MHD093A-024-PP0-BA

The Bosch Rexroth Indramat MHD093A-024-PP0-BA is a precision Servo Motor within the renowned MHD Synchronous Motors series, designed to deliver reliable motion control in demanding automation applications. This model features a robust Continuous Torque at Standstill of 12.0 Nm, ensuring consistent holding force when stationary, and a high-resolution Digital servo feedback w/ integrated encoder for precise position monitoring. With its Natural convection cooling housing, the MHD093A-024-PP0-BA maintains optimal thermal performance without the need for external fans or liquid circuits, making it ideal for compact installations requiring minimal maintenance.

At the core of its advanced design, this motor offers Absolute (>4096 revolutions) position detection for repeatable accuracy over extended cycles. The compact Motor Size 093 and a Motor Length A configuration deliver a balanced footprint for machine integration, while the Winding Code 024 ensures consistent electromagnetic characteristics tailored for medium-duty dynamic loads. The motor’s construction incorporates a keyed shaft for secure torque transmission and an integrated encoder that simplifies feedback wiring and reduces installation complexity. Together, these specifications set the MHD093A-024-PP0-BA apart as a versatile solution for high-precision indexing, pick-and-place operations, and coordinated multi-axis systems.

Engineered for robust performance, this motor is specified Without holding brake to allow flexible integration with external brake systems or direct-drive couplings. The 140/150 mm flange size and 130 mm centering diameter facilitate straightforward mounting on standard machine frames, while the presence of a Shaft Seal ensures protection against contaminants in dusty or oily environments. Power is delivered via an Output Connector directed to side B, enabling streamlined cable routing and system layout. As a high-precision industrial servo motor, the MHD093A-024-PP0-BA delivers exceptional positional accuracy, reliable torque output, and long-term durability, supporting optimized throughput and reduced downtime in automated production lines.