MS2N10-E0BHA-CSBK0-NNNNN-NN

Product Description:

The MS2N10-E0BHA-CSBK0-NNNNN-NN synchronous servo motor is optimized to provide high-precision performance and reliable power output through challenging applications. It comes with a 5.6 kW power rating. This unit is optimized to perform with maximum efficiency under continuous loads. The level of power gives this motor the ability to drive different mechanical operations via smooth and stable movement.

It is run at 400 V, providing stable electrical input and efficient energy transfer under continuous operation. It is a voltage level that accommodates steady operation and enables the motor to be easily integrated with ordinary power systems. The peak torque is 80 Nm, which is capable of imparting robust rotational force in addressing dynamic operation demands. The torque capability allows this motor to give controlled acceleration. Rated current in this unit is 18.3 A. This ensures symmetrical electrical flow. Moreover, it gives better output with the avoidance of thermal overload. Natural cooling is employed in this motor. The cooling method assists with stable operation and an easy overall system design. This motor comes with a single-turn absolute encoder. This type of encoder provides precise control and responsive reaction to command inputs. The orientation of the connector is rotatable. Further, all aspects of the motor create stable and efficient operation. The combination of high torque, stable voltage, and effective cooling enables consistent performance under changing conditions.

The encoder increases the precision of control, and the rotatable connector enhances installation flexibility. The MS2N10-E0BHA-CSBK0-NNNNN-NN combines these attributes in a compact design that focuses on accuracy, adaptability, and efficiency. It is optimally suited for applications that require smooth operation, reliable torque transmission, and accurate positioning without complex installation demands. Such an equilibrium of electrical, mechanical, and control characteristics renders it a reliable option for day-to-day operation where efficiency and adaptability are fundamental.