High Precision 3D Optical Televiewer Logging Camera Drilling hole Imaging Analyzer for Water Well Underground
What is the GD-C1201 3D Optical Televiewer System?
The GD-C1201 3D Optical Televiewer System is an advanced technology used for borehole testing. It offers borehole imaging, recording, snapshots, and trajectory measurements. The system is equipped with a touchscreen interface for easy operation. It combines multiple tests into a single process, saving time and effort. With this system, users can efficiently gather dynamic video, high-definition photos, and complete borehole wall imaging, along with trajectory measurements.
What is the GD-C1201 3D Optical Televiewer System used for?
The GD-C1201 3D Optical Televiewer System revolutionizes borehole analysis with high-resolution imaging, precise trajectory measurements, and efficient data recording. It provides valuable insights into subsurface structures, enhances geological investigations, and enables confident decision-making. Improve efficiency, reduce costs, and unlock the true potential of your geological data with the GD-C1201 system.
What are the applications of the GD-C1201 3D Optical Televiewer System?
The applications of the GD-C1201 3D Optical Televiewer System include:
Mapping geologic structures, including fractures, bedding planes, lithologic contacts, foliation, weathering surfaces, and regolith
Supplementing the core, identifying core loss, and orienting the core
Characterizing thin bedding, foliation, joints, and fractures
Mapping fracture depth and orientation
Mapping rock units and contacts
Geotechnical applications (RQD, estimating rock properties)
Casing inspection
Mapping layers within glacial ice
Break-out zone analysis for determining stress fields
Main Feature
High definition imaging and recording full borehole wall imaging
Capture dynamic video, local high-definition photo immediately
High precision space angle measuring
Striving for easy operation and stable system performance.
High intelligent: With built-in ARM + DSP kerne
Wide visual angle of 38° of elevation angle, 17° of depression angle and 360° of horizontal angle
Easy to carry the whole equipment
Simple and easy to operate for the first user to get started quickly
Low requirement on power source
Technical Specification
Host
|
| Display |
7 inch high-luminance real-color LCD,800×600,Adjustable backlight |
| Operating system |
Linux operating system |
| Memory |
32G TF memory card |
| Data interface |
USB2.0 Interface |
| Protection level |
IP67 |
| Overall dimensions |
255mmc×192mm×74mm |
| Weight |
≤1.8KG |
| Power supply |
12V lithium battery can be bulit in or storage battery connected to supply power. |
Depth encoder
|
| Protection level |
IP67 |
| Accuracy of sounding |
0.1mm |
| Supply mode |
Power supplied by host |
| Weight |
≤1KG |
Probe
|
| Probe diameter |
Φ24mm, Φ40mm, Φ52mm, Φ65mm, Φ100mm |
| Detection of bore diameter |
Φ30mm~Φ600mm |
| Protection level |
When immerse into 1000m depth of water, no leakage |
| Power supply mode: |
Power supply by host for conventional probe, and 12V lithium battery built in for deepwater probe. |
| Hole depth detection |
≥1000m |
| Controller |
High performance microcontroller built in |
| Camera |
Color low illumination 700TV Lines, 0.01Lux, full view360 degree |
| Auxiliary light |
≥30Lux, the brightness can be adjusted through host software |
| Image pixel |
130,0000 pixel |
| Propulsion mode |
Horizontal incline hole connected to exclusive guide pushrod |
| Three-dimensionalcompass |
Angle range: ±90, precision: 0.5, resolution ratio: 0.01; azimuth range: 0~360, precision: 0.5, resolution ratio: 0.1, the probe is allowed to roll 360 |
| Overall dimensions |
Φ52×506mm |
| Weight |
≤4KG |
Product Details
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