Underground Cable Pipe Locator Cable Pipeline Detection System 15 Frequencies 12m Depth 15km Range | XHGX507B

XHGX507B underground cable pipe locator has been used by thousands of users in the power cable test has a high reputation in the field. We used the latest concepts developed XHGX507B pipeline locator, especially for cable-to-ground insulation failure of fast and accurate positioning, (charged) to find the path, depth positioning, cable identification.

XHGX507B is a high-performance underground metal pipeline detection system consisting of a signal transmitter and a receiver. It can be used for path detection, pipeline survey and depth measurement of metal pipelines and underground cables. With a variety of optional accessories, it can perform unique identification, as well as locating pipe insulation damage and some types of cable faults.

1. Compass and direction display: visually display the direction of the pipeline and the left and right directions.
2. Measure the current direction to eliminate interference from nearby lines (partial frequencies).
3. Depth and current measurement.
4. Fully digital high-precision sampling processing: stable and reliable, ultra-high sensitivity, extremely narrow receiving pass band, strong anti-interference ability, fully suppressing the power frequency and harmonic interference of adjacent running cables and pipelines.
5. Running cable detection: high-performance transmitting calipers, coupling and outputting signals to the running cable to the greatest extent.
6. Identification of cable/pipeline: the caliper (optional accessory) is convenient and easy to use, and the identification result is clearly given; it can be used when the caliper is inconvenient to use.
7. Ground fault finding: use the A-frame (optional) to locate the damaged point of the pipeline to the ground insulation, and the arrow indicates the direction of the fault point.
8. Multiple detection frequencies: active detection and passive detection.
9. Multiple signal output modes of the transmitter: direct connection output, clamp coupling, and induction.

• Output mode: direct connection output, induction, caliper coupling.
• Output frequency: 348Hz, 624Hz, 1280Hz, 1860Hz, 512Hz, 645Hz, 820Hz, 940Hz, 6KHz, 8kHz, 9kHz, 12KHz, 33kHz, 82kHz, 200kHz.
• Output power: maximum 10W, adjustable in 10 levels, automatic real-time impedance matching.
• Direct connection output voltage: up to 200Vpp.
• Overload and short circuit protection.
• Human-machine interface: 320×240 dot matrix liquid crystal display.
• Built-in battery: 6 18650 lithium ion batteries, nominal 12.6V, 4.2Ah.

• Input mode: built-in receiving coil, identification clamp (optional), fault checking A-frame (optional).
• Pipeline detection mode: broad peak method, narrow peak method, sound valley method, peak valley method.
• Cable identification mode: caliper (optional) intelligent identification and current measurement.
• Human-machine interface: 480×272 dot matrix liquid crystal display.
• Built-in battery: 4 18650 lithium-ion batteries, nominal 4.2V, 8.2Ah.

• Detection frequency: 348Hz, 624Hz, 1280Hz, 1860Hz, 512Hz, 645Hz, 820Hz, 940Hz, 6KHz, 8kHz, 9kHz, 33kHz, 65kHz, 82kHz, 131kHz, 200kHz.
• Power frequency passive detection frequency: 50Hz/60Hz (you can select 50Hz or 60Hz).
• Positioning accuracy: depth 0-3m (±5%), depth 3-12m (±10%).
• Depth measurement accuracy: three digits display, the maximum depth can be measured up to 12 meters.
• Current measurement accuracy: 1mA.
• Maximum detection distance: the cable with good insulation in the direct connection method can reach up to 15KM.

• Volume: transmitter 320×240×90mm, receiver 670×128×310mm.
• Quality: 1.9kg for transmitter and 1.4kg for receiver.
• Charger: input AC100~240V, 50/60Hz, output DC4.2V-1A, output DC12.6V-1A.
• Operating conditions: temperature: -10ºC-40ºC, humidity 5-90%RH, altitude <4500m.

With fully digital high-precision sampling and extremely narrow receiving pass band, the XHGX507B suppresses interference from adjacent running cables and pipelines, delivering stable and reliable detection results in complex urban environments.