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The Cableless Exploration Seismograph Wireless Seismograph is a groundbreaking innovation in geophysical research, designed to detect and record seismic activity with unparalleled precision. Unlike traditional wired systems, this wireless seismograph eliminates cumbersome cabling, enabling flexible deployment in remote or challenging terrains. Its high-sensitivity seismic sensors capture even the faintest ground vibrations, making it indispensable for earthquake monitoring, oil and gas exploration, and structural health assessments.
Seismic Sensor - The core component that detects ground motion. Modern wireless seismographs use MEMS (Micro-Electro-Mechanical Systems) technology or piezoelectric sensors to measure acceleration, velocity, and displacement with extreme accuracy.
Data Recorder - A high-capacity digital storage system that logs seismic data in real time. Advanced models feature 24-bit analog-to-digital converters (ADC) for superior signal clarity, ensuring minimal noise interference.
Power Supply - Engineered for longevity, wireless seismographs use high-efficiency lithium batteries or solar-powered options, allowing continuous operation for weeks without maintenance.
Communication Module - Equipped with Wi-Fi, Bluetooth, or satellite transmission, these devices relay data to central monitoring stations instantly, enabling rapid response during seismic events.
Eliminates Cable Hassles - Traditional seismographs require extensive wiring, increasing setup time and vulnerability to damage. Wireless models reduce deployment time by 70%, making them ideal for rapid-response scenarios.
Real-Time Data Transmission - Immediate seismic data sharing helps researchers and disaster management teams predict and mitigate earthquake risks more effectively.
Durability in Harsh Conditions - With IP68 waterproofing and a -40°C to +70°C operating range, these devices perform reliably in deserts, oceans, and polar regions.
Scalable Network Deployment - Multiple node seismometers can form a mesh network, covering vast areas without signal loss, perfect for oilfield surveys and tectonic studies.
The GD-3C, developed by Chongqing Gold M&E Equipment Co., Ltd., is a next-generation 3C (Three-Component) seismic node that redefines precision in geophysical instrumentation.
Dual GPS/BDS Time Synchronization - Ensures microsecond-level accuracy across all nodes, critical for coherent seismic wave analysis.
Ultra-Low Power Consumption - Optimized circuitry extends battery life to 40 days in continuous storage mode, reducing fieldwork interruptions.
Connector-Free Design - Enhances durability by eliminating failure-prone external ports, making it ideal for long-term deployments.
Wireless Charging - Simplifies maintenance, allowing hassle-free recharging without physical contact.
Pulse Communication Technology - Enables long-range data transfer even in low-connectivity zones, ensuring uninterrupted monitoring.
High-Resolution ADC Technology - Captures ultra-weak seismic signals that conventional systems miss, improving early earthquake detection.
Wide Frequency Response (5Hz-800Hz) - Adaptable for both shallow crustal studies and deep-earth exploration.
Weight: 1450g (Compact & Portable)
Dimensions: 90mm x 100mm x 128mm (Spikeless Design)
Operating Temperature: -40°C to +70°C (Extreme Environment Ready)
Waterproof Rating: IP68 (Fully Submersible)
Battery Life: 40 Days (Storage Mode), 7 Days (Real-Time Transmission)
Charging Time: 9 Hours (Fast Wireless Charging)
Earthquake Early Warning Systems - Provides critical seconds for evacuation.
Oil & Gas Exploration - Enhances subsurface imaging accuracy for drilling optimization.
Civil Engineering - Monitors structural integrity of bridges, dams, and skyscrapers.
Volcanic Activity Tracking - Detects magma movement before eruptions.