MHD095C-024-NG0-AN

The Bosch Rexroth Indramat MHD095C-024-NG0-AN servo motor is part of the renowned MHD Synchronous Motors series, delivering high precision and reliability for demanding automation tasks. This Product Type: Servo Motor features a robust Housing Cooling Type: Liquid cooling system and offers a Continuous Torque at Standstill: 23.0 Nm for exceptional load-holding capacity. With Encoder Type: Digital servo feedback (HSF) and Type of Position Detection: Relative, the motor provides accurate and repeatable positioning, making it ideal for machine tools, robotics, and packaging equipment.

This motor’s technical specifications underscore its versatility and performance. The Motor Size: 095 and Motor Length: C dimensions are optimized for space-constrained installations, while a Centering diameter: 130 mm and selectable Flange size: 140 / 150 mm ensure straightforward integration into existing drive systems. The Shaft Design: Plain shaft features a reliable Shaft Seal: Yes to protect internal components from contaminants and extend service life. Power is delivered via an Output Connector oriented to side A, simplifying cabling and maintenance. The motor’s Winding Code: 024 tailors its electrical characteristics for smooth torque delivery and efficient operation.

Designed without a holding brake, the MHD095C-024-NG0-AN excels in applications where external braking or mechanical locking is provided, enhancing system flexibility. The liquid-cooled housing supports continuous high-duty cycles by maintaining optimal operating temperatures and minimizing performance degradation. The inclusion of digital servo feedback (HSF) ensures real-time monitoring of speed and position, enabling advanced control strategies and improved dynamic response. These combined features make this servo motor exceptionally durable, energy-efficient, and compatible with a wide range of Bosch Rexroth and third-party drive controllers. In industrial settings, adopting the MHD095C-024-NG0-AN results in reduced downtime, precise motion control, and a higher overall system throughput.