HD Borehole Optical Televiewer Logging Tool Downhole Imaging Logging Camera for Water Wells

• Customization: Available
• After-sales Service: Provide for Borehole Televiewer
• Warranty: 1 Year
• Model NO.: GD
• Probe Diameter: 40mmT52mmT65mm
• Pressure Resistance: Not Less Than 20MPa
• Function: Optical Borehole Televiwer
• 3D Compass: Inclination Range: -90°~90°,
• Working Temperature: -10°c ~ 100°c
• Detection Aperture: Medium 45mm ~ 600mm
• Controller: Built-in High-Performance Single-Chip Microcompute
• Auxiliary Light Source: ≥30lux, Brightness Adjustable
• Analysis Software: 2D Expansion Diagram, 3D Bar Chart,
• Depth: Maximum 1500m
• Transport Package: Wooden Box
• Specification: optical borehole televiewer
• Trademark: GOLD
• Origin: China, Chongqing
• HS Code: 8525801190
• Production Capacity: 1000sets/Month

Product Description

Borehole Optical Televiewer Logging Tool Downhole Imaging Logging Camera for Water Wells

Product Description

An optical borehole logging camera is a specialized tool used in geophysical exploration and well logging to visually inspect the interior of boreholes and wells. This camera system is designed to provide high-resolution images and videos of the borehole walls, allowing geologists, engineers, and researchers to gather valuable information about subsurface conditions.
The primary purpose of an optical borehole logging camera is to enhance the understanding of geological formations, fractures, faults, and the condition of the borehole itself. By capturing detailed imagery, it helps in identifying potential mineral deposits, assessing the quality of groundwater reservoirs, and evaluating the integrity of the borehole casing and cementing.
Typically equipped with advanced lighting systems and adjustable lenses, these cameras can operate effectively in various borehole diameters and under different geological conditions. Some cameras are capable of capturing panoramic views or conducting surveys along the borehole length, offering comprehensive insights into the structural and lithological characteristics of the subsurface.
The images and videos obtained from optical borehole logging cameras are analyzed and interpreted to make informed decisions about resource exploration, wellbore stability, and environmental monitoring. Integration with logging data such as gamma ray, resistivity, and other measurements further enhances the geological and engineering analysis, providing a holistic view of the subsurface environment.


Application of Borehole Optical Televiewer Logging Tool Downhole Imaging Logging Camera for Water Wells

1. Optical detection of ultra-deep boreholes;
2. Imaging and recording the entire borehole wall, and taking pictures of key parts;
3. Measuring the trajectory of the borehole in space;
4. Observing the occurrence and development of fault fissures;
5. Observing the detection of water-bearing faults, karst gullies and caves, the location of water outlets in aquifers, and water-conducting fracture zones;
6. Observing and quantitatively analyzing the strike, thickness, dip, inclination, interlayer gangue, and degree of separation cracks from the top rock layer of rock strata and other ore bodies;
7. Measuring the thickness, width, strike, dip, and inclination of strata or various structures from the imaging plane;
8. Distinguishing between various geological structures such as ore bodies, rock bodies, interlayer gangue, and soil layers.


Advantage of Borehole Optical Televiewer Logging Tool Downhole Imaging Logging Camera for Water Wells

1. High temperature resistance of 100°C, high pressure resistance of not less than 20MPa, and maximum detection depth of up to 1500m;
2. Fully self-developed high-performance integrated motherboard, achieving full-hole continuous imaging of kilometer-long drilling, no lag, no black screen, no data loss, realistic colors, clear images, and detection speed of up to 4m/min;
3. The analysis software can synchronize dynamic video, 2D expansion diagram, 3D bar chart, space trajectory, and generate detection reports with one click;
4. 1080p high-definition imaging, clear and delicate pictures.


Technical Specficiations of Borehole Optical Televiewer Logging Tool Downhole Imaging Logging Camera for Water Wells
 

Feature	φ40mm Version	φ52mm Version	φ65mm Version
Probe Diameter	φ40mm	φ52mm	φ65mm
Pressure Resistance	not less than 20MPa	not less than 20MPa	not less than 20MPa
Detection Hole Depth	0~1500 meters (customizable)	0~1500 meters (customizable)	0~1500 meters (customizable)
Camera	Color low illumination 700TV Lines, 0.01Lux, panoramic 360°	Color low illumination 700TV Lines, 0.01Lux, panoramic 360°	Color low illumination 700TV Lines, 0.01Lux, panoramic 360°
Image Pixels	2 million pixels	2 million pixels	2 million pixels
3D Compass	Inclination range: -90°~90°, accuracy: 0.1°; Azimuth range: 0~360°, accuracy: 0.1°, probe allows 360° roll	Inclination range: -90°~90°, accuracy: 0.1°; Azimuth range: 0~360°, accuracy: 0.1°, probe allows 360° roll	Inclination range: -90°~90°, accuracy: 0.1°; Azimuth range: 0~360°, accuracy: 0.1°, probe allows 360° roll
Working Temperature	-10°C ~ 100°C	-10°C ~ 100°C	-10°C ~ 100°C
Detection Aperture	Medium 45mm ~ 600mm	Medium 45mm ~ 600mm	Medium 45mm ~ 600mm
Power Supply Mode	Built-in 12V lithium battery	Built-in 12V lithium battery	Built-in 12V lithium battery
Controller	Built-in high-performance single-chip microcomputer	Built-in high-performance single-chip microcomputer	Built-in high-performance single-chip microcomputer
Auxiliary Light Source	≥30Lux, brightness adjustable through host software	≥30Lux, brightness adjustable through host software	≥30Lux, brightness adjustable through host software
Propulsion Method	Horizontal inclined hole with special guide push rod	Horizontal inclined hole with special guide push rod	Horizontal inclined hole with special guide push rod
Dimensions	φ40x280mm	φ52x470mm	φ65x470mm
Mass	1.1 Kg	3.1 Kg	3.2 Kg