Fast and accurate fault point location for various cable types with advanced detection technologies.
Attribute | Value |
---|---|
Model NO. | XHDD503E |
Usage | Network Cable Tester, Audio Cable Tester, Coaxial Cable Tester, Digital Cable Tester |
Power | Electricity |
Filter | 200Hz-1600Hz Optional |
Output Gain | 16 Levels (0~112dB) |
Acoustic-Magnetic Positioning Accuracy | Less Than 0.2m |
Step Voltage Positioning Accuracy | Less Than 0.5m |
Path Identification Accuracy | Less Than 0.5m |
Warranty | 12 Months |
The cable fault locator uses vibration pickup and electromagnetic induction principles to precisely locate cable faults. A high-voltage pulse generator creates flash over discharge at the fault point, with resulting vibration waves, sound waves, and electromagnetic waves detected by the instrument's special probe.
This instrument is suitable for locating various faults in power cables, high-frequency coaxial cables, street light cables, and buried wires, including low-resistance, short-circuit, open-circuit, high-resistance leakage, and high-resistance flash over faults.
Filter parameters | All-pass: 100Hz~1600Hz Low pass: 100Hz~300Hz Qualcomm: 160Hz~1600Hz Bandpass: 200Hz~600Hz |
Channel gain | 8 levels adjustable |
Magnetic channel gain | 8 levels adjustable |
Step voltage gain | 8 levels adjustable |
Output impedance | 350Ω |
Acoustomagnetic positioning accuracy | ≤0.1m |
Power supply | 4*18650 standard lithium batteries |
Standby time | More than 8 hours |
Dimensions | 428L×350W×230H |
Weight | 7kg |
Operating environment | -25~65ºC; Relative humidity: ≤90% |
1. Acousto-magnetic synchronization method: Combines traditional acoustic measurement with electromagnetic signal detection for precise fault location by measuring time differences between signals.
2. Pure sound method: Uses acoustic vibration sensors to convert sound signals into electrical signals for fault point identification through headphones or display.
3. Pure magnetic method: Determines cable path and fault location through pulse signal characteristics detected by induction coils.
4. A-frame method: Utilizes potential difference measurements to locate ground faults in buried cables through electric field analysis.