MAD130D-0150-SA-N0-KG0-05-N1

The MAD130D-0150-SA-N0-KG0-05-N1 spindle motor by Bosch Rexroth Indramat is engineered within the MAD IndraDyn A Motors series to offer a reliable drive solution for industrial motion control. Key specifications include its size of 130 and a length configuration of D, which contribute to a compact design that does not compromise on power output. The motor’s design integrates a specialized MAD130D winding system, ensuring consistent torque and performance across varied operational demands. With a primary cooling mode featuring an Axial fan blowing mechanism, it effectively manages thermal regulation for continuous operation in challenging environments.

The technical details of this motor highlight its optimized design for robust industrial applications. It operates without an encoder, specified as without motor encoder, simplifying the control system in applications where precise feedback is not essential. The motor relies on a K-type electrical connection that supports efficient energy transmission, while its construction includes a plain shaft with a sealing ring to offer enhanced protection and durability. Additional technical merits include the integration of standard bearings, which ensure smooth rotational dynamics and reduce wear during prolonged use. Each specification reinforces the motor’s framework designed for efficiency under variable load conditions.

Further advantages of the MAD130D-0150-SA-N0-KG0-05-N1 include its compatibility with flange mounting systems, which streamline installation and integration into existing machinery setups. The absence of a holding brake provides greater design flexibility for systems where braking is managed externally or deemed unnecessary. With a standard bearing configuration and a robust cooling system, this motor is built to withstand industrial stresses while maintaining operational stability. Overall, its engineering excellence and thoughtfully selected features make it an exemplary choice for high-demand automation and motion control applications.