FIELD: electricity.
SUBSTANCE: application: in electrical engineering. A control device (4) comprises the central processor (7) and is designed to exchange data with an output module (9, 9') intended to output operational commands to a circuit breaker (11). The output module (9, 9') comprises a processing unit (12) designed to execute an operational command at the moment of time received from the central processor (7). The invention also covers the related methods.
EFFECT: increased accuracy and reliability.
13 cl, 4 dwg
| Title |
Year |
Author |
Number |
| INTELLIGENT ELECTRONIC DEVICES FOR SUBSTATION AUTOMATION SYSTEM AND METHOD FOR DESIGN AND CONTROL THEREOF |
2009 |
- Verner Tomas
- Turn'E Zhan-Sharl'
- Rikhter Stefan
|
RU2504913C2 |
| SOLENOID VALVE CONTROL METHOD AND DEVICE FOR ITS IMPLEMENTATION |
2022 |
- Ivanov Sergej Mikhajlovich
- Sonin Aleksandr Fedorovich
- Sonina Irina Aleksandrovna
|
RU2783869C1 |
| SYSTEM LEVEL TESTING FOR SUBSTATION AUTOMATION SYSTEMS |
2007 |
- Kirrmann Khubert
- Vetter Klaus
- Obrist Mikhaehl'
- Maeda Tetsudzi
|
RU2402784C2 |
| COMPREHENSIVE TESTING OF AUTOMATED SYSTEMS OF POWER SUBSTATION |
2008 |
- Kirmann Khubert
- Obrist Mikhaehl'
- Vimmer Vol'Fgang
|
RU2464585C2 |
| DRAFT FORCE CONTROL SYSTEM FOR SEVERAL ELECTRICAL SECTIONS |
2015 |
- Cui, Fengzhao
- Zhang, Yawei
- Sun, Guobin
- Li, Zhen
- Cao, Hu
- Liang, Dawei
|
RU2641558C1 |
| CONTROLLING POWER OUTAGE AND FAULTY STATE OF ELECTRICAL POWER SYSTEM |
2009 |
|
RU2525859C2 |
| METHOD AND DEVICE FOR PROTECTION ZONES SELECTION IN ASSEMBLY WITH MULTIPLE BUSBARS |
2011 |
|
RU2562916C2 |
| AUTOMATIC REDUNDANT SYSTEM WHICH CONTROLS LOADING OF CRYOGENIC BOOST UNIT |
1995 |
- Van'Kov L.M.
- Zamyshljaev N.P.
- Korchagin V.G.
- Kravtsov L.Ja.
- Lazarev A.V.
- Nedajvoda A.K.
- Sharapov E.P.
|
RU2084011C1 |
| DETERMINATION OF MOVEMENT CURVE OF CIRCUIT BREAKER DISCONNECTOR |
2011 |
|
RU2582577C2 |
| METHOD AND DEVICE FOR CONNECTION WITH POSSIBILITY OF FIELD DEVICES DATA TRANSMISSION WITH REMOTE TERMINAL UNIT |
2017 |
- Vanderah, Richard, J.
- Findley, Robert, John
|
RU2743506C2 |
