MSK101D-0200-NN-M3-AG0-NNNN
MSK IndraDyn S Synchronous Motors
The Bosch Rexroth Indramat MSK101D-0200-NN-M3-AG0-NNNN is a precision drive solution from the acclaimed MSK IndraDyn S Synchronous Motors series. This IndraDyn S Synchronous Servomotor combines a compact Motor Size: 101 and a Motor Length: D envelope with robust performance characteristics. Engineered for accurate position and speed control, it features Natural convection cooling and a capacitive multiturn absolute encoder, ensuring reliable operation in continuous motion control tasks.
The MSK101D-0200-NN-M3-AG0-NNNN delivers substantial dynamic capability with a maximum torque of 160.0 Nm and a maximum current rating of 99.9 A. At standstill and 100 K, the continuous torque reaches 57.0 Nm supported by a continuous current of 26.8 A. Winding inductivity is specified at 6,000 mH, optimizing the motor’s electrical time constant for smooth torque delivery and minimal ripple. The multiturn absolute encoder interface uses Hiperface technology with 16 signal periods resolution, ensuring high-precision feedback for advanced servo drives.
Designed without a holding brake and fitted with a plain shaft, the MSK101D-0200-NN-M3-AG0-NNNN simplifies mechanical integration and reduces maintenance requirements. The standard design accommodates a robust A-Side power connector and features a capacitive encoder system for enhanced electromagnetic resistance and long-term reliability. This servomotor excels in demanding industrial environments by leveraging efficient natural convection cooling and high inductance windings to minimize heat buildup. Its precise feedback and torque density translate into improved throughput, reduced downtime, and consistent performance across automated manufacturing, packaging, and robotics applications.
Technical Specifications
Cooling
Natural convection
Power Connector
A-Side
Encoder Technology
Capacitive
Encoder Turn Type
Multiturn Absolute
Encoder Interface
Hiperface
Encoder Resolution
16 signal periods
Motor Length
D
Motor Size
101
Holding Brake
Without holding brake
Design
Standard
Product Type
IndraDyn S Synchronous Servomotor
Shaft Type
Plain shaft
Rated Speed Code
0200
Continuous Current at Standstill 100 K
26.8 A
Continuous Torque at Standstill 100 K
57.0 Nm
Maximum Current
99.9 A
Maximum Torque
160.0 Nm
Winding Inductivity
6,000 mH
Frequently Asked Questions
What is the advantage of the plain shaft in assembly applications?
It provides direct mechanical contact with couplings and gears. Friction uniformity reduces micro-vibration, improving positioning reliability during repetitive high-speed cycles.
How does the Hiperface interface contribute to advanced control synchronization?
Its hybrid signal architecture transmits analog position and digital diagnostics concurrently. Controller feedback latency reduces, improving responsiveness within coordinated motion profiles.
How does the MSK101D-0200-NN-M3-AG0-NNNN maintain stable feedback under electromagnetic interference?
The capacitive encoder resists signal distortion from surrounding drives. Clean signal flow preserves synchronization accuracy during high-frequency switching operations in automated environments.
Why is natural convection cooling suitable for long-duty cycle automation systems?
Passive air movement moderates housing temperature across extended operation. Component stress remains limited, maintaining consistent performance without requiring auxiliary cooling infrastructure.
How does winding inductivity of 6,000 mH improve servo stability?
The inductance filters transient currents between switching intervals. Power harmonics remain dampened, allowing smoother torque transitions across dynamic acceleration and deceleration ranges.
Common Misspellings
MSK101D0200NNM3AG0NNNN
MSK101D 0200 NN M3 AG0 NNNN
MSK-101D-0200-NN-M3-AG0-NNNN
Internal Product Review
The MSK101D-0200-NN-M3-AG0-NNNN synchronous motor from Bosch Rexroth uses a capacitive multiturn encoder with Hiperface communication. Its plain shaft ensures stable coupling, and the design supports natural convection cooling. High inductivity enhances smooth performance. It powers automated cutting systems demanding consistent speed control.
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