MAD130C-0150-SA-S2-AG0-05-N1

The Bosch Rexroth Indramat MAD130C-0150-SA-S2-AG0-05-N1 from the MAD IndraDyn A Motors series is a high-performance Servo Motor engineered for demanding precision motion tasks. This motor frame size 130 design features a motor frame length C profile optimized for high-speed spindle applications and delivers consistent torque at a rated speed of 1500 rpm. Internally, a winding code 0150 configuration provides an ideal balance between inductance and current response, enhancing dynamic performance. Position feedback is maintained by a singleturn absolute encoder EnDat2.1, while a vibration grade R certification and standard bearing selection guarantee long-term mechanical stability.

Thermal regulation is assured by an integrated axial fan cooling solution that drives airflow directly across stator windings, reducing temperature rise under continuous duty cycles. The motor’s flange mounting interface conforms to industry-standard dimensions, facilitating drop-in replacement and simplified alignment. A smooth shaft with shaft seal assembly protects against particle ingress and extends service intervals, while a dedicated A-side Connector ensures reliable electrical connections for both power and encoder signals. By omitting a holding brake, the unit maintains a compact envelope, lowering rotor inertia and enabling rapid acceleration and deceleration sequences.

Designed for seamless integration, the MAD130C model shares consistent mounting footprints and connector layouts with its MAD IndraDyn A counterparts, minimizing engineering redesign efforts and simplifying inventory management across production lines. High-resolution encoder feedback, combined with robust mechanical design and efficient cooling systems, ensures precise position control and thermal stability even in high-duty cycle scenarios such as precision spindles, indexing tables, and dynamic gantry systems. The result is a dependable, versatile servo solution, the MAD130C-0150-SA-S2-AG0-05-N1, ready to meet the rigorous performance and reliability demands of advanced automation environments.