1MR160F-C061

The Bosch Rexroth Indramat 1MR160F-C061 is a precision-engineered rotor within the 1MB High-Speed Asynchronous Motors series, designed for high-performance applications in demanding industrial environments. Featuring a Motor Size of 160, a Motor Length of F, and a Rotor Design: Step Interference fit, with allowancer, this unit serves as the primary output component for converting stator-generated electromagnetic energy into rotational motion. Manufactured under strict international quality standards, the 1MR160F-C061 rotor delivers reliable torque transfer and smooth operation in sectors such as mining, packaging, and food processing, where robust performance under heavy loads and harsh conditions is essential.

In technical operation, the 1MR160F-C061 rotor requires a rated electric current of 23.2 A to achieve a nominal speed of 2,500 rpm, producing an output torque of 48 Nm. At a reference temperature of 20 °C, the rotor’s torque constant is 4.0 Nm/A, demonstrating efficient energy conversion for consistent performance. The unit’s mechanical design permits a maximum rotational speed of 20,000 rpm, enabling compatibility with high-speed drives and sophisticated automation systems. Engineered to operate within grease-lubricated ball bearings, this rotor maintains minimal friction and heat buildup, ensuring longevity during continuous operation.

Additional specifications include an internal bore diameter of 61 mm, a total mass of 7.6 kg, and a moment of inertia of 0.0121 kg·m², balancing compact dimensions with structural resilience. The rotor’s high metal content and interference-fit construction deliver enhanced durability, allowing it to withstand corrosive or potentially explosive atmospheres. Shipped globally with a one-year warranty, the 1MR160F-C061 offers seamless integration, reduced maintenance intervals, and improved energy efficiency. In industrial applications, these benefits translate to increased uptime, lower lifecycle costs, and dependable motion control in the most challenging settings.