• Large measuring range from 10 k to 1 T Ohm
• Easy to read logarithmic display
• Measuring voltages: 100, 250, 500, 1000, 1500, 2000, 2500 and 5000 V
• Measurement to 1000 V per DIN VDE 0413
• Measuring range: 100 k to 100 M Ohm (1000 V)

5000 V Insulation Measuring Instrument, Analog

Analog high-voltage insulation measuring instrument with the following voltages: 100, 250, 500, and 1000 V (per EN 61 557 part 1) and 1500, 2000, 2500, and 5000 V.

Features in detail

Test Voltages to 5000 V

This instrument is suited for the non-destructive measurement of insulation resistance in electrical systems, at machines and transformers, and in cables, as well as within the electrical equipment of, for example, locomotives, tram systems, and ocean-going vessels, with eight selectable test voltages up to 5 kV.

Voltage Measurement to 2000 V

With the voltage measuring ranges, test objects can be checked for the absence of voltage in networks of up to 2 kV. This is important for insulation resistance measurement because extraneous voltages distort measurement results.

Discharge of Capacitive Devices Under Test

Capacitive devices under test, such as cables and coils, which might be discharged to test voltage, are discharged by the measuring instrument. The drop in voltage can be observed at the needle gauge.

Measurements in accordance with EN 61557 parts 1 and 2 (VDE 0413)

Measuring current is equal to 1 mA at a test voltage of 100 V, 250 V, 500 V, and 1000 V.

Measurement Cables with Heavy-Duty Insulation

The measurement cables with heavy-duty insulation are permanently connected for safety and technical reasons. The possible danger caused by the unintentional removal of cables is thus avoided, for example, when charging occurs due to capacitive test objects.

Needle Gauge with LEDs

Three LEDs arranged within the needle gauge make reading easier. The lamp lights up which is located next to the scale, which is assigned to the selected measuring range. During the measurement sequence, the green LED indicates whether or not the battery charge is sufficient for the measurement.