MHD071A-061

The Bosch Rexroth Indramat MHD071A-061 is a precision Servo Motor belonging to the MHD Synchronous Motors series. Designed for demanding motion control applications, this compact motor delivers a Continuous Torque at Standstill of 3.5 Nm and features a Motor Size of 071. With a robust Flange size of 115 mm and a centering diameter of 95 mm, it ensures accurate and repeatable positioning in automated systems. The primary function of the MHD071A-061 is to provide reliable torque at low speeds for servo-driven machinery, assembling equipment, and robotics.

In terms of technical specifications, the MHD071A-061 is built on a Motor Length of A and is identified by the Winding Code of 061 to optimize electrical performance. As a part of the Product Group: MHD, this unit features a factory-assigned Holding Brake that enhances safety by maintaining shaft position when power is removed. The housing, encoder, and output connections are also factory-assigned, streamlining installation and integration. Its Centering diameter of 95 mm and Flange size of 115 mm guarantee compatibility with standard mountings, while the compact length minimizes the overall footprint. These specifications underline the motor’s ability to deliver precise, stable operation under varying load conditions.

Additional features of the MHD071A-061 include factory-assigned encoder and power connector configurations, ensuring seamless interfacing with Bosch Rexroth drives and control units. The factory-assigned Housing Type protects internal components from dust and contamination, enhancing longevity in industrial environments. Although specific standards or certifications are not listed, the stringent Bosch Rexroth manufacturing process assures high reliability and quality. The integrated holding brake improves safety and positioning accuracy, reducing the risk of drift in vertical or inclined applications. Overall, this servo motor offers exceptional efficiency, durability, and ease of integration, making it an ideal choice for precise motion control in automotive assembly lines, pick-and-place robotics, and packaging machinery. Benefits include minimized downtime, consistent performance, and simplified maintenance in complex automation systems.