ABB ABB S-093S 3BHB030475R0009 Módulo de Fase

Capacidade Nominal: Com base em produtos da mesma série, estima-se que seja aproximadamente 500–600kVA, adequado para aplica??es de acionamento de motores de média potência.

Tens?o Nominal: Provavelmente 690V, uma classe de tens?o comum em sistemas de acionamento de média tens?o que se adapta à maioria das redes elétricas industriais.

Frequência de Entrada: Normalmente 50/60Hz para atender aos padr?es das redes elétricas em diferentes regi?es do mundo.

Número de Fases: Trifásico, conforme a configura??o padr?o da corrente alternada trifásica industrial.

Nível de Prote??o: Possivelmente IP20 (instala??o em gabinete), o que significa que precisa ser instalado em um gabinete protegido para evitar a entrada de objetos externos e poeira.

Peso: Estimado em cerca de 30–40kg com base no tamanho e estrutura do módulo.

Eficiência: Dadas as capacidades técnicas da ABB e as características da mesma série, a eficiência provavelmente é ≥98%. Adota tecnologia IGBT avan?ada e projeto de circuito otimizado para alcan?ar uma opera??o de baixo consumo.

Fator de Potência: Possivelmente >0.95. Através da tecnologia de retifica??o multi-pulso ou outras medidas de corre??o do fator de potência, reduz a interferência harm?nica ao mesmo tempo em que melhora o fator de potência no lado da rede.

Conteúdo Harm?nico: Espera-se que atenda ao THD<5%, complying with relevant harmonic standards such as IEEE 519, reducing grid pollution without requiring additional filtering devices.

Control Mode: May adopt Direct Torque Control (DTC) or Space Vector Pulse Width Modulation (SVPWM) technology to achieve precise motor torque and speed control, with rapid dynamic response and torque control accuracy of approximately ±1%.

Overload Capacity: Generally has a certain overload capacity, such as 110% of the rated current for 1 minute, to adapt to motor starting and impact loads.

Communication Interfaces: May support industrial standard protocols such as Profibus DP and Modbus RTU, and may optionally be equipped with interfaces like Ethernet/IP for convenient communication with upper computers or other control systems.

I/O Configuration: Perhaps 8 digital inputs and 4 digital outputs, capable of receiving dry or wet contact signals to control external devices such as circuit breakers and contactors.

Analog Quantities: May be equipped with 2 AI (0–20mA) for collecting analog parameters such as current and voltage, and 2 AO for outputting control signals or feedback analog information.

Temperature Range: Generally -10°C ~ +45°C. Derating may be required in high-temperature environments to ensure the module's performance and service life.

Humidity: Usually required to be ≤95% RH (non-condensing). Protective measures such as dehumidification may be needed in high-humidity environments.

Altitude: Possibly limited to ≤1000m. Derating of the module may be required above this altitude due to considerations of reduced heat dissipation and insulation performance in thin air.

High Efficiency and Energy Saving: Adopting advanced power semiconductor technology and optimized control algorithms, it can effectively reduce energy loss, improve overall system energy efficiency, and help users save operating costs compared to traditional phase modules.

Compact Size: With a compact design, it occupies a small space, is suitable for installation in limited spaces, facilitates system integration and layout, and can be flexibly applied to various industrial environments.

Easy Installation and Maintenance: The design fully considers the convenience of on-site installation and maintenance. It may adopt standardized interfaces and a modular structure to reduce installation time and maintenance costs and improve equipment availability and maintainability. For example, the module may support hot-swapping, enabling component replacement and repair without interrupting system opera??o.