Showing 9–16 of 19 results
Hipot High Voltage Tester
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Seba KMT MMG 10 Cable Sheath Tester
- Adjustable current limiter.
- Easy and powerful testing of cable jackets.
- Pulsed output voltage for sheath fault pinpointing.
- Burning of cable faults.
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Seba KMT T 22/1 AC High Voltage Testing System
- Compact and lightweight.
- Continuous testing with AC voltages up to 75 kVrms at 1 kVA.
- Expandable with a second transformer for testing up to 150 kVrms.
- Built-in overload protection.
- DC testing up to 80 kV with optional rectifier.
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Seba KMT T26/1 T26/1A T26/1B T26/1C High Voltage Cable Testing
- DC voltages of up to 400 kV and 650 kV.
- Great mobility.
- Simple, safe operation.
- Thermal overload shutdown.
- Discharge switch.
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Seba KMT T99/1 40kV DC High Voltage Test Unit
- generate a DC voltage of up to 40 kV.
- Ideal for field application because of its low weight and compact design.
- High safety due to internal discharge facility.
- High flexibility with the external battery.
- Over-current tripping.
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Seba KMT VFL CR-20 Very Low Frequency Cable Testing System
- VLF Test System 20 kV.
- high test capacity of 3 μF permits the simultaneous testing of all three phases.
- method is officially recommended by the two VDE Standards 0276-620 and 0276-621.
- VLF is the most economic method for testing PE and XLPE cables.
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Seba KMT VFL CR-28..60 VLF Test Systems for Medium Voltage Cable Testing
- VLF CR-28 up to cable series 15 kV.
- VLF CR-40 up to cable series 23 kV.
- VLF CR-60 up to cable series 35 kV.
- VLF, DC and sheath fault testing in one device.
- Portable thanks to two-part construction.
- High test capacitance.
- Integrated discharge system.
- Reporting.
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Seba KMT VFL CR-60-HP Long Cables Test Systems
- Veryhightestpowerwithoutfrequencyreduction.
- Coverscablesupto20km@maximumVoltage.
- NopolarisationeffectsaswithDC.
- Protocoling.
- Breakdowndetection.
- Leakagecurrentmeasurement.
- Powerful0.1HzVLFtestsystemwithenergyrecovery.
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Seba KMT VFL CR-80 46kV High Voltage Cable Test Systems
- Powerful 0.1 Hz VLF test system.
- High test power without frequency reduction.
- No polarisation effects as by DC testing.
- Protocoling.
- Breakdown recognition.
- Leakage current measurement.