Bestselling New Synchronous Servo Motor Rexroth R911316273 MSK070D-0150-NN-M1-UG0-NNNN Optimize Performance

The REXROTH R911316273 MSK070D-0150-NN-M1-UG0-NNNN is an IndraDyn S MSK synchronous servo motor developed for industrial motion control systems that require dependable torque output, precise feedback, and stable operation in automated machinery. The order number R911316273 is listed with the full type code MSK070D-0150-NN-M1-UG0-NNNN as a synchronous servo motor in the Rexroth MSK product family.

This model belongs to the MSK070D frame size and uses the 0150 winding configuration. Compared with higher-speed winding versions in the same MSK070D frame, the 0150 winding is generally selected for applications where controlled torque behavior, stable low-to-medium speed operation, and reliable servo positioning are more important than maximum rotational speed. It is suitable for CNC auxiliary axes, handling equipment, packaging machines, indexing units, feeding mechanisms, printing machinery, assembly systems, and retrofit projects using Rexroth IndraDrive platforms.

The product weight is approximately 13.9 kg. This value should be understood as the motor’s basic net weight, not the final shipping weight. Public MSK070D-related data and product descriptions for the 0150 configuration identify this motor class as weighing about 13.9 kg, while technical MSK summaries list MSK070D-0150 with the same frame weight class. For export shipment, the packed weight will normally be higher because protective foam, carton, pallet, wooden case, shaft protection, moisture barrier, and cable protection may be added. For quotation and freight calculation, it is safer to confirm the actual packed weight with the warehouse before dispatch.

The MSK070D-0150-NN-M1-UG0-NNNN is designed for closed-loop servo control. Unlike a standard induction motor, a servo motor must work together with a drive controller, encoder feedback, power cable, feedback cable, and machine parameter set. The motor receives controlled current from the servo drive and uses feedback data to maintain position, speed, and torque accuracy. This makes the motor suitable for machines where repeatability and dynamic response directly affect production quality.

Independent product references describe R911316273 MSK070D-0150-NN-M1-UG0-NNNN as an IndraDyn S synchronous servo motor with 2700 rpm maximum speed, 52.5 Nm maximum torque, and 17.5 Nm standstill torque. These values make the motor useful for industrial axes that need controlled torque, firm positioning, and a reasonable torque reserve for acceleration and load changes.

The full type code is important because many MSK motors look similar but are not automatically interchangeable. MSK070D identifies the frame size and length class. 0150 identifies the winding design. NN refers to the cooling configuration. M1 identifies the encoder feedback option. UG0 relates to the shaft and mechanical output configuration. The final NNNN section defines additional configuration characteristics. When replacing an existing motor, the full code should be checked rather than relying only on the short frame designation.

One practical advantage of the REXROTH R911316273 MSK070D-0150-NN-M1-UG0-NNNN is its balance between compact installation size and usable torque. A motor weight of about 13.9 kg makes it much easier to handle than larger MSK100 or MSK101 frame motors, while the MSK070D frame still provides enough torque for many medium-duty servo axes. This balance is valuable in machines where the motor must fit into a restricted installation space but still provide reliable axis movement.

In CNC-related equipment, this motor may be used for feed axes, rotary indexing systems, positioning tables, tool handling units, or auxiliary machine movement. In packaging machines, it may be used for material feeding, cutting, sealing, film control, or synchronized transfer. In assembly automation, it can drive linear slides, rotary stations, press-fit units, indexing tables, or screwdriving mechanisms. In printing and converting machinery, it can support web tension control, roller positioning, registration correction, and controlled transport.

For machine maintenance, the main risk is ordering a similar but not identical MSK070D motor. A different winding code may change the speed and current characteristics. A different encoder code may cause feedback mismatch with the drive. A different shaft or brake option may prevent direct mechanical installation. Therefore, the safest procurement method is to use both the order number R911316273 and the complete model MSK070D-0150-NN-M1-UG0-NNNN on purchase orders, quotation requests, invoices, and spare-parts lists.

The IP65 design class of the MSK range supports use in many industrial environments when the motor is correctly installed with suitable connectors and sealing. This does not mean the motor should be exposed to uncontrolled contamination, chemical attack, extreme heat, or improper washdown conditions. Servo motors contain precision bearings, encoder components, permanent magnets, and machined interfaces, so installation quality and environmental protection remain important. Cable routing, grounding, connector tightening, and mechanical alignment should be checked before commissioning.

For search-engine-oriented product pages, the exact identifiers should be included naturally. Buyers often search for terms such as R911316273, MSK070D-0150-NN-M1-UG0-NNNN, Rexroth MSK070D servo motor, IndraDyn S synchronous servo motor, and MSK070D 0150 winding motor. A clear page should include the full model, order number, product type, weight, torque data, application information, and replacement precautions. This improves search relevance without excessive keyword repetition.

The REXROTH R911316273 MSK070D-0150-NN-M1-UG0-NNNN is a practical servo motor for users who need dependable motion control in medium-duty industrial equipment. With an approximate net weight of 13.9 kg, a 2700 rpm maximum speed, 52.5 Nm maximum torque, and 17.5 Nm standstill torque, it offers a useful combination of controlled performance and manageable installation size. Before purchasing or replacing this motor, the full type code, order number, encoder configuration, shaft arrangement, drive compatibility, and actual machine parameters should be verified carefully.