Customization: | Available |
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After-sales Service: | Supply |
Warranty: | 1 Year |
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In terms of acquisition and measurement
Low-noise and high-dynamic acquisition: It has the ability to detect weak signals and can accurately capture weak induced polarization signals under complex geological conditions. At the same time, it has a wide measurement range and can adapt to signals of different strengths, ensuring the accuracy and integrity of the data.
Strong interference processing capability: It adopts digital power frequency limiting technology, peak interference filtering technology, and extraction filtering technology to effectively suppress external interference such as industrial electricity and electromagnetic signals, and can obtain high-quality data even in strong interference environments.
Networking and synchronization
4G+Lora automatic networking: Multiple receivers can be automatically networked without complex manual wiring and settings, which greatly improves the efficiency of field work and reduces the risk of failure and workload caused by wiring. The measurement results can be transmitted in real time, which is convenient for the site to grasp the data situation in time.
GNSS+OCXO high-precision synchronization: Through pps digital phase-locked tracking technology, high-precision synchronization of multiple receivers and multiple channels is achieved, ensuring the synchronization and accuracy of data in each channel, and providing a reliable foundation for subsequent three-dimensional data processing and interpretation.
System performance
Multi-threaded processing: It uses arma8+fpga and embedded linux system, has powerful communication, computing and status monitoring capabilities, can realize multi-task parallel processing, improve the system's operating efficiency and stability, and can quickly process a large amount of measurement data.
Portable and low-cost: The instrument is compact and lightweight, easy to carry and operate in the field, reducing the labor intensity of field work. At the same time, the system has good operability in mass production and expansion, which can effectively reduce costs.
Exploration effect
High resolution: Compared with traditional two-dimensional electrical methods, it has higher spatial resolution, can obtain more detailed underground structure information, can clearly distinguish geological bodies and structures with different electrical characteristics underground, and help to identify the target body more accurately.
Strong deep detection capability: It can detect deeper strata, with a large effective detection depth, and has better exploration effects on deep geological structures and ore bodies, which can meet the needs of deep prospecting and geological surveys.
Real 3D model: It can generate real 3D model, which reflects underground conditions more intuitively and comprehensively, provides richer information for geological interpretation and analysis, reduces multiple solutions, and improves the reliability and accuracy of exploration results.
Large-scale measurement: It covers a wider area and can perform fast and efficient measurement in a larger area, which is suitable for large-scale mineral exploration, geological survey, disaster assessment and environmental monitoring.
Parameters | Details |
Channel | 4 channels; |
ADC | 32 bit |
Dynamic range | System 160dB, instantaneous 130dB@1kHz, 0dB; |
Bandwidth | DC to 1kHz; |
Noise level | <5nV/√Hz@1kHz, 36 dB; |
Input impedance | >10 megohms; |
Synchronization accuracy | ±30ns, 10-hour drift less than 1ms without GNSS signal; |
Wireless communication | Built-in 4G+LORA; |
Storage capacity | 32G-512G; |
Processor | ARM A8 +FPGA; |
High productivity induced polarization (IP) surveys in mineral exploration, groundwater exploration, geotechnical investigations and other related fields.