Product Description:

The MAC063D-0-FS-4-C-095-B-0-095-B-0-WI522LV-S001 is an AC servo motor built by Bosch Rexroth Indramat for the MAC AC Servo Motors series. As a motor for analog drives, it provides position and velocity control for automated machinery such as packaging lines, pick-and-place axes, and material handling stations. The unit couples directly to gearboxes or load shafts and works with current-controlled amplifiers for closed-loop regulation. This arrangement supports precise motion control without requiring a digital fieldbus interface.

During continuous duty, the rotor can reach 6000 rpm, a nominal speed suited to high-cycle applications where fast reversals are required. Thermal energy is removed by natural convection, so no additional fan or liquid cooling circuit is required, although the installation should allow free air circulation around the frame. A 95 mm centering diameter helps align the motor on machine plates and maintain concentricity between the shaft and driven components. The motor uses tacho feedback and an incremental or absolute encoder, allowing either analog velocity control or absolute position monitoring depending on the selected controller. The generated feedback voltage is 1.5 V/1000 rpm, which provides a proportional relationship between shaft speed and the velocity signal. Because the motor does not include a blocking brake, holding torque must be supplied by the drive or by an external brake when the axis is de-energized.

The motor has a size 063 frame, and the active magnetic stack uses the extended length D configuration to provide higher continuous torque than shorter versions in the same frame. Power conductors terminate through a right-angle connector on side B, which helps route cables along moving carriers or adjacent machine structures. Electrical behavior is set by the FS winding code, which determines the resistance and inductance values expected by compatible analog servo amplifiers. These characteristics make the motor suitable for compact motion axes that need high speed, stable feedback, and straightforward cable routing.