HCS01.1E-W0005-A-03-A-ET-EC-NN-S5-NN-FW

HCS01.1E-W0005-A-03-A-ET-EC-NN-S5-NN-FW, Bosch Rexroth Indramat, HCS IndraDrive Controllers offer a high-performance, compact converter designed for precision motion control. The drive controller integrates seamlessly into automated systems to deliver robust power management across a broad voltage range. With an embedded blower and advanced firmware architecture, it meets demanding industrial cycle requirements. Built for versatility, this unit supports multiple encoder interfaces out of the box, simplifying machine design and reducing cabling complexity.

Featuring a MultiEthernet Communication Interface and paired with Control Section Design «BASIC» as noted in the Pairing Note, this controller excels in distributed architectures. It accepts 3 x AC 200...500 V ±10% Mains Voltage and sustains a Device Peak Current of 5 A, delivering responsive torque control. Cooling is handled by an Air, internal (through integrated blower) Cooling Method to ensure consistent thermal performance. The IP20 IP Rating enclosure provides protection against solid contaminants, while the Design Version 1 platform supports field updates via the separately ordered firmware sub-position (Firmware Order Note). Connectivity extends to an Encoder IndraDyn Hiperface/EnDat 2.1/2.2 Interface 1 Type, with an optional Interface 2 Type slot unpopulated for custom expansion. The Power Supply Unit supports both infeeding and feded topologies, and the controller belongs to the HCS01 Line Series with no additional Other Design Features beyond the core converter functionality.

Integration into existing automation lines is streamlined thanks to native MultiEthernet protocols and a uniform parameter set across the HCS Compact Converter Series. Reliability is enhanced by the internal blower for active cooling and an IP20 housing that shields critical electronics in factory environments. Whether deployed in packaging, assembly, or robotics, this drive controller delivers predictable performance and simplifies maintenance through a modular, firmware-updateable design.