MSK100B-0300-NN-M2-LG1-RNNN
MSK IndraDyn S Synchronous Motors
The Bosch Rexroth Indramat MSK100B-0300-NN-M2-LG1-RNNN from the MSK IndraDyn S Synchronous Motors series is a high-performance IndraDyn S Synchronous Servomotor designed for precision motion applications. This Product Type features a Motor Size 100 frame with a compact Motor Length B profile and an Increased concentricity design for superior dynamic response. Spinning at a Rated Speed Code 0300, the motor delivers balanced performance in continuous and peak duty cycles. Its robust architecture maintains stability under demanding operational stresses, making it ideal for advanced automation environments.
The MSK100B integrates advanced feedback with an Optical Encoder Technology and Multiturn Absolute Encoder Turn Type to ensure exact position tracking. The encoder’s EnDat2.1 Encoder Interface provides high-speed data communication, while the Encoder Resolution 2048 signal periods guarantees fine interpolation for smooth motion control. Electrically, the motor supports a Continuous Current at Standstill 100 K of 20.5 A and generates a Continuous Torque at Standstill 100 K of 33.0 Nm, scaling up to a Maximum Current 78.3 A and a Maximum Torque 102.0 Nm under transient conditions. A Winding Inductivity of 5,500 mH delivers predictable current dynamics for optimized servo loop tuning.
Mechanically, the servomotor uses Natural convection Cooling and a Plain shaft design with a Left-Side Power Connector for streamlined cabinet integration. It includes a holding brake, electrically-released configuration offering a Holding Brake Torque 32 Nm to secure loads during power loss or maintenance. This combination of features and specifications ensures reliable operation in packaging, robotics, and gantry systems where precision hold and dynamic acceleration are critical.
Technical Specifications
Cooling
Natural convection
Power Connector
Left-Side
Encoder Technology
Optical
Encoder Turn Type
Multiturn Absolute
Encoder Interface
EnDat2.1
Encoder Resolution
2048 signal periods
Motor Length
B
Motor Size
100
Holding Brake
With holding brake, electrically-released
Holding Brake Torque
32 Nm
Design
Increased concentricity
Product Type
IndraDyn S Synchronous Servomotor
Shaft Type
Plain shaft
Rated Speed Code
0300
Continuous Current at Standstill 100 K
20.5 A
Continuous Torque at Standstill 100 K
33.0 Nm
Maximum Current
78.3 A
Maximum Torque
102.0 Nm
Winding Inductivity
5,500 mH
Frequently Asked Questions
What is the encoder resolution for MSK100B-0300-NN-M2-LG1-RNNN?
Optical encoder provides 2048 signal periods to enable interpolation for position measurement and to feed the control loop with position data used by the drive for closed loop motion control.
How much continuous current at standstill does MSK100B-0300-NN-M2-LG1-RNNN support?
For continuous operation the drive sustains 20.5 A which supplies current to the stator windings and enables maintenance of holding torque during standstill conditions in closed loop control.
What continuous torque at standstill rating applies to MSK100B-0300-NN-M2-LG1-RNNN?
At standstill the motor provides 33.0 Nm which holds loads and supports registration tasks while the drive adjusts current to maintain position under load during operation.
What maximum current can MSK100B-0300-NN-M2-LG1-RNNN handle for short periods?
For transient demands the motor accepts 78.3 A which raises torque output for acceleration phases and allows duty spikes during start sequences and load changes without triggering drive protection.
What maximum torque rating is specified for MSK100B-0300-NN-M2-LG1-RNNN?
When demand peaks the rotor produces 102.0 Nm which defines torque available for acceleration and load surges while the control system monitors current and temperature limits.
Common Misspellings
MSK100B0300NNM2LG1RNNN
MSK100B 0300 NN M2 LG1 RNNN
MSK-100B-0300-NN-M2-LG1-RNNN
Internal Product Review
MSK100B-0300-NN-M2-LG1-RNNN uses increased concentricity to improve dynamic response in compact installations. Its compact length supports integration and the design maintains stable motion control under continuous and transient load conditions. Engineers gain predictable behavior during acceleration and reliable positioning for axis drives.
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