Working Principle
Thanks to the 360-degree moving camera on the tractor, it allows us to see exactly and clearly what the problem is by recording photos and videos of the current state of the waste water pipes. In the method defined as 'CCTV (closed circuit TV) inspection', special robots are introduced into the channel. The camera system mounted on the robot, which makes its movements in the channel and data exchange via a cable, can be turned in the desired direction by the operator with the control. Detailed determination of the duct system can be made by taking a 360-degree view and moving the robot back and forth within the duct. The robot must be absolutely sealed. Water or any liquid that will seep into it will seriously damage the electronics. In these robots, air or nitrogen is pressed at certain pressures as a feature. Before sending the robot into the line, we must definitely check the nitrogen pressure if we pressed air and nitrogen. The data obtained from the sensors and camera in the robot are instantly transferred to the special software on the computer. In addition to making the general structure, flow and other determinations in the channel; Numerical and visual data such as channel slope, crack size, narrowing in channel diameter, joint connections, crushing, shrinkage, breakage, line length are also recorded.

Channel Monitoring Systems CCTV
Channel monitoring systems are divided into two as wheeled tractor systems and push type. Wheeled tractor systems are generally used by being mounted inside the vehicle. Push types are portable and can be carried by hand.

Where to use?
It detects the blockages and malfunctions in the system precisely and pointwise by displaying the wastewater, storm water network and collector lines and the pipelines where chemical and industrial wastes are transported. In the newly laid lines; We check the slopes, cracks, joints in all kinds of pipelines (ACB, GRP, UPVC, HDPE, Steel, Ductile Font, Concrete, Reinforced Concrete) where Sewerage, Drinking Water, Irrigation, Drainage systems are used, and thus we control the quality of the laid pipes. . It starts from 20mm diameter and can be used in larger diameter pipes with different apparatus.

Why is it used?
- For the detection of faults in the construction, use and use of waste water networks, storm water networks. Instead of digging the fault line completely, it allows us to repair it by digging pointwise.
- For manufacturing quality and slope control in newly constructed sewer systems,
- For the detection and control of broken, dented, cracked, clogging, slope in old sewer lines,
- In order to find out the cause of the malfunction in the duct systems that are constantly malfunctioning,
- For the quality of the cleaning work and for the determination of the previous and the next situation in the lines cleaned with water jet,
- Thanks to the image and report taken at the end of the work, it provides convenience in later studies.
- To save time as it will take a short time to reach the result thanks to the received image and report.