MS2N06-D0BNN-ASUK0-NNNNN-NN
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MPN: R911383980
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The MS2N06-D0BNN-ASUK0-NNNNN-NN synchronous servo motor delivers a rated power of 0.95 kW, a rated torque of 3.2 Nm, a peak torque of 10.1 Nm, and features a natural convection cooling method. Part of the MS2N Synchronous Servo Motors series by Bosch Rexroth Indramat, it includes IP65 protection class and a multi-turn absolute encoder for precise feedback.
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Product Description:
The MS2N06-D0BNN-ASUK0-NNNNN-NN is a Servo motor constructed by Bosch company. This motor provides precise torque control and high-speed operation in industrial automation. The motor offers a static torque of 9.7 Nm at 60 K. It produces 11.9 Nm of torque at 100 K.
The standstill current of the MS2N06-D0BNN-ASUK0-NNNNN-NN servo motor is 6.1 A at 60 K. At 100 K, its current usage increases up to 7.55 A. The operating power of the motor at 100K is 2.63 kW. This MS2N motor has a maximum torque of 34.8 Nm at 20°C. At a rated speed of 2960 1/min, the motor delivers a nominal torque of 8.5 Nm. The current usage of this motor at 100K is 5.6 A. The motor draws the top current of 25.4 A. It operates with a maximum electrical as well as mechanical speed of 6000 1/min. The MS2N06-D0BNN-ASUK0-NNNNN-NN servo motor has five pole pairs. The motor has a torque coefficient of 1.70 Nm/A at 20°C. The voltage constant at 20°C is 103.5 V/1000 min⁻¹. The electrical resistance of windings at 20°C is 1.85 Ω. The motor has an inductive impedance of 18 mH. The heat dissipation time constant of the winding is 38.6 seconds. Its design ensures efficient power management, with low electrical losses. The motor weighs 9.0 kg. Its compact and lightweight design makes it easy to integrate into machinery.
The residual capacitance of the MS2N06-D0BNN-ASUK0-NNNNN-NN servo motor is 5 nF. The MS2N servo motor has a voltage constant of 103.5 V/1000 min⁻¹. This can efficiently manage electrical speed at high performance. The rotor has a rotational resistance of 0.00065 kg·m². The thermal delay of the motor is 17.4 minutes. The low moment of inertia and thermal time constants enhance dynamic response and thermal stability.
Frequently Asked Questions about MS2N06-D0BNN-ASUK0-NNNNN-NN:
Q: How does the low moment of inertia improve performance in MS2N06-D0BNN-ASUK0-NNNNN-NN?
A: It enhances dynamic response, making the motor suitable for applications requiring rapid start-stop cycles. This improves efficiency in high-performance automation tasks.
Q: Why is the torque coefficient important in the MS2N06-D0BNN-ASUK0-NNNNN-NN motor?
A: It defines how effectively current converts into torque. For MS2N06-D0BNN-ASUK0-NNNNN-NN, a 1.70 Nm/A coefficient supports precise load handling.
Q: What is the significance of having five pole pairs in MS2N06-D0BNN-ASUK0-NNNNN-NN?
A: Five pole pairs ensure smoother rotation and finer control. This is essential for accuracy in complex industrial motion systems.
Q: How does inductive impedance of 18 mH affect MS2N06-D0BNN-ASUK0-NNNNN-NN motor's behavior?
A: An 18 mH inductive impedance helps manage current spikes. It improves electromagnetic compatibility and motor longevity.
Q: Why is thermal delay of 17.4 minutes crucial in MS2N06-D0BNN-ASUK0-NNNNN-NN?
A: A thermal delay of 17.4 minutes ensures the motor operates longer under stress before heating. This enhances reliability in demanding environments.
