MAD130D-0200-SA-M0-AG0-05-N1

The Bosch Rexroth Indramat MAD130D-0200-SA-M0-AG0-05-N1 from the MAD IndraDyn A Motors series is a high-performance servo motor engineered for spindle applications, combining precision and durability into a single package. It features a robust motor frame size 130 and an extended motor frame length D to support high mechanical loads while maintaining compact dimensions. Rated for a rated speed of 2000 rpm and configured with a winding code 0200, this motor balances torque density and thermal efficiency for continuous operation. The internal standard bearing arrangement paired with an axial fan cooling system ensures stable temperature management even under maximum load, while the flange mounting design and smooth shaft with shaft seal deliver reliable alignment and protection against contaminants.

Connectivity and feedback precision are at the core of this unit: it integrates an A-side connection via a rugged connector interface to simplify installation and maintenance. Motion control is enhanced by a dual-encoder strategy, combining a multiturn absolute encoder for absolute position tracking and a singleturn absolute encoder with 2048 increments for fine-resolution feedback, enabling sub-micrometer positioning accuracy. Vibration suppression meets industry requirements with an R-grade rating, minimizing resonance and promoting smooth spindle dynamics at elevated speeds. This model is supplied without holding brake, reducing mechanical complexity when brake functionality is not required or is handled externally.

Designed for seamless integration in tool spindles, CNC machining centers, and precision rotary tables, the MAD130D-0200-SA-M0-AG0-05-N1 delivers consistent performance across a range of industrial environments. Bosch Rexroth Indramat’s comprehensive testing and quality assurance protocols guarantee that each motor meets stringent reliability and performance criteria. The combination of a sealed shaft, modular connector system, and efficient cooling architecture simplifies service intervals and minimizes downtime, making this servo motor an optimal choice for high-throughput and precision-critical automation tasks.