MRT110D-0052-NN-NNNN

The Bosch Rexroth Indramat MRT110D-0052-NN-NNNN, part of the MRT Synchronous IndraDyn T Motors series by Bosch Rexroth Indramat, features a robust frame size of 210C and delivers precise rotor dynamics with a rotor mass of 4.8 kg. Designed for secure integration, the unit employs screw fixing (3N) and supports a maximum input voltage of 600 V for high-performance industrial automation applications. With a rotor inner diameter of 120 mm and a Size 110 housing, this motor rotor is engineered to complement the MST110 stator. The magnetically configured rotor ensures consistent torque output and minimal runout, making it ideal for synchronized motion control.

Thermal resilience is at the core of the MRT110D design, starting with its Temperature class Class F insulation and a Shutdown limit of 155 °C that protect winding integrity under peak load. The open-architecture rotor requires installation in an enclosure to maintain its Degree of protection IP00, while the Cooling Method Typically Air cooled arrangement enables efficient heat dissipation during continuous operation. For off-line safety, the rotor tolerates a Storage temperature range of -20 to +60 °C, and can be transported in climates between -20 and +80 °C without compromise. Together, these features provide reliable performance in ambient conditions typical of precision robotics and automated machine tools.

Mechanically, the MRT110D-0052-NN-NNNN is distinguished by its Length code D profile, which aligns with standardized mounting dimensions for seamless retrofitting. The rotor’s Magnetic configuration couples directly to the matching MST110 stator, facilitating straightforward assembly and reducing commissioning time. Though it carries an IP00 rating, the open-design concept simplifies internal integration with forced-air or cabinet cooling solutions. Overall, this Synchronous IndraDyn T motor rotor delivers the durability, thermal stability, and exacting tolerances required for advanced industrial automation and motion-control systems.