HDS05.2-W300N-HS04-02-FW

The Bosch Rexroth Indramat HDS05.2-W300N-HS04-02-FW drive controller is part of the renowned HDS Drive Controllers series, engineered for high-performance motion control in demanding industrial environments. Equipped with a Command Communication Interface: SERCOS and capable of handling a Rated Current: 300 A, this unit delivers precise synchronization and robust power delivery. The controller’s Built-in Internal Air Blower cooling method ensures stable operation under continuous load. Its primary application is to regulate and monitor feedback-driven servo and synchronous motors, providing seamless integration into automated production lines.

This controller belongs to the Controller Family: DIAX04 and is classified within the Product Group: HDS, featuring a Function ID Code: 4 and a designation of Line: 05. The Product Type: HDS Drive Controller offers a modular architecture designed for scalable system configurations. With a system Version: 2 and no other versions offered, it maintains a streamlined design that reduces complexity during installation and maintenance. The inclusion of the high-speed SERCOS interface guarantees deterministic data exchange and precise motion synchronization across multiple axes, while the internal air blower cooling efficiently dissipates heat generated at high currents.

Additional features of the HDS05.2-W300N-HS04-02-FW include enhanced compatibility with a wide range of Rexroth Indramat servomotors and feedback devices, ensuring plug-and-play integration. The integrated cooling blower and rugged construction support continuous operation and high duty cycles without external cooling systems. As a SERCOS-compliant device, it meets industry communication standards for open real-time control, facilitating interoperability with third-party controllers and drives. By leveraging its high-current capability, advanced communication protocol, and efficient internal cooling, this drive controller delivers improved system reliability, reduced maintenance, and elevated throughput in automated manufacturing and processing applications.