MS2N07-D0BNN-CSUG0-NNNNV-GB
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MPN: R911400601
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The Bosch Rexroth Indramat MS2N07-D0BNN-CSUG0-NNNNV-GB synchronous servo motor, part of the MS2N Synchronous Servo Motors series, features natural convection cooling. With a rated speed of 3000 rpm and a rated torque of 3.36 Nm, it delivers a rated power of 1.05 kW. The motor includes a CSU Hiperface encoder.
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Product Description:
The MS2N07-D0BNN-CSUG0-NNNNV-GB Synchronous Servo Motor is built for industrial applications requiring consistent speed and torque control. The motor is designed for optimal thermal balance and long term reliability in both static and dynamic environments.
This MS2N07-D0BNN-CSUG0-NNNNV-GB servo motor features a standstill torque of 22.0 Nm at 60 K and 28.2 Nm at 100 K conditions. It uses a standard bearing system that supports stable continuous duty cycles. The rated power output of this motor is 5.2 kW under 100 K operation with a winding inductance of 10.0 mH for electrical stability. The thermal time constant of the winding is 54.0 seconds that enables moderate heat dissipation across varying loads. The rated current required at 100 K is 9.35 A while the standstill current values are 11.55 A at 60 K and 15.0 A at 100 K. The motor coating is finished with standard black varnish (RAL 9005) that ensures protection against dust and minor environmental exposure. The motor ensures predictable torque response per ampere with a torque constant of 2.04 Nm/A at 20 °C. The encoder system in this motor is a 20 bit ACUROlink type that offers accurate feedback and fast communication. The maximum electrical speed of the motor is 6000 RPM that is suitable for high speed industrial cycles. The component leakage capacitance is 4.0 nF which supports noise isolation in control systems.
This MS2N07-D0BNN-CSUG0-NNNNV-GB servo motor incorporates 5 pole pairs for smoother rotational control. The standard flange precision allows easy mechanical mounting and proper shaft alignment. The motor supports application environments where consistent motion control and thermal endurance are necessary. The motor can achieve a peak torque of 73.2 Nm under warm conditions that meets short term high load demands without compromising motor integrity.
Frequently Asked Questions about MS2N07-D0BNN-CSUG0-NNNNV-GB:
Q: How does the MS2N07-D0BNN-CSUG0-NNNNV-GB servo motor maintain thermal reliability during dynamic duty cycles?
A: The motor’s 54.0-second thermal time constant enables moderate heat dissipation across load changes. This thermal response ensures consistent performance during repetitive acceleration and deceleration phases.
Q: Is the bearing system in the MS2N07-D0BNN-CSUG0-NNNNV-GB suitable for sustained high-duty operation?
A: It uses a standard bearing design that delivers balanced support for continuous load handling. This configuration enhances longevity in cyclic applications under thermal and mechanical stress.
Q: How does the MS2N07-D0BNN-CSUG0-NNNNV-GB encoder system contribute to precision in fast control loops?
A: The 20-bit ACUROlink encoder ensures high-resolution feedback with low latency. This supports real-time motion tuning in servo-controlled automation tasks.
Q: Can the MS2N07-D0BNN-CSUG0-NNNNV-GB servo motor operate efficiently in high-noise industrial environments?
A: Its 4.0 nF component leakage capacitance helps suppress EMI coupling into the control system. This characteristic supports stable signal performance under electrical noise exposure.
Q: How does the pole pair configuration of MS2N07-D0BNN-CSUG0-NNNNV-GB affect rotational smoothness and control?
A: The 5-pole pair setup allows tighter control over position and torque ripple. This improves servo accuracy during low-speed or precision-centric applications.
