Q: What is the standstill torque of the MS2N10-E0BNN-DMAG3-NNNNN-NN at 60K and 100K?

A: At 60K, the standstill torque is 67.7 Nm, providing ample force for most applications. At 100K, it reaches a commendable 82.5 Nm, making it suitable for high-demand scenarios.

Q: How much is the standstill current of the motor at 60K and 100K?

A: The standstill current at 60K is 34.5 A, indicative of its power efficiency. Meanwhile, at 100K, it draws 42.8 A, ensuring that the motor remains within safe operating limits.

Q: What is the moment of inertia of the rotor of the MS2N10-E0BNN-DMAG3-NNNNN-NN without the brake?

A: The moment of inertia of the rotor without a brake is 0.0114 kg*m2. This ensures swift and precise acceleration or deceleration, enhancing the system's response time.

Q: What is the winding inductivity of the component of the MS2N10-E0BNN-DMAG3-NNNNN-NN?

A: The winding inductivity of the component is 4 mH. This is crucial for the proper functioning of the motor and determines its electromagnetic characteristics.

Q: How long is the thermal time constant of the winding of the MS2N10-E0BNN-DMAG3-NNNNN-NN?

A: The thermal time constant of the winding is 122.5 seconds, ensuring that the winding takes adequate time to heat, thus safeguarding against premature wear and damage.