FIELD: metal protection.
SUBSTANCE: invention relates to devices for monitoring cathodic protection with autonomous power supply and can be used to control the electrochemical protection of metal structures, including marine and other structures from corrosion. The cathodic protection control installation contains a power source with its current conversion system, an electromagnetic circuit breaker for cathodic protection, a dielectric frame with test and control samples attached to it, an anode grounding and a reference electrode, power and measuring cable lines, while additionally contains electrical measuring devices in the form of loggers for measuring the potential and current of cathodic protection; the power source is made in the form of a solar panel, and the current conversion system is made in the form of two series-connected unregulated pulsed semiconductor DC converter and an adjustable pulsed semiconductor DC converter; the terminals of the solar panel are connected to the supply input of this unregulated DC pulse converter; the power supply of the electromagnetic breaker coil is made from this unregulated pulse DC converter through the delay circuit; the output of an unregulated DC pulse converter is also connected to the supply input of an adjustable DC pulse converter, the negative output of which is electrically connected to the test samples through calibrated resistors, and its positive output is connected through the switching contact of an electromagnetic breaker with an insoluble anode.
EFFECT: possibility of ensuring continuous automatic and autonomous operation of the cathodic protection control device.
3 cl, 1 dwg
Title |
Year |
Author |
Number |
DEVICE FOR CATHODIC PROTECTION WITH AUTONOMOUS POWER SUPPLY |
2019 |
- Chernov Boris Borisovich
- Nugmanov Anas Markharovich
- Vu Van Myng
|
RU2713898C1 |
COMBINED CATHODE PROTECTION DEVICE WITH AUTONOMOUS POWER SUPPLY FROM RENEWABLE ENERGY SOURCES |
2021 |
- Lavrik Aleksandr Iurevich
- Buslaev Georgii Viktorovich
- Dvoinikov Mikhail Vladimirovich
- Zhukovskii Iurii Leonidovich
|
RU2752495C1 |
DEVICE FOR CATHODIC PROTECTION WITH SELF-CONTAINED POWER SUPPLY |
2011 |
- Anashkin Anatolij Aleksandrovich
- Chuljuchkin Vjacheslav Vladimirovich
|
RU2486289C2 |
CONVERTER FOR CATHODIC PROTECTION OF REINFORCED CONCRETE STRUCTURES |
2022 |
- Yudakov Mikhail Aleksandrovich
- Voronov Vyacheslav Anatolevich
- Dayanov Timur Ravisovich
|
RU2815967C1 |
DEVICE FOR PULSED CATHODIC PROTECTION |
2011 |
- Anashkin Anatolij Aleksandrovich
- Chuljuchkin Vjacheslav Vladimirovich
|
RU2486288C2 |
EMERGENCY CONTROL SYSTEM FOR CATHODIC PROTECTION STATION |
2022 |
- Dunaev Aleksandr Vladimirovich
- Shipulin Viktor Vladimirovich
- Maltsev Evgenij Valerevich
|
RU2783437C1 |
METHOD OF CATHODE PROTECTION OF UNDERGROUND STEEL PIPELINE |
2017 |
- Anashkin Anatolij Aleksandrovich
- Chulyuchkin Vyacheslav Vladimirovich
- Anashkin Anton Anatolevich
|
RU2671224C1 |
METHOD FOR CONSTRUCTION AND REPAIR OF OBJECTS SEATED DEEP IN EARTH |
1995 |
- Selivanov Nikolaj Pavlovich
|
RU2075573C1 |
METHOD FOR CONSTRUCTION OF GAS PIPELINES AND/OR CONDENSED GAS PIPELINES, ENGINEERING EQUIPMENT AND COMPLEX OF OBJECTS FOR PRODUCTION AND TRANSPORTATION OF GAS AND METHOD OF OPERATION AND/OR REPAIR, AND/OR RECONSTRUCTION, AND/OR REBUILDING OF GAS PIPELINES AND/OR CONDENSED GAS PIPELINES AND ENGINEERING EQUIPMENT |
1995 |
- Selivanov Nikolaj Pavlovich
- Selivanov Sergej Nikolaevich
|
RU2053432C1 |
METHOD OF CONSTRUCTION OF PIPINGS FOR CONVEYANCE OF PETROLEUM AND/OR LIQUID PETROLEUM PRODUCTS, AND/OR GAS CONDENSATES, AND METHOD OF THEIR USE, REPAIR, AND/OR RECONSTRUCTION, AND/OR RESTORATION OF PIPINGS FOR CONVEYANCE OF PETROLEUM, AND/OR LIQUID PETROLEUM PRODUCTS, AND/OR GAS CONDENSATES |
1995 |
- Selivanov Nikolaj Pavlovich
- Selivanov Vadim Nikolaevich
|
RU2065116C1 |