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Underground Cable Pipeline Locator XHGX507C 15W Transmitter 20km Range with 20 Cable Identification

Underground Cable Pipeline Locator XHGX507C 15W Transmitter 20km Range with 20 Cable Identification

Product Details:
Place of Origin: Xi'an, Shaanxi, China
Brand Name: XZH
Certification: CE, ISO
Model Number: XHGX507C
Detail Information
Place of Origin:
Xi'an, Shaanxi, China
Brand Name:
XZH
Certification:
CE, ISO
Model Number:
XHGX507C
Display:
4.3-inch Capacitive Touch LCD (receiver), 5-inch LCD (transmitter)
Transmitter Power:
15W Max, 9 Levels Adjustable
Active Frequencies:
640Hz, 1.28kHz, 2.56kHz, 3.20kHz, 4.09kHz, 8.19kHz, 10.2kHz, 32.7kHz, 65.6kHz, 81.9kHz, 197kHz
Detection Range:
Up To 20km (direct Connection), Up To 10km (coupling)
Depth Measurement:
0-20m, Accuracy ±5% (0-3m), -10% (3-20m)
Cable Identification:
1-20 Cables, Pre-calibration With Rogowski Coil Φ200mm
Signal Injection:
Direct Connection, Coupling Clamp, Induction
Protection:
IEC61010-1 CAT III 600V (receiver), CAT III 300V (transmitter)
Battery:
Rechargeable Lithium, 10.8V (transmitter)
Dimensions:
Receiver 350×155×700mm ~2kg, Transmitter 320×275×145mm ~3.85kg
Operating Conditions:
-25℃~+65℃, ≤90% RH
Highlight:

High Light

Highlight:

Underground cable locator 20km range

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Cable pipeline locator 15W transmitter

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TDR cable fault locator with warranty

Trading Information
Minimum Order Quantity:
1 unit
Price:
Negotiable
Packaging Details:
Exported wooden case
Delivery Time:
5-8 work days
Payment Terms:
T/T
Supply Ability:
2000 units per year
Product Description

15W High-Power Transmitter with 20 Cable Pre-Calibration. The XHGX507C is the most advanced underground cable and pipeline locator in its class — 11 active detection frequencies, 20 cable simultaneous identification, and 20km effective range in a single integrated system.

The XHGX507C Multifunction Underground Cable Pipeline Locator is a professional-grade detection system combining a 15W high-power transmitter with a precision receiver for accurate cable and pipeline path tracing, burial depth measurement, and intelligent cable identification. Supporting three signal injection methods — direct connection (up to 20km), coupling clamp, and induction — the system adapts to any field scenario from live cable identification to passive detection of existing utilities. Its 11 active detection frequencies (640Hz through 197kHz) and flexible Rogowski coil identification clamp enable simultaneous pre-calibration of up to 20 cables at the transmitter end, with instant identification at the remote end. The A-frame ground fault detection module (optional) extends the system from utility locating to complete pipeline fault diagnostics.

XHGX507C pictures

20 Cable Pre-Calibration — The Field Efficiency Breakthrough

Conventional locators require a separate trip between the transmitter and the remote end for each cable to be identified. On multi-cable job sites — common in utility corridors, substations, and urban street lighting networks — this means hours of back-and-forth walking, battery changes, and the real risk of misidentifying cables that look similar in crowded trenches.

The XHGX507C eliminates this bottleneck. The transmitter allows operators to pre-calibrate up to 20 cables in a single setup session. Walk to the remote end once, and identify each cable in sequence — the receiver displays a checkmark for correctly identified cables and a cross mark for non-target cables. One trip, 20 cables identified. Field time reduced by up to 90% on multi-cable projects.

Key Features
  • 15W High-Power Output, 9 Levels Adjustable: Full autoranging impedance matching delivers maximum signal across varying soil conditions. Direct connection reaches 20km; coupling method reaches 10km. Even deep-buried and large-diameter pipelines return clean, stable signals.
  • 11 Active Detection Frequencies (640Hz–197kHz): Switch frequencies on the fly to isolate the target line from adjacent utilities. Higher frequencies for shallow, congested areas; lower frequencies for deep, long-distance tracing. Also supports passive 50Hz/60Hz power frequency and RF band detection.
  • 360-Degree Wire Cruise Mode: Continuously displays pipeline path direction, burial depth, current, and relative position in real time on the receiver's 4.3-inch touch LCD. Operators with zero prior experience can trace pipelines accurately without training.
  • Signal Distortion Measurement: Simultaneously displays peak and trough waveforms. In clean signal conditions, peak and trough positions align — any deviation immediately flags interference from adjacent utilities, preventing false tracing and costly excavation errors.
  • Ultra-Narrowband Digital Filtering: Effectively suppresses power-frequency and harmonic interference from nearby live cables. Anti-interference indicator turns red when signal integrity is compromised — operators never act on unreliable data.
  • Current Direction Analysis: On select frequencies (640Hz–3.20kHz), the receiver analyzes current phase to distinguish the target pipeline from parallel lines sharing the same trench — eliminating the most common cause of tracing errors in utility corridors.
  • A-Frame Ground Fault Pinpointing (Optional): Pinpoints insulation damage on pipelines with directional arrow guidance toward the fault. Essential for preventive maintenance crews and emergency pipeline repair teams.
  • Three Signal Injection Methods: Direct connection (strongest signal, up to 20km), coupling clamp (non-contact, ideal for live cables), and induction (no physical connection required, suitable for shallow tracing under 2m).
  • Sunlight-Readable Touch Displays: 4.3-inch capacitive touch LCD on the receiver with real-time depth, current, and path display. 5-inch touch LCD on the transmitter for full parameter configuration. Both screens remain clear under direct sunlight.
  • Complete Field Kit: Includes transmitter, receiver, transmitter coupling clamp (125mm), flexible identification clamp — Rogowski coil (200mm), direct-connection test leads (3m), charger (100-240V), and exported wooden case with pressure-resistant toolbox design.
Technical Specifications
Transmitter
Output Power 15W max, 9 levels adjustable, fully automatic impedance matching
Active Frequencies 640Hz, 1.28kHz, 2.56kHz, 3.20kHz, 4.09kHz, 8.19kHz, 10.2kHz, 32.7kHz, 65.6kHz, 81.9kHz, 197kHz
Output Modes Direct connection, coupling clamp, induction
Direct Output Voltage 150Vpp max
Display 5-inch capacitive touch LCD color screen
Protection Overload and short-circuit protection, autoranging impedance
Battery 10.8V high-capacity rechargeable lithium battery
Dimensions / Weight 320 * 275 * 145mm / 3.85kg
Safety Compliance IEC61010-1 CAT III 300V, CAT IV 150V; IEC61326 (EMC)
Case Integrated toolbox design, withstands approx. 200kg pressure
Receiver
Active Frequencies 640Hz, 1.28kHz, 2.56kHz, 3.20kHz, 4.09kHz, 8.19kHz, 10.2kHz, 32.7kHz, 65.6kHz, 81.9kHz, 197kHz
Passive Detection 50Hz, 60Hz, 250Hz power frequency; RF bands at 32.7kHz, 65.6kHz, 81.9kHz, 197kHz
Detection Modes Broad peak, narrow peak, valley method; Classic positioning, wire cruise, signal distortion measurement
Depth Measurement 0–20m; accuracy: ±5% (0–3m), −10% (3–20m)
Detection Range Direct connection: up to 20km; Coupling: up to 10km; Induction: suitable for depth <2m
Cable Identification Flexible Rogowski coil (Φ200mm), identifies 1–20 cables, calibration value 75%–135%
Current Measurement Accuracy: 1mA; real-time display of depth and current
Display 4.3-inch capacitive touch LCD color screen, sunlight-readable
Dimensions / Weight 350 * 155 * 700mm / ~2kg
Safety Compliance IEC61010-1 CAT III 600V, IEC61010-031, IEC61326, Pollution Degree 2
Applications
Municipal Infrastructure Underground water, gas, and heating pipeline mapping, census, and damage prevention
Electric Power Utilities Cable path tracing, live cable identification, pre-excavation verification
Pipeline Maintenance Routine patrol, insulation fault pinpointing, corrosion protection assessment
Construction & Civil Engineering Pre-excavation utility locating to prevent cable and pipeline strikes
Telecommunications Fiber optic and copper cable route tracing in shared utility ducts

Frequently Asked Questions

Q: Why does the XHGX507C offer 11 active frequencies and which one should I use?

Multiple frequencies optimize performance across different site conditions. Lower frequencies (e.g., 512Hz, 640Hz) travel farther with less signal bleed to adjacent utilities — ideal for long-distance tracing and congested areas. Higher frequencies (e.g., 33kHz, 82kHz) couple more easily to target cables via inductive methods and work better for high-resistance connections. The default 9.5kHz offers a balanced starting point for most applications.

Q: How does the 20-cable simultaneous identification feature work in practice?

Before going to the field, you pre-calibrate up to 20 cable IDs on the transmitter using unique frequency codes. At the remote end, the receiver decodes the transmitted signal and displays the matching cable ID number. This is invaluable in substations, cable galleries, and street-side distribution cabinets where dozens of cables are bundled together and visual tracking is impossible.

Q: What is the difference between active and passive locating modes?

Active mode uses the transmitter to inject a known signal into the target cable, providing the strongest and most accurate trace. Passive mode (Power/Radio) detects existing electromagnetic fields from live power cables (50/60Hz) or radio signals without a transmitter — useful for initial site scanning to identify unknown utilities before excavation. Use active mode for precise locating and passive mode for area surveys.

Q: Can this locator be used as part of a complete cable fault detection workflow?

Absolutely. A complete cable fault location workflow follows three stages: (1) TDR fault pre-location to determine distance, (2) XHGX507C route tracing and depth measurement to map the cable path above ground, and (3) acoustic-magnetic pinpointer for precise excavation point marking. The XHGX507C is the critical middle step that connects distance data to physical location on site.

Q: What maintenance and calibration does the XHGX507C require?

The XHGX507C requires minimal routine maintenance: keep the transmitter and receiver contacts clean, charge the built-in batteries regularly, and store in a dry environment. Annual calibration verification is recommended for organizations with ISO-certified quality systems. The instrument performs a self-diagnostic check on startup. Spare test leads and fuses are readily available.

Q: What industries and applications benefit most from the XHGX507C?

Key user groups include power utilities (underground MV/HV cable route mapping), telecommunications (fiber optic and copper cable tracing in shared ducts), municipal public works (water/gas pipe locating before excavation), construction contractors (pre-dig utility verification), and railway/metro maintenance teams (signaling and traction power cable tracing along corridors).

Contact us today for a quotation or technical consultation on the XHGX507C Underground Cable Pipeline Locator.

Ratings & Review

Overall Rating

5.0
Based on 50 reviews for this supplier

Rating Snapshot

The following is the distribution of all ratings
5 stars
100%
4 stars
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All Reviews

M
M*i
Poland Apr 29.2026
The XHGG502 tester works flawlessly for indoor building wiring jobs. It quickly located hidden cable faults inside Warsaw’s Złota 44 high-rise. Compact, precise amid tangled inter-floor wires and saves us tons of repair time.
M
Michael Anderson
United States Feb 26.2026
The XHGG502A has been a great addition to our cable maintenance equipment. We use it for underground cable fault detection, and it has significantly reduced troubleshooting time. The operation is simple, the waveform analysis is clear, and the measurement results are reliable. It helps our team locate faults faster and restore power more efficiently. A very practical tool for field engineers
M
Marcin
Turkey Mar 7.2025
We purchased the XHGG502A for our company's cable fault detection work, and we are extremely satisfied with its overall performance! The equipment is stable and reliable, and the measurement data is accurate. Compared to similar products we used before, it has stronger resistance to moisture and dust, making it suitable for various harsh working environments. Furthermore, its compact size makes it easy to store and transport. The technical team at Xuzhihui Electromechanical also provides regular follow-up visits and maintenance advice, which gives us great confidence in the product and service!