Ground Vibration Analyzer Seismic Data Logger Rock Mass Testing Equipment

Ground Vibration Analyzer Seismic Data Logger Rock Mass Testing Equipment

Comprehensive Overview of Seismic Refraction Equipment

Seismic Refraction Equipment is a state-of-the-art geophysical tool designed for subsurface exploration and analysis. Utilizing advanced seismic wave measurement techniques, this equipment is indispensable for a wide range of applications, from engineering geology to resource exploration.

Technical Specifications and Capabilities

• Channel Configuration: Available in 12, 24, 48, and 96 channels, allowing for high-resolution data acquisition.

• Excitation Sources: Compatible with hammering, electric spark, and explosive sources for diverse field conditions.

• Depth Range: Capable of exploring subsurface layers from a few meters to several hundred meters.

• Time-Delay Function: Enables the collection of seismic data from deeper strata, enhancing the accuracy of subsurface imaging.

Primary Applications

1. Bedrock Depth Assessment: Accurately determine the depth of unweathered, solid rock formations such as granite, limestone, and dolomite.

2. Fault and Fracture Detection: Identify weak zones, anisotropies, and discontinuities in jointed rock masses.

3. Rippability Analysis: Evaluate the ease of excavation in open-pit mining operations.

4. Void and Cavern Mapping: Detect post-mining voids, sinkholes, and inactive shafts.

5. Groundwater Table Mapping: Locate and assess groundwater resources.

6. Landslide Risk Assessment: Map slip surfaces and evaluate slope stability.

Key Features

Shear Wave Seismograph: Measures shear wave velocity to assess material strength and deformation characteristics.

Surface Wave Analysis: Provides detailed data on shallow soil layers for site response analysis.

Industry Applications

1. Civil Engineering: Used in the construction of bridges, railroads, and urban infrastructure.

2. Resource Exploration: Essential for oil, coal, uranium, and groundwater exploration.

3. Environmental Studies: Critical for landslide risk assessment and soil amplification analysis.

4. Seismic Imaging: Generates high-resolution subsurface images for fault line identification and construction planning.

Technical Parameters

Seismic Data Logger Ground Vibration Analyzer

Rock Mass Testing Ground Vibration Analyzer

Ground Vibration Analyzer Seismic Data Logger Rock Mass Testing Equipment Images