MS2N04-C0BNN-CMSK0-NNNNN-NN

MPN: R911381145

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The Bosch Rexroth MS2N04-C0BNN-CMSK0-NNNNN-NN of MS2N Series delivers high torque and reaches a maximum speed of 6000 1/min. With a rated power of 0.81 kW and a peak current of 9.7 A, this motor's compact design and effective thermal management ensure consistent, high-performance operation in dynamic conditions.

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Product Description:

MS2N04-C0BNN-CMSK0-NNNNN-NN motor is a powerful and efficient motor made by Bosch Rexroth Indramat. The motor has a K-shaft, and it has a keyway. A keyway is a groove on the shaft through which a key which is a small piece of metal fits to lock the shaft on gears, pulleys or other connected components. This feature allows for a safe attachment point of the motor and it eliminates the possibility of slipping off the motor while in use. This keyway makes the motor valuable in applications where high torque is required because the shaft and attached components are properly aligned despite heavy load.

This motor has no holding brake denoted by 0. Synchronous motors can run efficiently even in conditions where a holding brake is not applied. Even without holding brake, the motor's rotor can hold position and run according to the supplied power. This feature is useful in applications where the motor needs to stop on its own due to no holding torque. The lack of holding brakes suggests that the motor is used in systems where it is not necessary to hold position quickly once the control power is switched off, thus ideal for systems involving continuous or dynamic motion. Standard flange perfection is crucial for accurate motor coupling and minimizing misalignment, resulting in less wear over time. Properly aligned flanges provide smooth runs, and constant torque transmission, and are essential for critical applications like automated manufacturing and high-speed industrial systems.

Standard flange perfection is important to ensure accurate motor coupling. Parallel flanges and standard bearings in the MS2N04-C0BNN-CMSK0-NNNNN-NN motor enable the reduction of friction during rotation of the motor and minimize wear of the bearings surface.

Leakage capacitance of the component
2.2 nF
Mass
3.7 kg
Maximum current
9.7 A
Maximum speed (electrical)
6000 1/min
Maximum speed (mechanical)
6000 1/min
Maximum torque 100K (warm)
12 Nm
Maximum torque 20 degrees C (cold)
13.05 Nm
Number of pole pairs
5
Rated power - 100K
0.81 kW
Thermal time constant of motor
16.0 min
Thermal time constant of winding
35.3 s
Torque constant at 20 degrees C
1.74 Nm/A
Voltage constant at 20 degrees C
105.7 V/1000 min^-1
Winding inductance
52.4 mH
Winding resistance at 20 degrees C
10.9 Ohms
  • MS2N04C0BNNCMSK0NNNNNNN
  • MS2N04 C0BNN CMSK0 NNNNN NN
  • ms2n04-c0bnn-cmsk0-nnnnn-nn

Frequently Asked Questions about MS2N04-C0BNN-CMSK0-NNNNN-NN:

Q: What is the torque constant of this MS2N04-C0BNN-CMSK0-NNNNN-NN motor at 20 degrees C?

A: The torque constant of this MS2N04-C0BNN-CMSK0-NNNNN-NN motor at 20 degrees C is 1.74 Nm/A.

Q: What is the voltage constant of this MS2N04-C0BNN-CMSK0-NNNNN-NN motor at 20 degrees C?

A: The voltage constant of this MS2N04-C0BNN-CMSK0-NNNNN-NN motor at 20 degrees C is 105.7 V/1000 min^-1.

Q: What is the winding resistance of this MS2N04-C0BNN-CMSK0-NNNNN-NN motor at 20 degrees C?

A: The winding resistance of this MS2N04-C0BNN-CMSK0-NNNNN-NN motor at 20 degrees C is 10.9 Ohms.

Q: What is the winding inductance of this MS2N04-C0BNN-CMSK0-NNNNN-NN motor at 20 degrees C?

A: The winding inductance of this MS2N04-C0BNN-CMSK0-NNNNN-NN motor at 20 degrees C is 52.4 mH.

Q: What is the leakage capacitance of this MS2N04-C0BNN-CMSK0-NNNNN-NN motor?

A: The leakage capacitance of this MS2N04-C0BNN-CMSK0-NNNNN-NN motor is 2.2 nF.


Internal Product Review

  • ‘‘The MS2N04-C0BNN-CMSK0-NNNNN-NN motor combines excellent torque output with a high-speed range, ensuring dynamic performance in precision applications. With its efficient thermal management and compact build, it is designed for seamless integration in space-constrained environments, offering both reliability and performance under varying load conditions.’’

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