Intereng Locator S Cable Sheath Fault Pinpointer

The pinpointer Locator S is designed to locate cable (outer) sheath faults on shielded or unshielded plastic insulated cables accurately. It effectively measures step-voltage potentials in the earth that will develop during faults in underground cable sheaths. In combination with a suitable test generator (DC pulse or surge) the precise location can be detected offline.  The Locator S consists of a digital voltage 

detector and two step voltage probes. After spiking the flexible probes of the detector will show the direction to the fault on the easy understandable display. The step voltage potential will increase when the fault is approached.  The point of polarity reversal (zero) will indicate the precise location of the fault.

Quantity

  • Very Sensitive Pinpointer

    + Clear & Concise Transflective Display

    + Ergonomic & Lightweight Receiver

    APPLICATIONS & FEATURES

    Precise pinpointing of cable faults within underground networks in combination with suitable surge generator;

    Simple line tracing with magnetic channel;

    Interference suppression by integrated DSP signal processing;

    Clear indication of magnetic and acoustic channel strength & triggering on display;

    High quality noise cancelling headphones plus separate

     amplification of sensor signal and headphone volume;

    Rugged design of housing and plugs (IP66).

    Download Catalogue

    Intereng
    INT LOC S

    Reviews

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    Intereng Locator S Cable Sheath Fault Pinpointer

    The pinpointer Locator S is designed to locate cable (outer) sheath faults on shielded or unshielded plastic insulated cables accurately. It effectively measures step-voltage potentials in the earth that will develop during faults in underground cable sheaths. In combination with a suitable test generator (DC pulse or surge) the precise location can be detected offline.  The Locator S consists of a digital voltage 

    detector and two step voltage probes. After spiking the flexible probes of the detector will show the direction to the fault on the easy understandable display. The step voltage potential will increase when the fault is approached.  The point of polarity reversal (zero) will indicate the precise location of the fault.

    Write your review