Product Description:

The Bosch Rexroth Indramat KSD061C-0610-NN-M1-1G2-NNNN is an integrated servo motor drive from the KSD IndraDrive Mi Motors series. It combines power electronics, feedback, and mechanical components in one housing, enabling decentralized axis control without a cabinet-mounted inverter. In assembly lines, packaging machines, and pick-and-place modules, the unit draws DC bus power through a single hybrid cable and delivers commanded torque directly to the load.

Under continuous duty lasting longer than ten minutes, the motor can deliver 800 W of mechanical output, matching midrange axis requirements such as pick-and-place heads or indexing tables. Its power stage permits a peak phase current of 17.7 A, so the drive can accelerate high-inertia loads without external boosters. When commanded to its limit, the shaft produces 18.0 Nm of torque, providing the maximum force available for brief positioning moves. Electromagnetic design links current and torque through a constant of 1.16 Nm/A; therefore, each additional ampere requested by the controller translates almost linearly into usable rotary effort. For creeping motions or holding tasks, the rotor maintains 5.5 Nm at a winding temperature increase of 60 K without exceeding thermal limits, helping prevent drift on vertical axes.

The housing sheds heat through natural convection, so no external fan is required, while clearance around the fins helps keep the electronics within operating limits. The enclosure has an IP65 rating that blocks dust and guards against low-pressure water jets, allowing installation on moving carriages outside control cabinets. A plain shaft with a sealing ring helps prevent lubricant from escaping at the gearbox interface. Position feedback relies on a scale with 128 increments inside a multi-turn absolute Hiperface sensor, providing absolute angle data immediately after power-up. Mechanical fastening uses four M8 screws tightened to 25 Nm, providing consistent clamping on the machine frame without extra locating sleeves.