Video Channel - OMICRON

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Power Module - Generator Protection Part I
- Description and overview
- Configuration of the Power block
- Testing the reverse power generator protection function
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- Description and overview
- Configuration of the Power block
- Testing the reverse power generator protection function
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Field Testing Traveling Wave Protection Systems
Relays that measure traveling waves are the latest advancement in power system protection. By precisely measuring the arrival time of the traveling wave, they can trip faster than ever before. This video shows the world’s first solution to test such systems in the field.
If you want to get your…
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Relays that measure traveling waves are the latest advancement in power system protection. By precisely measuring the arrival time of the traveling wave, they can trip faster than ever before. This video shows the world’s first solution to test such systems in the field.
If you want to get your hands on one of our fully functional prototypes, or want to know more about our solution, please get in contact with us: tw-testing@omicronenergy.com.

www.omicronenergy.com
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Power Module - Generator Protection Part II
- Module setup
- Live video with test results
- Testing the reverse power generator protection function
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- Module setup
- Live video with test results
- Testing the reverse power generator protection function
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NetSim
- Description and overview
- Module setup
- Live video with test results
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- Description and overview
- Module setup
- Live video with test results
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License
- License Manager tool
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- License Manager tool
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20 Years of MPD technology – Two decades of innovation for partial discharge testing
When MPD technology joined the OMICRON portfolio in 2006, it was already a market-proven solution for partial discharge (PD) measurement and analysis. Development of the innovative MPD technology we know today began 20 years ago. Innovative MPD features developed over the years for highly sensitive…
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When MPD technology joined the OMICRON portfolio in 2006, it was already a market-proven solution for partial discharge (PD) measurement and analysis. Development of the innovative MPD technology we know today began 20 years ago. Innovative MPD features developed over the years for highly sensitive and reliable PD testing include fiber optic connections of hardware components for safe operation and reduced connection-related disturbances; PD data recording in the field for replay and post-analysis back in the office; as well as advanced methods for eliminating measurement disturbances in noisy environments for highly accurate PD analysis. These features are the basis of MPD technology and continue to make it a leading solution on the market. OMICRON continues to develop and evolve MPD technology to adapt it to an increasing array of PD measurement applications. Partial discharge is a major cause and reliable indication of developing insulation defects in electrical equipment, which can cause their eventual failure and costly outages.

☝️ Learn more about MPD 800 on our website: www.omicronenergy.com/mpd800
☝️ Learn more about PD testing on our website: www.omicronenergy.com/pd-testing
▶️Interested in PD testing? – Watch all of our videos: youtube.com/playlist?list=PLzmbZeI1bhu9mO5Qrk0VFLbixTlET0gkO

_

Would you like to find out more about OMICRON, our passions, and our products?
????Check out our website: www.omicronenergy.com/en

Or follow us on social media
????On LinkedIn: www.linkedin.com/company/omicron-electronics/
????On our podcast Energy Talks: www.omicronenergy.com/en/energy-talks-podcast/
????On YouTube: www.youtube.com/channel/UC2F35zz5XMoi1vbXrMgEyGQ
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Partial discharge testing on power transformers
Learn about the importance of partial discharge testing (PD testing) on power transformers. Partial discharge is a major cause and reliable indication of developing insulation defects in power transformer bushings and windings, which can cause their eventual failure and costly outages. PD testing is…
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Learn about the importance of partial discharge testing (PD testing) on power transformers. Partial discharge is a major cause and reliable indication of developing insulation defects in power transformer bushings and windings, which can cause their eventual failure and costly outages. PD testing is an effective diagnosis method used to detect and localize insulation defects and to evaluate the overall insulation condition and risk of failure in power transformers during factory testing, site acceptance testing (commissioning), as well as in-service troubleshooting for effective maintenance planning. For highly reliable, industry-standard PD testing on power transformers, OMICRON recommends the MPD 800 universal partial discharge measurement and analysis system.

☝️ Learn more about MPD 800 on our website: www.omicronenergy.com/mpd800
☝️ Learn more about PD testing on our website: www.omicronenergy.com/pd-testing
▶️Interested in PD testing? – Watch all of our videos: youtube.com/playlist?list=PLzmbZeI1bhu9mO5Qrk0VFLbixTlET0gkO

_

Would you like to find out more about OMICRON, our passions, and our products?
????Check out our website: www.omicronenergy.com/en

Or follow us on social media:
????On LinkedIn: www.linkedin.com/company/omicron-electronics/
????On our podcast Energy Talks: www.omicronenergy.com/en/energy-talks-podcast/
????On YouTube: www.youtube.com/channel/UC2F35zz5XMoi1vbXrMgEyGQ
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Partial discharge testing on rotating electrical machines
Learn about the importance of partial discharge testing (PD testing) on rotating electrical machines, such as generators and electrical motors. Partial discharge is a major cause and reliable indication of developing insulation defects in the stator windings of motors and generators, which can cause…
Read more
Learn about the importance of partial discharge testing (PD testing) on rotating electrical machines, such as generators and electrical motors. Partial discharge is a major cause and reliable indication of developing insulation defects in the stator windings of motors and generators, which can cause their eventual failure and costly outages. PD testing is an effective diagnosis method used to detect and localize insulation defects and to evaluate the overall insulation condition and risk of failure in rotating electrical machines during factory testing, site acceptance testing (commissioning), as well as in-service troubleshooting for effective maintenance planning. For highly reliable, industry-standard PD testing on motors and generators, OMICRON recommends the MPD 800 universal partial discharge measurement and analysis system.

☝️ Learn more about MPD 800 on our website: www.omicronenergy.com/mpd800
☝️ Learn more about PD testing on our website: www.omicronenergy.com/pd-testing
▶️Interested in PD testing? – Watch all of our videos: youtube.com/playlist?list=PLzmbZeI1bhu9mO5Qrk0VFLbixTlET0gkO
_

Would you like to find out more about OMICRON, our passions, and our products?
????Check out our website: www.omicronenergy.com/en

Or follow us on social media:
????On LinkedIn: www.linkedin.com/company/omicron-electronics/
????On our podcast Energy Talks: www.omicronenergy.com/en/energy-talks-podcast/
????On YouTube: www.youtube.com/channel/UC2F35zz5XMoi1vbXrMgEyGQ
Change cookie settings to load video. Allow marketing cookies.
Partial discharge testing on power cables
Learn about the importance of partial discharge testing (PD testing) on medium-voltage (MV) and high-voltage (HV) electrical power cables. Partial discharge is a major cause and reliable indication of developing insulation defects in power cables, including power cable joints and terminations, which…
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Learn about the importance of partial discharge testing (PD testing) on medium-voltage (MV) and high-voltage (HV) electrical power cables. Partial discharge is a major cause and reliable indication of developing insulation defects in power cables, including power cable joints and terminations, which can cause their eventual failure and costly outages. PD testing is an effective diagnosis method used to detect and localize insulation defects and to evaluate the overall insulation condition and risk of failure in power cables during factory testing, site acceptance testing (commissioning), as well as in-service troubleshooting for effective maintenance planning. For highly reliable, industry-standard PD testing on power cables, OMICRON recommends the MPD 800 universal partial discharge measurement and analysis system.

☝️ Learn more about MPD 800 on our website: www.omicronenergy.com/mpd800
☝️ Learn more about PD testing on our website: www.omicronenergy.com/pd-testing
▶️Interested in PD testing? – Watch all of our videos: youtube.com/playlist?list=PLzmbZeI1bhu9mO5Qrk0VFLbixTlET0gkO

_

Would you like to find out more about OMICRON, our passions, and our products?
????Check out our website: www.omicronenergy.com/en

Or follow us on social media
????On LinkedIn: www.linkedin.com/company/omicron-electronics/
????On our podcast Energy Talks: www.omicronenergy.com/en/energy-talks-podcast/
????On YouTube: www.youtube.com/channel/UC2F35zz5XMoi1vbXrMgEyGQ
Change cookie settings to load video. Allow marketing cookies.
4th Annual Recloser & Distribution Automation Seminar
The 4th Annual Recloser & Distribution Automation Seminar took place in Houston in April 1-2, 2019. The two-day seminar is truly unique in our industry because it brings together the leading manufacturers for reclosers and recloser controls along with the “who’s who” from utilities to share their…
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The 4th Annual Recloser & Distribution Automation Seminar took place in Houston in April 1-2, 2019. The two-day seminar is truly unique in our industry because it brings together the leading manufacturers for reclosers and recloser controls along with the “who’s who” from utilities to share their experiences and knowledge in reclosers, testing, and distribution automation.

More information: www.omicronenergy.com/recloser