Tensense TS-C1201H(C) is a high-definition multifunctional borehole imaging analyzer designed for comprehensive geological exploration and structural analysis in infrastructure construction. This device integrates real-time borehole imaging, video recording, and trajectory detection into a single process, providing detailed underground formation analysis.

Applications

1. Full-hole wall imaging and recording within drill holes, capturing high-definition images and videos for detailed documentation and analysis of subsurface geological formations.
2. Measuring the spatial trajectory of boreholes, crucial for understanding the path of drilling and accurate positioning of the drilling rig.
   
3. Observing and documenting the occurrence and development of faults and fractures, essential for assessing the stability of rock masses and identifying potential geological risks.
4. Detecting water-bearing faults, grikes, caves, aquifer outlets, and water-flowing fissure zones, vital for hydro-geologicalstudies and groundwater resource management.
5. Enabling observation and quantitative analysis of the strike, thickness, inclination, and dip angle of rock strata and ore bodies, crucial for mining operations and understanding geological structures.
6. Measuring the thickness, width, strike, inclination, and dip angle of strata or geological structures from the imaging plan, providing valuable data for geological mapping and structural analysis.
7. Distinguishing between different geological structures such as ore bodies, rock masses, dirt bands, and soil layers, essential for accurate geological interpretation and resource estimation.
8. Applicable to various borehole types, including horizontal, vertical, and inclined boreholes, making it a versatile tool for a wide range of drilling projects.

Key Features

  Real-time Imaging, Videoing, and Trajectory Inspection: The TS-C1201H(C) offers a three-in-one solution for drilling environment analysis, with four optional probes to match different borehole sizes.
  Advanced Analysis Software: Capable of displaying and outputting flat patterns, 3D histograms, 3D drilling spatial trajectory images, and side view images, enhancing data interpretation and reporting.
  Rechargeable and Portable Electric Cable Rack: Designed for convenient field use, this feature improves the mobility and flexibility of drilling operations.

  Automated Operation: The automated electric winch offers adjustable release speed for smooth descent and user-friendly operation, with the system functioning as an external USB drive for direct data transfer.
  Intelligent Image Processing: With a dual-core processor handling 25 fps, the device acquires image, depth, and location data simultaneously, enabling real-time panoramic image acquisition and seamless stitching.
  Durable and Reliable: The integrated and sealed design ensures stability, waterproofing, and dustproofing for reliable performance in various conditions.
  Flexible Display Options: The software provides diverse display and export options, including 2D flat patterns and 360-degree rotating 3D histograms, as well as high-precision zoom views for detailed analysis.
  Direct Rock Core Description: The system allows direct rock core description on the flat pattern, with automatic calculation and extraction of fracture inclination, tilt angle, and width, achieving width accuracy of 0.1mm and tilt accuracy of 0.1°.

Image Format Conversion: Captured images can be converted to JPG, BMP, or PDF formats for easy sharing and integration with other systems.

  Strong Probe Bearing Capacity: The probe, housed in stainless steel and tempered glass, withstands pressures up to 10MPa, suitable for deep drilling environments.

Technical Specifications

  Display: 7-inch true color LCD screen with adjustable backlight.

  Processor: High-performance, low-power embedded dual-core processor.

  Control Mode: Touch control interface.

  Data Interface: USB 2.0 interface.

  Protection Level: IP67 for dustproofing and waterproofing.

  Memory: 32G TF memory card.

  Operating System: Linux operating system.

  Power Supply Mode: Built-in 12V rechargeable high-energy lithium battery or external 12V battery, with a continuous working time exceeding 10 hours.

  Probe: Available in various diameters (Φ40mm, Φ52mm, Φ65mm) and designed to withstand pressures up to 10MPa.

  Camera: High-definition camera with 700TV Lines, 0.01Lux low-light capability, and a panoramic 360° view.

  Image Pixels: 20 million pixels for high-definition imaging.

  3D Compass: Equipped with a 3D compass for accurate orientation and positioning.

  Operating Temperature: Designed to operate effectively in a wide range of temperatures, from -10°C to 60°C.

  Inspection Hole Diameter: The probe can inspect boreholes with diameters ranging from Φ45mm to Φ600mm.

  The TS-C1201H(C) is a powerful tool for geological exploration, providing detailed imaging and analysis capabilities for various drilling projects. Its advanced features and robust design make it an essential device for accurate and efficient geological data acquisition.