IP Digital Surface Resistivity Meter For Groundwater Exploration

Surface Survey Geophysical Ip Resistivity Meter For Groundwater And Mining

WDJD-3 can be used for metal and nonmetal mineral resources detection, city geophysical exploration, railway and bridge inspection and so on; as well as in hydrology and engineering geology such as seeking for ground water, inspect dam base, flood protection levee for incipient faults, and geothermal prospecting.

Feature

1. High anti-interference performance and precision, integrated with multistage wave filtration and signal enhancement technologies.

2. In good condition, multi-electrode imaging function can complete measurement of a 552-data-points cross section.

3. Automatically achieving compensation of self-potential, drift and electrode polarization.

4. Receiving unit supports transient over-voltage protection, transmitting unit supports over-voltage protection, over-current protection and AB open-circuit protection.

5. Measured curve can be plotted through WDJD-3 mainframe.

Application

• Mineral prospecting in geological surveys - identify potential mineral deposits.
• Groundwater exploration - locate and assess water resources.
• Environmental investigations - identify contamination and remediation sites.
• Engineering projects - determine foundation stability and soil mechanics.
• Archaeological studies - detect buried structures and artifacts.
• Civil engineering - determine soil composition and geotechnical properties.

Technical Parameter

IP Digital Surface Resistivity Meter For Groundwater Exploration

Photo of Product

FAQ

1. What is the purpose of the WDJD-3A Multi-Function Digital DC Resistivity/IP Meter?
The meter is used for precise measurements of subsurface soil and rock layers, soil characteristics, moisture content, and mineral composition, making it ideal for technical design and scientific study.

2. Does the georesistivity meter cause harm?
No, the VES georesistivity meter is non-invasive and non-destructive, making it an excellent tool for subsurface study without inflicting any damage to the surrounding region.

3. Is the WDJD-3A Multi-Function Digital DC Resistivity/IP Meter portable?
Yes, the meter is portable and lightweight, making it ideal for use in isolated places like mining, construction, and resource exploration sites. Real-time data gathering is also available to facilitate result interpretation.

4. How does the WDJD-3A Multi-Function Digital DC Resistivity/IP Meter work?
The meter operates by injecting a direct current into the ground and measuring the resistance and polarization characteristics of the subsurface, giving information about the soil and rock layers' properties.

5. Can the WDJD-3A Multi-Function Digital DC Resistivity/IP Meter be used for groundwater exploration?
Yes, the meter is applicable for groundwater exploration, as the electrical properties of soils and rocks are related to the presence of groundwater, and resistivity surveys can be used to map water-bearing formations.

Chongqing Gold Mechanical Electrical Equipment Co. Ltd. has been actively involved in the design, development, and manufacturing of geophysical exploration equipment for over four decades. Our expertise encompasses various techniques used to capture images and map subsurface features and structures such as minerals, oil and gas reservoirs, groundwater, and geological formations.

At present, our company manufactures a diverse range of equipment that encompasses resistivity meters, seismic receivers, magnetic instruments, borehole loggers, and various other geophysical sensors. Additionally, we offer geotechnical instruments such as pile testers and drilling machines.

In collaboration with geologists, geophysicists, and other domain experts, we design and develop instruments that cater to the unique requirements of our clients. To maintain our leading edge in the market and keep up with technological progress and scientific advancements, we continuously invest in research and development to ensure that our equipment is accurate, reliable, and efficient.