Pipe Line Inspection
Pipe inspection robots are versatile and can be used in various industries and applications. Pipe inspection robots can help operators to identify potential issues before they become major problems, reducing downtime and maintenance costs, and improving safety in various industries and applications. Here are some of the common applications of pipe inspection robots.
In order to solve the problems of pipeline cracks, leakage, blockage and so on, pipe inspection robots came into being. Video inspection robot carries out drainage pipeline inspection work. The application of pipe inspection technology makes pipeline maintenance personnel easier to check the problems of drainage pipes other than visit the drainage pipe personally as “groundhogs” which effectively improves the level of drainage pipe monitoring.
Pipe inspection robots, as the most effective and accurate tools to access the pipeline, play a very important role in the sewer and drainage industry. With state-of-the-art technology, Easy-Sight CCTV pipe inspection robots for sale can provide best-quality inspection with HD video and images.
Control Unit
1. Configuration: Uses a tablet with built-in acquisition and analysis software; parameters like CPU, RAM, storage, and screen size are configurable.
2. Control Functions: Controls crawler movement, lift arm elevation, lens rotation, cable reel winding, and light adjustment.
3. Video Display: Simultaneously displays front and rear video feeds with adjustable resolution.
4. Status Display: Real-time display of time, date, travel distance, crawler attitude, etc.; configurable font, size, and background color.
5. Text Input: Supports Chinese/English character input for on-screen overlay.
6. Assistance Functions: Automatic crawler model recognition, suitable pipe diameter calculation, real-time lens height display.
7. Clock Reference: Clock positioning and display for defect locations.
8. Alarm Functions: Roll angle limit alarm; high/low air pressure alarms.
9. Interactive Button: One-click analysis software startup for defect interpretation and reporting.
Cable Reel Electric/Manual
Common Parameters:
1. Cable Length: 120 meters standard.
2. Cable Specs: 4-core, 1.2mm diameter cores, 300 kg Kevlar reinforcement, imported polyurethane sheath, diameter <8mm; waterproof, abrasion, acid/alkali, corrosion resistant.
4. Automatic Layering: Ensures orderly cable distribution.
5. Counting: High-precision encoder, 1mm resolution.
6. Interfaces: Wireless, Ethernet.
7. Versatility: Works with sonar probe alone or with crawler for synchronized data acquisition.
8. Protection Rating: IP63, dust and water splash resistant.
9. Dimensions: 570mm x 395mm x 475mm.
Crawler
1. Suitable Pipe Diameter: 300mm – 1000mm.
2. Suitable Pipelines: Wastewater, industrial effluent, stormwater, water supply.
3. Lift Mechanism: Motorized lift, 235mm stroke (Lens axis: 310mm from wheel axle at highest, 75mm at lowest). Detachable design for use without lift.
4. Clutch: Electric clutch.
5. Drive: Dual 90W DC motors, 6-wheel drive, max speed 32m/min.
6. Grading Ability: Up to 45° max.
7. Circuit Protection: Auto protection against stall, overcurrent, overvoltage.
8. Lighting: Front – 12 LEDs, 40W total; Rear – 2 LEDs, 6W total; Continuously dimmable.
9. Rear-view Camera: 2MP (1920×1080) for retrieval monitoring.
10. Positioning: Integrated transmitter for locator use (Optional).
Pan-Tilt-Zoom Camera
1. Movement: Motorized, 360° continuous pan, ±90° tilt, one-key return.
2. Zoom/Focus: 10x optical zoom, auto/manual focus.
3. Imaging: 1/3″ CMOS, 2MP, 6.7°-68° FOV, 0.05Lux sensitivity.
4. Lighting: 4x3W flood LEDs.
5. Laser Measurement: For crack width measurement.
6. Clock Reference: Indicates defect position.
7. Collision Protection: Front buffer.
8. Dimensions: 171x105x88mm.
9. Protection: IP68, 10m depth rating; pressure sensor.
10. Operating Temp.: -10°C to 50°C.
11. Weight: 1.9kg.
Pipe inspection robots, as the most effective and accurate tools to access the pipeline, play a very important role in the sewer and drainage industry. With state-of-the-art technology, Easy-Sight CCTV pipe inspection robots for sale can provide best-quality inspection with HD video and images.
Panoramic Camera (Optional, for use with Profiler)
1. Imaging: 1/2.8″ CMOS, 2MP, 180°x180° FOV.
2. Lighting: Two 4W light strips, dimmable.
3. Protection: IP68.
4. Operating Temp.: -10°C to 50°C.
5. Dimensions: Ø80mm x 96.5mm.
6. Weight: 310g.
Pipe Profiler (Optional)
1. Scan Rate: 8Hz.
2. Accuracy: ±2cm.
3. Protection: IP68.
4. Operating Temp.: -5°C to 45°C.
5. Dimensions: 201x80x132mm.
6. Weight: 1.25kg.
Pan-Tilt-Zoom Camera
1. Movement: Motorized, 360° continuous pan, ±90° tilt, one-key return.
2. Zoom/Focus: 10x optical zoom, auto/manual focus.
3. Imaging: 1/3″ CMOS, 2MP, 6.7°-68° FOV, 0.05Lux sensitivity.
4. Lighting: 4x3W flood LEDs.
5. Laser Measurement: For crack width measurement.
6. Clock Reference: Indicates defect position.
7. Collision Protection: Front buffer.
8. Dimensions: 171x105x88mm.
9. Protection: IP68, 10m depth rating; pressure sensor.
10. Operating Temp.: -10°C to 50°C.
11. Weight: 1.9kg.
Pipe inspection robots, as the most effective and accurate tools to access the pipeline, play a very important role in the sewer and drainage industry. With state-of-the-art technology, Easy-Sight CCTV pipe inspection robots for sale can provide best-quality inspection with HD video and images.
Applications of Robotic Pipe Inspection
Plumbing and Sewer Inspection: Industrial Pipeline Inspection: In industrial settings, such as oil and gas refineries or chemical plants, robotic pipe inspection cameras are employed to inspect pipelines for integrity and detect any defects or leaks. This helps prevent accidents, minimize downtime, and ensure compliance with safety regulations.
Construction and Infrastructure Assessment: During the construction phase, robotic pipe inspection cameras can be utilized to assess the quality and alignment of newly installed pipes, ensuring they meet the required standards. Additionally, they are employed for inspecting underground utilities and infrastructure to determine their condition and identify potential issues.
Maintenance and Repair: Environmental and Municipal Applications: Municipalities use robotic pipe inspection cameras to inspect stormwater drains, culverts, and wastewater systems. These inspections assist in identifying blockages, pollutants, or other issues that could impact the environment or public health.
Power Plant Inspections: Robotic pipe inspection cameras are crucial in nuclear power plants for inspecting the integrity of cooling systems, steam lines, and other critical pipelines. They help ensure the safety and reliability of these facilities.
Research and Development: Robotic pipe inspection cameras are also utilized in research and development settings to study fluid dynamics, pipe material behavior, and structural integrity. These insights contribute to advancements in pipe design, maintenance techniques, and overall system efficiency.
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