Geophysical Resistivity Tomography System Resistivity Imaging Mapper 2D Resistivity Tomography Equipment Resistivity Survey Equipment Resistivity Imaging System
It features multiple functions, high accuracy, fast speed, high reliability and excellent expandability. Measured data of WDJD-4 equipment can be processed by other multi-electrode resistivity software, which makes the interpretation more convenient.
Application:
Metal and nonmetal mineral resources detection
City geophysical exploration, railway and bridge inspection
Hydrology and engineering geology as seeking for ground water, inspecting dam base and flood protection levee for incipient faults
Geothermal prospecting
Array:
Wenner α,Wenner β, Wenner γ, 3P direct(δA), 3P reverse(δB), AM, AMN, ABM, DP-DP, MNB,
Schlumberger, Charging M and Charging MN
multi-electrode intelligent cable, the cross-hole dipole array is available
Profile: collection of survey points with the same depth.
Specification:
Transmitting |
|
Max transmitting power |
For general Res/IP sounding, 6600W. For multi-electrode Res imaging, 1125W, limited by WDZJ-4 switcher For Res cable, 1350W For IP cable, 2400W |
Max voltage |
For general Res/IP sounding, ±1100V (2200V peak to peak) For multi-electrode Res imaging, 450V DC (limited by WDZJ-4 switcher) |
Max current |
For general Res/IP sounding, ±6A For multi-electrode Res imaging, 2.5A DC (limited by WDZJ-4 switcher |
Pulse width |
1~60s, duty ratio 1:1 |
Compared with the conventional resistivity method, the electrode of the high-density electrical method can be completed at one time during the field arrangement, which not only reduces the fault and interference caused by the electrode setting, but also greatly improves the efficiency of the electrical method exploration. In addition, a variety of electrode arrangements can be selected for measurement using high-density electrical exploration, which can help explorers to obtain more abundant information of geoelectric section. Third, high-density electrical exploration also achieves the goal of automatic or semi-automatic field data acquisition, which effectively helps explorers to collect data quickly and effectively avoids hidden dangers caused by manual misoperation.