Brief: Discover the WDJD-4 Multi Function 2/3D Resistivity IP Meter, a cutting-edge tool for underground water detection and non-metallic mineral exploration. This advanced device offers precise electrical resistivity imaging (ERI) and vertical electric sounding (VES) capabilities, making it ideal for geophysical surveys. Learn how its high anti-interference performance, portability, and multi-electrode imaging function can enhance your resource exploration projects.
Related Product Features:
All-in-one design with portable and lightweight transmitting and receiving units for easy fieldwork.
CMOS large-scale integrated circuit ensures compact size, low power consumption, and special stand-by mode.
High anti-interference performance with multistage wave filtration and signal enhancement technologies.
Automatically compensates for self-potential, drift, and electrode polarization for accurate measurements.
Supports multi-electrode imaging, capable of measuring a 552-data-points cross section efficiently.
Built-in protections include over-voltage, over-current, and AB open-circuit safeguards.
Integrated calculator for on-the-spot geometric factor and other essential calculations.
Compatible with various multi-electrode resistivity software for seamless data analysis.
Faqs:
What is the primary application of the WDJD-4 Resistivity IP Meter?
The WDJD-4 is primarily used for underground water detection and non-metallic mineral exploration, offering precise electrical resistivity imaging (ERI) and vertical electric sounding (VES) capabilities.
How does the device ensure accurate measurements in challenging environments?
The device features high anti-interference performance, multistage wave filtration, and automatic compensation for self-potential, drift, and electrode polarization, ensuring reliable data even in noisy conditions.
What are the power requirements and battery life of the WDJD-4?
The WDJD-4 is powered by an internal 12V 9Ah rechargeable battery, lasting up to 30 hours. It also supports an external 12V power supply for extended use in the field.