 hours |
| Working temperature | -10℃~+50℃ |
| WTEM-1D 10KW Large power transmitter |
| Transmitting voltage | 200V |
| Transmitting current | 50A |
| Current measurement precision | 1% |
| Power supply frequencies | 0.0625Hz, 0.125Hz, 0.25Hz, 0.5Hz, 1Hz, 2Hz, 4Hz, 8Hz, 16Hz, 32Hz |
| Transmitting power voltage display | Liquid crystal display unit V, display resolution 0.1V |
| Working temperature | -10℃~+50℃ |
Product Details
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TEM Transient Electromagnetic Geophysical Exploration Instrument For Deep Well Water Images
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