
Distance Measurement Mode: Low Voltage Pulse Method, Pulse Current Method, Multiple Pulse Method, Attenuation Method
Waveform Comparison: Supports waveform comparison functions for low voltage pulse and pulse current waveforms
Human-Machine Interface: 8-inch large screen high-brightness LCD, visible under sunlight
Waveform Management: Internal storage, USB export, waveform management via computer backend software
Tracking Accuracy Prompt: Eliminates interference from nearby pipelines
Enhanced Passive Detection: Power frequency + RF passive frequency measurement, can simultaneously display multiple pipeline sound-magnetic synchronization for precise positioning
Filter: Supports four filter modes including low-pass, band-pass, high-pass, and full-pass, to suppress noise
Auto Mute: Mutes when touching the rod to prevent strong noise caused by sensor movement
Portability: High-end, high-protection portable case with handle and wheels
Safety: Integrated design with built-in capacitors, no exposed high voltage, automatic discharge upon power loss
Pulse Balance Technology: Makes distance measurement waveforms more distinguishable for easier positioning
High Voltage Signal Generator (Required): Generates high voltage to break down the fault point (provides a signal source for pulse current ranging, multiple pulse ranging, and precise fault location)
Cable Fault Distance Meter (Required): Measures the distance to the fault with low voltage pulse, pulse current, multiple pulse, and remote service (functions are optional)
Cable Fault Locator (Required): Determines the exact location of the fault (waveform display method, intelligent method directly provides acoustic-magnetic delay value, strong noise reduction, adaptive noise reduction, no noise reduction, path compass display, automatic mute)
Intelligent Underground Pipeline Detector (Optional): Path detection, cable identification, real-time depth measurement, intelligent obstacle detection, pipeline survey
Multiple Pulse Coupler (Optional): Measures the distance to the fault using the multiple pulse method





