Product Description:

The MHD095C-035-NG1-AN is a servo motor developed by Bosch Rexroth Indramat for the MHD Synchronous Motors series. As a self-contained rotary actuator, the unit converts electrical energy from digital drives into controlled mechanical motion for positioning, conveying, or machining tasks in industrial automation environments. Its construction supports use in compact machinery where high torque density and precise speed regulation are required, and it is well suited for multi-axis systems that depend on coordinated feedback between the drive and controller.

The motor supplies a continuous standstill torque of 23.0 Nm, meaning it can hold a static load at that level without exceeding thermal limits. A built-in holding brake rated for 22.0 Nm locks the shaft when power is removed, helping prevent unwanted movement on vertical axes. Thermal management relies on liquid cooling, and coolant channels in the housing remove heat so the motor can operate near its torque limit during long duty cycles. Position feedback is generated by a digital servo feedback (HSF) encoder, which delivers high-speed incremental data to the controller for fine velocity and position loops. Installation is aided by a centering collar with a diameter of 130 mm, allowing accurate alignment on the machine frame. The unit uses a plain shaft, includes a shaft seal to limit ingress, and detects position on a relative basis.

The motor has a frame designation of motor size 095, and its C length gives it a package suited to mid-range axes that balance inertia with torque output. Electrical characteristics are matched to the drive by winding code 035, keeping the voltage constant and inductance within the controller’s operating range. A dual-face flange of 140 / 150 mm provides standardized bolt patterns for mounting, and power leads exit to side A through an output connector that supports orderly cable routing near adjacent components.