Current transformers are in operation 24/7 and usually remain in use for decades. Proper specification and maintenance of the current transformer is important for operating protection systems safely and reliably and for correct energy metering and billing. IEEE C57.13 and IEC 60044-1 and IEC 60044-6…
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Current transformers are in operation 24/7 and usually remain in use for decades. Proper specification and maintenance of the current transformer is important for operating protection systems safely and reliably and for correct energy metering and billing. IEEE C57.13 and IEC 60044-1 and IEC 60044-6 describe class characteristics of protection and metering current transformers. CT Analyzer allows a complete and precise measurement of all relevant current transformer parameters, for use in laboratories and on site field conditions.

Interested in current transformer testing? – Watch all our current transformer videos: youtube.com/playlist?list=PLzmbZeI1bhu-7ubPhQI6RvaqxSVzLoGS-

More Information about CT Analyzer: www.omicronenergy.com/en/products/ct-analyzer/

Already in the 1960ies dissipation factor measurements were applied to identify the quality of dielectric measurements. The recovery voltage method (RVM) came onto the market in the early 1990ies. A decade later, Polarisation and Depolarisation Current measurement (PDC) and Frequency Domain…
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Already in the 1960ies dissipation factor measurements were applied to identify the quality of dielectric measurements. The recovery voltage method (RVM) came onto the market in the early 1990ies. A decade later, Polarisation and Depolarisation Current measurement (PDC) and Frequency Domain Spectroscopy (FDS), were brought into the market. In 2007, OMICRON DIRANA entered the market. DIRANA combines the advantages of both PDC and FDS and offers an advanced interpretation algorithm.

Get more information: www.omicronenergy.com/en/products/dirana/

This video deals with practical measurements on a power transformer, shows how to perform the measurement and how to analyze it. DIRANA can measure the dielectric response of practically all types of high voltage insulation. DIRANA provides reliable evaluation results for both old and new…
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This video deals with practical measurements on a power transformer, shows how to perform the measurement and how to analyze it. DIRANA can measure the dielectric response of practically all types of high voltage insulation. DIRANA provides reliable evaluation results for both old and new transformers.

Get more Information: www.omicronenergy.com/en/products/dirana/

Dielectric response methods allow the direct analysis of the solid insulation of the transformer. They can also be utilized for the evaluation of bushings and the insulation properties of motors, generators, and paper insulated oil filled cables.

More information: www.omicronenergy.com/en/products/…
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Dielectric response methods allow the direct analysis of the solid insulation of the transformer. They can also be utilized for the evaluation of bushings and the insulation properties of motors, generators, and paper insulated oil filled cables.

More information: www.omicronenergy.com/en/products/dirana/

The Karl Fischer titration delivers moisture content in oil or in paper, but the method is affected by a lot of errors that result in a poor comparability of different laboratories. Capacitive probes measure water relative to saturation and are more reliable and comparable. Equilibrium diagrams are…
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The Karl Fischer titration delivers moisture content in oil or in paper, but the method is affected by a lot of errors that result in a poor comparability of different laboratories. Capacitive probes measure water relative to saturation and are more reliable and comparable. Equilibrium diagrams are inaccurate for representing moisture content in oil in ppm, but are reliable if they use water saturation in oil.

Get more Information: www.omicronenergy.com/en/products/dirana/

DIRANA decreases the duration of the measurement by combining the PDC and FDS methods. The analysis of data has also been improved by weighing data measured at low frequencies, where the transformer is particularly affected by water content. Conductive aging by-products, which increase the losses…
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DIRANA decreases the duration of the measurement by combining the PDC and FDS methods. The analysis of data has also been improved by weighing data measured at low frequencies, where the transformer is particularly affected by water content. Conductive aging by-products, which increase the losses and thus appear as water, are being compensated for to provide reliable results even for aged transformers.

Get more Information: www.omicronenergy.com/en/products/dirana/

Why it is important to know the water content in a transformer.

Get more information: www.omicronenergy.com/en/products/dirana/
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Why it is important to know the water content in a transformer.

Get more information: www.omicronenergy.com/en/products/dirana/

Our jobs are as diverse and interesting as our employees. In this video series they tell more about their jobs and their way to get there. You can also find the clip here: www.whatchado.com/en/andre-komes
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Our jobs are as diverse and interesting as our employees. In this video series they tell more about their jobs and their way to get there. You can also find the clip here: www.whatchado.com/en/andre-komes

Björn Cialla of the OMICRON Academy talks about electrical faults in the network, basics of overcurrent protection, definite time overcurrent, inverse time overcurrent, the high current stage, protection testing principles and limitations of non-directional overcurrent in this webinar. If you have…
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Björn Cialla of the OMICRON Academy talks about electrical faults in the network, basics of overcurrent protection, definite time overcurrent, inverse time overcurrent, the high current stage, protection testing principles and limitations of non-directional overcurrent in this webinar. If you have any questions, please use the COMMENTS field to ask them.

Siempre supone un reto crear algo verdaderamente innovador. Por tanto, no basta con entender las necesidades del cliente medio. Hay que ser capaz de imaginar algo totalmente nuevo que mejore la forma en que pueda trabajar el cliente. Y hay que tener la audacia de dar vida a una idea ambiciosa. Esto…
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Siempre supone un reto crear algo verdaderamente innovador. Por tanto, no basta con entender las necesidades del cliente medio. Hay que ser capaz de imaginar algo totalmente nuevo que mejore la forma en que pueda trabajar el cliente. Y hay que tener la audacia de dar vida a una idea ambiciosa. Esto es precisamente lo que hemos hecho.