MS2N06-D0BNN-BMUK0-NNNNN-NN
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MPN: R911388149
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The MS2N06-D0BNN-BMUK0-NNNNN-NN from Bosch Rexroth Indramat is part of the MS2N Synchronous Servo Motors line, delivering a rated power of 600 Watts. This synchronous servo motor operates with a rated voltage of 400V and a rated torque of 1.91 Nm. It includes natural convection cooling and an IP65 protection rating.
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Product Description:
Bosch a global provider of industrial automation solutions offers the MS2N06-D0BNN-BMUK0-NNNNN-NN Synchronous Servo Motor, known for precision and reliability. It is designed for high-performance motion control. The motor draws a starting current of 7.55 A at 100K which enables efficient startup in standard thermal conditions. It has a leakage capacitance of 5 nF which provides the effective insulation characteristics for safety and stability.
The MS2N06-D0BNN-BMUK0-NNNNN-NN Synchronous Servo Motor has a maximum torque at 100K is 32.0 Nm for high mechanical output when required. The motor delivers 1.70 Nm of torque per ampere supplied. It features a winding inductance of 18 mH which minimizes the current ripple and enhances control. The starting torque at 100K is rated at 11.9 Nm for responsive motion under load. This servo motor has a mass of 9 kg which supports robust installation in automated systems. The motor heating time constant is 17.4 minutes for extended operation without quick overheating. A voltage constant of 103.5 V/1000 min⁻¹ ensures stable voltage behavior relative to motor speed. At 60K it requires a starting current of 6.1 A suitable for reduced temperature applications. The winding heating time constant is 38.6 seconds assisting in precise thermal regulation. At 100K the nominal speed is 2960 1/min for high-speed industrial requirements. The nominal current is 5.6 A which confirms efficient power usage during rated conditions.
The MS2N06-D0BNN-BMUK0-NNNNN-NN Synchronous Servo Motor has a nominal power of 2.63 kW for delivering reliable energy conversion. It offers rotational inertia of 0.00065 kg·m² ideal for dynamic tasks. The maximum torque at 20°C reaches 34.8 Nm suitable for peak load applications. The motor outputs a nominal torque of 8.5 Nm at 100K which maintains a consistent drive force. At 60K the starting torque is 9.7 Nm for strong performance at lower operating temperatures.
Frequently Asked Questions about MS2N06-D0BNN-BMUK0-NNNNN-NN:
Q: How does the maximum torque of 34.8 Nm at 20°C support heavy-load performance?
A: The motor delivers extra mechanical force under cooler conditions. This allows the MS2N06-D0BNN-BMUK0-NNNNN-NN to handle occasional overloads without performance drop.
Q: What thermal advantage does the winding time constant of 38.6 seconds offer?
A: The winding responds quickly to thermal changes, supporting active temperature monitoring. This helps extend operational life in precision environments.
Q: How does the 9 kg mass support installation in industrial systems?
A: The substantial build provides mechanical stability during high-speed operation. The MS2N06-D0BNN-BMUK0-NNNNN-NN is also robust against vibration.
Q: Why is the starting torque of 11.9 Nm at 100K relevant for load engagement?
A: The high starting torque ensures immediate response under initial load. This helps maintain cycle precision in start-stop operations.
Q: Why is a rotational inertia of 0.00065 kg·m² ideal for dynamic systems?
A: The low inertia allows quicker acceleration and deceleration. This makes the MS2N06-D0BNN-BMUK0-NNNNN-NN suitable for responsive, rapid-cycle applications.
