Metrel MI 3295M VDE tester kit

Overview

Human body simulation; 1000 Ohm internal resistance; for use in step and touch voltage measurement; Compatible to MI 3290 and MI 3295.

Description

The measuring system MI 3295 for step and contact voltages is a voltage measuring system for testing the protective earthing of power plants, substations and other energy systems. The system consists of a station for power generation and an autonomous voltmeter. Due to its high test current (up to 55 A) and its effective noise suppression, the MI 3295 provides very accurate and stable measurements of the step and contact voltage values with a resolution of up to 10 µV. For faster analysis of the voltage distribution around the test object, several voltage measuring devices can be used simultaneously. All test results and parameters can be stored in the memory of the measuring device and later downloaded using the PC software HVLink PRO and used for analysis and creation of test reports.

Characteristics

Accurate measurements: Due to the high measuring current up to 50 A and the effective noise suppression, the measured values have a high accuracy.Noise immunity: Excellent immunity to interference, even with variable ground currents.Autonomous step voltage measuring device: No long measuring lines required; several measuring instruments can be used simultaneously.Safety: High safety thanks to low output voltage (55 V)Light weight The weight of the station is only 29.5 kg.Memory: Up to 1000 test results can be stored in the internal system memory with three levels.The PC software HVLink PRO is supplied as standard and enables the download and analysis of the results as well as the printing of test reports.

Information

Supplied with German license.

Delivery content

• Measuring device MI 3295MMeasuring device MI 3295SPower cable;Step voltage sensor (25 kg), 2 pcs.Current earthing rodPotential earthing rodTest lead current, 50 m, black, 10 mm2, with alligator clip,

Keywords

03831063416265, Metrel, 20991712, MI 3295M, bgv, bgva3