2024-02-01
Why Regular Underground Pipe Inspections Matter
With the acceleration of urbanization, the underground pipe network, as an important part of urban infrastructure, its safety and stability are directly related to the normal operation of the city. Therefore, regular inspection and maintenance of the underground pipe network are particularly important. Pipeline video inspection robot as an efficient and accurate inspection tool, have been widely used in the inspection of underground pipe networks. This article will detail the operating procedures of the pipeline video inspection robot during on-site construction in the underground pipe network, to ensure the smooth progress of the inspection work.
Site Investigation
Gain a detailed understanding of the layout, direction, material, and diameter of the underground pipe network to determine the model and specifications of the video inspection robot.
Develop a Construction Plan
Based on the site investigation results, formulate a detailed construction plan, including the entry point, inspection path, exit point, etc.
Prepare Equipment and Tools
Check the robot and its accessories' integrity, and prepare the necessary operating tools and safety protective equipment, etc.
Assemble the Robot
Follow the instruction manual to correctly assemble the robot and its accessories, ensuring that all parts are firmly connected.
Debug the Robot
Perform a functional test on the robot, including the camera, sensors, power system, etc., to ensure the robot is in good condition.
Choose the Entry Point
Based on the construction plan, select a suitable entry point, clear debris from the pipe entrance, and ensure smooth entry for the robot.
Install the Corner Pulley
To ensure stable travel within the pipe.
Push the Robot
Slowly lower the robot, maintaining its stability to avoid collisions with the pipe wall.
Start the Inspection System
Activate the camera, sensors, and other inspection equipment on the robot to begin the inspection.
Observe and Record
Observe the internal condition of the pipe through the images and data sent back by the robot, and document any issues and anomalies found.
Adjust the Travel Direction
Adjust the robot's travel direction as needed to ensure thorough inspection.
Exit the Pipe
After completing the inspection, slowly retrieve the robot from the pipe, avoiding any damage to the robot or pipe.
Data Analysis
Analyze the images and data collected by the robot to evaluate the condition of the pipe and develop a maintenance plan.
Safety First
During the operation, be sure to follow safety regulations and wear protective gear to ensure personal safety.
Protect the Equipment
Handle the robot carefully to avoid collisions and falls, preventing equipment damage.
Precise Operation
During the operation, accurately control the robot's speed and direction to ensure the accuracy and completeness of the inspection data.
Pipeline video inspection robots play an important role in on-site construction operations in underground pipe networks. Through this article, I believe everyone has a clearer understanding of the operating procedures for pipeline video inspection robots during on-site construction in underground pipe networks. In actual operations, we should strictly follow the operating procedures to ensure the smooth progress of the inspection work, providing a strong guarantee for the safe operation of urban underground pipe networks.