Underground Utility Locator Pipe Cable Locator Detection with 20m Depth Transmitter Receiver Built-in Receiver Coil Accuracy ± 5% to -10% for Cable Tracking Direction Depth Current IEC61010

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• Intelligent pipeline detector, also known as underground utility cable locator, cable path instrument, is a path detection instrument with strong comprehensive performance. It has pipeline path detection, cable identification, fault search and other functions. The instrument is composed of transmitter, transmitting current clamp, receiver, receiving flexible current clamp, connecting test line, A-fault locator frame (optional), etc.Intelligent pipeline detector can be used for path detection, pipeline survey and depth measurement of metal pipelines and underground cables under trenchless excavation.
• Cable identification is designed for power cable engineers and cable workers to solve the technical problems of cable identification. Can be used to identify live cables and blackout cables. The user accurately identifies one of the target cables from multiple cables through the instrument to avoid missawing non target cables. When cable identification, 20 cables can be pre-rated at the transmitting end, and then received and identified at the far end, which greatly saves the calibration operation time of engineering personnel and improves the work efficiency.
• Signal transmitter: used for pipeline path detection and cable identification.The device can add identification signals to the target cable through direct connection output, caliper coupling, induction method, and so on. There are 13 different pulse signals of 250Hz, 577Hz, 640Hz, 1.28kHz, 2.56kHz, 3.20kHz, 4.09kHz, 8.19kHz, 10.2kHz, 33 kHz, 66 kHz, 82 kHz, and 197 kHz.The maximum signal output power is 15W, and 6 levels are adjustable, adapting to different application environments, making pipeline detection and cable identification more accurate and reliable.Instrument built-in large function rate can be charged with lithium battery, automatic impedance matching, automatic protection.
• Receiver：For pipeline path detection and cable identification. Built-in shielding 3D antennas can effectively identify 13 different pulse-coded current signals of 250Hz, 577Hz, 640Hz, 1280Hz, 2.56kHz, 3.20kHz, 4.09kHz, 8.19kHz, 10.2kHz, 33 kHz, 66 kHz, 82 kHz and 197 kHz generated by the transmitter, and 50Hz and 60Hz power frequency signals and center frequencies of 33 kHz and 82 kHz.Use a 4.3-inch capacitive touch LCD screen, real-time dynamic display of 360 comprehensive pipeline path indication, depth, current and relative pipeline position.
• Flexible current clamp：For the cable identification. The current clamp is a Roche coil, with excellent transient tracking ability, and can quickly identify the pulse width frequency signals generated by the transmitter. It is suitable for thick cables or irregularly shaped conductors.The inner diameter of the jaw is about 200mm, can clamp Φ200mm below the cable, do not need to disconnect the measured line, non-contact measurement, safe and fast.
• Special note: When power outage cable identification: no access to the live cable. Live cable identification is only applicable to three-core armored cable. When identifying, the transmitting clamp and the receiving clamp should not be mixed, and the direction of the input signal should be consistent.
• Characteristics:1.Multiple detection modes: classical positioning mode, wire cruise mode, signal distortion measurement mode
• 2.Classic positioning mode: compass, direction and signal amplitude display, visually display the left and right direction of the pipeline。3.Lead cruise mode: 360 omnidirectional pipeline path indication, continuous display of depth, current, and pipeline relative position. The interface is simple and intuitive, and it can be operated without experience4.Signal distortion measurement mode: the peak and trough wave form should be displayed at the same time. In the field without distortion, the peak and valley value position should be consistent
• Characteristics:5.Current direction determination (partial frequency), can be calibration current direction, eliminate adjacent line interference, to