HCS01.1E-W0008-A-03-A-CC-EC-PB-NN-NN-FW

The Bosch Rexroth Indramat HCS01.1E-W0008-A-03-A-CC-EC-PB-NN-NN-FW drive controller from the HCS IndraDrive Controllers series delivers advanced motion control for servo drives. It features a high-speed SERCOS III master (cross communication) interface and supports a wide Mains Voltage range of 3 x AC 200…500 V ±10%, ensuring compatibility with diverse industrial power systems. The controller’s integrated blower provides efficient Air, internal cooling, maintaining stable operation under continuous load.

Designed for precision and reliability, this HCS Compact Converter packs a range of technical specifications to meet demanding automation requirements. It uses dual interface types—Encoder IndraDyn Hiperface/EnDat 2.1/2.2 for high-resolution feedback and PROFIBUS for robust fieldbus communication. The unit carries an IP20 rating, protecting critical electronics from solid contaminants while allowing adequate ventilation. With a Device Peak Current of 8 A and a dedicated Power Supply Unit that supports both feeding and infeeding modes, the controller sustains dynamic performance in varied operational scenarios. The Control Section Design Type: ADVANCED assures enhanced processing capability, while the Firmware Order Note reminds users to procure firmware separately to match system requirements.

Additional design details underline the controller’s adaptability and durability. It is explicitly paired with Control Section Design 'ADVANCED' (A) and identified as Design Version 1, ensuring traceable revisions and compatibility. Though it is Not equipped with a safety interface, its standard design features maintain core functionality without unnecessary complexity. The HCS01 line series assures consistent integration across machine platforms, and the absence of extra design features simplifies maintenance and reduces spares inventory. Optimized for industrial environments, this controller enhances efficiency, reduces downtime with its internal cooling blower, and provides seamless communication for precise, high-speed motion control in advanced automation systems.