MAD130C-0150-SA-M2-FP0-05-N1

The Bosch Rexroth Indramat MAD130C-0150-SA-M2-FP0-05-N1 servo motor is part of the MAD IndraDyn A Motors series from Bosch Rexroth Indramat. Engineered for precision motion control, it features a robust Motor Frame Size of 130 and operates at a Rated Speed of 1500 rpm, enabling rapid response in automated systems. The integration of a Multiturn absolute encoder EnDat2.1 delivers high-resolution position feedback, ensuring accurate and repeatable positioning. This product is ideally suited for demanding industrial applications such as tool machining, robotics, and CNC systems requiring reliable torque and speed regulation.

Detailed technical specifications highlight the MAD130C-0150-SA-M2-FP0-05-N1’s advanced engineering. It utilizes a Standard bearing type paired with an axial fan cooling system to maintain optimum thermal performance under continuous load. The Motor Frame Length C and Flange mounting style facilitate straightforward mechanical integration. A whole-key balanced shaft with shaft seal enhances rotational smoothness and shields internal components from contamination. Electrical connectivity is provided via a Terminal box on the A-side, simplifying installation. The Winding Code 0150 denotes a specialized coil configuration optimized for consistent torque production. Notably, the motor is designed without holding brake, reducing rotational inertia and improving dynamic response.

Additional features emphasize compatibility, durability, and efficiency. The absence of a holding brake streamlines system design and lowers maintenance requirements. With a Vibration Grade R, the motor offers reduced mechanical noise and extended service life, even in high-vibration environments. The EnDat2.1 encoder ensures seamless integration with modern drive controllers, supporting advanced diagnostics and motion profiles. Standardized flange dimensions and connection interfaces make upgrades or replacements hassle-free. In industrial settings, the MAD130C-0150-SA-M2-FP0-05-N1 delivers enhanced throughput, minimized downtime, and improved energy efficiency, making it a dependable choice for high-performance automation.