Customization: | Available |
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Accuracy: | 1mm |
Horizontal Line: | 1 |
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The broadband electromagnetic exploration system is capable of effectively detecting underground structures, especially in the exploration of oil and gas resources, and its technical advantages are obvious. First, in terms of features, the system has high sensitivity and wide frequency bandwidth, which can cover a wide range from low frequency to high frequency. This enables the system to capture electromagnetic signals at different depths and scales, thus obtaining more accurate underground geological information. In addition, the system's digital processing capability greatly improves the efficiency of data acquisition and analysis, making real-time monitoring possible.
A broadband electromagnetic exploration system usually consists of a transmitter, a receiver and a data processing unit. The transmitter is responsible for generating electromagnetic signals, the receiver is used to detect the electromagnetic field generated by the stratigraphic reaction, and the data processing unit completes the storage and analysis of the signals. Modern equipment is also commonly equipped with wireless transmission modules, which can transmit data to the monitoring center in real time, improving work efficiency.
Frequency range: 1Hz~ 100kHz |
Network Connection: Standard 100M Twisted Pair Cable; WiFi |
Interface type: network, magnetic sensor, electrode sensor, power supply |
Shell: Rugged waterproof polycarbonate shell |
Input Impedance: >10 Mohms for electrical tracks, 20 kohms for magnetic tracks |
System Controller: 32-bit embedded controller, LINUX |
Maximum power consumption: 15W |
Number of channels: 5 channels |
AD Converter: 32-bit ADC |
Dynamic Range: > 150 dB |
Storage medium: 32GB flash memory card |
Operating temperature: -20°C~+70°C |
External Dimensions: 400 mmx 330 mmx 170mm |
Weight: 6kg |