MAD130D-0200-SA-S0-AG0-05-N2

The Bosch Rexroth Indramat MAD130D-0200-SA-S0-AG0-05-N2 is a high-performance MAD IndraDyn A Motors spindle servo motor designed for precision motion control in industrial automation applications. With a rated speed of 2000 rpm and an integrated singleturn absolute encoder, this motor delivers accurate position feedback and smooth, repeatable operations. The inclusion of an axial fan cooling system ensures effective thermal management during continuous high-speed operation, making it ideal for demanding machine tool and robotics tasks.

Built to exacting standards, this servo motor features a motor frame size of 130 and a motor frame length of D, providing a robust platform that balances compactness with power density. The smooth shaft with shaft seal enhances reliability by preventing contaminant ingress, while the flange mounting design simplifies integration into existing systems. The motor’s vibration grade S rating and standard bearing type ensure stable performance under dynamic loads, and the winding code 0200 optimizes the electromagnetic characteristics for efficient torque generation. Operating on the A-side connection, the motor uses a reliable connector interface for secure electrical coupling.

This model is supplied without holding brake, offering flexibility for applications where an external braking solution is preferred. Compatibility with standard industrial feedback and control systems is assured through the built-in singleturn absolute encoder, enabling precise synchronization in multi-axis configurations. The robust construction, including the sealed smooth shaft and axial fan cooling, contributes to extended service life and reduced maintenance intervals. As part of the MAD Spindle Motor Series, this motor meets industrial vibration and temperature requirements, ensuring consistent operation in harsh environments. By combining high torque capability at 2000 rpm with reliable thermal and mechanical design features, the MAD130D-0200-SA-S0-AG0-05-N2 delivers enhanced productivity, uptime, and accuracy in CNC machining, robotics, and automated assembly applications.