MSK050B-0600-NN-M2-UG0-RNNN
MSK IndraDyn S Synchronous Motors
The Bosch Rexroth Indramat MSK050B-0600-NN-M2-UG0-RNNN from the MSK IndraDyn S Synchronous Motors series is a high-precision IndraDyn S Synchronous Servomotor featuring a compact motor size 050 frame and a motor length B housing. It employs an increased concentricity design for superior rotor alignment and comes without holding brake to streamline installation in dense cabinet layouts. With a rated speed code of 0600, the servomotor delivers accurate motion control and repeatability via an optical encoder using multiturn absolute counting technology.
At its core, the MSK series motor offers robust thermal management through natural convection cooling and an integral plain shaft interface for direct-coupling applications. Position feedback is provided by a rotatable 240° encoder connector feeding an EnDat2.1 interface, while the 2048 signal periods encoder resolution ensures fine index and interpolation over the full mechanical range. The stator winding features a high winding inductivity of 19,900 mH to smooth current ripple, and the motor sustains up to 4.2 A continuous current at standstill (100 K) for holding and low-speed torque demands.
Dynamic performance peaks at 14.8 A maximum current and generates 9.0 Nm maximum torque, backed by a 3.4 Nm continuous torque at standstill (100 K) rating for demanding servo profiles. The combination of precision encoder technology and high inductivity yields low torque ripple and tight current-to-torque conversion. With its optimized geometry and proven Bosch Rexroth Indramat reliability, the MSK050B-0600-NN-M2-UG0-RNNN is an ideal choice for robotics, packaging, and semiconductor handling systems where accuracy and responsiveness are paramount.
Technical Specifications
Cooling
Natural convection
Encoder Connector
Rotatable, 240°
Encoder Technology
Optical
Encoder Turn Type
Multiturn Absolute
Encoder Interface
EnDat2.1
Encoder Resolution
2048 signal periods
Motor Length
B
Motor Size
050
Holding Brake
Without holding brake
Design
Increased concentricity
Product Type
IndraDyn S Synchronous Servomotor
Shaft Type
Plain shaft
Rated Speed Code
0600
Continuous Current at Standstill 100 K
4.2 A
Continuous Torque at Standstill 100 K
3.4 Nm
Maximum Current
14.8 A
Maximum Torque
9.0 Nm
Winding Inductivity
19,900 mH
Frequently Asked Questions
Why is multiturn absolute encoder technology valuable in this motor?
It allows the motor to track position across multiple revolutions without needing a homing sequence. This saves time during startup and prevents errors in automated cycles.
How does low torque ripple in the MSK050B-0600-NN-M2-UG0-RNNN affect machine performance?
Low torque ripple ensures smoother motion control at all speeds. This is critical in high-precision tasks like semiconductor wafer handling and packaging lines.
How does the increased concentricity design benefit the MSK050B-0600-NN-M2-UG0-RNNN?
The increased concentricity ensures precise rotor alignment, reducing vibration and improving motion repeatability. This results in smoother operation and better accuracy in servo applications.
How does natural convection cooling help this servomotor?
Natural convection eliminates the need for external cooling fans or liquid cooling systems. This makes the motor simpler, quieter, and more reliable in compact setups.
How does the EnDat2.1 interface improve encoder communication in the MSK050B-0600-NN-M2-UG0-RNNN?
EnDat2.1 provides secure, high-resolution digital communication with the controller. It also supports diagnostic feedback, enhancing system reliability.
Common Misspellings
MSK 050B-0600-NN-M2-UG0-RNNN
MSK-050B-0600-NN-M2-UG0-RNNN
MSK050B 0600 NN M2 UG0 RNNN
MSK050B-0600-NN-M2-UG0
MSK050B-0600-NN-M2-UG0-RNNN
MSK050B0600NNM2UG0RNNN
MSKO50B-0600-NN-M2-UG0-RNNN
MSKO5OB-O6OO-NN-M2-UGO-RNNN
MSK50B-0600-NN-M2-UG0-RNNN
Internal Product Review
The Bosch Rexroth Indramat-made motor MSK050B-0600-NN-M2-UG0-RNNN has a compact size and shape, designed for accurate motion control. It offers 9.0 Nm of maximum torque, 4.2 A of continuous current, and high inductivity to ensure smooth operation. Its typical uses are in packaging automation, robotic handling arms, and semiconductor wafer processing.
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