- Description and overview
- Configuration of the Overcurrent block
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- Description and overview
- Configuration of the Overcurrent block

- Module setup
- Live video with test results
Read more

- Module setup
- Live video with test results

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.

Welcome to OMICRON’s COMPANO 100 Do It Yourself demo package. In this video we will perform a basic test of a non-directional overcurrent relay.
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Welcome to OMICRON’s COMPANO 100 Do It Yourself demo package. In this video we will perform a basic test of a non-directional overcurrent relay.

The simplest form of overcurrent protection is a fuse. Fuses can only be used once and the maximum current that a fuse can interrupt is limited. Thus fuses are only used in low voltage systems and in some medium voltage systems. High voltage systems use a protective system consisting of circuit…
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The simplest form of overcurrent protection is a fuse. Fuses can only be used once and the maximum current that a fuse can interrupt is limited. Thus fuses are only used in low voltage systems and in some medium voltage systems. High voltage systems use a protective system consisting of circuit breakers, current transformers and protective relays instead.

Ben Vincent, Relay Tech with Groton Utilities, Connecticut, talks about his experiences when using the OMICRON CMC 356 for testing electromechanical and digital overcurrent protection relays.
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Ben Vincent, Relay Tech with Groton Utilities, Connecticut, talks about his experiences when using the OMICRON CMC 356 for testing electromechanical and digital overcurrent protection relays.