MS2N06-C0BNN-CSUG1-RNNNN-NN
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MPN: R914000550
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The MS2N06-C0BNN-CSUG1-RNNNN-NN synchronous servo motor features a frame size of 06, a rated torque of 2.4 Nm, and operates at a rated speed of 3000 rpm. Part of the MS2N Synchronous Servo Motors by Bosch Rexroth Indramat, it includes an IP65 protection class and a single-turn absolute encoder with CSU feedback.
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Product Description:
The MS2N06-C0BNN-CSUG1-RNNNN-NN Servo Motor is equipped with a high precision 20-bit encoder and is optimized for reliable performance at 3000 RPM. The module is built as a straightforward design by Bosch which ensures durability and accuracy without unnecessary complexity.
The shaft of the MS2N06-C0BNN-CSUG1-RNNNN-NN Servo Motor is designed with a finely polished, smooth finish to ensure minimal friction and wear during operation and it incorporates a sealing ring which maintains the internal components in optimal condition. It is engineered to safely accommodate an electrical current of up to 12.75 amperes, which defines the maximum threshold for input power. It has a precisely designed coil structure that is tuned to operate efficiently at 3000 rpm which ensures balanced power output, reduced energy losses and consistent thermal management during continuous use. It is capable of producing a maximum torque output of 17.3 Nm when operating at a baseline temperature of 20 degrees Celsius, which underscores its strength and responsiveness. This servo motor is equipped with a braking mechanism that operates on an electrically released principle and is designated as size 1 which ensures dependable holding force during power outages or shutdowns.
In the MS2N06-C0BNN-CSUG1-RNNNN-NN Servo Motor, the flange connected to the shaft is engineered with exceptionally high alignment accuracy and tight manufacturing tolerances which facilitates more accurate and secure mounting to adjoining mechanical structure and also reduces the likelihood of misalignment. The rotor integrated within this motor is designed with an extremely low moment of inertia, precisely measured at only 0.00050 kg·m² which allows it to achieve quick acceleration and deceleration with minimal input energy. It employs standard type bearings that are designed to support the rotation of the shaft with minimal friction and it facilitates smooth and consistent motion while ensuring mechanical stability and reliability.
Frequently Asked Questions about MS2N06-C0BNN-CSUG1-RNNNN-NN:
Q: Why is a low rotor inertia important in the MS2N06-C0BNN-CSUG1-RNNNN-NN?
A: Low rotor inertia allows rapid acceleration and deceleration, improving dynamic response. This feature is critical for applications requiring quick position changes and high precision.
Q: What advantage does the self-cooling design provide in this servo motor?
A: Self-cooling eliminates the need for external cooling systems, reducing maintenance. It ensures consistent temperature control during continuous operation.
Q: How does the increased flange accuracy affect the motor’s performance?
A: Improved flange accuracy ensures precise mounting alignment, reducing vibration and mechanical stress. This enhances overall motor longevity and operational stability.
Q: What role does the winding inductance of 39.5 mH play in motor operation?
A: The winding inductance influences current flow and smooth torque delivery. It helps reduce electrical noise and improves the motor’s responsiveness.
Q: Why is the maximum speed rating of 6000 RPM significant for the MS2N06-C0BNN-CSUG1-RNNNN-NN?
A: The 6000 RPM limit defines the safe mechanical operating range to prevent damage. Exceeding this speed risks rotor imbalance and mechanical failure.
