MAD130D-0150-SA-S2-BH0-05-N2

The MAD130D-0150-SA-S2-BH0-05-N2 spindle motor, produced by Bosch Rexroth Indramat, is an integral component of the MAD IndraDyn A Motors lineup. Engineered for precision and reliability, this motor is designed to meet the rigorous demands of modern industrial applications. Featuring key technical attributes such as a cooling mode that employs an Axail Fan, Blowing system and an encoder offering Singleturn Absolute, 2048 increments, it is ideally suited for tasks that require refined control and consistent performance. Its design is streamlined to support effective operation in high-speed machining applications and similar precision environments.

The motor incorporates a cooling system that relies on an Axail Fan, Blowing arrangement to efficiently dissipate heat, thereby ensuring stable operating temperatures. Through the use of a highly accurate encoder specified as Singleturn Absolute, 2048 increments, the device delivers precise feedback necessary for detailed motor control and position accuracy. In tandem with these features, the standard bearing system incorporated within the assembly reinforces operational stability, while the flange mounting style facilitates secure integration into diverse machine setups. This set of technical specifications underscores the motor's versatility and its adaptability in meeting the high-performance criteria of contemporary industrial processes.

Furthermore, the design emphasizes compatibility and durability by incorporating features that ensure ease of installation and long-term dependable operation. The mounting style, specified as Flange, simplifies physical assembly and alignment, while the standard Bearing guarantees minimal friction and wear during prolonged use. These design choices not only enhance the motor's overall efficiency but also ensure that it meets safety and operational standards within various industrial settings. The thoughtful combination of precise cooling and feedback mechanisms with robust mechanical features provides significant benefits through improved process stability, operational efficiency, and longevity in demanding production environments.