MHD115A-035-PG1-AA

The Bosch Rexroth Indramat MHD115A-035-PG1-AA is a high-performance member of the MHD Synchronous Motors series, engineered for precise motion control in demanding industrial environments. This servo motor features a continuous torque at standstill of 32.0 Nm and a robust holding brake torque of 70.0 Nm, ensuring dependable holding capability under load. Equipped with digital servo feedback with integrated encoder, the motor provides real-time position monitoring for applications requiring high accuracy and repeatability. Designed for natural convection cooling, it dissipates heat efficiently without auxiliary fans.

Delving into the technical specifications, the MHD115A-035-PG1-AA incorporates an absolute position detection system capable of tracking over 4096 revolutions, enabling seamless operation through power cycles without recalibration. The motor’s winding code 035 delivers a balanced current-to-torque profile, while the natural convection housing cooling maintains optimal thermal performance under continuous duty. A plain shaft with integrated shaft seal ensures reliable mechanical interface and protection against contaminants. The robust construction includes a centering diameter of 180 mm and a flange size of 192 mm, simplifying integration into existing machinery layouts.

Additional features highlight the motor’s versatility and durability: the holding brake provides secure load retention, while the side-oriented output connector streamlines power connection and cable routing. The inclusion of a sealed shaft enhances longevity in dusty or humid conditions, and the plain shaft design supports a variety of coupling options. As a naturally cooled synchronous servo motor, the MHD115A-035-PG1-AA operates efficiently with minimal maintenance. Its compatibility with absolute encoder feedback and integrated brake functionality makes it ideally suited for robotics, packaging machines, and precision automation systems, delivering reliable performance and enhanced productivity in industrial applications.