MHD112C-035-NG0-BN

The Bosch Rexroth Indramat MHD112C-035-NG0-BN is a high-performance MHD Synchronous Motors series servo motor engineered for precise motion control in demanding industrial applications. Featuring liquid cooling for superior temperature management and digital servo feedback (HSF) for accurate position sensing, this motor delivers a continuous torque at standstill of 38.0 Nm to maintain steady loads without drift. With a relative type of position detection and a plain shaft design, it excels in automation systems requiring repeatable, smooth operation and reliable torque retention.

Built for versatility, the MHD112C-035-NG0-BN incorporates a motor size of 112 and a compact motor length of C, ensuring a high power-to-size ratio. The motor’s centring diameter is 130 mm and the flange size measures 192 mm, providing standardized mounting compatibility with a variety of drives and gearboxes. Its winding code 035 optimizes electrical performance for dynamic speed changes. The housing’s liquid cooling design enables continuous operation under heavy loads by dissipating heat efficiently, while the output connector power connection, oriented to side B, allows for flexible installation in confined machine spaces. The shaft seal design enhances protection against contaminants, extending service life in harsh environments.

This servo motor’s robust construction and advanced feedback system support efficient integration into modern automation architectures. Without a holding brake, the design simplifies mechanical coupling and reduces system complexity. The shaft seal ensures reliable operation in dusty or wet conditions, while the plain shaft facilitates direct coupling to gearheads and encoders. The liquid cooling system maintains optimal temperature under continuous duty, improving overall durability and operational efficiency. By leveraging high-resolution HSF feedback and precise relative position detection, the MHD112C-035-NG0-BN enhances motion accuracy and repeatability. In industrial settings, users benefit from reduced maintenance, improved throughput, and consistent performance under varying load conditions.