WDDS-3C: Bridging Innovation and Education in Geophysics
The WDDS-3C Digital Resistivity Meter isn’t just a tool—it’s a teaching powerhouse and research ally. With AI-driven analytics and student-friendly interfaces, it empowers universities, field trainers, and R&D teams to
explore subsurface mysteries with unprecedented clarity. Key Innovations for Academia & Research AI-Enhanced Learning Tools Smart Tutorials: Step-by-step guides for electrode setups, data interpretation,
and error troubleshooting. Virtual Simulations: Replicate field scenarios (e.g., mineral exploration, aquifer
mapping) for classroom training.
Cutting-Edge Data Collection Cloud Integration: Sync datasets to platforms like Google Drive or Microsoft Azure for collaborative analysis. Multi-Language Support: Interface available in English, Spanish, French, and Mandarin for global classrooms.
Budget-Conscious Design Modular Components: Replace individual parts (e.g., batteries, sensors) instead of
buying new units. Low Maintenance: Sealed housing and auto-diagnostics reduce servicing costs by
70%.
Precision for Advanced Studies Versatile Educational Applications Field Camps: Train students on real-world surveys with pre-configured templates. Research Projects: Study climate impact on groundwater or urban subsurface
stability. Public Outreach: Demonstrate geophysics principles at science fairs or community
events.
Technical Specifications | Parameter | Detail |
|---|
| Power Output | 6000W Max; Adjustable 50V–200V; Current: ±5A; Duty Cycle: 1:1 | | Measurement Accuracy | Voltage: ±0.2% ±1LSB; Current: ±0.2% ±1LSB; SP Range: ±10V | | Battery System | Dual Lithium: 48V (7.4Ah) + 7.4V (5.2Ah); External 12V Support;
Charge Time: 4–6h | | Data Management | 64GB Storage; Formats: CSV, TXT, GRD; Cloud Sync via USB/Wi-Fi | | Durability | IP54 Protection; Operating Temp: -10°C to +50°C; Shock/Vibration
Resistant | | Portability | 30.5cm × 27cm × 20cm; 5.7kg (Including Batteries) |
Academic & Research Advantages Curriculum Integration: Lesson plans and datasets align with STEM education standards. Grant-Winning Tool: Enhance research proposals with publishable-grade data outputs. Student Safety: Low-voltage modes and auto-shutoff protect users during training.
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