Wdjd-4A Multi-Electrode Resistivity IP System Vertical Electrical Sounding Equipment Resistivity Tomography Instrument 2D

• Customization: Available
• After-sales Service: Yes
• Warranty: 1 Year
• Touch Screen Resolution: 320x420
• Humidity: 90%
• Data Storage: 48W
• Channel: 5
• Frequency: Multiple
• Power Frequency Suppression: 60dB
• Detection Depth: 500m
• Application: Underground Water Finder
• Accuracy: 94.6%
• Method: Ves/Ert
• Survey Depth: up to 500m
• Transport Package: Wooden Case
• Specification: ISO 9001
• Trademark: Gold
• Origin: China
• HS Code: 9001401000
• Production Capacity: 1000

Product Description

Multi-electrode Resistivity IP System Vertical Electrical Sounding Equipment Resistivity Tomography Instrument 2D

 

This instrument utilizes the conductivity, polarizability, and radioactivity of groundwater and ore to detect its location, depth, water level, and yield, making it an essential tool for Underground Water and underground ore Detection.

The device operates on two primary principles: the Natural Electric Field Method and the Artificial Electric Field Method. The former relies heavily on the operator's experience and environmental analysis but is prone to interference, resulting in lower accuracy.
 

In contrast, the Artificial Electric Field Method, which includes techniques like DC Resistivity and Induced Polarization (IP), offers high precision and minimal interference, making it suitable for both Geological Exploration and Mineral Exploration.
 

Our equipment employs advanced Artificial Electric Field Methods, such as Vertical Electrical Sounding and Electrical Resistivity Imaging (ERT), using configurations like Wenner Array, Dipole-Dipole, and Schlumberger Array. It can detect groundwater and ore up to 1000 meters with 94.6% accuracy and is equally effective in locating mineral deposits, making it an ideal tool for drillers and geologists.

 

 

 

Main Features

 

 

 

 

 

Key features include a Multi-electrode Resistivity Imaging System, Non-polarized Electrodes, and a Multiplex Electrode Converter, ensuring reliable data collection across multiple channels with Synchronization Mode. This makes it a versatile solution for Hydrology, Geothermal Exploration, and Mineral Exploration projects.

 

 

Why is it better to choose WDJD-4A than WDJD-3A?

Measurement accuracy: Generally, WDJD-4A may have higher measurement accuracy than WDJD-3A, and can detect weak geoelectric signal changes more accurately, thus providing more accurate data support for geological exploration. For example, when searching for deep and hidden mineral resources, WDJD-4A can more accurately delineate the scope of the ore body and determine its boundaries with higher accuracy.

Anti-interference ability: WDJD-4A may use more advanced anti-interference technology or optimize circuit design, so that it can better suppress interference signals and ensure the reliability and stability of measurement data in complex electromagnetic environments, such as near high-voltage lines, large electrical equipment and other areas, while WDJD-3A has relatively weak anti-interference performance.