MAC112D-0-ED-4-C/180-A-2/AM164SG, Bosch Rexroth Indramat, MAC AC Servo Motors opens a versatile range of high-performance industrial drives with the Bosch Rexroth Indramat MAC112D-0-ED-4-C/180-A-2/AM164SG. This MAC AC Servo Motors product is built around a MAC Permanent Magnet Motor architecture that delivers precision positioning and repeatable torque output. Equipped with an integral AC Servo Motor winding assembly and proprietary rotor magnets, it sustains high dynamic response under rapid start-stop cycles. The design seamlessly integrates with Rexroth TDM, KDS and DSC controllers, enabling compact, rapid-response drive modules.
In detailed specification, the motor features an Encoder type selectable between Incremental or absolute to suit diverse motion-control applications. A Power connection side fixed on Side A simplifies cabinet routing, while the built-in Tachogenerator feedback sensor ensures accurate speed monitoring. Rated as a Motor Size 112 frame with a Motor Length D housing, it benefits from Natural Convection cooling that passively dissipates heat without auxiliary fans. The permanent-magnet rotor and stator assembly provide a superior torque-inertia ratio for responsive control in cyclic and high-acceleration profiles.
Designed for long-term reliability, the servo includes life-lubricated bearings that eliminate relubrication downtime and prevent contamination. A heavy-duty blocking brake holds 60 Nm of torque when power is removed, ensuring safe axis lock and precision end-positioning. The robust black prime coating resists weathering, chemicals, and mechanical wear for extended service life in demanding industrial environments. Pairing the MAC112D-0-ED-4-C/180-A-2/AM164SG with Rexroth’s modular drives assures streamlined integration, minimized footprint, and consistent performance in automation, robotics, and repeatable positioning tasks.
Encoder type
Incremental or absolute
Power connection side
Side A
Tachogenerator feedback
Included
AC Servo Motor
MAC
Motor Size
112
Motor Length
D
Cooling Type
Natural Convection