MAC090A-0-RD-4-C/110-A-0/WA606XX

The Bosch Rexroth Indramat MAC090A-0-RD-4-C/110-A-0/WA606XX is a high-performance servo drive within the acclaimed MAC AC Servo Motors series, offering robust motion control for demanding industrial applications. This AC Servo Motor in a compact Motor Size: 90 and Motor Length: A configuration features Natural Convection Cooling Type for efficient thermal management. Rated for a Nominal Speed: 3000 rpm and capable of delivering a Continuous Torque at Standstill: 3.5 Nm with a Continuous current at standstill: 11.4 A, it provides precise rotational power. The motor’s Maximum Peak of Pulse Current: 76 A ensures rapid dynamic response, while its rotor assembly boasts a low Rotor Moment of Inertia: 0.002 Kilogram Square Meter for agile speed and position adjustments. Weighing just Mass: 12.5 Kg, this unit delivers an excellent power-to-weight ratio for streamlined integration.

Performance is optimized through finely tuned winding and electrical characteristics: the Windings Resistance at 20 Degree Celsius: 0.56 Ohm and Windings Inductance: 3.2 mH yield a responsive current profile. A Torque Constant at 20 Degree Celsius: 0.34 Nm/A provides efficient torque generation per ampere, while the Thermal Time Constant: 45 min ensures predictable heat dissipation under continuous load. The permanent magnet rotor and brushless design minimize maintenance, and the encoder-ready interface supports both incremental and absolute feedback for high-resolution positioning. Advanced drive compatibility with KDM, KDS, and DSC controllers leverages the motor’s full dynamic range, enabling smooth acceleration and deceleration profiles. These technical features combine to deliver high output performance across a wide speed and torque envelope.

Built for reliability, the motor’s permanent magnet construction and lifelong lubricated bearings ensure consistent operation in harsh production environments. The integrated power connector on Side A and optional A encoder facilitate seamless integration into existing drive systems without extensive rewiring. Its robust design supports continuous operation under high-duty cycles and rapid torque transients, reducing downtime and maintenance costs. Ideal for robotics, machine tools, textile machinery, and transfer systems, the driver-motor combination excels in applications demanding precision positioning, rapid response, and long-term durability.