Brief: Need quick answers about practical use? This video highlights the essentials. Watch as we demonstrate how the Electronic Geophysical Instruments for Groundwater Investigations locates underground water sources using advanced dipole-dipole technology. You'll see the equipment in action, learn about its data collection process via tablet PC, and understand its application in resource prospecting and engineering geology.
Related Product Features:
Data sampling and storage are controlled by a tablet PC for streamlined operations.
Bluetooth technology enables wireless remote control for enhanced field flexibility.
High power supply with a wide current range ensures accurate deep underground investigations.
Software is flexible and easily upgraded to adapt to various exploration needs.
Suitable for multiple applications including groundwater detection and geothermal prospecting.
High measurement accuracy for both voltage and current channels supports reliable data.
Compact and portable design with a weight of ≤4kg for easy transportation to field sites.
Built-in power supply lasts up to 20 hours, supporting extended fieldwork sessions.
FAQs:
What methods does this geophysical equipment use for underground exploration?
The equipment utilizes methods such as electrical resistivity, induced polarization, seismic exploration, and magnetic exploration to conduct comprehensive underground investigations before drilling for core samples.
Can this instrument be used for applications other than groundwater detection?
Yes, it is versatile and can be used for geothermal prospecting, energy resource exploration, metal and nonmetal mineral surveys, as well as engineering geology tasks like city engineering exploration and cave surveys.
How is the data managed and controlled during operation?
Data sampling and storage are controlled by a tablet PC, which facilitates easy data management and allows for wireless remote control via Bluetooth technology, making field operations more efficient.