HDS03.2-W100N-HS78-01-FW

The Bosch Rexroth Indramat HDS03.2-W100N-HS78-01-FW drive controller is a high-performance component within the HDS Drive Controllers series, designed for demanding industrial motion control applications. Featuring a Command Communication Interface of SERCOS and belonging to the DIAX04 controller family, this unit ensures seamless integration with modern automation architectures. With a Rated Current of 100 A and a robust Built-in Internal Air Blower cooling method, it delivers reliable power handling and temperature regulation. The primary function of this unit is to manage and regulate servo drive operations with precision, offering advanced control capabilities for a broad range of servo motors.

Incorporating a Function ID Code of 78 and a Version of Function ID of 1, this controller provides accurate identification and firmware compatibility throughout its lifecycle. The Line 03 designation and Product Type: HDS Drive Controller classification underline its place in a mature product family, while the absence of Other Versions highlights its singular configuration. As part of the HDS product group, this device leverages the proven reliability of Bosch Rexroth Indramat technology. The Controller Family DIAX04 architecture enhances processing speed and control loop performance, supporting complex motion profiles with minimal latency.

Designed to withstand continuous operation, the HDS03.2-W100N-HS78-01-FW emphasizes durability and efficiency. Its integrated air blower cooling system maintains optimal internal temperatures without external fans or liquid circuits, reducing maintenance requirements. The unit’s compatibility with the SERCOS protocol ensures interoperability with a wide array of drives and PLCs, facilitating streamlined system integration. Built-in diagnostic functions and standardized communication interfaces uphold industry standards for safety and performance. By deploying this drive controller in industrial automation environments, users benefit from enhanced motion control accuracy, reduced system downtime, and scalable performance for future expansions.