Megger DET 2/2

The Megger DET 2/2 Auto Earth Tester is a compact and robust instrument explicitly designed for accurately measuring earth electrode resistance and soil resistivity. By utilising the four-terminal method of measurement, it effectively eliminates the resistance of the current circuit from the measurement, ensuring precise results. Its advanced circuit design prevents potential circuit resistance from affecting measurement accuracy during practical testing. Equipped with microprocessor control, the instrument offers a flexible and user-friendly approach to testing, featuring good error detection capabilities and a clear, easy-to-read alphanumeric display. Users can adjust the test frequency, test current level, and filtering via a simple keypad to efficiently overcome adverse testing conditions.

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• Accurate measurements with a resolution of 0.001 Ω and autoranging capability.
• High resistance range allows testing of complex grounding systems.
• Microprocessor-controlled functionality combined with advanced filtering.
• User-adjustable test settings for overcoming challenging conditions.
• Indicators for noise interference and spike resistance issues.
• Battery recharge notifications to ensure uninterrupted operation.

• Delivers high-accuracy measurements, even in demanding environments.
• Enables flexible testing with resistance ranging from 0.010 Ω to 19.99 kΩ.
• Features error detection for enhanced reliability and efficiency during tests.
• Offers clear and detailed test information on a large, readable display.
• Easy to operate thanks to its simple, menu-driven interface.

The Megger® DET 2/2 Auto Earth Tester is ideal for various testing environments, especially those requiring high precision and extensive range. It is suited for measuring grounding systems in industrial settings, substations, telecommunications sites, and other critical infrastructure. Additionally, it performs effectively under conditions with high interference levels, providing dependable results for even the most challenging testing needs.