2023-07-22
What Are the Main Aspects of Control Performance of the Pipeline Inspection Robot?
In the world of pipeline inspection, choosing the right equipment depends heavily on the size, condition, and type of pipe being assessed. Easy Sight, a trusted name in pipeline inspection technology, offers two robust solutions tailored to different needs: the X7 CCTV & Sonar Pipe Inspection System and the X5-HMA4 Pipeline CCTV Inspection Robot. Each of these products brings unique strengths to the table, and this article explores their differences through the lens of pipe diameter suitability—along with the three essential H's: Handling, Hardware, and High-definition imaging.
The X7 stands out with its dual-propulsion sonar system, designed for complex underwater environments. This system floats within the pipe, whether fully or partially submerged, and uses sonar combined with CCTV technology to detect internal defects such as sedimentation, joint displacement, and interface detachment.
The X7 dual-axis powered sonar system builds upon traditional sonar technology by incorporating propulsion capabilities. It can be remotely controlled to move forward, backward, ascend, descend, and turn left or right underwater. In addition to the cross-sectional pipeline scanning sonar, it is also equipped with a horizontal scanning sonar. The system is self-propelled and can achieve a maximum still-water travel speed of up to 1 meter per second. This autonomous movement grants the X7 impressive stability and flexibility, even in high-water or fully submerged environments. Its minimum operating pipe diameter is DN800mm, making it ideal for larger-diameter urban drainage and industrial pipelines, especially those that are difficult or dangerous for personnel to enter.
The X5-HMA4 is a CCTV pipe crawler robot engineered to navigate narrow, confined pipe systems with diameters ranging from DN150 to DN300. Equipped with a 6-wheel-drive system and rated IP68 for water and dust protection, it can operate in depths of up to 10 meters underwater. This CCTV pipe crawler is built for precise maneuvering in small-diameter pipelines, including drainage, water supply, gas, and power conduits. While it doesn't have the floating or multi-axis propulsion of the X7, its rugged design and remote operability make it an ideal solution for routine inspections in environments where space is limited but clarity and control are crucial.
When it comes to hardware capabilities, the X7 is specialized. It incorporates two types of sonar scanners—cross-sectional and horizontal—allowing a full 360-degree analysis of pipe conditions. This is essential for high-level diagnostics in underwater or water-affected pipes where visual inspection alone is insufficient. With a maximum still-water movement speed of 1 m/s and the ability to withstand water flow disturbances, the X7 is a high-end solution for in-depth condition assessments and long-term maintenance planning.
The X5-HMA4, however, brings its strength in high-definition CCTV hardware. It's a rugged, high-res imaging system that excels at visual inspection. Unlike the X7, the X5-HMA4 does not use sonar but provides real-time HD video feeds to either a laptop or a dedicated controller. This pipe crawler robot is equipped to handle inspections across a wide range of pipeline types, including drainage, water supply, gas, and power conduits. It is an all-around inspection robot optimized for smaller and mid-sized pipes where direct visual feedback is critical.
Both systems offer high-resolution video capabilities, but their methods and applications differ. The X5-HMA4 is optimized for clean, crisp CCTV footage, ideal for spotting cracks, corrosion, and structural issues in relatively dry pipes. Its HD inspection camera with high-quality imaging makes it a go-to tool for municipal and industrial operators looking for visual diagnostics across multiple utility systems.
The X7, on the other hand, integrates both video and sonar imaging—a combination that's invaluable in situations where murky water, sediment buildup, or inaccessibility makes standard visual inspection impossible. This hybrid approach enables comprehensive defect detection even in challenging environments.
When choosing between the Easy Sight X7 and X5-HMA4, the decision largely hinges on pipe diameter, water level, and inspection complexity.
If you're inspecting large-diameter, submerged, or high-water pipelines (minimum DN800mm) where detailed defect mapping is essential, the X7 is your ideal solution.
For smaller-diameter or dry pipelines across a range of utilities—where high-definition video is sufficient—the X5-HMA4 offers a more compact and cost-effective approach.
Empowering cities with IoT-driven innovations to protect every inch of their underground infrastructure. A global pioneer in digital HD CCTV pipeline robots and China's first developer of trenchless rehabilitation equipment, we redefine pipeline lifecycle management. From precision-mapping detection systems to UV-CIPP solutions extending pipeline life by decades, our integrated technology stack streamlines detection, assessment, and repair. Backed by 180+ patents, global certifications, and strategic partnerships—including state-backed investments—we ensure resilient, future-proof urban pipelines.
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