The Bosch Rexroth Indramat MAC112D-0-ED-4-C/130-A-3/WI520LV/S018 from the MAC AC Servo Motors series is a high-performance brushless AC Servo Motor with a motor size of 112 and motor length D. Designed with Natural Convection cooling, the motor dispenses with auxiliary fans and maintains consistent thermal performance under demanding dynamic loads. A streamlined Power Connection on Side A simplifies electrical integration, while the robust flange with four through-holes ensures secure mechanical mounting. The rugged black prime-coat housing and Class F Insulation protect internal components and extend service life in harsh industrial environments.
Performance precision is delivered by an Incremental Encoder with standard mounting and integrated Tacho Feedback, enabling rapid response and smooth motion control. Flexibility is ensured through support for both Incremental or Absolute feedback encoder types, allowing scalable resolution for diverse automation tasks. The servo’s favorable torque-inertia ratio, enhanced by lifetime-lubricated bearings, ensures vibration-free and silent operation during high cyclic start-stop sequences. With a centering diameter of 130 mm and a compact, brushless design, this motor excels in machine tools, textile machines, robotics, and packaging systems when paired with TDS, KDS, or DSC drive controllers.
Installation and commissioning are straightforward thanks to quick-connect power terminals on Side A and standardized mounting provisions. The MAC112D-0-ED-4-C/130-A-3/WI520LV/S018 comes with a one-year distributor warranty backed by Bosch Rexroth Indramat’s technical support network. This compact yet powerful servo solution is engineered for demanding industrial applications, offering reliability and precision where high performance and maintenance-free operation are paramount.
Encoder
Incremental encoder with standard mounting
Feedback encoder type
Incremental or absolute
Power connection
Side A
Tacho feedback
Included
AC Servo Motor
MAC
Motor Size
112
Motor Length
D
Cooling Type
Natural Convection