MSK100B-0200-NN-M2-BP0-RNNN
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MPN: R911315698
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In-Stock, Ships 3-5 Days
The MSK100B-0200-NN-M2-BP0-RNNN is a high-performance industrial servomotor developed by Bosch Rexroth Indramat. This device has a winding resistance of 0.58 Ohm at 20 °C. The maximum rated torque of the motor is 102 Nm. The leakage capacitance of this model is 10.3 nF.
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Product Description:
Bosch Rexroth is a manufacturer of industrial drive control systems and advanced motion control systems.
The MSK100B-0200-NN-M2-BP0-RNNN is a reliable synchronous motor that has been manufactured for controlling the speed and position in industrial motors with a high degree of precision. This model caters to a wide range of motion control requirements in the industry. The system has been designed with state of the art permanent magnets. The permanent magnets used in this model are among the best of the shaft available magnets. The main advantage of the system is that it can be integrated with a wide variety of industrial equipment. This model can be integrated with different types of machine tools and woodworking machines. The system can also be used with paper printing equipment, paper manufacturing equipment, automation systems, and other similar systems. This model has been designed with IP 65 category ingress protection for avoiding the damage caused by high speed water jets.
The MSK100B-0200-NN-M2-BP0-RNNN is also protected from an unwanted build-up of dust and debris inside the system. The system is able to maintain a high torque output because its permanent magnets are able to produce very high energy density leading to a large amount of magnetic flux. This motor can be used in all types of operating conditions although the best performance is expected when it is operated in ambient temperatures between 0 °C and 40 °C. This model is suitable for the execution of periodic motion in specific directions. The system is known for its ability to execute start stop motion in specific directions. This is assisted by the motor’s rotor that comes with a small moment of inertia.
