Megger DIGIPHONE+2 NTRX SET Pinpointing system with surge wave receiver for acoustic and electromagnetic fault location

Megger digiPHONE+2 NTRX Set – Advanced Cable Fault Pinpointing and Route Location System

The Megger digiPHONE+2 NTRX Set is a premium cable fault pinpointing and route location system that combines the proven acoustic precision of the digiPHONE+2 NT with the powerful cable tracing capabilities of the Ferrolux Rx receiver. This integrated solution provides utility engineers and field technicians with a single kit for fault pinpointing, route tracing, and depth measurement.

The system utilizes acoustic and electromagnetic detection methods to accurately locate sheath faults, short circuits, and cable breaks, even in noisy urban environments. With features like automatic noise suppression, SignalSelect™ technology, depth accuracy up to 3–5 meters, and GPS/Bluetooth® connectivity, the digiPHONE+2 NTRX Set ensures faster, more reliable fault location while minimizing excavation errors and downtime.

Megger digiPHONE+2 NTRX Set Key Features

• All-in-One System: Combines digiPHONE+2 NT pinpointing with Ferrolux Rx route location.

• High Sensitivity & Dynamic Range: Acoustic limitation to 84 dB(A), >110 dB range, and 120 dB receiver performance.

• SignalSelect™ Technology: Correctly identifies the target cable and its current direction, avoiding false detection.

• Depth Measurement: Line depth up to 7 m, probe depth up to 15 m with ±5% accuracy.

• Connectivity: Bluetooth® pairing with GPS for mapping, plus wireless communication with transmitter units.

• Rugged Design: IP54–IP65 protection, wide operating temperature range, and lightweight construction for field use.

• User-Friendly Operation: Colour TFT displays with intuitive menus and visual guidance arrows.

Megger DIGIPHONE+2 NTRX SET Applications

• Pinpointing cable faults such as short circuits, sheath damage, and high-resistance faults.

• Tracing and identifying underground cables in complex grids.

• Depth measurement for safe excavation and maintenance planning.

• Utility and industrial use in substations, distribution networks, and construction zones.