Enhance your power conversion applications with this high-performance 3 Phase Bridge Rectifier, engineered to deliver a robust DC output current of up to 400A and withstand peak voltages as high as 1600V. Designed specifically for 3-phase full wave rectification, it features six diodes configured into a reliable 3-phase bridge structure, ensuring efficient and stable electrical performance in demanding environments. Key Features: · High Current Capacity: Supports a maximum DC output current of 400A, suitable for heavy-duty power rectification needs. · High Voltage Endurance: Rated for a maximum peak voltage of 1600V, providing excellent voltage handling capabilities. · 3-Phase Full Wave Rectification: Equipped with six diodes arranged in a 3-phase bridge configuration for smooth and efficient AC to DC conversion. · Robust Welded Construction: Features a stable welded structure that offers outstanding power cycling and thermal characteristics, ensuring durability and long-lasting operation. · Unique Glass Passivation Technology: Incorporates advanced isolated mounting base design and glass passivation technology to enhance reliability and safety during operation. · Versatile Application: Ideal for PWM inverter current input, battery charging, and various industrial power rectification tasks. · Durable and User-Friendly: Made from high-quality ABS and brass materials, this rectifier module is portable, easy to install and maintain, and suitable for both professionals and novices. · High Temperature Tolerance: Can operate reliably at junction temperatures up to 150℃, ensuring consistent performance under thermal stress. Specifications: · Item Type: 3 Phase Bridge Rectifier · Material: ABS, Brass · Maximum Current: 400A · Peaking Voltage: 1600V · Terminal Count: 5 · Reverse Repeated Peaking Current: 6mA · Maximum Rated Junction Temperature: 150℃ · Phase Type: 3 Phase Package Includes: · 1 x 3 Phase Bridge Rectifier This 3 Phase Bridge Rectifier module delivers dependable, high-current performance with superior voltage endurance and advanced structural design, making it an essential component for efficient power management and rectification in industrial and electrical applications.