R911287574 (MHD093C-035-PP1-AA)

How does the integrated 22.0 Nm holding brake enhance the safety of the MHD093C-035-PP1-AA?

The holding brake maintains shaft position during power loss or emergency stops. This prevents unwanted motion and protects both machine components and operators.

Why is natural convection cooling used in the MHD093C-035-PP1-AA instead of fan-assisted cooling?

Natural convection eliminates moving parts like fans, reducing maintenance requirements. It also ensures quiet operation and improves long-term reliability in clean environments.

What advantage does the 035 winding code offer for the MHD093C-035-PP1-AA motor?

The 035 winding optimizes electromagnetic efficiency and minimizes torque ripple. This leads to smoother motion and better control at low speeds.

How does the digital servo feedback improve performance in the MHD093C-035-PP1-AA?

The integrated digital servo feedback system enables precise position detection across 4096+ revolutions, ensuring accurate motion control. This minimizes position drift and enhances synchronization in multi-axis systems.

Why is the encoder resolution critical for applications using the MHD093C-035-PP1-AA?

High encoder resolution allows for finer control over angular movement and velocity. It’s essential in precision applications like robotics and assembly automation where micrometer-level accuracy is required.

MHD093C035PP1AA

MHD093C 035 PP1 AA

mhd093c-035-pp1-aa

MHD93C-035-PP1-AA

The Bosch Rexroth Indramat MHD093C-035-PP1-AA servo motor features a 23.0 Nm continuous standstill torque and a 22.0 Nm holding brake for secure load handling. Its digital encoder enables absolute position detection over 4096+ revolutions, ensuring precise control. Commonly used in robotics, packaging machines, and precision assembly systems.