3 phase Bridge Rectifier, SKBPC2510 2512 2516, SKBPC3510 3512 3516

Introducing the SKBPC series of three-phase bridge rectifiers, designed to provide efficient and reliable rectification for various industrial and commercial applications. Available in a range of models including SKBPC2510, SKBPC2512, SKBPC2516, SKBPC3510, SKBPC3512 and SKBPC3516, these bridge rectifiers provide a versatile solution for converting three-phase AC power to DC power.

These bridge rectifiers feature a combined plastic cover and heat sink designed for optimal heat dissipation and low thermal resistance. A surge overload rating of up to 310A ensures robust performance under harsh conditions, making it suitable for a variety of industrial applications.

SKBPC series bridge rectifiers are equipped with GPP glass passivated chip junctions to ensure reliable operation and longevity. These rectifiers have a high temperature welding guarantee of 260℃ for 10 seconds and a pulling force of 2.3Kg.F, making them capable of withstanding harsh industrial environments.

In terms of installation, the rectifier is easily mounted to the heat sink using M5 screws and comes in a bridge configuration to simplify integration into existing systems. Terminals feature nickel-plated 0.25-inch (6.35 mm) terminal blocks to provide safe and reliable connections.

To ensure optimal heat dissipation, silicon thermal paste is filled between the rectifier and the mounting surface, further enhancing the reliability and performance of the SKBPC series bridge rectifiers.

SKBPC series three-phase bridge rectifiers are rugged, efficient in heat dissipation and reliable in performance, making them ideal for applications requiring high-quality three-phase AC power rectification. Whether used in industrial machinery, power supplies or motor drives, these rectifiers deliver the performance and reliability required for demanding applications.

Choose the SKBPC Series Bridge Rectifier for your next project and experience the benefits of efficient, reliable and powerful rectification technology.