Phase Control Thyristor KK1800A1800V KK2000-2500V SCR Module Controllers

Visión xeral do tiristor de control de fase

Un tiristor de control de fase, frecuentemente denominado triac ou SCR (Rectificador controlado por silicio) en determinadas aplicacións, é un dispositivo semicondutor usado para controlar a cantidade de enerxía entregada a unha carga axustando o ángulo de fase no que se permite conducir a forma de onda de CA.. Este método de control coñécese como control de ángulo de fase ou simplemente control de fase. Os tiristores de control de fase úsanse amplamente en varias aplicacións que requiren unha regulación precisa da enerxía eléctrica, como atenuadores de iluminación, controles de velocidade do motor, controladores de temperatura, e máis.

Características do tiristor de control de fase

Control de ángulo de fase: Permite axustar o punto de condución dentro de cada medio ciclo da forma de onda de CA, permitindo un control preciso sobre a potencia media entregada á carga.

Alta Eficiencia: Opera con perdas mínimas ao realizar, proporcionando un control eficiente da potencia.

Condutividade bidireccional (Triacs): Para aplicacións AC, os triacs poden conducir corrente en ambas direccións, facéndoos axeitados para o control de onda completa de cargas de CA.

Condutividade unidireccional (SCR): Os SCR conducen a corrente só nunha dirección e úsanse normalmente para o control de media onda de cargas de CA ou CC.

Disparo de porta: A condución comeza cando se aplica unha pequena corrente ao terminal da porta, permitindo un fácil control do punto de encendido.

Corrente de enganche: Unha vez desencadeado, o tiristor segue conducindo ata que a corrente que o atravesa cae por debaixo dun certo nivel chamado corrente de retención.

Sensibilidade á temperatura: O rendemento pode verse afectado polos cambios de temperatura, que requiren consideracións de xestión térmica no deseño.

Valores de tensión e intensidade: Dispoñible nunha ampla gama de clasificacións de tensión e corrente para atender ás diferentes necesidades de aplicación.

Xeración de ruído: Pode xerar interferencia electromagnética (EMI), precisando filtrado e apantallamento adecuados en aplicacións sensibles.

Mecanismos de protección: Adoita incluír protección integrada contra as condicións de sobretensión e sobreintensidade para protexer o dispositivo e os sistemas conectados.

(Phase Control Thyristor KK1800A1800V KK2000-2500V SCR Module Controllers)

Specification of Phase Control Thyristor KK1800A1800V KK2000-2500V SCR Module Controllers

These Stage Control Thyristors are effective semiconductor buttons. They control large quantities of electric power. The KK1800A1800V model deals with big currents. It handles approximately 1800 Amps. Its voltage score is 1800 Voltios. The KK2000-2500V collection takes care of even greater currents. It handles approximately 2000 Amps. Its voltage rating is flexible. It covers 2000V, 2200V, and 2500V alternatives. These are robust components. They use a press-pack design. This design makes certain great thermal get in touch with. Heat dissipation is important for high power. Components usually consist of integrated warm sinks. This aids cooling down. Placing is straightforward. They fit basic power settings up. Electrical control is straightforward. A tiny gate present triggers the major present flow. Once on, they remain performing. They turn off just when current drops to zero. This makes them excellent for a/c power control. They precisely manage power distribution. You see them in industrial settings. Common uses consist of electric motor speed controllers. They work in large industrial heating units. They manage power in electrolysis systems. They work in UPS systems. They are discovered in fixed VAR compensators. These thyristors supply reliable changing. They handle high rise currents. They tolerate severe electrical atmospheres. Their building and construction is sturdy. They supply long life span. Proper air conditioning is essential. Voltage ratings should not be surpassed. Proper gate drive is necessary. These components develop the core of durable phase controllers. They make it possible for efficient power management. They are type in large-scale power conversion.

(Phase Control Thyristor KK1800A1800V KK2000-2500V SCR Module Controllers)

Applications of Phase Control Thyristor KK1800A1800V KK2000-2500V SCR Module Controllers

The KK1800A1800V and KK2000-2500V phase control thyristor components handle hefty power jobs. They switch over high currents smoothly. Industries rely on them for precise electrical control. These SCR controllers handle big tons without breaking down.

Industrial furnace utilize these thyristors usually. They adjust power in furnaces and ovens. This maintains temperature levels stable. Production lines need steady warm. These modules deliver that.

Welding tools depends on these controllers. They control voltage and present throughout welding. This makes sure solid welds every single time. Manufacturing facilities prevent weld issues by doing this.

Electric motor speed control is an additional crucial use. Huge electric motors in pumps or followers run much better. The thyristors transform motor rate as required. This saves energy. It additionally reduces endure equipment.

Power materials use these SCR components too. They maintain voltage in vital systems. Sensitive electronic devices stay safe. Voltage spikes obtain obstructed.

Lights systems in huge rooms need these controllers. They lower or lighten up lights efficiently. Stage illumination or remain correctly lit. O desperdicio de enerxía diminúe.

Battery billing terminals work well with these thyristors. They regulate cost rates for large batteries. This protects against overcharging. Battery life obtains longer.

Renewable resource arrangements like solar ranches use them. They handle power flow from solar panels. Energy conversion remains reliable. Grid links stay secure.

These components fit extreme environments. High temperatures or dust do not stop them. They last long. Upkeep stays basic.

Engineers select these thyristors for integrity. They deal with approximately 2500 volts quickly. Currents up to 1800 amps circulation efficiently. Industrial automation trusts them daily.

Perfil da empresa

PDDN Photoelectron Technology Co., Ltd.(sales@pddn.com) é unha das empresas líderes en tecnoloxía de electrónica de potencia e produtos de enerxía, que participa plenamente no desenvolvemento de inversores solares， transformadores, reguladores de tensión, armarios de distribución, tiristores， módulos， díodos， quentadores, e outros dispositivos electrónicos ou semicondutores. Comprometémonos a ofrecer aos usuarios unha alta calidade, produtos eficientes e servizo atento.

Acepta pago con tarxeta de crédito, T/T, Unión Oeste, e Paypal. PDDN enviará os produtos aos clientes no exterior a través de FedEx, DHL, polo mar, ou por vía aérea. If you want high-quality Phase Control Thyristor KK1800A1800V KK2000-2500V SCR Module Controllers, por favor, envíenos consultas; estaremos aquí para axudarche.

Métodos de pago

L/C, T/T, Western Union, Paypal, Tarxeta de crédito, etc.

Envío

Por mar, polo aire, por expreso, como solicitan os clientes.

Condicións de almacenamento

1) Almacenar nun ambiente seco a temperatura ambiente.

2) Evite a humidade e a alta temperatura.

3) Use inmediatamente despois de abrir a bolsa de embalaxe interior.

5 FAQs of Phase Control Thyristor KK1800A1800V KK2000-2500V SCR Module Controllers

1. What do KK1800A1800V and KK2000A2500V mean?
These codes tell you the module’s power handling. KK means it’s a Phase Control Thyristor module. The number before the “A” is the current rating. KK1800A handles 1800 Amps. KK2000A handles 2000 Amps. The number after the “V” is the voltage rating. KK1800A1800V handles 1800 Voltios. KK2000A2500V handles 2500 Voltios. Pick the module matching your circuit’s current and voltage.

2. Why are voltage ratings like 1800V or 2500V important?
These voltage numbers show the maximum voltage the thyristor can block safely. It must be higher than your actual circuit voltage. Using a module rated too low risks failure. It might break down. Always choose a module voltage rating above your system’s peak voltage. This protects the device.

3. How much cooling do these modules need?
These SCR modules handle very high currents. They generate significant heat. Proper cooling is essential. You must use large heat sinks. Often forced air cooling with fans is needed. Good thermal paste is necessary. Monitor the temperature. Overheating damages the module. Cooling keeps it reliable.

4. How do I control these thyristor modules?
You control them using a trigger signal applied to the gate terminal. This signal tells the thyristor exactly when to turn on during the AC cycle. Use a suitable phase control trigger circuit. This circuit creates the precise gate pulses. The trigger circuit manages the power output. It controls load voltage or current.

5. Are these modules reliable for industrial use?
Si. They are built tough for demanding industrial environments. Think motor drives, industrial heaters, fontes de alimentación. They manage large currents and voltages reliably. Correct installation matters. Ensure proper mounting pressure. Use the right cooling. Protect against voltage spikes. Follow the datasheet guidelines.

(Phase Control Thyristor KK1800A1800V KK2000-2500V SCR Module Controllers)