Морской блок sertec cmce

Sertec Marine CMCE Marine

Sertec CMCE Marine работает как пассивная сенсорная система, обеспечивающая постоянную защиту от ударов молнии путем уравновешивания и деионизации воздействия атмосферных явлений с помощью одного или нескольких компенсаторов. Стабилизируя существующее электрическое поле в окружающей среде, он создает «щит», который отменяет образование восходящего трассера, отводя электрические заряды на землю или окружающую воду в безвредных миллиамперах. Это исключает образование молний в пределах защищаемой зоны.

Каждый конденсатор имеет один из своих электродов, привязанный к системе заземления, которая заряжается с той же полярностью, что и он. Свободный электрод индуцирует атмосферные заряды противоположной полярности системе заземления, балансируя внутри между своими электродами. Это порождает поток зарядов в наземную систему, которые поглощаются из атмосферы, не допуская образования молний.

Данные о производительности

  • Предупреждение молнии, а не защита
  • Избегайте прохождения через судно 300 миллионов вольт / 30,000 30,000 ампер при температуре XNUMX XNUMX градусов Цельсия.
  • Пассивная технология
  • Не требует электроэнергии для работы
  • Технология одобрена институтом Теслы
  • Ни одного зарегистрированного удара молнии ни в одной защищенной зоне Sertec с момента запуска технологии 20 лет назад
  • Доступно обновление из нержавеющей стали
  • Устойчивость к вибрации и ударам
  • Не создает помех радару или чувствительному геодезическому оборудованию.
  • Storm 7 Monitor обеспечивает полную работоспособность устройства.
  • Возможность дооснащения без отсоединения кабеля
  • Страховка одобрена
  • Доступен годовой отчет об эффективности (часто требуется страховой компанией)
  • Избегайте превышения зоны высокого риска
  • Легко устанавливается на любое судно/морской буй/маяк и т. д.

Узнать больше

Чтобы узнать больше о продукции Sertec Marine, посетите презентацию TMS Sertec на лодочной выставке в Саутгемптоне в пятницу, 16 сентября, в полдень на сцене Foredeck.

TMS также представит весь ассортимент на стенде J214. Пожалуйста свяжитесь sales@technicalmarinesupplies.co.uk с любыми запросами.

Источник

Sertec CMCE Marine – Lightning Protection System

The innovative CMCE Marine lightning protection system by Sertec prevents lightning from striking your vessel. Available in three models – Gold, Platinum and Diamond, the CMCE Marine ensures a 99% reduction of lightning impacts in almost all types of vessels, buoys, marine structures and building structures through the deionization of electrostatic charge. The larger the CMCE, the more negative charge the device can dissipate and the larger the protected area becomes.

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Description

Sertec CMCE Marine – Lightning Protection System

How it Works?

The CMCE Marine device works by absorbing and compensating the charges of the electric field during navigation, these charges are derived to the ground system, which in turn diverts them to the water, generating a protection shield on the boat that camouflages it against atmospheric discharges.

The SERTEC CMCE MARINE operates as a passive sensor system that provides permanent protection by balancing and deionising the effects of atmospheric phenomena using one or more compensators. By stabilising the existing electric field in its environment, it creates a ‘shield’ that cancels the formation of the ascending tracer by draining the electric charges to the earth or surrounding water in harmless milliamperes. This eliminates the formation of lightning within the protected area.

Each capacitor has one of its electrodes referenced to the ground system which is charged with the same polarity as it. The free electrode induces atmospheric charges of opposite polarity to the ground system, balancing internally between its electrodes. This generates a flow of charges to the ground system, which are absorbed from the atmosphere, not allowing the formation of lightning.

The Range

GOLD

PLATINUM

DIAMOND

Facilities

68’ F&S – TYPE OF SHIPMENT: YACHT

Country of Installation: USA | Year of Installation: 2020 | Flag: USA

VESSEL TYPE: CONTAINER SHIP

Country of Installation: USA | Year of Installation: 2020 | Flag: USA

USASILENT 60 | TYPE OF BOAT: CATAMARAN

Country of Installation: Thailand | Year of Installation: 2021 | Flag: Thailand

LAGOON 620 | TYPE OF BOAT: CATAMARAN

Country of Installation: USA | Year of Installation: 2020 | Flag: Germany

Operation Principle

Источник

Морской блок sertec cmce

07-5-1.090320.1-CMCE-gold-686x1024

GOLD

Description: Thanks to its small size and weight, it is also special for use in Small Boats, Sailboats, Marine
Buoys, etc.
Weight: 1,062 kgrs. (Gross)
Measurements: Ø 12.5 cm x 21.6 cm.
Packaging: Galvanized Metallic Material.

PLATINUM

Description: For use in medium-sized fishing or expedition boats, Catamarans, Small yachts, etc.
Weight: 2,750 kgrs. (Gross)
Measurements: Ø 16.25cm x 25.67cm
Packaging: Galvanized Metallic Material.

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DIAMOND

Description: It is developed for maximum protection in Yachts, Cruises,
Cargo ships, Military ships, etc.
Weight: 6.170 kgrs. (Gross)
Measurements: Ø 25cm x 37.8cm
Packaging: Galvanized Metallic Material.

download-esp

The CMCE Marine device works by absorbing and compensating the charges of the electric field during navigation, these charges are derived to the ground system, which in turn diverts them to the water, generating a protection shield on the boat that camouflages it against atmospheric discharges.

The SERTEC CMCE MARINE operates as a passive sensor system that provides permanent protection by balancing and deionising the effects of atmospheric phenomena using one or more compensators. By stabilising the existing electric field in its environment, it creates a ‘shield’ that cancels the formation of the ascending tracer by draining the electric charges to the earth or surrounding water in harmless milliamperes. This eliminates the formation of lightning within the protected area.

Each capacitor has one of its electrodes referenced to the ground system which is charged with the same polarity as it. The free electrode induces atmospheric charges of opposite polarity to the ground system, balancing internally between its electrodes. This generates a flow of charges to the ground system, which are absorbed from the atmosphere, not allowing the formation of lightning.

68’ F&S

Country of Installation: USA | Year of Installation: 2020 | Flag: USA

SHAHAMAH

Country of Installation: USA | Year of Installation: 2020 | Flag: USA

Источник

Lightning Protector CMCE

The lightning suppressor CMCE is an electric field compensator designed to deionize its environment of electrostatics charges in all directions at 360°.

When the ambient electric field is changing, the CMCE reacts by absorbing and draining excess charges in harmless milliamperes through the down conductor.

This operation eliminates streamer emission and avoids lightning strike formation on protected area.

About SERTEC S.R.L

SERTEC S.R.L is the manufacturer of the lightning protection device CMCE to protect installations against atmospheric discharges in areas such as Industry, Mining, Telecommunications, Data centers, Commerce, Hospitals, Houses, Golf courses etc.

CMCE models

The CMCE technology ensures a protection radius ranging from 25m to 120m depending on the model selected with protection level I.

It should be install 3 meters from the highest point of area to protect ( Δh = 3m ).

CMCE Nano

  • Protection radius 25m
  • 980 grams (Gross)
  • The CMCE Nano is suitable to protect houses, offices, traffic lights, radars & cameras.
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CMCE Home

  • Protection radius 55m
  • 2.460 kg (Gross)
  • The CMCE Home is suitable to protect villas, small buildings & deposits.

CMCE Sertec 120

  • Protection radius 120m
  • 8.370 Kg (Gross)
  • The CMCE Sertec 120 is suitable to protect large areas as hotels, warehouses, factories, Golf courses.

CMCE UL 120

  • Protection radius 120m
  • 10.490 Kg (Gross)
  • The CMCE UL provide a great deionizing power and allows to protect buildings, large complexes, mining and electric station.

CMCE Atex 120

  • Protection radius 120m
  • 8.370 Kg (Gross)
  • Developed for installations in high temperature and very sensitive environment as explosive area and ATEX zones.

CMCE High Vibration

  • Protection radius 120m
  • 11.170 Kg (Gross)
  • Developed with the same characteristics as the CMCE 120 but with a special design to avoid the fall of the equipment.

CMCE High Resistance

  • Protection radius 120m
  • 20 Kg (Gross)
  • Designed for highly corrosive environments, since it is a steel with high resistance to corrosion, given that the chromium or other alloying metals it contains have great affinity for oxygen and react with it forming a passivating layer, thus avoiding corrosion of iron. ( Purely stainless metals which do not react with oxygen as gold and platinum, and a lower purity are called corrosion resistant).

CMCE Grapheno

This innovation is based on the properties of Graphene since one of the fundamental characteristics of this material is it great conductivity even superior to the copper. It is estimated to be 200 times stronger than steel and at the same time is light as carbon fiber.

TESTS & CERTIFICATIONS

Instituto Nacional de Tecnologia Industrial

High Voltage Comparative Tests in the INTI according to NFC-17100, where the comparative difference is that there are no lightning discharges.

CMCE vs Franklin rod

High voltage laboratory tests

ENAC : Entidad Nacional de Acreditacion

ITE : Instituto Technologico de la Energia

General tests (Section.c.3.1UNE21186: 2011 // NF C17-102: 2011) Test: Documentation, information and identification (C.3.1.1)Test: Marking (C.3.1.2)

A.2. Mechanical tests (Section.c.3.2 UNE21186: 2011 // NF C17-102: 2011) Test: Mechanical tests (C.3.2)
A.3 Environmental tests (Section.c.3.3UNE21186: 2011 // NF C17-102: 2011) Test: Salt spray test (C.3.3.1)

Test: Test in sulfurous humid atmosphere (C.3.3.2)
A.4 Current test (Section.c.3.4UNE21186: 2011 // NF C17-102: 2011)
Test: Current test (C.3.4)
TO 5. Priming advance tests (Section.c.3.5UNE21186: 2011 // NF C17-102: 2011)
Test: Determination of the progress in the PDC priming (C.3.5.3 UNE 21186: / C.3.5.2.4 NF C17-102: 2011)

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