Product Description:

The MAC071B-0-TS-3-C/095-A-1/S001 is an AC servo motor built by Bosch Rexroth Indramat and positioned within the MAC AC Servo Motors series. It is classified as a motor for analog drives and is intended to supply tightly regulated motion in industrial positioning, indexing, and feed-axis systems. By combining a compact construction with internal tachometer feedback, the unit can be integrated into legacy control architectures that rely on analog velocity and current loops. This layout supports applications where stable speed regulation and predictable response are required from a self-contained motor package.

The mechanical framework follows the 071 frame code, giving the housing dimensions that work with a centering shoulder of 95 mm to align the flange against gearboxes or machine plates. At its rated operating point, the rotor turns at 3000 rpm, a speed that suits many spindle and feed applications without additional reduction. A blocking brake is fitted and delivers 3 Nm of holding torque, helping keep the axis stationary when power is removed. Thermal energy is dissipated solely by natural convection, so the motor depends on free air circulation rather than forced ventilation. Velocity feedback is proportional to shaft speed, and the built-in tachogenerator outputs 3 V/1000 rpm as an analog signal to the drive.

The three-phase power leads exit through a connector on side A, allowing the cable bundle to follow the machine wall without sharp bends and helping keep routing orderly in compact installations. Control accuracy is further improved by tacho feedback and a second shaft end; the rear extension allows an external encoder or handwheel to share the shaft while the internal tacho maintains closed-loop speed control. The winding code TS identifies the electrical layout used for this motor and matches the operating characteristics expected by compatible MAC family analog drives. This combination supports straightforward integration where separate motion components must work together without complex interface changes.