The Bosch Rexroth Indramat HDS05.2-W300N-HS02-02-FW from the HDS Drive Controllers series by Bosch Rexroth Indramat delivers high-performance motion control with a rated current of 300 A and an integrated built-in internal air blower for robust thermal management. This HDS Drive Controller features a Controller Family of DIAX04 and communicates via the industry-standard SERCOS interface for precise, real-time command and feedback. Configured as Version 2, the unit carries a Function ID Code of 2 and belongs to the HDS product group, offering a modular platform for demanding automation tasks. Compact yet expandable, it supports up to three additional plug-in modules alongside its base unit drive controller, a dedicated command communications module, a software module, and a configuration type plate.
Reliability is assured by its Line 05 design, which has evolved through rigorous quality checks and has no other versions listed, making this configuration uniquely optimized for consistency. The controller’s topology integrates a low-latency SERCOS port, a powerful DIAX04 processor core, and a front-access module bay that simplifies field upgrades and reduces downtime. Air-cooled internally by a high-capacity blower, the HDS05.2 maintains stable operation even under continuous high-current loads, leveraging its 300 A rating to drive large servo motors without compromise.
Engineered for seamless integration into Bosch Rexroth Indramat ecosystems, the HDS05.2-W300N-HS02-02-FW balances cutting-edge digital command communication with modular expandability. Its standardized mechanical footprint and clear function ID labeling accelerate installation and commissioning, while the built-in cooling solution and hardened electronics ensure years of dependable service in advanced automation environments.
Command Communication Interface
SERCOS
Controller Family
DIAX04
Cooling Method
Built-in Internal Air Blower
Line
05
Other Versions
None
Product Type
HDS Drive Controller
Rated Current
300 A
Version
2
Function ID Code
2
Product Group
HDS