MAD180D-0150-SA-S2-FH0-35-V1

The MAD180D-0150-SA-S2-FH0-35-V1 spindle motor from Bosch Rexroth Indramat is a precision device developed under the MAD IndraDyn A Motors series. Designed for precise positioning and high speed applications, this motor incorporates key features such as a Axail Fan, Blowing cooling mode and a Singleturn Absolute, 2048 increments encoder that provides accurate motion feedback. In addition, the use of a Flange mounting style supports secure installation in a variety of industrial setups, making it an ideal choice for spindle motor applications where reliability and performance are crucial.

Engineered with detailed technical specifications, this spindle motor presents robust features that support its operation in high-demand environments. The Axail Fan, Blowing cooling mode ensures effective thermal management during prolonged use, while the integrated Singleturn Absolute, 2048 increments encoder offers precise angular measurements. Additionally, the inclusion of standard Bearing components enhances the mechanical stability of the motor, ensuring that it operates efficiently under various load conditions. Each technical specification has been carefully considered to balance performance with durability, establishing a system that can meet the rigorous requirements of complex industrial machinery.

Beyond the core technical features, the MAD180D-0150-SA-S2-FH0-35-V1 spindle motor offers additional benefits that enhance its industrial appeal. The consistent performance of the encoder and standard bearing coupled with the robust Flange mounting style contributes to an overall design that prioritizes long-term reliability and ease of integration. The construction and engineering of this motor ensure a high level of compatibility with modern control systems and industrial protocols. Enhanced cooling through the culturally refined Axail Fan, Blowing mechanism further supports operational efficiency, making this motor a valuable asset in demanding automation and machining setups where steady performance and minimized downtime are imperative.