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Трансформатор  СТС-7 Т2.
коротко о товаре
  • Марка
    МЭТЗ (Беларусь)
  • Назначение

    Трансформатор силовой - служит для преобразования электрической энергии одного напряжения в энергию другого напряжения. Является основным оборудованием электрических подстанций.

    Трансформатор для прогрева бетона и грунта - предназначен для электропрогрева и других способов электротермообработки смеси и замерзшего грунта с автоматическим регулированием температуры, в условиях строительных площадок. К данным трансформаторам присоединяется нагревательный провод ПНСВ, проложенный внутри бетона, по которому подается электрический ток, преобразующийся в температуру, доходящую до +80 градусов.

    Трансформаторные подстанции - электроустановка, предназначенная для приема, преобразования (повышения или понижения) напряжения в сети переменного тока и распределения электроэнергии. Состоит из силовых трансформаторов, распределительного устройства, устройства автоматического управления и защиты, а также вспомогательных сооружений.

    Трансформаторы тока - предназначен для регулировки тока

    Трансформаторы напряжения - предназначен для регулировки напряжения

    Трансформатор понижающий - многоцелевые трансформаторы небольших габаритов

    Трансформатор разделительный - первичная обмотка отделена от вторичных обмоток при помощи защитного электрического разделения цепей: двойной или усиленной изоляции, или основной изоляции и защитного экрана. Применение такого подключения электроприемника существенно снижает вероятность поражения электрическим током

    Тороидальный трансформатор представляет собой высокоэффективный трансформатор, который легче и меньше, чем альтернативные трансформаторы такой же мощности. Применение тороидальных трансформаторов позволяет уменьшить массу и габариты изделий, повысить КПД, увеличить плотность монтажа

    Назначение
    Трансформатор понижающий многофунциональный
  • СерияСТ, СОБС, СОС, СТС, ОСС
  • Номинальная мощность
    Номинальная мощность трансформатора представляет собой значение полной мощности трансформатора на основном ответвлении, гарантированное заводом-изготовителем в номинальных условиях охлаждающей среды при номинальном напряжении и номинальной частоте.
    Номинальная мощность
    0.0231 кВА
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  • Характеристики
  • Поставщики
  • Описание
  • Отзывы (2492)
Характеристики

ВСЕ ХАРАКТЕРИСТИКИ ТОВАРА Трансформатор СТС-7 Т2

Характеристика Значение
Марка
МЭТЗ (Беларусь)
Назначение

Трансформатор силовой - служит для преобразования электрической энергии одного напряжения в энергию другого напряжения. Является основным оборудованием электрических подстанций.

Трансформатор для прогрева бетона и грунта - предназначен для электропрогрева и других способов электротермообработки смеси и замерзшего грунта с автоматическим регулированием температуры, в условиях строительных площадок. К данным трансформаторам присоединяется нагревательный провод ПНСВ, проложенный внутри бетона, по которому подается электрический ток, преобразующийся в температуру, доходящую до +80 градусов.

Трансформаторные подстанции - электроустановка, предназначенная для приема, преобразования (повышения или понижения) напряжения в сети переменного тока и распределения электроэнергии. Состоит из силовых трансформаторов, распределительного устройства, устройства автоматического управления и защиты, а также вспомогательных сооружений.

Трансформаторы тока - предназначен для регулировки тока

Трансформаторы напряжения - предназначен для регулировки напряжения

Трансформатор понижающий - многоцелевые трансформаторы небольших габаритов

Трансформатор разделительный - первичная обмотка отделена от вторичных обмоток при помощи защитного электрического разделения цепей: двойной или усиленной изоляции, или основной изоляции и защитного экрана. Применение такого подключения электроприемника существенно снижает вероятность поражения электрическим током

Тороидальный трансформатор представляет собой высокоэффективный трансформатор, который легче и меньше, чем альтернативные трансформаторы такой же мощности. Применение тороидальных трансформаторов позволяет уменьшить массу и габариты изделий, повысить КПД, увеличить плотность монтажа

Назначение
Трансформатор понижающий многофунциональный
Серия СТ, СОБС, СОС, СТС, ОСС
Номинальная мощность
Номинальная мощность трансформатора представляет собой значение полной мощности трансформатора на основном ответвлении, гарантированное заводом-изготовителем в номинальных условиях охлаждающей среды при номинальном напряжении и номинальной частоте.
Номинальная мощность
0.0231 кВА
Номинальное высшее напряжение

Номинальное напряжение первичной обмотки при холостом ходе трансформатора

Номинальное высшее напряжение
200 В
Номинальное низшее напряжение

Номинальное напряжение вторичной обмотки при холостом ходе трансформатора

Номинальное низшее напряжение
24 В
Количество фаз
В обычных сетях применяются однофазные трансформаторы, в сетях на три провода (фаза, ноль, заземление) нужен трехфазный трансформатор.
Количество фаз
Однофазный
Тип диэлектрика трансформатора
По типу охлаждения устройства делятся на две категории – силовые сухие трансформаторы (с воздушным охлаждением) и силовые масляные трансформаторы
Тип диэлектрика трансформатора
Сухой
Характеристика Значение
Частота 50 Гц
Степень защиты
Маркировка степени защиты оболочки электрооборудования осуществляется при помощи международного знака защиты (IP) и двух цифр, первая из которых означает защиту от попадания твёрдых предметов, вторая — от проникновения воды. IP00 - защита отсутствует. IP65 - пыленепроницаемое, с защитой от водяных струй с любого направления
Степень защиты
IP20
Масса полная
Для трансформатора - полная масса трансформатора, с учетом массы масла. Для КТП - полная масса КТП, без учета массы трансформаторов
Масса полная
0.95 кг
Климатическое исполнение и категория размещения
Климатическое исполнение — как правило, указывается в последней группе знаков обозначений технических устройств. Буквенная часть обозначает климатическую зону. Следующая за буквенной цифровая часть означает категорию размещения.
Климатическое исполнение и категория размещения
Т2
Габариты, длина 91 мм
Габариты, ширина 76 мм
Габариты, высота 92 мм
Гарантия 36 мес.
Поставщики
МЭТЗ показать телефон Россия цену уточняйте
Как отправить запрос, уточнить цену и получить предложение?
  • 1 Нажмите на кнопку "Отправить запрос"
  • 2 В открывшейся форме укажите контактные данные и отправьте предварительную заявку
  • 3 Поставщик уточнит детали и предоставит предложение на поставку товара
  • 4 Вы можете принять предложение или выбрать другого поставщика
Описание
описание

Трансформаторы СТС (сигнальные трансформаторы светодиодных светофоров) предназначены для электропитания светодиодных светофоров микропроцессорных систем железнодорожной автоматики.

Трансформаторы соответствует требованиям СТБ МЭК 61558-2-6 ГОСТ 15963-79.

Вид климатического исполнения – Т2 по ГОСТ 15150-69.

Температура окружающего воздуха от минус 40 С до плюс 70 С.

Номинальные рабочие значения механических внешних воздействующих факторов – ГОСТ 30631-99 для групп механического исполнения М6 при установке в любом рабочем положении.

Трансформаторы предназначены для работы в продолжительном режиме.

Исполнение трансформаторов по условиям установки на месте работы – встраиваемые, стационарные.

В соответствии с требованиями электромагнитной совместимости
трансформаторы могут применяться в окружающей обстановке 1 – среде, характерной для оборудования, устанавливаемого в жилых, коммерческих зданиях или зданиях лёгкой промышленности, предназначенного для непосредственного подключения к низковольтным электрическим сетям общего пользования.

Класс нагревостойкости изоляции – В по ГОСТ 8865-83.

По способу защиты от поражения электрическим током трансформаторы относятся к классу II по ГОСТ 12.2.007.0-75 и имеют степень защиты IP20 по ГОСТ 14254-96.
Корректированный уровень звуковой мощности трансформаторов не должен превышать 20 дБА как при холостом ходе, так и при номинальной нагрузке.

Отзывы (2492)
Трансформатор СТС-7 Т2

Scientists say skeletal remains found in castle well belong to figure from 800-year-old saga кракен онион Researchers have connected the identity of skeletal remains found in a well at Norway’s Sverresborg castle to a passage in a centuries-old Norse text. The 800-year-old Sverris saga, which follows the story of the real-life King Sverre Sigurdsson, includes the tossing of the body of a dead man — later known as “Well-man” — down a well during a military raid in central Norway in 1197. https://kra18f.cc kraken тор браузер It’s likely, according to the text, that raiders lobbed the body into the well to poison the main water source for locals, but little else is said about the man or who he was in the saga. Researchers initially uncovered the bones in the castle’s well in 1938, but they were only able to carry out a visual analysis at the time. Now, scientists have an array of analytical techniques at their disposal, including genetic sequencing and radiocarbon dating. A new study on the remains, published Friday in the Cell Press journal iScience, reveals unprecedented insights into Well-man’s appearance based on in-depth research on samples of his teeth. “This is the first time that a person described in these historical texts has actually been found,” said study coauthor Michael D. Martin, a professor in the department of natural history at the Norwegian University of Science and Technology’s University Museum in Trondheim, in a statement. “There are a lot of these medieval and ancient remains all around Europe, and they’re increasingly being studied using genomic methods.” The findings not only shed fresh light on what Well-man looked like but also who he was, with a surprising twist about how he ended up in a Norse saga.

Scientists say skeletal remains found in castle well belong to figure from 800-year-old saga кракен онион Researchers have connected the identity of skeletal remains found in a well at Norway’s Sverresborg castle to a passage in a centuries-old Norse text. The 800-year-old Sverris saga, which follows the story of the real-life King Sverre Sigurdsson, includes the tossing of the body of a dead man — later known as “Well-man” — down a well during a military raid in central Norway in 1197. https://kra18f.cc kraken тор браузер It’s likely, according to the text, that raiders lobbed the body into the well to poison the main water source for locals, but little else is said about the man or who he was in the saga. Researchers initially uncovered the bones in the castle’s well in 1938, but they were only able to carry out a visual analysis at the time. Now, scientists have an array of analytical techniques at their disposal, including genetic sequencing and radiocarbon dating. A new study on the remains, published Friday in the Cell Press journal iScience, reveals unprecedented insights into Well-man’s appearance based on in-depth research on samples of his teeth. “This is the first time that a person described in these historical texts has actually been found,” said study coauthor Michael D. Martin, a professor in the department of natural history at the Norwegian University of Science and Technology’s University Museum in Trondheim, in a statement. “There are a lot of these medieval and ancient remains all around Europe, and they’re increasingly being studied using genomic methods.” The findings not only shed fresh light on what Well-man looked like but also who he was, with a surprising twist about how he ended up in a Norse saga.

Scientists say skeletal remains found in castle well belong to figure from 800-year-old saga кракен онион Researchers have connected the identity of skeletal remains found in a well at Norway’s Sverresborg castle to a passage in a centuries-old Norse text. The 800-year-old Sverris saga, which follows the story of the real-life King Sverre Sigurdsson, includes the tossing of the body of a dead man — later known as “Well-man” — down a well during a military raid in central Norway in 1197. https://kra18f.cc kraken тор браузер It’s likely, according to the text, that raiders lobbed the body into the well to poison the main water source for locals, but little else is said about the man or who he was in the saga. Researchers initially uncovered the bones in the castle’s well in 1938, but they were only able to carry out a visual analysis at the time. Now, scientists have an array of analytical techniques at their disposal, including genetic sequencing and radiocarbon dating. A new study on the remains, published Friday in the Cell Press journal iScience, reveals unprecedented insights into Well-man’s appearance based on in-depth research on samples of his teeth. “This is the first time that a person described in these historical texts has actually been found,” said study coauthor Michael D. Martin, a professor in the department of natural history at the Norwegian University of Science and Technology’s University Museum in Trondheim, in a statement. “There are a lot of these medieval and ancient remains all around Europe, and they’re increasingly being studied using genomic methods.” The findings not only shed fresh light on what Well-man looked like but also who he was, with a surprising twist about how he ended up in a Norse saga.

Трансформатор СТС-7 Т2

This teen became the youngest person to summit the world’s highest peaks. Now he wants others to follow in his footsteps [url=https://kra18f.cc]kraken зайти[/url] Nima Rinji Sherpa’s ears are still tinged black from wind chill, an occupational hazard of climbing to heights where humans struggle to breathe, and where the weather can turn deadly in an instant. This month, Nima became the youngest person to summit all 14 of the world’s highest peaks, but the 18-year-old Nepalese mountaineer is already getting ready for his next big feat. https://kra18f.cc kra18.cc Speaking to CNN via video call from the Nepali capital Kathmandu last week, Nima said he’s taking a couple weeks’ rest before preparing to climb the world’s eighth-highest mountain, Manaslu, with Italian mountaineer Simone Moro – in winter, alpine-style. “That means we’re climbing an 8,000-meter mountain in winter… There’s no fixed ropes for us, there’s no (supplemental) oxygen for us, there is no support for us. So, it’s like pure human endurance,” Nima said. “It has never been done in the history of mountaineering.” After that, “I’ll take some rest,” Nima laughed. On October 9, Nima reached the top of the 8,027-meter (26,335-foot) Shishapangma along with his partner Pasang Nurbu Sherpa. For Nima, it was the final of the “eight-thousanders,” the 14 peaks recognized by the International Climbing and Mountaineering Federation as standing more than 8,000 meters above sea level. Describing the moment of summiting the final peak as “pure joy,” Nima said his motivation comes from his family, many of whom are renowned mountaineers. His father, Tashi Lakpa Sherpa, has climbed Everest nine times, and at age 19 became the youngest person to summit without bottled oxygen. His uncle Mingma Sherpa became the first South Asian climber to summit the 14 peaks in 2011. “My uncles and my father, they are way more successful than I would ever be because they came from a very small village. To even dream about being this successful, for them it was really hard,” Nima said. “I have the privilege that they didn’t have.”

This teen became the youngest person to summit the world’s highest peaks. Now he wants others to follow in his footsteps [url=https://kra18f.cc]kraken зайти[/url] Nima Rinji Sherpa’s ears are still tinged black from wind chill, an occupational hazard of climbing to heights where humans struggle to breathe, and where the weather can turn deadly in an instant. This month, Nima became the youngest person to summit all 14 of the world’s highest peaks, but the 18-year-old Nepalese mountaineer is already getting ready for his next big feat. https://kra18f.cc kra18.cc Speaking to CNN via video call from the Nepali capital Kathmandu last week, Nima said he’s taking a couple weeks’ rest before preparing to climb the world’s eighth-highest mountain, Manaslu, with Italian mountaineer Simone Moro – in winter, alpine-style. “That means we’re climbing an 8,000-meter mountain in winter… There’s no fixed ropes for us, there’s no (supplemental) oxygen for us, there is no support for us. So, it’s like pure human endurance,” Nima said. “It has never been done in the history of mountaineering.” After that, “I’ll take some rest,” Nima laughed. On October 9, Nima reached the top of the 8,027-meter (26,335-foot) Shishapangma along with his partner Pasang Nurbu Sherpa. For Nima, it was the final of the “eight-thousanders,” the 14 peaks recognized by the International Climbing and Mountaineering Federation as standing more than 8,000 meters above sea level. Describing the moment of summiting the final peak as “pure joy,” Nima said his motivation comes from his family, many of whom are renowned mountaineers. His father, Tashi Lakpa Sherpa, has climbed Everest nine times, and at age 19 became the youngest person to summit without bottled oxygen. His uncle Mingma Sherpa became the first South Asian climber to summit the 14 peaks in 2011. “My uncles and my father, they are way more successful than I would ever be because they came from a very small village. To even dream about being this successful, for them it was really hard,” Nima said. “I have the privilege that they didn’t have.”

This teen became the youngest person to summit the world’s highest peaks. Now he wants others to follow in his footsteps [url=https://kra18f.cc]kraken зайти[/url] Nima Rinji Sherpa’s ears are still tinged black from wind chill, an occupational hazard of climbing to heights where humans struggle to breathe, and where the weather can turn deadly in an instant. This month, Nima became the youngest person to summit all 14 of the world’s highest peaks, but the 18-year-old Nepalese mountaineer is already getting ready for his next big feat. https://kra18f.cc kra18.cc Speaking to CNN via video call from the Nepali capital Kathmandu last week, Nima said he’s taking a couple weeks’ rest before preparing to climb the world’s eighth-highest mountain, Manaslu, with Italian mountaineer Simone Moro – in winter, alpine-style. “That means we’re climbing an 8,000-meter mountain in winter… There’s no fixed ropes for us, there’s no (supplemental) oxygen for us, there is no support for us. So, it’s like pure human endurance,” Nima said. “It has never been done in the history of mountaineering.” After that, “I’ll take some rest,” Nima laughed. On October 9, Nima reached the top of the 8,027-meter (26,335-foot) Shishapangma along with his partner Pasang Nurbu Sherpa. For Nima, it was the final of the “eight-thousanders,” the 14 peaks recognized by the International Climbing and Mountaineering Federation as standing more than 8,000 meters above sea level. Describing the moment of summiting the final peak as “pure joy,” Nima said his motivation comes from his family, many of whom are renowned mountaineers. His father, Tashi Lakpa Sherpa, has climbed Everest nine times, and at age 19 became the youngest person to summit without bottled oxygen. His uncle Mingma Sherpa became the first South Asian climber to summit the 14 peaks in 2011. “My uncles and my father, they are way more successful than I would ever be because they came from a very small village. To even dream about being this successful, for them it was really hard,” Nima said. “I have the privilege that they didn’t have.”

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How to Securely Log Into Debank: A Step-by-Step Guide Logging into your Debank account is the first step towards managing your DeFi portfolio. Ensuring that your login credentials remain secure is crucial for protecting your investments. In this guide, we'll walk you through the process of logging into Debank safely and efficiently. Debank Step 1: Visit the Official Debank Website Start by navigating to the official Debank website. Avoid using search engine results to prevent phishing attacks. The URL should be . Step 2: Click on the Login Button On the homepage, locate the Login button usually positioned at the top right corner of the page. Click on it to proceed to the login page. Step 3: Enter Your Credentials Input your registered email address and password. Ensure your password is strong, combining letters, numbers, and symbols to enhance security. Step 4: Two-Factor Authentication It's recommended to enable Two-Factor Authentication (2FA) for an additional security layer. This can be done using an app like Google Authenticator. Enter the code generated by your 2FA app to continue. Step 5: Secure Your Account Regularly Update Your Password: Change your password every 3-6 months. Use a Password Manager: Helps store and recall complex passwords without difficulty. Monitor Account Activity: Regularly check for any unauthorized access or activity. Additional Tips for Staying Safe Online Be vigilant about where you input your credentials. Always ensure that you have a secure and reliable internet connection. Avoid accessing your Debank account on public Wi-Fi networks, which might be unsecured. By following these guidelines, you can enhance the security of your Debank login process and safeguard your investments effectively. Stay aware of the latest security practices and updates from Debank to keep your account secure.

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Optimize your trades across hundreds of DEXes on multiple networks 1inch wallet 1inch Exchange is a decentralized exchange aggregator. It searches multiple DEXs to find the most efficient path for your trade, thus minimizing costs and maximizing returns. By splitting your transaction into parts and executing them across different platforms, 1inch achieves the best possible market rates. Explore the 1inch Network: The Future of DeFi The 1inch Network stands at the forefront of decentralized finance (DeFi), offering traders highly efficient cryptocurrency swap solutions across multiple platforms. This introduction to 1inch will guide you through its features, benefits, and the impact it's making in the crypto trading ecosystem. What Makes 1inch Unique? 1inch is renowned for being a decentralized exchange aggregator. It sources liquidity from various exchanges to offer users the best possible rates. By splitting orders across multiple platforms, 1inch minimizes slippage and maximizes the value from each trade. Core Components of 1inch 1inch Aggregation Protocol: A sophisticated routing mechanism that finds the most efficient swapping paths across multiple decentralized exchanges. 1inch Liquidity Protocol: An automated market maker (AMM) that operates in a gas-efficient way, allowing users to provide liquidity and earn a portion of trades. 1inch DAO: A decentralized autonomous organization that allows token holders to participate in the governance of the network. Benefits of Utilizing 1inch By tapping into 1inch's ecosystem, traders gain access to: Optimal Rates: The cutting-edge algorithm ensures you're always getting the best prices available. Security and Trust: As a non-custodial service, your funds remain under your control at all times. Reduced Slippage: Smart order routing minimizes discrepancies in pricing. Community-Driven: Participate in the governance processes thanks to the 1inch DAO.

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