MAD130D-0200-SA-S2-AH0-05-V1

The Bosch Rexroth Indramat MAD130D-0200-SA-S2-AH0-05-V1 from the MAD IndraDyn A Motors series is a high-performance Servo Motor designed for precise positioning and dynamic response in demanding automation tasks. Its Motor Frame Size 130 and extended Motor Frame Length D support a rugged rotor assembly optimized for stability at high speeds, while the specialized Winding Code 0200 and nominal Rated Speed 2000 rpm ensure consistent torque delivery under varying loads. The motor incorporates a standardized Connector Connection Type on the A-side Connection Side for seamless integration into modular drive systems and features a versatile Flange mounting Mounting Style for secure installation. Engineered with Bosch Rexroth’s advanced materials and quality controls, this motor aligns with the manufacturer’s commitment to reliability and efficient energy use.

Thermal regulation is maintained by an Axial fan Cooling mechanism that actively dissipates heat across the motor's housing during continuous duty cycles, ensuring stable operation in high-demand environments. A reinforced rolling element system, designated by the Reinforced Bearing Type, grants extended service life under high-speed rotation and radial loads. High-precision feedback is achieved through the Singleturn absolute encoder EnDat2.1 Encoder Type, delivering fast, accurate positional and speed data for closed-loop control. Certified to Vibration Grade R, the motor minimizes resonant behavior, features a Smooth shaft Shaft Type for direct coupling without additional sealing, and is delivered Without holding brake to allow customization of braking solutions within advanced machine designs.

With its compact dimensions, industrial-grade components, and high feedback resolution, the MAD130D-0200-SA-S2-AH0-05-V1 excels in CNC machining spindles, pick-and-place robotics, and precision metrology equipment where accuracy and repeatability are critical. Integration with Bosch Rexroth IndraControl systems is streamlined through consistent mechanical footprints and digital interfaces, reducing commissioning time and engineering effort. As a result, this spindle motor offers exceptional performance, low maintenance, and high operational uptime for next-generation manufacturing processes.