Frequency Response Analysis allows the integrity of the active part of a power transformer to be verified without opening it. FRA is the most sensitive method for detecting winding deformation. This method can also reveal short circuits between turns, strands or windings, or open circuits. This…
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Frequency Response Analysis allows the integrity of the active part of a power transformer to be verified without opening it. FRA is the most sensitive method for detecting winding deformation. This method can also reveal short circuits between turns, strands or windings, or open circuits. This method can also identify core faults including mechanical deformation, floating core ground, or shorted core laminates. Tap changer problems, such as bad contacts in the tap selector or the diverter switch, can also be found. OMICRON’s FRANEO 800 is the right choice for reliable FRA measurements on power transformers – for manufacturers, operators and service providers.

Interested in power transformer testing? – Watch all of our videos: youtube.com/playlist?list=PLzmbZeI1bhu_22G4fDZqRuRPdn3l6I8b7

More Information on our website: www.omicronenergy.com/en/products/franeo-800/

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/daniel-brenner
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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/daniel-brenner

This video explains RelaySimTest's Iterative Closed Loop function. In this example, the function is applied to test auto-reclosing. The example shows how easy such a test becomes through Iterative Closed Loop. Iterative Closed Loop can also be used to test distributed protection systems.
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This video explains RelaySimTest's Iterative Closed Loop function. In this example, the function is applied to test auto-reclosing. The example shows how easy such a test becomes through Iterative Closed Loop. Iterative Closed Loop can also be used to test distributed protection systems.

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/ines-halbritter
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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/ines-halbritter

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/michael-jaeger
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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/michael-jaeger

As well as manual testing, the CMC offers a variety of automated testing possibilities especially designed for individual protective functions. In particular, the CMC can be utilized to comprehensively test the protective functions of overcurrent relays, distance relays, or differential relays.

In…
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As well as manual testing, the CMC offers a variety of automated testing possibilities especially designed for individual protective functions. In particular, the CMC can be utilized to comprehensively test the protective functions of overcurrent relays, distance relays, or differential relays.

In addition to these, there are many other pieces of software individually designed for testing particular protective functions, providing a system capable of testing almost all types of power system protection devices.

Get more information: www.omicronenergy.com/

Protection and control systems have to be integrated correctly in order for a substation or power plant to work reliably: All signals must be connected with the correct polarity from the instrument transformers to the automation units, meters, and protection relays and from the relays' trip contacts…
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Protection and control systems have to be integrated correctly in order for a substation or power plant to work reliably: All signals must be connected with the correct polarity from the instrument transformers to the automation units, meters, and protection relays and from the relays' trip contacts to the circuit breakers. To assure the correct function of the protection system, each of its components is tested, as well as their interaction. The multiple functions of the CPC 100 allow it to be used to commission protection systems, identify faults and perform troubleshooting.

More Information about CPC 100 on our website: www.omicronenergy.com/en/products/cpc-100/

Interested in Testing Primary Assets? – Watch all of our videos: youtube.com/playlist?list=PL5F0FD9968998E6E7

To operate a CMC via a PC, a comprehensive suite of software tools is provided. Compatibility is a very important design principle. The software version provided with the latest CMC, can also be used to control all existing CMC models. In manual operation mode, the setting of voltage and current…
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To operate a CMC via a PC, a comprehensive suite of software tools is provided. Compatibility is a very important design principle. The software version provided with the latest CMC, can also be used to control all existing CMC models. In manual operation mode, the setting of voltage and current values, phase angles, and frequencies can be done either numerically or directly in the vector diagram.

Get more information: www.omicronenergy.com/

The goal of each protection system is safe and selective tripping. Relays are connected to the current transformer’s secondary side and can only make correct trip or no-trip decisions if their input current is correct. Ensuring this is the task of protection current transformers, which must be able…
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The goal of each protection system is safe and selective tripping. Relays are connected to the current transformer’s secondary side and can only make correct trip or no-trip decisions if their input current is correct. Ensuring this is the task of protection current transformers, which must be able to transform currents flowing in generators, transformers, or bus bars. To ensure reliable protection, current transformers must be tested at several stages during their life cycle.

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

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

EnerLyzer is a software option for the CMC 256plus and CMC 356, which enables powerful analog measurement functions. It offers four modes of operation: multimeter, harmonic analysis, transient recording and trend recording. It allows each of the ten measurement inputs of the CMC to be reconfigured…
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EnerLyzer is a software option for the CMC 256plus and CMC 356, which enables powerful analog measurement functions. It offers four modes of operation: multimeter, harmonic analysis, transient recording and trend recording. It allows each of the ten measurement inputs of the CMC to be reconfigured for measuring voltages of up to 600 V or, via shunts or current clamps, it can also measure currents.

Get more information: www.omicronenergy.com/