HDS03.2-W100N-HS92-01-FW, manufactured by Bosch Rexroth Indramat, is a key member of the HDS Drive Controllers series designed for high-performance motion applications. This Product Type controller leverages the robust DIAX04 Controller Family architecture, providing deterministic and low-latency control via its native SERCOS Command Communication Interface. Encased in a compact chassis, the unit supports a continuous Rated Current of 100 A and employs a Built-in Internal Air Blower Cooling Method to maintain optimal thermal performance. With its Line designation of 03 and Version 2 configuration, the HDS03.2-W100N-HS92-01-FW ensures consistency across installations and future expansions.
Incorporating the Function ID Code HS92 and Version of Function ID 1, this controller aligns precisely with the broader HDS Product Group standards, streamlining part numbering and replacement strategies. Its onboard diagnostics report real-time status, while the SERCOS interface supports cyclic and acyclic data exchange for motion parameters and network management. The absence of Other Versions for this specific SKU simplifies procurement and lifecycle management by eliminating variant confusion. The controller’s compact footprint and standardized mounting provisions facilitate integration into both new and retrofit machine control panels.
Engineers benefit from the HDS03.2-W100N-HS92-01-FW’s proven reliability in continuous-duty applications, minimizing downtime with its maintenance-free blower and fan-speed regulation. Seamless interoperability with other DIAX04-based modules accelerates commissioning and reduces field wiring complexity. Ideal for packaging, printing, and assembly lines, this drive controller delivers precise, repeatable motion control in demanding industrial environments.
Command Communication Interface
SERCOS
Controller Family
DIAX04
Cooling Method
Built-in Internal Air Blower
Line
03
Other Versions
None
Product Type
HDS Drive Controller
Rated Current
100 A
Version
2
Function ID Code
92
Product Group
HDS
Version of Function ID
1