Customization: | Available |
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Accuracy: | 1mm |
Horizontal Line: | 1 |
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Geological exploration traditionally relies on drilling cores to assess subsurface conditions, yet this method faces challenges such as high costs and incomplete core recovery, particularly in fractured or soft rock formations. To address these limitations, additional drilling, shafts, or tunnels are often required, further escalating expenses.
Underwater TV technology has emerged as a valuable tool in engineering practice, effectively utilizing existing boreholes to gather detailed underground information without the need for extensive additional drilling. This approach significantly reduces costs and enhances efficiency.
Beyond geological analysis, Underwater TV systems are increasingly employed in diverse applications, including evaluating concrete quality, detecting dam leaks, measuring in-situ stress, inspecting underwater slope protection, and assessing pressure relief well integrity. This versatility underscores its growing importance in modern engineering and environmental monitoring.
No. | Product Configurations | Dimension | Specification |
1 | Probe | Dia.: 80mm Length: 470mm | (1) Front lens are imported resins, (2) Not easy damaged (3) Pressure is 16-30Mpa (can be under 3000m deep water) (4) Light: 6-12 LED Lights |
2 | Camera | (1) SONY inductor 1/3' ' CCD (2) Image definition is HD 750 TVL (3)Watertight (4) Camera Angle: 180/360 degree |
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3 | Professional logging cable | Length: 0-2500m(optional) |
(1) With steel wire, (2) Tension is 150kg, (3) Destroy tension is 260kg |
4 | Main Control Host | (1) 220V/380V/12V optional. (2) LCD dispaly can be 8/15inches. (3) Aircraft grade aluminum alloay material |
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5 | Downhole Pulley | Can change the booth size according to the well mouth size | |
6 | Logging Winch | Hand/Electrical winch | |
7 | Video save | (1) DVR with SD card (optional) (2) Discs and U disk can be used, . |