MAC071A-0-HS-4-C/095-A-1/WA610XX

The Bosch Rexroth Indramat MAC071A-0-HS-4-C/095-A-1/WA610XX is a precision MAC AC Servo Motor from the reputable MAC AC Servo Motors series. This MAC Permanent Magnet Motor features a Standard blocking brake and relies on Natural Convection cooling to sustain performance under continuous operation. With a Motor Size of 71 and a compact Motor Length of A, it delivers responsive motion control ideal for machine tools, robotics, packaging machinery and transfer systems. The primary function of this AC servo motor is to provide smooth, high-dynamic torque output and rapid response for demanding industrial automation applications.

In-depth technical specifications include a Power Connection on Side A for streamlined wiring and installation flexibility. The motor operates at a nominal current of 3.9 A to achieve its nominal torque of 4.5 Nm and a nominal speed of 2000 min⁻¹. It integrates both incremental and absolute encoders for tachofeedback, ensuring precise position and speed control. The embedded magnet-excited rotor design enhances dynamic performance and stability. Additionally, the motor delivers a peak torque corresponding to a peak current of 12.5 A, enabling brief bursts of high load capacity. Unique features such as the standard 3 Nm blocking brake can be upgraded with heavy-duty options to suit specific deceleration requirements.

Beyond core specifications, the MAC071A-0-HS-4-C/095-A-1/WA610XX offers versatile mounting orientation and an 11/65 design flange for simplified mechanical integration. The shaft end is a cylindrical 1971 edition with a center spigot DS M6-16, facilitating precise coupling to gearboxes or driven elements. The unit is fully compatible with Rexroth Indramat Bosch drive controllers including TDM, KDS and DSC series, providing advanced control functions and seamless communication over standard interfaces. With natural convection cooling and a robust brake system, this motor ensures long-term durability and efficiency in harsh industrial environments. Leveraging these capabilities, manufacturers gain improved throughput, reduced maintenance and reliable operation in automated production lines.