MS2N07-D0BFN-DMSL2-NNNNN-NN
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MPN: R914503721
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The MS2N07-D0BFN-DMSL2-NNNNN-NN is a synchronous servo motor with a rated power of 1.5 kW and rated speed of 3000 rpm. Manufactured by Bosch Rexroth Indramat, it belongs to the MS2N Synchronous Servo Motors series and offers a protection class of IP65. This motor features natural convection cooling.
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Product Description:
The MS2N07-D0BFN-DMSL2-NNNNN-NN is a servo motor of the MS2N family. This servo motor is built by Bosch Rexroth to deliver precise motion in industrial automation. The motor uses a self-cooling system based on IC410 classification. A holding brake is included to maintain the shaft position when de-energized.
The MS2N07-D0BFN-DMSL2-NNNNN-NN servo motor includes an integrated encoder. It is a 24-bit multiturn type with absolute position detection across 4096 revolutions. This ensures accurate position control and high-resolution feedback for motion systems. The electrical interface is a single-cable M23 connector with a rotatable SPEEDCON locking system. The shaft is designed with a keyway and half-key balance and does not use a shaft seal. At a standstill, the motor generates 28.2 Nm torque and draws 7.55 A. The MS2N07-D0BFN-DMSL2-NNNNN-NN servo motor provides a rated speed of 1340 rpm under 100K thermal conditions. It delivers a rated torque of 24.9 Nm. The basic current drawn by the motor is 6.75 A. The power output at rated load is 3.49 kW. The maximum torque output reaches 79.7 Nm at 20°C, decreasing to 73.2 Nm at 100K. The peak current is specified at 24.8 A. It operates at a maximum electrical speed of 3000 rpm and supports a mechanical limit of 6000 rpm. The rotor inertia is defined as 0.00251 kg·m².
The torque constant of the MS2N07-D0BFN-DMSL2-NNNNN-NN servo motor is 4.09 Nm/A. The leakage capacitance value is 4.71 nF. The thermal delay constant of the winding is 54 s. The overall motor heat dissipation time is 18.7 min. The mass is 17.5 kg without the brake and 20 kg with the brake installed. The MS2N servo motor has a voltage constant of 248 V/1000 rpm at 20°C. The protection class is IP64 when no shaft seal is present.
Frequently Asked Questions about MS2N07-D0BFN-DMSL2-NNNNN-NN:
Q: How does 2AD160C-B05OL3-BS23-B2N1 manage thermal consistency?
A: The 2AD160C-B05OL3-BS23-B2N1 Induction Motor uses an axial blower for directional forced-air cooling. This airflow from side B to side A ensures heat dispersion during extended loads.
Q: What is the effect of flange type B05 in 2AD160C-B05OL3-BS23-B2N1?
A: The B05 flange design in 2AD160C-B05OL3-BS23-B2N1 supports rigid mounting for vertical or horizontal integration. This provides structural stability during high-torque operations.
Q: How does 2AD160C-B05OL3-BS23-B2N1 perform at maximum speed?
A: The 2AD160C-B05OL3-BS23-B2N1 Induction Motor reaches 6000 rpm for peak demand without compromising dynamic balance. High rotor inertia helps prevent overshoot during acceleration.
Q: What are the integration benefits of the BS winding in 2AD160C-B05OL3-BS23-B2N1?
A: The BS winding in 2AD160C-B05OL3-BS23-B2N1 provides electrical symmetry under rated loads. This enhances phase stability for smooth current distribution in automation tasks.
Q: How does the brake system in 2AD160C-B05OL3-BS23-B2N1 function under load?
A: The holding brake in 2AD160C-B05OL3-BS23-B2N1 enables controlled deceleration up to 6000 rpm. Its actuation delays are tuned to support reliable stop-and-hold sequences.
