500m Optical Borehole Imaging Camera Acoustic Televiewer Borehole Camera

• Customization: Available
• Accuracy: 1mm
• Horizontal Line: 1
• Model NO.: GYGD Borehole Camera
• Vertical Lines: 4
• Prounct Name: Optical Televiewer
• Usage: Borehole Imaging, Borehole Scanning Camera
• Depth: 2000
• Angle: 180 Dgree/360 Degree
• Camera Diameter: 24mm, 40mm, 52mm, 65mm
• Processor: High Performance Low Power Embedded Dual Core Proc
• Memory: 32g
• Protection Level: IP67
• File Interfaced: USB2.0
• Measurable Aperture: 30mm-400mm
• Measurable Depth: <1500m
• Controller: MCU
• Operate Mode: Photoelectric Knob
• Power Supply: Built-in Lithium Battery for 8 Successive Hours
• Warranty: 1 Year
• Transport Package: Wooden Case
• Specification: ISO
• Trademark: gold
• Origin: China
• Production Capacity: 100set/Month

Product Description

500M Optical  Borehole Imaging Camera Acoustic
 

 The GD-C1201 3D Optical Televiewer System captures high-resolution, magnetically aligned color images of the borehole wall.  These images are utilized to map the rock types and orientations of planar structures that intersect the borehole, including fractures, joints, lithologic contacts, and bedding.  The majority of OTV instruments take 360-degree images of the borehole wall using a digital camera pointed upward or downward on a conical mirror. The gadgets provide continuous views of boreholes filled with air or water.


Main Feature

1. High definition imaging and recording full borehole wall imaging
2. Capture dynamic video, local high-definition photo immediately
3. High precision space angle measuring
4. Striving for easy operation and stable system performance.
5. High intelligent: With built-in ARM + DSP kerne
6. Wide visual angle of 38° of elevation angle, 17° of depression angle and 360° of horizontal angle
7. Easy to carry the whole equipment
8. Simple and easy to operate for the first user to get started quickly
9. Low requirement on power source

Application Field

1. Measuring the space trajectory and actual depth of boreholes;
2. Observing the occurrence and development of fault crevices;
3. Observing the water outlet position in water-bearing faults, channeling karst caves, and water-bearing strata;
4. Observing and quantitatively analyzing the strike, thickness, trend, dip angle of coal seam and ore body, as well as the degree of bed separation of dirt band between seams and roof strata;
5. Measuring the thickness, width, strike, trend, and dip angle of stratum or various structures on image plane;
6. Differentiating between various geologic structures such as ore bodies, rock masses, coal seams, dirt bands, and soil layers, etc.;
7. Particularly suitable for detecting the geologic structure of coal mine roofs, coal seam occurrences, fault structure in front of working faces, and diversion fissure zone

Specification

                                    Host

 

 The host can be used with a touch screen.
 

 Portability and Ease of Use
 

 Low Power Requirement
 

 Striving for easy operation and stable system performance

                               Probe
 

Wide Visual Angle:  with 38° of elevation angle, 17° of depression angle, and a 360° horizontal angle

Capture dynamic video and a local high-definition photo immediately.

High-precision space angle measuring

High-definition imaging and recording of full borehole wall imaging

Technical Parameter
 

Model	GD-C1201
Vertical image resolution	0.1mm
Horizontal image resolution	1024
Depth counting precision	0.01mm
Azimuth accuracy	±0.1°
CCD	1/3 inch, 700line HD no missing codes
Cable length	150m, 300m, 600m, 800m
Probe outer diameter	60mm
Practical aperture	Diameter 70-300mm
Power supply	AC220v±10% 50Hz

 

Host
Vertical image resolution	0.1mm
Horizontal image resolution	1024
Depth counting precision	0.01mm
Azimuth accuracy	±0.1°
CCD	1/3 inch, 700line HD no missing codes
Cable length	150m, 300m, 600m, 800m
Probe outer diameter	60mm
Practical aperture	Diameter 70-300mm
Power supply	AC220v±10% 50Hz
Display	Touch screen andRotary buttons

Product Details

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