Impedance measurements of large grounding grids

CPC 100

Universal primary injection test set for substation assets

CP CU1

Coupling unit for injection into powerlines and HV cables

HGT1

Handheld grounding tester

Benefits of this solution

Reflection of real fault conditions

Measuring the ground impedance of large ground grids requires the injection of test current via a power line in order to reflect real fault conditions. This allows true test values to be determined.

Fall-of-Potential measurement

PTM for HGT1 enables you to perform fully automated ground impedance testing with convenient tracking for test points via GPS and impedance and voltage charts that are instantly available.

Variable frequency

With the CPC 100 + CP CU1 you can vary the frequency and inject current at non-network frequencies into the soil via the existing power lines. The system then selectively measures the voltage rise at the frequencies being used. 

High level of safety

To protect you and your equipment, the CP CU1 comes with the CP GB1 grounding unit. This unit can divert currents of up to 30 kA if its voltage limit value is exceeded due to unexpected induced potentials on adjacent lines.
Content cannot be displayed as the plugin requires cookies to be executed. Change Cookie settings

“With CPC 100 + CP CU1 we have achieved a smart approach for measuring the ground impedance in large grounding grids.”

“You can count on our solutions because they’ve been developed with experience and passion . Due to our innovative approach, we’re setting groundbreaking standards in our industry sector.“

We invest more than 15 % of our total turnover in research and development so that we’re even able to guarantee the reliable use of the latest technology and methods in the future. With a comprehensive product care concept that includes things like free software updates, we can also guarantee that your investment will pay off in the long term.


Request info

Links

Literature

You are using an outdated browser version.
Please upgrade your browser or use another browser to view this page correctly.
×