Megger ICMflex – PD Detector

Megger ICMflex – PD Detector

Key Features:

  • Combines partial discharge detection, PD fault location, and loss factor measurement in one instrument
  • Tests medium- and high-voltage cables, motors, generators, and rotating machines
  • Supports partial discharge, tan delta, and cable fault location measurements
  • Connects to fixed and portable high-voltage test systems
  • Provides remote operation via Bluetooth or fibre optic communication
  • Uses advanced noise suppression for reliable field measurements
  • Displays all measurement data through a single software interface

The Megger ICMflex PD Detector combines partial discharge testing, cable fault location, and loss factor measurement in a single platform. It helps engineers perform multiple diagnostic tests with one instrument. As a result, testing becomes faster and more efficient.

The ICMflex PD Detector supports medium- and high-voltage cable testing. It also supports testing of motors, generators, stator bars, and other rotating machines. Therefore, maintenance teams can use one solution across multiple asset types.

Engineers can connect the ICMflex PD Detector to fixed or portable high-voltage power supplies. These include VLF systems, resonant test systems, transformers, and high-pots. In addition, the modular design allows users to select the functions required for each application.

The ICMflex PD Detector places the acquisition hardware close to the test object. Consequently, operators avoid long signal cable connections and improve measurement quality. The design also improves safety during testing.

The integrated software provides a clear overview of all measurement results. Users can analyse partial discharge activity, locate cable faults, and review loss factor measurements from a single screen. Furthermore, the software guides operators through the testing process.

Whether testing cables, generators, or motors, the ICMflex PD Detector delivers accurate diagnostic data. As a result, organisations can identify developing insulation defects, optimise maintenance planning, and improve asset reliability.