MAD130C-0200-SA-S2-FG1-35-N1

The Bosch Rexroth Indramat MAD130C-0200-SA-S2-FG1-35-N1 servo motor, part of the distinguished MAD IndraDyn A Motors lineup, delivers exceptional performance in demanding industrial environments. Engineered as a high-precision spindle motor, it offers a rated speed of 2000 rpm and a continuous torque of 110 Nm. With a robust axial cooling fan and a compact Motor Frame Size 130, this unit excels in dynamic applications requiring rapid acceleration and stable speed control. Primary function centers on delivering smooth rotary motion for tasks such as milling, drilling, and high-speed indexing systems.

Building on its core capabilities, the MAD130C-0200-SA-S2-FG1-35-N1 features an electrically-released holding brake with a high holding torque of 80 Nm, ensuring secure shaft locking under power-off conditions. The motor incorporates a singleturn absolute encoder EnDat 2.1, providing precise position feedback and minimizing drift over extended cycles. Its 0200 winding code supports a rated current of 57 A, optimizing thermal performance during continuous operation. Connection is facilitated via a rugged terminal box on the A-side, while the motor supports both flange and foot mounting for versatile integration. The smooth shaft design, complete with a protective shaft seal, enhances reliability in environments prone to contamination.

Durability and efficiency are further enhanced by the motor’s vibration grade R rating, reducing wear on bearings and extending service intervals. Standard bearing design ensures ease of maintenance, while flange and foot mounting options simplify retrofits and new installations. The combination of an axial fan cooling system and robust enclosure design delivers consistent thermal management, promoting long-term reliability. Compatible with modern CNC drives and motion controllers, this servo motor meets the rigorous demands of high-throughput manufacturing, providing stable torque output, precision positioning, and operational safety. Its optimized performance reduces downtime and contributes to improved overall equipment effectiveness in industrial automation.