HD Optical Borehole Televiewer Otv Oriented Borehole Wall Color Imaging Tool Downhole Fracture Evaluation Show Borehole Depth And Inclination
The High Resolution Borehole Optical Televiewer (OTV) is an imaging tool designed for downhole applications in the field of geology and geotechnical engineering. This specialized tool provides high-resolution imaging of borehole walls, allowing for detailed analysis of the formation, fractures, and discontinuities encountered during drilling operations.The OTV is equipped with a sophisticated optical imaging system that captures high-quality color images of the borehole walls. This imaging tool offers exceptional resolution, enabling geologists and engineers to visualize the intricate details of the formation and accurately assess its characteristics.
Host |
Display: |
7 inch high-luminance real-color LCD,800×600,Adjustable backlight |
Processor: |
High performance low power embedded dual core processor |
Memory: |
16G TFMemory card |
Operate system: |
Linux |
Operate mode: |
Photoelectric knob |
Power supply: |
built-in lithium battery for 8 successive hours of working |
File interfaced: |
USB2.0 |
Protection level : |
IP67 |
Size |
255mm×192mm×74mm; |
Quality: |
≤1.8KG |
These tools provide detailed information about the rocks, fluids, and geological structures encountered during drilling operations, It's designed to capture high-resolution images, which are then used to analyze key properties of the formation such as lithology, fractures, bedding planes, fault zones, and fluid-filled zones.
One of the key features of the High Resolution Borehole OTV is its ability to show the depth and inclination of the borehole. By incorporating sensors and advanced measurement techniques, the tool provides real-time data on the borehole's position and orientation. This information is crucial for accurate mapping and understanding of the subsurface environment.
It shows the depth and inclination of the borehole while enabling the evaluation of fractures, bedding planes, and stratigraphic features. This tool is invaluable for geological and geotechnical applications, offering insights into the subsurface environment and aiding in decision-making during drilling and exploration operations.