How Underground Pipeline Detectors Uncover the Secrets of Subterranean Networks

Product Alias: Underground Pipeline Detector, Buried Cable Locator, Underground Cable Finder,

Product Model: TLKS-PMG-CPD

Underground Pipeline Detector

I. Product Description:

In response to the increasingly dense urban underground space and complex power networks, we have meticulously developed a high-performance Underground Pipeline Detector. This detector plays an indispensable role in the precise detection and management of underground cables with its outstanding performance. It can penetrate deep underground to accurately locate the position, burial depth, and direction of cables, providing detailed data support for urban planning and construction, effectively avoiding conflicts with infrastructure such as buildings and roads, and ensuring harmonious and orderly urban development.

II. Working Principle:

The efficiency of the Underground Pipeline Detector lies in its seamless collaboration mechanism with the signal generator and inductive signal clamp. Its core advantage is the built-in high-sensitivity receiver, which accurately captures and analyzes subtle changes in signal strength, thereby precisely mapping the position, depth, and direction of the cable.

During normal power transmission, the detector directly captures the electromagnetic field signals naturally emitted by the cable, enabling non-destructive testing of operational cables. When dealing with non-energized or specially tested cables, its ingenuity lies in its use with the signal generator and inductive clamp. The signal generator outputs a stable 33KHz specific frequency signal, which is precisely injected into the cable through the inductive clamp. This innovative method creates a clear and distinguishable electromagnetic field "trajectory," allowing the detector to easily track the cable's path even when it is inactive.

The design of the inductive clamp demonstrates meticulous craftsmanship, ensuring close contact with the cable surface, effectively reducing signal loss, and ensuring efficient signal transmission and clear electromagnetic field boundaries. This non-invasive detection method not only ensures the accuracy and efficiency of the detection process but also completely avoids any potential interference with the cable's normal power transmission function, providing strong support for power companies in managing cable assets and optimizing cable data resources.

III. Equipment Composition:

1. Cable Pipeline Detector: Used to detect cable position, burial depth, and direction;

2. Signal Generator: Used to apply a fixed frequency signal to the cable;

3. Inductive Signal Clamp: Applies the frequency signal to be transmitted to the cable body through induction.

IV. Technical Parameters:

1. Operating Voltage: 5~6V

2. Detection Frequency: 50Hz~33KHz

3. Detection Depth: 5~7 meters

4. Battery Life: Can operate for 12~24 hours using alkaline batteries

V. Summary:

Therefore, the Underground Pipeline Detector is not only a key tool for solving the challenges of managing aging cables but also an ideal choice for advancing cable information management to new heights. It greatly promotes the improvement and updating of cable databases, laying a solid foundation for the safe operation and efficient maintenance of urban power networks.

If you have any needs, contact Ms. Li of Telikon Technology Company: ①③⑥⑧②③⑤①⑥③⑤；
QQ: ①⑨②0⑥⑦①⑨②⑦

Customized products; the quoted price is a reference range at the time of market release; the actual price is subject to discussion via phone.

VI. Precautions:

1. During the customization process, pay attention to protecting the intellectual property rights of both parties to avoid infringement risks.

2. Conduct a technical feasibility assessment of the user's customization requirements to ensure they can be achieved and met.

3. Regularly perform visual inspections, performance tests, and cleaning maintenance on the equipment to promptly identify and resolve issues.

4. Before installation, carefully read the product installation manual to understand the installation steps, required tools, and safety requirements.

5. After installation is completed, perform system debugging and testing to ensure all functions are normal and data is transmitted accurately.