MSK060C-0600-NN-S1-UP1-NNNN
Product Name
Bosch Rexroth Indramat MSK060C-0600-NN-S1-UP1-NNNN High-Dynamic Synchronous Servo Motor with Single-Turn Absolute Encoder(The naming follows Bosch Rexroth’s IndraDyn S series conventions, with each segment defining key attributes:
- “MSK060C”: Identifies the “MSK” servo motor series (IndraDyn S family), “060” denotes motor frame size, and “C” specifies length code for torque output.
- “0600”: Indicates maximum speed rating of 6000 rpm (critical for high-dynamics applications).
- “NN”: Signifies standard design (no special modifications for extreme environments).
- “S1”: Specifies single-turn absolute encoder (distinguished from “M1” = multiturn encoder variants).
- “UP1”: Denotes Hiperface encoder interface with integrated data memory for quick commissioning.
- “NNNN”: Represents no optional accessories (e.g., holding brake, special shaft).
This motor acts as a “precision motion actuator,” translating electrical signals from drives into high-torque, high-speed mechanical motion with sub-millimeter position accuracy.)
2. Product Description
The MSK060C-0600-NN-S1-UP1-NNNN is an industrial-grade synchronous servo motor engineered by Bosch Rexroth Indramat to address core challenges in precision motion control: low torque density, position drift, and inefficient drive integration. As a flagship model in the IndraDyn S family, it integrates high-torque density design, single-turn absolute optical encoding, and plug-and-play IndraDrive compatibility—making it indispensable for:
- Machine Tools: Driving spindle and feed axes in CNC milling/lathing machines, where 6000 rpm speed and sub-micron positioning ensure part precision.
- Packaging & Food Processing: Powering conveyor belts and filling heads, with IP65 protection resisting dust and liquid splashes in hygienic environments.
- Robotics: Enabling articulation in 6-axis robots for assembly lines, leveraging fast acceleration/deceleration for cycle-time optimization.
- Printing & Paper Processing: Controlling roller speed in offset printers, ensuring consistent web tension and print registration 。
Key Functional Advantages
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Single-Turn Absolute Encoder for Precision ControlEquipped with an optical single-turn absolute encoder via Hiperface interface , it delivers real-time position feedback with 128 signal periods per revolution—eliminating “homing” procedures after power loss (unlike incremental encoders). This ensures <0.1° positioning accuracy, critical for applications like semiconductor wafer handling 。
