HLL05.1F-04M0-S0380-N-11-01U2-NNNN

The Bosch Rexroth Indramat HLL05.1F-04M0-S0380-N-11-01U2-NNNN belongs to the HLL Bus Chokes series and is manufactured by Bosch Rexroth Indramat. This Synchronous Motor integrated bus choke provides a rated power of 4 kW at a nominal speed of 3800 rpm, delivering consistent performance under heavy loads in demanding automation systems. It operates on a voltage of 400V and draws a current of 11A at a standard frequency of 50 Hz, ensuring seamless compatibility with global three-phase power networks. With a IP54 protection class rating and an air-cooled cooling method, it offers robust resistance to dust and moisture ingress while maintaining optimal thermal management during continuous operation.

Engineered for space-constrained control panels, the unit’s compact footprint of 300mm x 250mm x 200mm and a manageable weight of 45 kg facilitate straightforward mounting and retrofit tasks. The standard flange interface and shaft height of 90 mm enable rapid mechanical alignment, reducing installation time and ensuring precise coupling to existing drive shafts. Designed to withstand high mechanical stresses, it supports a max. radial load of 1400 N without compromising structural integrity, while its broad temperature range of -20°C to +40°C secures reliable functionality across diverse ambient conditions. This blend of dimensional precision and mechanical resilience makes it an ideal component for sophisticated motion control architectures.

As a dedicated bus choke, the HLL05.1F-04M0-S0380-N-11-01U2-NNNN excels in stabilizing DC-link voltages and minimizing torque ripple, thereby enhancing energy efficiency and extending the lifespan of synchronous drive trains. Its durable construction and enhanced thermal management reduce the need for frequent maintenance and support uninterrupted production cycles in industrial environments. Whether employed in assembly lines, packaging machines, or precision positioning systems, this unit stands out for its exceptional power stability and long-term operational reliability.