GP-RESII
Multi channel high-density electrical detector
It can be used for both resistivity tomography detection and polarizability tomography detection. It can be used for mineral exploration, water exploration, engineering and hydrogeological exploration, underground building structures (ancient tombs, air raid shelters), as well as exploration of underground caves, ground fissures, etc. This product breaks through traditional design methods and has obtained multiple national patents.
application area
Exploration of solid mineral resources such as coal mines and metal mines;
Engineering geological exploration such as soil stratification, karst cave detection, foundation, pipeline and dam leakage detection;
Hydrogeological exploration of groundwater distribution, environmental geological monitoring, and groundwater pollution;
Rock interface detection, fault (ground fissure) detection, geological exploration of disasters such as landslides, goafs, and collapses;
Detection of ancient tombs and underground structures;
Monitor changes in earthquake precursors;
Detection of fracture orientation in oil well fracturing and measurement of water flow direction in injection wells.
Product Features
The electrode layout is completed in one go, reducing faults and interference caused by electrode settings, and achieving fast and automatic measurement of field data;
Multiple measuring devices are available for selection, and electrode arrangement can be chosen according to different geological conditions to obtain rich geological information about the structural characteristics of the geoelectric section;
Automatically track and compensate for natural potential to improve data reliability;
Bidirectional coverage cables can achieve "raceway" coverage measurement, making it easy to set up survey lines in the field;
Independently designed high-voltage power supply box, adjustable voltage range, stable power supply;
Real time processing and display of measured profile resistivity cross-section diagram by industrial computer;
Compared with traditional resistivity methods, it has low cost, high efficiency, rich information, convenient interpretation, and significantly improved exploration capabilities.
The instrument configuration simulator allows for self testing of instrument performance and timely troubleshooting.