HDD02.1-W040N Bosch Rexroth Indramat
MPN: R911280013
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The Bosch Rexroth Indramat HDD02.1-W040N is part of the HDD Drive Controllers series and features two motor axes. This drive controller supports a peak current of 40 Amps per axis and a continuous current of 15 Amps per axis at 4 kHz. It weighs 8 kilograms and has a protection category of IP10.
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Product Description:
The HDD02.1-W040N is a dual-axis drive controller produced by Bosch Rexroth Indramat within the HDD Drive Controllers series. Designed for medium-power servo loops, it coordinates two motor axes, allowing synchronized positioning and velocity regulation in automated machinery and material-handling lines. By converting commands from a higher-level motion processor into controlled output currents, the unit acts as the intermediary between the control system and the servo motors, maintaining feedback-based accuracy during continuous or cyclic operation.
Internally the controller draws 40 W of signal power from the 24 V auxiliary supply to energize its logic circuits. At a switching frequency of 4 kHz the module delivers a continuous current of 15 A per axis, while at 8 kHz the limit is 10 A per axis; these values let the integrator trade acoustic noise against torque ripple. For short acceleration bursts each channel tolerates 40 A per axis. The drive section rating of 40 A defines the maximum rms output accepted as steady-state, and associated losses reach 95 W per axis, heat that must exit through cabinet airflow. The enclosure carries IP10 protection and rises 498 mm in height to fit standard racks.
Environmental limits complete the sizing profile. Continuous full-load performance is guaranteed up to a rated ambient of 45 °C, and the unit can still function—subject to automatic current derating—up to 55 °C. Installations are unrestricted up to 1000 m above sea level without supplementary cooling. The housing spans 50 mm in width and weighs only 8 kg, allowing dense mounting on multi-axis backplanes. When de-energized the drive may be stored from −30 °C to 85 °C without damage to electrolytic capacitors or circuit boards, giving flexibility for spare-parts logistics and long-term inventory.