MAD130D-0150-SA-S2-BK0-35-N1

The MAD130D-0150-SA-S2-BK0-35-N1 spindle motor from Bosch Rexroth Indramat is a precision-engineered unit within the MAD IndraDyn A Motors series. It is configured with a specialized cooling system utilizing an Axail Fan, Blowing mechanism and is equipped with a Singleturn Absolute, 2048 increments encoder to ensure exact positioning and control. The motor is designed with a standard mounting style of Flange and incorporates a Standard bearing to support robust installation. Its primary function is to drive high-speed spindle applications where precision and consistent performance are critical.

Engineered with technical finesse, this motor integrates an Axail Fan, Blowing cooling mode that plays a vital role in maintaining optimum operational temperatures during extended performance. The inclusion of a Singleturn Absolute, 2048 increments encoder enables accurate feedback for refined control in dynamic operating conditions. The use of a Standard bearing assures that the spindle motor can handle mechanical loads with reduced friction, while the Flange mounting style guarantees compatibility with a variety of industrial frameworks. Each of these key features works synergistically to enhance the motor's functionality and reliability in complex applications.

In addition to its core technical aspects, the MAD130D-0150-SA-S2-BK0-35-N1 spindle motor is designed with compatibility and longevity in mind. Its adherence to robust industrial mounting standards and the integration of durable components such as the Standard bearing contribute to a high level of operational stability and efficiency. The precise encoder feedback system not only supports advanced control strategies but also ensures that performance remains consistent under varying load conditions. Overall, this spindle motor offers significant benefits in terms of ease of installation, reliable temperature management, and the assurance of precise motion control, making it an excellent choice for demanding industrial and automation applications.