Baur PD-TaD 62, User Manual

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Parallel partial discharge and dissipation factor measurement PD-TaD 62
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8. In the next context menu, select which insulation the test object has and press the rotary
knob to confirm. You have the following options:

Evaluation for XLPE cable

Evaluation for EPR cables

Evaluation for PILC cables
9. Select the Next menu item and press the rotary knob to confirm.
The measurement mode window for starting the measurement opens.
Further information on the implemented test voltages and the set
threshold values in accordance with IEEE 400.2 can be found in the
user manual for the VLF HV generator in question.
9.2 Performing parallel PD and dissipation factor measurements

For information on calibrating the PD test circuit and performing PD
testing, refer to the user manual for the BAUR software 4.

For information on operating the VLF HV generator, refer to the
user manual for the respective VLF HV generator.
Prerequisites

The system is connected correctly.
Further information: Chapter Connecting the system (on page 31)

The test area is secured.
Further information: Chapter Securing the test area (on page 58)
Procedure
1. Calibrate the PD test circuit.
Further information: User manual for the BAUR software 4
2. In the main menu of the VLF HV generator, select the menu item VLF Diagnostics
–
tan

> tan

Measurement .
3. Create a template for the dissipation factor measurement on the VLF HV generator.
Further information: Chapter Creating templates for dissipation factor measurements on
the VLF HV generator (on page 61)
The measurement mode window opens. The VLF HV generator automatically recognises
if the PD-TaD 62 is connected. When the PD-TaD 62 is connected,
R-TD external will
appear in the measurement mode window.