MHD131B-024-NG1-RN

The MHD131B-024-NG1-RN motor from Bosch Rexroth Indramat is a high-performance component in the MHD Synchronous Motors series engineered for precise motion control in industrial automation. This Product Type: Servo Motor features a Winding Code: 024 and a robust Motor Size: 131 design. Its mechanical interface includes a Flange size: 260 mm with a Centering diameter: 250 mm and a Shaft Design: Plain shaft fitted with a Shaft Seal: Yes. Integrated Encoder Type: Digital servo feedback (HSF) provides Type of Position Detection: Relative feedback. A Holding Brake: With holding brake rated at Holding Brake Torque: 100 Nm secures the shaft at standstill.

Performance is characterized by a Continuous Torque at Standstill: 48.0 Nm and a continuous speed of 1500 rpm delivering between Rated Power: 6–17.5 kW. Under Housing Cooling Type: Natural cooling the motor achieves Natural Cooling Torque: 33.6 Nm at Rated Current: 14.4 A, while Surface cooling raises output to Surface Cooling Torque: 96.8 Nm at Rated Current: 41.4 A using Housing Cooling Type: Liquid cooling. The electrical interface uses a Power Connection Type: Power Connector positioned Power Connection Direction: to the right accepting Input Voltage: 244–279 VAC supplied by the controller. Thermal management is defined by a Thermal Time Constant: 45–100 min, ensuring stable operation during extended duty cycles.

Built for demanding environments, the MHD131B-024-NG1-RN is certified under UL standards and features an onboard Temperature Monitoring Device to maintain safe operating temperatures within 0–40 °C ambient conditions. Installation versatility is provided by compatibility with IMV1, IMV3, and IMB5 mounting positions, and the unit must be handled using a crane due to its robust construction. A one-year replacement warranty backs the motor, underlining its reliability and low maintenance requirements. Its plain output shaft and digital feedback make it ideal for integration with advanced servo drives in packaging machinery, robotics, and CNC automation where precision, torque density, and continuous duty are critical.