Underground Pipeline Detection Technology Solution

I. Product Introduction

Cable FailurePlease provide the Chinese content to be translated..Certainly.The locator is specifically designed to address the issue of power cable fault location. Considering the complexity of the power cable laying environment,Please provide the Chinese content to be translated into American English..No Chinese content provided for translation.Fault location is of paramount importance. Traditional distance measurement methods can provide a general range, but cannot achieve...Please provide the Chinese content to be translated..Certainly.Our new cable fault detection system, developed based on the time difference of sound and magnetic signal transmission, integrates high-performance digital filtering circuits and low-noise design, offering superior anti-interference and sensitivity capabilities.Please provide the Chinese content that needs to be translated into American English..Certainly.GPS Device

This instrument not only integrates features such as discharge sound wave display and digital fault distance display, but also incorporates a variety of technologies including acoustic measurement, magnetic field surveying, and acoustic-magnetic synchronous methods, thereby ensuring accurate positioning.No Chinese content provided for translation..No Chinese content provided, so returning as is: "确"Versatility and efficiency. Suitable testing methods can be chosen regardless of the environment. Additionally, the instrument is equipped with an intuitive user interface and a silent function, providing users with a convenient operation experience.

II. Features

High lumenOLEDColor LCD Display: Offers clear visuals and maintains excellent readability even in bright light conditions.

Programmable Pulse Code Keyboard: Operation intelligentizes, making instrument usage more convenient.

Multiple Band Selection: Low band, mid band, high band, and full band options are available for flexible selection based on actual needs, to accommodate various testing requirements.

Digital Filtering Technology: Efficiently processes audio signals, making the characteristic frequency bands more pronounced, and enhancing filtering performance.Zhuo.No Chinese content provided. Please provide the text to be translated.。

Fault Distance Display: Large K Display25mFault distance within the range is clearly presented and easy to understand.

Audio Signal Waveform Display: By observing waveform characteristics, one can roughly determine the distance to the fault point, while also supporting single-mode operation.15mDetailed analysis of the internal audio waveform.

Single and Continuous Modes: Choose based on actual needs; supports detailed waveform analysis and overall cycle analysis.

Noise cancellation feature: Effectively reduces the harm of loud noise to the human ear during the movement of mobile probes, ensuring the hearing health of operators.

III. Operation and Use

Equipment Preparation: Check that the instruments are operating properly and ensure sufficient battery power.

On-Site Operations:

Connect Test Cables: Securely connect each terminal of the test cable to the corresponding interface of the fault locator.

Configuration Parameters: Based on the characteristics and actual conditions of the fault section, parameters are reasonably configured on the instrument, including voltage, test distance, and marked points, etc.

Locate Grounding Points: Utilize the instrument's ground-finding feature to identify the grounding point positions and connect them.

Set Test Distance: Adjust the test distance based on the actual conditions to ensure it is not too far to affect the accuracy of the results.

Testing Initiated: Start the equipment and begin testing. By analyzing the waveform data displayed by the monitoring instrument, determine the type of cable fault and locate the fault position.

Analyze Data: By examining the changes in waveform data and combining it with the actual conditions of the fault section, conduct data analysis to identify the fault location and type.

Fault Location: Identify the point with abnormal waveform data as the fault location. Depending on the actual situation, use the distance measurement function provided by the instrument to locate the fault point.