The Bosch Rexroth Indramat MAD160C-0200-SA-S2-FQ1-05-N1 is a high-performance MAD IndraDyn A Motors servo motor designed for demanding industrial automation applications. This Product Type features a robust Motor Frame Size 160 and a compact Motor Frame Length C that facilitate flexible cabinet and machine integration. It employs a reliable Axial fan cooling system and supports Flange mounting for secure installation. Connections are simplified via a dedicated Terminal box on the A-side, ensuring streamlined wiring processes.
Engineered for precision motion control, the MAD160C delivers a peak Rated Power of 67.3 kW at a Rated Speed of 2000 rpm with a continuous Rated Torque of 325 Nm and a surge Maximum torque of 715.7 Nm up to Maximum speed of 6,000 rpm. The servo operates on a Rated current of 39.1 A and features a Winding Code 0200 optimized for thermal stability. Vibration-sensitive applications benefit from its Vibration Grade R specification and Standard bearings, while high-resolution feedback is provided by a Singleturn absolute encoder EnDat2.1.
For fail-safe operational readiness, this motor integrates an electrically-released holding brake delivering 100 Nm of Holding Torque at standstill. The output shaft is a precision-balanced whole-key design without seal, supporting torque-dense drives with minimal vibration. With its enduring construction and advanced encoder interface, the MAD160C series excels in precision-printing, packaging, and palletizing systems where uptime and repeatability are critical.
Bearing Type
Standard
Cooling
Axial fan
Connection Side
A-side
Connection Type
Terminal box
Holding Brake
Electrically-released
Holding Torque
100 Nm
Encoder Type
Singleturn absolute encoder EnDat2.1
Motor Frame Length
C
Motor Frame Size
160
Mounting Style
Flange mounting
Shaft Type
whole-key balanced Without shaft seal
Product Type
Servo Motor
Vibration Grade
R
Rated Speed
2000 rpm
Winding Code
0200
Maximum speed
6,000 rpm
Maximum torque
715.7 Nm
Rated current
39.1 A
Rated power
67.3 kW
Rated torque
325 Nm