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EFL 10

Megohmmeter – Digital fault locator bridge Resistive and capacitive fault locator on a telecommunication lines


 



EFL 10
Fault locator bridge
Capacitive and resistive fault locator on a telecommunication line


Download datasheet

The FL-10 fault locator bridge is a tester controlled by a microprocessor dedicated to quickly and accurately locate the faults as well as to test the quality of telecommunication cables.

EFL 10 measures the continue and alternative characteristics of communication cables and allows to quickly locate the complex faults of the transmission support.

L'EFL-10 is the smallest and the most integrated handheld measurement tool of its category.

Its accuracy is an additional asset as well as its wide range of cable parameters.

It integrates the powerful location methods such as Murray, 3 points, Hector-Kupfmûller and 2 pairs for a multiple resistive and capacitive fault location

Features

  • Location of insulation and conductivity faults : leak, break, split or resplit.
  • Measurement of cable
    parameters : loop resistance, resistance difference, insulation resistance, capacitance and cable temperature measurement by external test probe
  • CC/CA disturbing tensions.
  • Multimeter function.
  • Easy to use with intuitive menu.
  • Results can be logged on an external printer or a PC via RS-232C.
  • Software upgrade via RS-232C.
  • Integrated Rechargeable battery.

 

 

APPLICATIONS

FUNCTIONS

 

  Test and maintenance of telecommunication cables.

  Cable installation, acceptance test and protocol of loop resistance, difference

  Insulation resistance measurement

  Acceptance test, functioning test of wide cable rollers, including consecutive test of every pairs of a braided cable,

  Check and documentation of the cable specificity.

 

  DC/AC Fault Location

  Loop resistance measurement

  Resistance difference measurement,

  Insulation resistance measurement,

  Capacitance measurement,

  Resistive and capacitive fault location : Murray Method, 3 points Method, Hector-Kupfmüller   Method, 2 pairs Method.

  Location of open and short-circuits,

  Location of crossed pairs,

  Voltage measurement (AC/DC)