MAD100B-0200-SA-S2-FH0-35-N1

The MAD100B-0200-SA-S2-FH0-35-N1 Spindle Motor from Bosch Rexroth Indramat is a robust and precise component within the MAD IndraDyn A Motors family. Designed for high-performance industrial applications, this motor integrates a Cooling Mode featuring an Axail Fan, Blowing mechanism that is pivotal in managing operational heat. Furthermore, it is equipped with a Singleturn Absolute, 2048 increments encoder to provide accurate positioning data. The motor's construction also includes a Standard bearing and a Flange mounting style, ensuring it meets the mechanical demands of its intended applications while delivering dependable performance over time.

Engineered with precision, the motor offers a state-of-the-art solution for systems that require both dynamic motion and stability. The unique integration of the Axail Fan, Blowing cooling system ensures that optimum performance is maintained even under extended workloads, while the high-resolution encoding capability of the Singleturn Absolute, 2048 increments encoder supports accurate feedback and control. With its Standard bearing and secure Flange mounting style, every specification is tailored to deliver reliability and prolonged service life. The combination of these technical features positions the motor as a strategic choice for precision engineering in automated production environments.

In addition to its primary technical merits, the motor presents additional advantages that enhance its integration into various industrial systems. Its dependable design, highlighted by clearly defined specifications such as the Cooling Mode and the encoder’s high resolution, reflects a commitment to efficiency and durability. The mounting technique using a Flange ensures compatibility with standard mechanical assemblies and simplifies installation. Overall, the motor's balanced blend of cooling efficiency, precision feedback, and robust build quality results in improved system reliability and performance, making it an asset for operations requiring stringent standards and prolonged uptime in demanding industrial environments.