MS2N10-D1BNA-BMAG2-NNNNE-NN
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MPN: R914000622
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The MS2N10-D1BNA-BMAG2-NNNNE-NN is a synchronous servo motor with a rated power of 1.37 kW and IP65 protection class. Designed by Bosch Rexroth Indramat, it belongs to the MS2N Synchronous Servo Motors series and features an integrated multiturn absolute (BMA) encoder. This motor operates with natural convection cooling.
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Product Description:
The Bosch Rexroth MS2N10-D1BNA-BMAG2-NNNNE-NN Servo Motor features high torque density and excellent dynamic performance. This motor operates reliably in challenging environments due to its robust construction and thermal class 155 (F) rating.
This MS2N10-D1BNA-BMAG2-NNNNE-NN servo motor delivers a rated power output of 13.2 kW under 100 K conditions with a continuous rated current of 27.0 A. The motor supports a maximum current of 121.5 A that enables strong peak torque handling during acceleration or overload conditions. It achieves both electrical and mechanical speeds up to 6000 RPM that allows high speed operations without compromising stability. The motor includes a HIPERFACE encoder interface with 128 signal periods that ensures accurate position feedback. The encoder resolution allows for 4096 distinguishable rotations per turn for fine control in motion systems. The encoder operates at 1 Vss output signal and uses a supply voltage of 1 V. The encoder’s maximum current consumption is rated at 50 mA. The encoder system accuracy is ± 120 arcseconds. The holding brake is integrated in this motor and offers a holding torque of 53.00 Nm. It uses a rated current of 1.00 A and has a maximum disconnection time of 220 milliseconds that ensures fast and secure engagement/disengagement during machine cycles. The motor’s black finished varnish coating adds corrosion resistance for standard ambient conditions.
The MS2N10-D1BNA-BMAG2-NNNNE-NN servo motor contains five pole pairs and a winding inductance of 3.23 mH. Its rotor has a moment of inertia of 0.01857 kg·m² that supports responsive behavior with minimal overshoot. The motor’s thermal time constant is 11.6 minutes which helps determine heat buildup and cooling requirements during sustained operation. The model’s compact design and reliable thermal behavior make it suitable for continuous duty operations with minimal downtime and maintenance needs.
Frequently Asked Questions about MS2N10-D1BNA-BMAG2-NNNNE-NN:
Q: How does the MS2N10-D1BNA-BMAG2-NNNNE-NN servo motor respond under rapid acceleration and deceleration cycles?
A: Its rotor moment of inertia is optimized at 0.01857 kg·m². This enables fast torque response with low overshoot, ideal for dynamic axis control and short-cycle applications.
Q: What behavior should be expected when operating the encoder in long-run position control loops?
A: The encoder features 4096 distinguishable counts per turn and 128 signal periods. This level of resolution ensures precise motion tracking and tight loop accuracy.
Q: How does the MS2N10-D1BNA-BMAG2-NNNNE-NN maintain system uptime during sustained high-load tasks?
A: The motor uses a thermal time constant of 11.6 minutes. It manages internal heat efficiently, allowing consistent duty without excessive temperature rise or shutdown triggers.
Q: What electrical considerations arise when using the encoder with third-party drives?
A: It operates with a 1 Vss output signal and consumes up to 50 mA. This requires compatible analog signal processing and tight grounding for clean positional data.
Q: How does the integrated brake enhance machine cycle safety in the MS2N10-D1BNA-BMAG2-NNNNE-NN?
A: The holding brake disengages in 220 milliseconds for rapid transition. It supports secure load holding between cycles, particularly in gravity-loaded vertical axes.
