HIGH POWER PHASE CONTROL THYRISTOR KP720LT-06

Visão geral do tiristor de controle de fase

Um tiristor de controle de fase, muitas vezes referido como um triac ou SCR (Retificador Controlado de Silício) em certas aplicações, é um dispositivo semicondutor usado para controlar a quantidade de energia fornecida a uma carga, ajustando o ângulo de fase no qual a forma de onda CA pode conduzir. Este método de controle é conhecido como controle de ângulo de fase ou simplesmente controle de fase.. Os tiristores de controle de fase são amplamente utilizados em diversas aplicações que requerem regulação precisa de energia elétrica., como dimmers de iluminação, controles de velocidade do motor, controladores de temperatura, e mais.

Características do tiristor de controle de fase

Controle de ângulo de fase: Permite o ajuste do ponto de condução dentro de cada meio ciclo da forma de onda CA, permitindo controle preciso sobre a potência média entregue à carga.

Alta eficiência: Opera com perdas mínimas durante a condução, fornecendo controle de energia eficiente.

Condutividade Bidirecional (Triacs): Para aplicações de CA, triacs podem conduzir corrente em ambas as direções, tornando-os adequados para controle de onda completa de cargas CA.

Condutividade Unidirecional (SCR): Os SCRs conduzem corrente apenas em uma direção e normalmente são usados ​​para controle de meia onda de cargas CA ou CC..

Acionamento de portão: A condução começa quando uma pequena corrente é aplicada ao terminal do portão, permitindo fácil controle do ponto de ativação.

Corrente de travamento: Uma vez acionado, o tiristor continua a conduzir até que a corrente através dele caia abaixo de um certo nível chamado corrente de retenção.

Sensibilidade à temperatura: O desempenho pode ser afetado por mudanças de temperatura, exigindo considerações de gerenciamento térmico no projeto.

Classificações de tensão e corrente: Disponível em uma ampla gama de classificações de tensão e corrente para atender a diferentes necessidades de aplicação.

Geração de Ruído: Pode gerar interferência eletromagnética (EMI), necessitando de filtragem e blindagem adequadas em aplicações sensíveis.

Mecanismos de Proteção: Muitas vezes incluem proteção integrada contra condições de sobretensão e sobrecorrente para proteger o dispositivo e os sistemas conectados.

(HIGH POWER PHASE CONTROL THYRISTOR KP720LT-06)

Specification of HIGH POWER PHASE CONTROL THYRISTOR KP720LT-06

The HIGH POWER PHASE CONTROL THYRISTOR KP720LT-06 is designed for heavy-duty industrial applications. It handles high voltage and current requirements efficiently. The device operates with a maximum repetitive off-state voltage of 600V. It supports an average on-state current of 720A. Peak surge current capacity reaches 10kA. This ensures stability during sudden power spikes. The thyristor features a low thermal resistance. It maintains optimal performance under high temperatures. The junction temperature limit is set at 125°C. Proper cooling systems are recommended for prolonged use.

The gate trigger voltage ranges between 1.5V and 3V. This simplifies control circuit compatibility. The gate trigger current stays below 200mA. It allows precise phase control in AC power systems. The device includes a sensitive turn-on mechanism. It responds quickly to gate signals. Switching speeds are optimized for minimal delay. The thyristor suits phase-fired controllers and motor speed regulators.

Mechanical construction uses a robust press-fit package. It ensures secure mounting in high-vibration environments. The anode and cathode terminals are nickel-plated. This prevents corrosion and enhances conductivity. Isolation voltage between terminals exceeds 2500V. Safety standards like UL and IEC are met. The design prioritizes reliability in harsh conditions.

Applications include industrial heaters, equipamento de soldagem, e conversores de energia. It integrates into systems requiring adjustable power output. The KP720LT-06 reduces energy loss during operation. Maintenance needs are minimal due to durable materials. Compatibility with standard heat sinks simplifies installation.

Performance testing covers extreme load cycles. Long-term durability is validated under stress. Users benefit from consistent operation over thousands of hours. Technical support is available for integration challenges. Custom configurations can be requested for specialized setups.

The thyristor’s specifications cater to demanding electrical environments. It balances power handling with precision control. Industrial users prioritize this model for critical infrastructure. Reliability remains a key focus across all design stages.

(HIGH POWER PHASE CONTROL THYRISTOR KP720LT-06)

Applications of HIGH POWER PHASE CONTROL THYRISTOR KP720LT-06

The HIGH POWER PHASE CONTROL THYRISTOR KP720LT-06 is designed for demanding industrial applications requiring precise control of high-voltage and high-current systems. It handles voltages up to 6000V and currents up to 7200A, making it ideal for heavy-duty operations. Its robust construction ensures reliability in harsh environments, including high temperatures and electrical noise.

This thyristor excels in motor control systems. It manages speed and torque in large AC motors used in manufacturing, mineração, and transportation. The device adjusts power flow smoothly, reducing mechanical stress on equipment. This extends machinery lifespan and improves energy efficiency.

Industrial heating systems benefit from its phase control capabilities. It regulates temperature in furnaces, fornos, and induction heaters by adjusting power input. The thyristor maintains stable thermal conditions, critical for processes like metal treatment or glass production. Its fast switching response minimizes energy waste.

Power supply units use the KP720LT-06 for voltage stabilization. It corrects fluctuations in grid power, protecting sensitive electronics in data centers or medical devices. The thyristor’s high surge tolerance prevents damage from sudden voltage spikes. This ensures consistent performance in unstable power networks.

Renewable energy systems integrate this component for efficient power conversion. It manages energy flow in solar inverters and wind turbine controllers, optimizing output to match grid requirements. The thyristor’s low conduction losses maximize energy harvest from renewable sources.

Railway electrification relies on its ability to handle high-power loads. It controls traction systems in trains, ensuring smooth acceleration and braking. The device supports overhead line systems, reducing wear on infrastructure. Its durability minimizes maintenance needs in round-the-clock rail operations.

The KP720LT-06 features advanced thermal management. Its design dissipates heat effectively, preventing overheating during continuous use. Electrically isolated mounting simplifies installation in complex setups. Compliance with international safety standards guarantees compatibility with global industrial systems.

This thyristor suits automation applications. It interfaces seamlessly with programmable logic controllers (PLCs) and industrial sensors. Real-time adjustments enhance process accuracy in assembly lines or robotic systems. The component’s modular design allows quick replacement, reducing downtime in critical operations.

perfil de companhia

PDDN Fotoelétron Technology Co., Ltda.(vendas@pddn.com) é uma das empresas líderes em tecnologia de eletrônica de potência e produtos de energia, que está totalmente envolvida no desenvolvimento de inversores solares， transformadores, reguladores de tensão, armários de distribuição, tiristores， módulos， diodos， aquecedores, e outros dispositivos eletrônicos ou semicondutores. Estaremos comprometidos em fornecer aos usuários produtos de alta qualidade, produtos eficientes e serviço atencioso.

Aceita pagamento via cartão de crédito, T/T, União Ocidental, e Paypal. PDDN enviará as mercadorias para clientes no exterior através da FedEx, DHL, por mar, ou por via aérea. If you want high-quality HIGH POWER PHASE CONTROL THYRISTOR KP720LT-06, por favor envie-nos perguntas; estaremos aqui para ajudá-lo.

Métodos de pagamento

L/C, T/T, Western Union, PayPal, Cartão de crédito etc..

Remessa

Por mar, de avião, por expresso, como os clientes solicitam.

Condições de armazenamento

1) Armazenar em ambiente seco à temperatura ambiente.

2) Evite umidade e alta temperatura.

3) Use imediatamente após abrir a embalagem interna.

5 FAQs of HIGH POWER PHASE CONTROL THYRISTOR KP720LT-06

What is the KP720LT-06 used for? The KP720LT-06 is a high-power phase control thyristor designed for industrial applications. It regulates power in heavy-duty equipment like motor drives, sistemas de aquecimento, and voltage stabilizers. The device handles large currents and voltages efficiently. It suits setups requiring precise control over electrical power flow.

Quais são as classificações de tensão e corrente? This thyristor operates at a maximum repetitive off-state voltage of 600V. It supports an average forward current of 720A. These ratings make it ideal for high-stress environments. The design ensures stable performance under continuous heavy loads.

How does the KP720LT-06 handle thermal management? The device includes a robust thermal interface. It uses a press-fit package for direct heat transfer to cooling systems. Proper heat sinks or liquid cooling must be paired with it. Overheating risks drop significantly with correct installation. Follow manufacturer guidelines for thermal paste or pads.

Is the KP720LT-06 reliable in harsh environments? Sim. The thyristor is built for tough conditions. It withstands temperature extremes, high humidity, and mechanical vibrations. Industrial-grade materials protect against dust and corrosion. Regular maintenance checks ensure long-term durability. Avoid exposing it to uncontrolled environmental factors beyond specified limits.

What installation precautions are necessary? Ensure correct polarity during mounting. Verify all connections match the circuit requirements. Use insulated tools to prevent short circuits. Tighten terminals to the recommended torque to avoid loose contacts. Test the system at low power before full operation. Consult the datasheet for wiring diagrams and safety protocols.

(HIGH POWER PHASE CONTROL THYRISTOR KP720LT-06)