MAC090C-1-GD-4HC/110-A-2/WA610XX/S013, Bosch Rexroth Indramat, MAC AC Servo Motors represent high-performance electronically commutated drives built for demanding automation environments. This MAC Permanent Magnet Motor features a precision-built AC Servo Motor design optimized for rapid-response indexing, positioning, and torque control. Its modular construction allows seamless integration with Rexroth’s TDM, KDS, and DSC drive controllers, ensuring precise motion in robotics, textiles, and packaging lines. The motor’s robust architecture delivers extended service intervals and reliable performance under cyclic loads.
In detailed specifications, the unit uses a Centering Diameter suitable for For Design B05 and B14 mounts and a compact Motor Length denoted by C for space-saving installations. Power is delivered via a Power Conection on Side A, while the frame is standardized to a Motor Size of 90 mm diameter. The motor’s external ″Cooling Type″ employs Surface Cooled technology with a mounted axial unit, permitting continuous or frequent start/stop cycles without thermal derating. It incorporates a heavy-duty blocking brake with Holding Torque of 14 Nm and lifetime-lubricated bearings rated for 30 000 operating hours. A rugged housing meets Protection Category IP 65, safeguarding internal electronics and feedback cables against dust and water jets.
Engineered for industrial motion systems, this servo motor delivers exceptional power-to-weight ratio and precise torque control even in compact assemblies. Lifetime-lubricated bearings and an integrated encoder reduce maintenance and downtime, while the high ingress protection rating ensures reliable operation in washdown or dusty environments. Together with Bosch Rexroth drive controllers, the MAC090C-1-GD-4HC/110-A-2/WA610XX/S013 offers seamless network integration and consistent performance for advanced automation applications.
Centering Diameter
For Design B05 and B14
Motor Length
C
Power Conection
Side A
AC Servo Motor
MAC
Motor Size
90
Cooling Type
Surface Cooled