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Разработка автоматизированного устройства измерения сопротивления заземления
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/№11, 2025
/Development of an automated device for measuring ground resistance
Автоматика, связь, информатика. 2025. № 11. С. 21–23
Automation, communications, informatics. 2025. № 11. Р. 21–23
ТЕЛЕКОММУНИКАЦИИ
Научная статья
УДК 621.396.65
DOI: 10.62994/AT.2025.11.11.004
Разработка автоматизированного устройства измерения сопротивления заземления
Евдокимова Ольга Геннадьевна1, Хайсов Андрей Валерьевич2, Яшин Михаил Геннадьевич3, Корытцев Иван Витальевич4
1Петербургский государственный университет путей сообщения Императора Александра I, кафедра «Электрическая связь», доцент, канд. техн. наук, Санкт-Петербург, Россия, evdokimovaog_kf@mail.ru
2ОАО «РЖД», Центральная станция связи, Октябрьская дирекция связи, Центральный региональный центр связи, главный инженер, Санкт-Петербург, Россия, haisovav@mail.ru
3Военная академия материально-технического обеспечения имени А.В. Хрулёва, кафедра «Восстановления устройств автоматики, телемеханики и связи на железных дорогах», доцент, канд. техн. наук, Санкт-Петербург, Россия, maikl771@bk.ru
4Петербургский государственный университет путей сообщения Императора Александра I, кафедра «Электрическая связь», студент, Санкт-Петербург, Россия, johnmacray@internet.ru
Аннотация. Рассмотрены этапы разработки устройства удаленного автоматического измерения сопротивления заземлителя. Ключевой особенностью является использование для автономного измерения токов непреднамеренных процессов, возникающих в цепи заземления в результате природных и техногенных явлений, коммутации силовых установок, появлении тока утечки контактной сети или грозового разряда. Описывается смоделированное устройство, которое позволит осуществлять удаленный мониторинг и контроль сопротивления заземления объектов и устройств автоматики и связи.
Ключевые слова: заземление, измерение сопротивления заземления, токи непреднамеренных процессов, мониторинг
Для цитирования: Разработка автоматизированного устройства измерения сопротивления заземления. Евдокимова О.Г., Хайсов А.В., Яшин М.Г., Корытцев И.В. // Автоматика, связь, информатика. 2025. № 11. С. 21–23. DOI: 10.62994/AT.2025.11.11.004
TELECOMMUNICATIONS
Original article
Development of an automated device for measuring ground resistance
Olga G. Evdokimova1, Andrey V. Khaisov2, Maikl G. Yashin3, Ivan V. Koryttsev4
1St. Petersburg State University of Communications of Emperor Alexander I, Department of Electrical Communications, Associate Professor, Candidate of Technical Sciences, St. Petersburg, Russia, evdokimovaog_kf@mail.ru, SPIN-code 3700-3098
2JSC “Russian Railways”, Oktyabrskaya Directorate of Communications-structural division of the Central Communications Station-branch, Central Regional Communications Center, Chief Engineer, St. Petersburg, Russia, haisovav@mail.ru
3Military Institute (Railway Troops and Military Communications) of the Military Academy of Logistics named after V.I. General of the Army A.V. Khrulev, Department оf Restoration of Automation, Telemechanics and Communication Devices on Railways, Associate Professor, Candidate of Technical Sciences, St. Petersburg, Russia, maikl771@bk.ru
4St. Petersburg State University of Railways of Emperor Alexander I, Department of Electrical Communications, student, johnmacray@internet.ru
Abstract. The stages of development of a device for remote automatic measurement of the resistance of the grounding conductor are considered. The key feature is the use of autonomous measurement of currents of unintended processes that occur in the grounding circuit as a result of natural and technosphere electromagnetic phenomena, switching of power installations, the appearance of leakage current in the contact network, or a lightning strike. The simulated device will allow for the implementation of the task of remote monitoring and control of the normalized resistance of the grounding of objects and devices of automation and communication.
Keywords: grounding, ground resistance measurement, unintended process currents, monitoring
For citation: Development of an automated device for measuring ground resistance. Evdokimova O.G., Khaisov A.V., Yashin M.G., Koryttsev I.V. // Automation, communications, Informatics. 2025. № 11. Р. 21–23. DOI: 10.62994/AT.2025.11.11.004
Список источников
1. ГОСТ Р 57190-2016. Заземлители и заземляющие устройства различного назначения. Введ. 01.09.2017. Изм. 01.02.2020. М.: Стандартинформ, 2020.
2. Евдокимова О.Г. Повышение эксплуатационных показателей заземлителей устройств автоматики и связи // Автоматика, связь, информатика. 2022. № 7. С. 8–11. 10.34649/AT.2022.7.7.002. EDN: ZSLTBQ.
3. Анализ методов измерения сопротивления заземлителей устройств автоматики и связи / О.Г. Евдокимова, С.Л. Шишигин, С.М. Куценко, Б.А. Мешков // Автоматика, связь, информатика. 2023. № 4. С. 27–30. DOI 10.34649/AT.2023.4.4.002. EDN: BZNYKP.
4. Пат. № 2736073 РФ G01R 27/20. Устройство для измерения сопротивления заземления / Костроминов А.М., Костроминов А.А., Ложкин Р.О., Шишигин С.Л.; патентообладатель ПГУПС. № 2020110420; заявл. 11.03.2020; опубл. 11.11.2020; Бюл. № 32.
© Москва «Автоматика, связь, информатика» 2025
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- № 1, 2022
- 001 General principles of safety proof of autonomous systems
- 002 Transport cyberphysical systems in management
- 003 Wireless optical communication channel with moving objects
- 004 Development of a hardware and software complex for the design and management of railway layouts
- 005 Formalization of subway automation and telemechanics systems design process
- №2, 2022
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- №4, 2022
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- Operational experience of the kvg-15 roller coaster on the automated marshalling hump of the lyangasovo station
- The new marshalling hump of the Taman bulk cargo terminal
- High-speed highways in Russia and their impact on the economy
- New aspects of the development of the automated control system «Express» NG platform
- Digital services for the employees of JSC «Russian Railways»
- Approaches to proving the functional safety of technical systems with artificial intelligence
- №7, 2025
- Development of Virtual coupling technology
- Automatic crossing alarm system
- Fiber-optic communication channel with unmanned aerial vehicles (UAVS)
- The mechanism of phase noise generation in oscillators and methods to combat it
- Improvement of encoding methods for transmitted information in train control systems
- Reliability and performance of big data storage systems enhancement
- №8, 2025
- A map of the application of cross cutting digital technologies in the railway transport management system
- Application of the virtual coupling technology at the Eastern testing ground
- Photoelectric infrared device PMT-IR for marshaling humps
- Ways to compensate for the negative effects of the Doppler effect
- Operation reviews of Etalon-Sh device
- №9, 2025
- Using the input resistance of the track section to position the moving unit
- Protection of harvester microprocessor systems from deliberate impact
- Photoelectric infrared device PMT-IR for marshaling humps
- Ways to compensate for the negative effects of the Doppler effect
- Automated monitoring system for railway infrastructure based on artificial intelligence
- Educational and laboratory complex based on an interactive relay control panel for electrical centralization
- №10, 2025
- Module for automatic calculation of train routes
- Features of the use of all-metal sensors in rolling stock derailment monitoring devices
- Barrier alarm system at the crossing
- Design of wireless networks in passenger trains
- The optimization of acoustic information based on sound stream structuring
- Rationing of labor using artificial intelligence
- Development of Intelligent Control Systems for Electric Transport
- The main aspects of designing a digital service for assessing professional and supra-professional competencies of university graduates
- №11, 2025
- How to implement dual-regime control with push-button railway wagon retarders
- Automatic control of rail breakage and breaking of throttle jumpers
- Dynamic transfer notification
- Development of an automated device for measuring ground resistance
- The required accuracy of determining the location of trains
- Digital testing facility. An unmanned transportation system verification tool
- Integration of models from different sources in transport management
- Intelligent speech recognition system
- №1, 2025
- 2025 обложки
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