Megger MFM10 Sheath Fault Location System

Megger MFM10 Sheath Fault Location System

The Megger MFM10 Sheath Fault Location System is designed for simple and efficient testing of cable sheaths, offering both pre-location and pinpointing of sheath faults through an intuitive, menu-driven interface. Operation is straightforward using Megger’s proven rotary encoder, which is complemented by a touch screen for quick data entry. Its powerful 10kV Dc source, with both positive and negative polarity, makes it suitable for testing high-voltage cables. The built-in bi-polar function eliminates external influences such as thermoelectric and galvanic effects, ensuring results are reliable, even in the most challenging of conditions.

The MFM10 also supports the entry of multi-selection cables with varying parameters, which adds flexibility and allows for complex cable systems to be tested with ease. Difficult faults can be addressed using the MFM10’s high current output of up to 750mA, enabling fault ‘burning” when required. In addition, its integrated protocolling function, compatible with EasyProt software, streamlines report generation, making documentation fast and efficient.

Megger part number: 1015503

Key Features

• Features a rugged, IP53, PELI trolley case with wheels and handles which ensures durability and ensures it is easy to transport
• Operates reliably on varying global supply voltages, which makes it suitable for international use
• Provides extended operating time in the field without reliance on mains power
• Enhances the accuracy of sheath fault pre-location, even in complex cable networks
• Eliminates thermoelectric and galvanic interference for consistently precise results
• Guarantees accurate measurements without influence from external cable resistances
• Saves time by performing sheath fault tests quickly with minimal operator input
• Captures transient events and stores them for review and analysis
• Integrated reporting feature simplifies documentation and test record generation
• Applies high current (up to 750mA) to reduce the resistance of difficult faults, making them easier to locate
• Simplifies setup, reduces handling, and improves operator convenience
• Accurately pinpoints even stubborn, high-resistance sheath faults
• Esnures safe and automatic discharging of test objects after high-voltage testing
• Provides clear, real-time visualisation of test conditions and results