MS2N05-B0BNN-CMDG1-NNANN-NN
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MPN: R911371353
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The MS2N05-B0BNN-CMDG1-NNANN-NN from Bosch Rexroth Indramat's MS2N Synchronous Servo Motors series is a synchronous servo motor with natural convection cooling. It has a rated speed of 4500 rpm, a rated power of 0.95 kW, and a peak torque of 7.2 Nm. The motor features an IP65 rating.
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Product Description:
The MS2N05-B0BNN-CMDG1-NNANN-NN Servo Motor is produced by Bosch Rexroth Indramat. This servo motor is suitable for controlling motion in industrial automation systems. When the temperature is 100K, it can reach a rated speed of 2850 1/min. The torque capacity of this motor at 100K is 3.72 Nm.
The maximum amount of current the MS2N05-B0BNN-CMDG1-NNANN-NN servo motor can consume is 2.36 A. The motor can produce 1.11 kW of power at 100 K. It produces 2.29 A with no movement at 60 K. The value for 100K standstill is 2.75 amps. When the MS2N05-B0BNN-CMDG1-NNANN-NN servo motor is cold, its maximum torque is 11.5 Nm. When the coil is fully heated, it reaches a maximum torque of 10.6 Nm. According to its rating, this model can deliver a maximum of 8.4 A rms. Electrical maximum speed is also possible at a rate of 6000 revolutions per minute. The motor’s rotor has a moment of inertia of 0.00028 kg·m². It is stated that the torque constant is equal to 1.78 Nm for every ampere at 20°C. There are five pole pairs inside the motor. Because of these specifications, servo motors can move with great accuracy.
The MS2N05-B0BNN-CMDG1-NNANN-NN servo motor features a built-in holding brake. There is a holding torque of 10.00 Nm provided by the brake. It works on the brake system’s 24 V voltage rating. It allows the system to safely hold on to data during shutdowns. The motor has a total mass of 5.1 kg. It helps to keep the machine securely in place in various ways. Its maximum speed is achieved by running at 6000 1/min mechanically. The motor functions well at any of the available speeds. Rated current, torque, and speed operate in harmony for better control.
Frequently Asked Questions about MS2N05-B0BNN-CMDG1-NNANN-NN:
Q: How does rotor inertia affect MS2N05-B0BNN-CMDG1-NNANN-NN performance?
A: The low rotor inertia of MS2N05-B0BNN-CMDG1-NNANN-NN allows faster acceleration. It ensures precise control in rapid motion sequences.
Q: Why does MS2N05-B0BNN-CMDG1-NNANN-NN include five pole pairs?
A: Five pole pairs in MS2N05-B0BNN-CMDG1-NNANN-NN improve magnetic efficiency. They enable better torque generation and speed balance.
Q: What advantage does the 24 V brake offer MS2N05-B0BNN-CMDG1-NNANN-NN?
A: The 24 V brake in MS2N05-B0BNN-CMDG1-NNANN-NN ensures secure stops. It maintains position during power loss or emergency situations.
Q: How does the brake holding torque support MS2N05-B0BNN-CMDG1-NNANN-NN?
A: Brake holding torque of MS2N05-B0BNN-CMDG1-NNANN-NN keeps loads steady. It prevents unintentional movement during system downtime.
Q: Why is 8.4 A rms current significant for MS2N05-B0BNN-CMDG1-NNANN-NN?
A: 8.4 A rms current in MS2N05-B0BNN-CMDG1-NNANN-NN allows peak performance. It handles high dynamic loads without overloading circuits.
