Portable TDR Cable Fault Pre Locator Diagnostic Tester with Built-in Micro Printer System | XHGG501B

The TDR cable fault pre-locator is a professional diagnostic instrument designed for measuring low resistance, short circuit, open circuit fault, high resistance leakage and high resistance flashover fault conditions in power cables, high frequency coaxial cables, local telephone cables, street lamp wiring and buried conductors across various materials, cross-sections and dielectric media.

• SCM operating platform with push-button operation mode and integrated micro-printer, enabling on-demand printing of test waveforms and related content at any time
• Comprehensive system functions: fault distance measurement, fault location, propagation speed test, fault resistance analysis, cable path tracing, and buried depth detection
• Multiple test methods: low voltage pulse, flashover method, audio method, acoustic-magnetic synchronization, valley value detection, peak detection, and electromagnetic induction
• Display control: 5.7-inch industrial LCD flash tester with built-in 24V/7Ah DC power supply providing up to 6 hours of continuous operation; auxiliary pointer table display
• Test range: maximum distance 60km, detection depth 2-5m
• Measurement accuracy: rough measurement error ±10m (absolute) or 1% (relative); fine measurement error ±0.2m (fixed point, path, depth)
• Sampling frequency: 100MHz with minimum resolution of 0.5m (100m/μs)
• Automatic continuous sampling ensures no discharge waveform is missed
• Low voltage pulse output: width 0.1μs and 2μs, amplitude 100Vpp
• Output power: path power 100W, impulse power 0~400W
• Impact high voltage: 0~35kV
• Short circuit current: 0~200mA

① Display: all instrument operations are visualized through the display interface

② Printer: random printing of display content and test reports

③ Keyboard: 12 function keys for basic instrument operation

④ Amplitude Adjustment: adjusts the amplitude of the test waveform on the display

⑤ Vertical Displacement: adjusts the up/down position of the test waveform

⑥ Communication Port: enables local data output and PC communication

⑦ Q9 Sampling Port: outputs and collects fault waveforms during testing

⑧ Instrument Safety Grounding Terminal

⑨ Charging Power Supply: switch to "I" position with 220V AC for direct power; switch to "II" for internal battery operation. In "II" position with 220V AC connected, the battery charges (screen illuminates during charging). Switch to "O" to power off