Electrical equipment of ship systems
Продукция
Electrical equipment of ship systems
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ПодробнееУчебный стенд «ГЭУ с синхронным ЭД на постоянных магнитах и преобразователем частоты» по типу активный выпрямитель — автономный инвертор (ГЭУ СЭДА)>
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ПодробнееУчебный стенд «ГЭУ с движительно-рулевыми комплексами» (ГЭУ ДРК)>
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ПодробнееУчебный стенд «ГЭУ с вентильным индуктором ЭД и полупроводниковым коммутатором (ГЭУ ВИЭД)>
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ПодробнееВиртуальный лабораторный стенд «Электрические нагревательные и отопительные устройства и приборы»>
Virtual laboratory stand “Electrical equipment of ships”
A virtual laboratory bench is software for a personal computer that allows you to study the design and operating principle of various instruments and technological installations by interacting with their realistic interactive 3D models. An interactive virtual model is an opportunity to easily study phenomena invisible to the naked eye, and devices, mechanisms and systems […]
Virtual laboratory stand “Ship cable network”
A virtual laboratory bench is software for a personal computer that allows you to study the design and operating principle of various instruments and technological installations by interacting with their realistic interactive 3D models. An interactive virtual model is an opportunity to easily study phenomena invisible to the naked eye, and devices, mechanisms and systems […]
Virtual laboratory stand “Electrical equipment in explosive premises and spaces”
A virtual laboratory bench is software for a personal computer that allows you to study the design and operating principle of various instruments and technological installations by interacting with their realistic interactive 3D models. An interactive virtual model is an opportunity to easily study phenomena invisible to the naked eye, and devices, mechanisms and systems […]
Virtual laboratory stand “Alarm and intercom devices”
A virtual laboratory bench is software for a personal computer that allows you to study the design and operating principle of various instruments and technological installations by interacting with their realistic interactive 3D models. An interactive virtual model is an opportunity to easily study phenomena invisible to the naked eye, and devices, mechanisms and systems […]
Virtual laboratory stand “Instruments and apparatus of ship systems”
A virtual laboratory bench is software for a personal computer that allows you to study the design and operating principle of various instruments and technological installations by interacting with their realistic interactive 3D models. An interactive virtual model is an opportunity to easily study phenomena invisible to the naked eye, and devices, mechanisms and systems […]
Virtual laboratory stand “Ship power plant with shaft generator unit”
A virtual laboratory bench is software for a personal computer that allows you to study the design and operating principle of various instruments and technological installations by interacting with their realistic interactive 3D models. An interactive virtual model is an opportunity to easily study phenomena invisible to the naked eye, and devices, mechanisms and systems […]
Laboratory stand “Ship loudspeaker communication and broadcasting”
The stand is designed to study simplex public address communication and broadcast of a wheelhouse with five control posts, as well as the transmission of official orders to service, residential and public spaces and to the open decks of the ship. The stand allows you to conduct laboratory and practical classes on connecting and testing […]
Учебный стенд «ГЭУ с синхронным ЭД на постоянных магнитах и преобразователем частоты» по типу активный выпрямитель — автономный инвертор (ГЭУ СЭДА)
Лабораторные работы: — исследование методов управления ГЭУ СЭД — исследование преобразования частоты со звеном постоянного тока с активным выпрямителем — исследование ГЭУ СЭД на постоянных магнитах — средства контроля динамических параметров ГЭУ СЭД на постоянных магнитах.
Учебный стенд «ГЭУ с движительно-рулевыми комплексами» (ГЭУ ДРК)
Лабораторные работы: — исследование механического ДРК — исследование электрического ДРК — исследование ГЭУ с механическим ДРК — исследование ГЭУ с электрическим ДРК — исследование средств контроля динамических параметров ГЭУ с ДРК, угловых и линейных перемещений рабочих механизмов.
Учебный стенд «ГЭУ с вентильным индуктором ЭД и полупроводниковым коммутатором (ГЭУ ВИЭД)
Лабораторные работы: — исследование методов управления ВИЭД — исследование устройства управления ВИЭД — исследование ГЭУ на базе ВИЭД — средства контроля динамических параметров ГЭУ ВИЭД.
Виртуальный лабораторный стенд «Электрические нагревательные и отопительные устройства и приборы»
в разработке
