MS2N05-B0BNN-CMSK0-NNNNN-NN
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MPN: R911377780
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The MS2N05-B0BNN-CMSK0-NNNNN-NN motor offers natural cooling, a nominal torque of 3.0 Nm, and an IP65 protection class. As part of the MS2N Synchronous Servo Motors series by Bosch Rexroth Indramat, it features a singleturn Hiperface encoder and an advanced IndraDyn S product design.
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Product Description:
The MS2N05-B0BNN-CMSK0-NNNNN-NN is an efficient Servo Motor of Bosch which has an electrical resistance of 10.6 ohm at 20 centigrade. It is categorized in the MS2N Synchronous Servo Motors series and it can provide 3.72 nm of torque continuously. The encoder it features has precise tracking position capability with 4,096 full revolutions which is ideal for industrial automation systems.
The MS2N05-B0BNN-CMSK0-NNNNN-NN Servo Motor is designed to draw a continuous electric current of 2.36 amperes during regular operation. It dissipates its heat naturally through its casing and airflow. Its standstill current of 2.29 amperes is nearly the same as rated current which indicates high torque even at a zero speed. The module's winding inductance is 56.4 mH which is essential for smoothing current. It has an advanced - 20-bit encoder performance in accordance with SIL2 and PL d standards for industrial automation. It can tolerate a brief highest current of up to 8.4 amperes effectively. It comes with 5 magnetic pole pairs which affects electrical frequency and resolution of control. It includes a signal M23 connector which it uses for power and signal that can be rotated as well.
This MS2N05-B0BNN-CMSK0-NNNNN-NN servo motor has a 0.00028 kg meter squared moment of inertia which makes it respond quickly. Its winding is optimized for a nominal speed of 3000 revolutions per minute (RPM) and it is able to continuously deliver 1.11 kilowatts of mechanical power at rated conditions. The servo module rotor is designed for response and high acceleration or deceleration which is useful for dynamic tasks. When a new thermal load is applied, its windings to reach 63% of the temperature difference takes 21.2 seconds.
Frequently Asked Questions about MS2N05-B0BNN-CMSK0-NNNNN-NN:
Q: How does the low rotor inertia affect the motor’s dynamic response?
A: The low rotor inertia allows the motor to accelerate and decelerate more rapidly. This ensures precise control in high-speed positioning tasks and dynamic applications.
Q: Why is a thermal time constant important in motor performance?
A: It determines how quickly the motor reacts to temperature changes. A longer time constant like 12.7 minutes helps prevent thermal overload during short peak loads.
Q: What benefit does the 20-bit encoder offer over lower-resolution encoders?
A: The 20-bit encoder provides extremely fine position detection. This enables highly accurate motion control, essential for applications requiring micron-level precision.
Q: Why is a winding inductance of 56.4 mH important in this servo motor?
A: High inductance smooths the current waveform and reduces current ripple. This enhances control stability and improves performance during high-precision motion tasks.
Q: How does a 5-pole pair configuration affect performance of MS2N05-B0BNN-CMSK0-NNNNN-NN?
A: More pole pairs improve torque output and resolution in position control. This enhances responsiveness and control fidelity in industrial automation systems.
