MS2N05-C0BNN-CSSH0-NNNNN-GM100N2020BN-NN
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MPN: R911391340
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The Bosch Rexroth Indramat MS2N05-C0BNN-CSSH0-NNNNN-GM100N2020BN-NN belongs to the MS2N Synchronous Servo Motors series and features flange mounting. This servo motor offers a rated torque of 4.8 Nm, a power output of 1.0 kW, and a rated speed of 2000 rpm. Its cooling method is natural convection.
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Product Description:
The Bosh Rexroth MS2N05-C0BNN-CSSH0-NNNNN-GM100N2020BN-NN Servo Motor combines compact dimensions with high torque output. This motor is suitable for demanding applications in machine automation. Its integrated encoder and advanced construction ensure accurate control and long term operational stability in industrial environments.
This MS2N05-C0BNN-CSSH0-NNNNN-GM100N2020BN-NN servo motor delivers a maximum torque of 22.6 Nm under cold conditions. Its rated torque at 100 K temperature rise is 5.45 Nm that supports applications with moderate continuous load demands. The shaft of the motor is smooth and unsealed. The motor integrates a 20 bit advanced encoder that ensures high resolution position feedback for precision tasks. With a rated current of 3.3 A and a standstill current of 4.16 A, it operates efficiently within standard servo drive ranges. The winding resistance of the servo motor is specified at 5 Ohms and it belongs to thermal insulation class 155 (F). It weighs 5.9 kg that provides a balance between robustness and ease of handling during installation. The motor does not include additional shaft sealing which is only suitable for clean or enclosed environments. This motor supports stable operation under dynamic loads due to its optimized electromagnetic design. The combination of moderate torque, precise feedback and thermal endurance makes it reliable for continuous and intermittent motion profiles.
The MS2N05-C0BNN-CSSH0-NNNNN-GM100N2020BN-NN servo motor includes robust construction with natural heat conduction through its housing and machine interface. It requires unblocked airflow for effective cooling. Dust and dirt on the housing of the motor may reduce heat dissipation. Its construction supports consistent torque even under fluctuating load demands. The low inertia design of the servo motor is well suited for applications requiring frequent start stop operations or quick directional changes.
Frequently Asked Questions about MS2N05-C0BNN-CSSH0-NNNNN-GM100N2020BN-NN:
Q: Can the MS2N05-C0BNN-CSSH0-NNNNN-GM100N2020BN-NN servo motor handle continuous load fluctuations in machine automation?
A: Yes, it handles moderate continuous loads with 5.45 Nm rated torque at 100 K rise. Its stable torque output supports high-precision tasks in automated environments.
Q: How does the encoder in the MS2N05-C0BNN-CSSH0-NNNNN-GM100N2020BN-NN servo motor improve motion accuracy?
A: It features a 20 bit advanced encoder that delivers high resolution position feedback. This ensures consistent performance in demanding precision motion profiles.
Q: Is the MS2N05-C0BNN-CSSH0-NNNNN-GM100N2020BN-NN suitable for high frequency motion changes?
A: Yes, its low inertia design supports frequent start stop cycles and rapid directional shifts. This suits applications requiring dynamic and quick response times.
Q: What thermal management does the MS2N05-C0BNN-CSSH0-NNNNN-GM100N2020BN-NN servo motor use during extended operation?
A: It relies on natural heat conduction through its housing and machine interface. Unblocked airflow is essential to maintain effective cooling and performance.
Q: Does the unsealed shaft of MS2N05-C0BNN-CSSH0-NNNNN-GM100N2020BN-NN affect its environmental usage?
A: Yes, the smooth unsealed shaft limits its use to clean or enclosed settings. It is not suitable for dusty or exposed industrial environments.
