MS2N07-C0BNN-RSUB0-NCNNN-NN
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MPN: R911410067
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The MS2N07-C0BNN-RSUB0-NCNNN-NN is a synchronous servo motor featuring a 70 mm flange size and a continuous torque of 2.2 Nm. Manufactured by Bosch Rexroth Indramat as part of the MS2N Synchronous Servo Motors series, it has a rated power of 1.02 kW and operates at a rated speed of 3000 rpm. It offers IP65 protection.
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Product Description:
The product MS2N07-C0BNN-RSUB0-NCNNN-NN Synchronous Servo Motor is manufactured by Bosch Rexroth which specializes in a wide array of industrial and mobile automation solutions like servo drives and actuators. The motor has standstill torque that is rated at 12.8 Nm at 60K with a corresponding current of 6.9 A.
The MS2N07-C0BNN-RSUB0-NCNNN-NN Synchronous Servo Motor has a static torque that increases to 16 Nm while drawing 8.8 A current at a thermal state of 100K. This interrelation allows stable performance under elevated thermal conditions. The motor offers a nominal torque of 12.65 Nm at 100K with a current specification of 7.05 A. It supports a rated speed of 2640 rpm which allows reliable operations in motion control systems. For short-term peak performance the maximum torque reaches 38.8 Nm at 20 °C with a peak current of 24.8 A. This enables the motor to manage high-load tasks with short bursts of energy without compromising performance. It has a rotor inertia of 0.0012 kgm² which supports fast dynamic response. The peak speed is 6000 rpm for making it suitable for high-speed precision applications. The torque constant is 2.01 Nm/A with the voltage constant of 122.0 V/1000 min⁻¹ for predictable and linear control output.
The MS2N07-C0BNN-RSUB0-NCNNN-NN Synchronous Servo Motor is built with 5 pole pairs and comes with a thermal time constant of 46.4 seconds. This allows accurate thermal modeling for safe continuous use. The leakage capacitance is 2.42 nF which minimizes signal interference. The unit has a total mass of 12 kg for robust yet suitable for compact installations. The winding resistance is rated at 1.58 ohms and the inductance is 23.2 mH for low power loss and stable electromagnetic behavior.
Frequently Asked Questions about MS2N07-C0BNN-RSUB0-NCNNN-NN:
Q: Why does the MS2N07-C0BNN-RSUB0-NCNNN-NN include 5 pole pairs in its design?
A: The 5 pole pairs help optimize magnetic field interaction, improving torque density and resolution in precision positioning systems.
Q: How does the 2.01 Nm/A torque constant benefit control accuracy?
A: The torque constant ensures a predictable torque output per ampere, simplifying PID tuning and enhancing system response linearity.
Q: Why is a low rotor inertia of 0.0012 kgm² important in the MS2N07-C0BNN-RSUB0-NCNNN-NN?
A: The low inertia allows quicker acceleration and deceleration, which is essential in high-speed automation with frequent direction changes.
Q: What is the role of the 122.0 V/1000 min⁻¹ voltage constant in this motor?
A: The voltage constant helps maintain proportional speed-torque behavior, supporting stable drive control across varying load conditions.
Q: How does a 46.4-second thermal time constant improve operational reliability?
A: The longer thermal time constant provides accurate modeling of temperature rise, allowing for efficient cooling strategies and longer duty cycles.
