Customization: | Available |
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Accuracy: | 1mm |
Horizontal Line: | 1 |
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WDJD-4A Digital DC Resistivity and IP System: Revolutionizing Geological Surveys
Introduction
The WDJD-4A Digital DC Resistivity and Induced Polarization (IP) System is a cutting-edge geophysical instrument engineered to deliver unparalleled accuracy and versatility in subsurface exploration. Built as an upgraded successor to the WDJD-3A, this device integrates advanced hardware and intelligent software to address challenges in mineral prospecting, groundwater detection, and infrastructure safety assessments.
Key Advantages
Ultra-High Measurement Precision: Equipped with a 24-bit A/D converter and 0.1µV resolution, the WDJD-4A detects minute electrical signal variations, enabling precise mapping of deep mineral deposits and hidden geological structures.
Superior Anti-Interference Capability: With ≥80dB noise suppression and optimized circuitry, it performs reliably near high-voltage zones or industrial sites, ensuring stable data collection in harsh environments.
Diverse Operational Modes: Supports time-domain IP, spectral IP, resistivity imaging, and multi-electrode profiling, making it adaptable to complex terrains and diverse exploration goals.
Technical Specifications
Parameter | Details |
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Voltage Precision | ±24V, ±0.4% ±1LSB, 24-bit A/D |
Input Impedance | ≥50MΩ |
Current Channel | 6A, ±0.4% ±1LSB, 24-bit A/D |
Maximum Transmitter Power | 6600W (General Res/IP), 2400W (IP Cable) |
Data Storage | ≤1GB with USB 3.0/Wi-Fi Transfer |
Battery Life | 30 hours (12V 9Ah rechargeable) |
Applications
Mineral Exploration: Accurately delineates ore boundaries and deep-seated resources.
Hydrogeology: Identifies groundwater reservoirs and aquifer characteristics.
Infrastructure Safety: Detects dam foundation leaks and embankment weaknesses.