Macey's Electrical Logo

 

 

Megger logo

Cable Fault Test Equipment

DartŪ Power Fault Locator Systems Series
    PFL-1000, PFL-4000 and PFL-5000

 

You are here:

 Dart/PFL Features 
Navigation:  Cable Fault Tester Index > Megger Product Index >
   Modes/Specifications > Analysis System > General Specifications > Ordering Details
 
Product Features/Applications/Benefits
Megger/Dart PFL Power Cable Fault Locator Systems. Image shows a typical arc reflection screen and a PLF-4000 system and wheel kit. Features

Series includes the PFL-1000, PFL-4000 and
PFL-5000.

Multiple test modes.

  • Arc Reflection.
  • Surge Pulse Reflection.
  • High-voltage Surge.
  • Proof & Burn.

Integrated coupling for arc reflection
and surge pulse reflection.

Simplified DART operation.

  • Auto range.
  • Auto fault distance.
  • Operator assist mode.
Applications

The PFL-1000, PFL-4000, and PFL-5000 are the ideal solutions for a powerful URD fault location system. The compact instruments pack maximum performance into a minimum of space.






 

Benefits
  • Multiple techniques reduce fault location time and cable maintenance costs.
  • Fault pre-location extends cable life by minimizing stress.
  • Rugged construction designed to endure years of hard use.
  • Ease of use reduces training time and maximizes investment.
  • Fast isolation of faulted cable section between
    transformers reduces outage time.

PFL Series Description
The PFL-1000, PFL-4000, and PFL-5000 Power Fault Locator Systems were developed in response to a power industry requirement for compact, yet powerful fault location systems for underground residential distribution (URD) systems.

All three systems integrate the tools of cable fault locating into one package: dc/tester burner, surge generator, and radar coupling. When configured with the DARTŪ Cable Analysis System, the instruments provide the following fault location techniques:

  • Time Domain Reflectometry.

  • Digital Arc Reflection.

  • Surge Pulse Reflection.

  • Differential Arc Reflection.

The PFL-1000 is designed for installation into the tool bin of a utility service truck. High discharge energy ensures maximum performance on short, medium, or long URD loop circuits. The PFL-4000 is designed for portability featuring all the basic fault locating tools in one rugged base package. It is a flexible stand-alone unit with the capability of mounting the DARTŪ in a hinged lid.

The PFL-5000 provides all basic fault locating tools in a convenient vehicle-mount package and is the ideal solution for outfitting URD trouble vehicles with a powerful fault locating system.

The PFL-1000, PFL-4000, and PFL-5000 deliver a maximum energy surge of 1536 Joules at 16 kV, providing necessary energy to condition and break down faults in cable, joints, and terminations. The systems also provide a 20 kV proof tester and a 60 mA burner for testing and conditioning
cable faults.

They are the perfect tools for isolating a faulted cable section between transformers with one surge and measuring distance to the fault.

 
Standard Safety Features
  • Zero start voltage interlock.
  • High voltage 'ON' lamp.
  • Automatic discharge and grounding upon instrument shut down.
  • Redundant ground connections.
  • Circuit breakers for input power overload protection.
  • External interlock provision.
  • Manual grounding by mode selector ensures discharge of capacitor and cable under test.
  • Meters remain active even when power is off.
  • Visible mechanical internal grounding system confirms grounding of cable and capacitor.


 

Accles & Shelvoke| Aqua-Tronics | Arbiter Systems | Clare Instruments | Haefely | Hipotronics | HV Diagnostics | Megger | Tettex | T & R Equipment  
Home Page | High Current | High Voltage | Cable Fault | Oil Test | Transformer | Insulation 

 
Macey's Electrical Pty Ltd
ABN 17 344 601 468
Unit 1, 49 Gavenlock Road,  Tuggerah,  Sydney  Australia  2259

 

Phone: 61 2 4353 4644 

Mobile: 0412 678 925

Fax: 61 2 4353 4424

mailto:sales@maceyselectrical.com.au
 

Copyright: 1978 to 2007                                                   Last update: Friday, 03 October 2008