GT380 Industrial CCTV Wind turbine blade inspection Camera
GT380 Industrial Pipe camera
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GT380 Industrial Pipe camera
Here’s a detailed comparison of the GT108, GT102B, and GT102A models based on key parameters.
 GT108 |
 GT102B |
 GT102A |
|
| Working length | 300m | 150m | 150m |
| Min/Max Pipe Diameters | 200-3500mm(8”-137”) | 150-2000mm(6”-78”) | 120-600mm (5”-24”) |
| Waterproof | IP68 | IP68 | IP68 |
| Front camera | Pan Tilt Zoom auto focus | Pan Tilt Zoom auto focus | Pan-and-tilt auto focus |
| Rear-view camera | Yes | Yes | Yes |
| Camera Lens | 360°rotate 220°flip Electric Lifting | 360°rotate 220°flip | 360°rotate 220°flip |
| pixel | 1920X1080 /2560X1600 | 1920X1080 | 1920X1080 |
| Extra Features | Inclinometer, Inspection Report, Wheels of different dia. Laser(optional） | ||
We have the experience and expertise to provide you solutions based on your budget, work conditions, and ensure that you choose the best pipe crawler robot or pipe camera for your application. Please Feel free to contact us and reach out with questions!
Robotic pipe inspection employs specialized robots fitted with cameras and sensors to examine the insides of pipes, ducts, or other enclosed areas. These robots are designed to navigate through the pipes autonomously or under remote control, recording detailed images and data along the way.
Using a CCTV crawler robot to inspect pipelines is the most economical and reliable method & solution. Robotic pipe inspection technology is commonly used in industries such as oil and gas, water management, and sewage systems, where pipelines are critical infrastructure that requires regular monitoring to ensure safe and efficient operation.
To understand more about how robotics is transforming the pipeline inspection process and how it compares with traditional methods, you can read this insightful blog post: How Robotics Revolutionizes Pipeline Inspection: A Comparison with Traditional Methods.
Pipe inspection robots are designed to operate autonomously in many cases, meaning they can navigate pipelines and perform inspections without constant human intervention. However, human operators are typically involved in tasks such as programming the robot’s route, monitoring its progress, interpreting the data collected, and making decisions based on the inspection results. In some situations, human intervention may be necessary if the robotic crawler encounters unexpected obstacles or challenges that it cannot overcome on its own. Overall, while crawl space robot can operate independently to a large extent, they often work in collaboration with human operators to ensure effective and accurate inspections.
If you’re interested in understanding how robotic inspection minimizes risks compared to manual methods, be sure to read this detailed blog post.
Pipe crawler inspection robot are advanced inspection tools and equipment capable of detecting and diagnosing a variety of problems within pipes, including blockages, build-up, corrosion, wear, cracks, holes, deformations, and migrations. If these problems are not discovered and dealt with in time, they may cause pipeline blockage, rupture, leakage, etc. By using pipeline robots to promptly identify these problems and take appropriate measures for cleaning, repair, and maintenance, the service life can be effectively extended and its safe operation can be ensured.
Click here to learn the important role of the pipeline inspection robot in municipal pipe network surveys.
Pipe inspection robot or crawler is a mechanical integrated system capable of autonomously traversing within or outside pipelines, equipped with sensors and operating mechanisms. They perform pipe crawling and inspection operations under remote human control or computer automation. Categorized by their driving modes, pipeline robots come in eight types: mobile robots, wheeled robots, tracked robots, wall-crawling robots, walking robots, inchworm robots, screw-driven robots, and snake-like robots. Additionally known as CCTV video inspection devices, pipe inspection robots are suitable for various pipe diameters ranging from 200 to 2000mm. They can detect pipeline defects such as cracks, corrosion, and sedimentation, aiding maintenance personnel in conducting thorough inspections.
A crawler camera also known as the robotic inspection camera, is a type of inspection device designed for remote viewing and examination of areas that are difficult to access, such as pipes, ducts, sewers, and other confined spaces. These cameras are typically mounted on a motorized, wheeled platform or “crawler” that can maneuver through these tight spaces.
