MAD130D-0200-SA-M0-AG1-35-N1

The MAD130D-0200-SA-M0-AG1-35-N1 is a precision spindle motor developed by Bosch Rexroth Indramat, belonging to the esteemed MAD IndraDyn A Motors series. This motor is engineered for high-performance industrial applications where precision and reliability are paramount. It incorporates key features such as a Standard bearing, a cooling system employing an Axail Fan, Blowing mode, and a sophisticated Singleturn Absolute, 2048 increments encoder that ensures precise positioning and repeatability in operation. Designed primarily for spindle applications, the motor combines robust construction with advanced control technologies for efficient motion control in demanding settings.

In depth analysis reveals that the motor is equipped with a mounting style specified as Flange, which contributes to seamless integration into various machinery and equipment. The motor’s cooling function, facilitated by an Axail Fan, Blowing mechanism, ensures effective heat dissipation during continuous operation, thereby safeguarding internal components. The inclusion of a Singleturn Absolute, 2048 increments encoder not only offers high resolution positional feedback but also enhances the overall system stability. In addition to these, the use of a Standard bearing further underscores the commitment to durability and reliability, while the compact design supports maintenance efficiency and longevity, ensuring it meets the rigorous demands of precision engineering environments.

Further features include a design that favors compatibility with a range of industrial setups, promoting easy installation and integration. The careful selection of a Flange mounting style along with the standardized bearing system ensures that the motor withstands mechanical stresses and aligns accurately with adjacent components. The innovative cooling approach with an Axail Fan, Blowing system provides consistent thermal management, reducing the risk of overheating during prolonged runs. Overall, this spindle motor offers significant benefits in terms of energy efficiency, operational stability and precise control, making it an ideal solution for modern machining applications in competitive industrial landscapes.