MS2N10-D1BNL-ASAG0-NNNNN-NN

MPN: R914502590

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The MS2N10-D1BNL-ASAG0-NNNNN-NN is a synchronous servo motor with a rated power of 1.38 kW and a rated torque of 4.4 Nm. Manufactured by Bosch Rexroth Indramat as part of the MS2N Synchronous Servo Motors series, it features an IP65 protection class. This motor includes a multi-turn Hiperface encoder and surface cooling.

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Product Description:

The product MS2N10-D1BNL-ASAG0-NNNNN-NN belongs to the MS2N Synchronous Servo Motor series. Bosch Rexroth Indramat develops products that meet modern automation requirements. The motor ensures consistent operation with precise torque and efficient heat management. The motor provides a static torque of 101 Nm at 100K. Under the same conditions, it requires a static current of 63.3 A.

The MS2N10-D1BNL-ASAG0-NNNNN-NN Synchronous Servo Motor features a rotational inertia of 0.0171 kgm² for stable performance in demanding cycles. It supports an operating speed of 3000 rpm while delivering an operating torque of 61.9 Nm. These features make it suitable for applications demanding continuous power delivery with consistent accuracy. The cooling system is water-based for effective heat dissipation. The coolant inlet temperature range is 10 to 40°C. A coolant flow of 2.64 l/min is required to maintain optimal operation. The pressure drop across the cooling duct is 0.17 bar. The maximum permissible inlet pressure is 6.0 bar. The coolant duct volume is 0.25 l, and the duct material is stainless steel for durability and corrosion resistance. The motor operates with a rated current of 39.6 A and achieves an operating power of 19.4 kW. It delivers a peak torque of 174.0 Nm at 20°C which confirms high performance under dynamic load conditions. These specifications highlight the MS2N10-D1BNL-ASAG0-NNNNN-NN as a powerful and efficient choice in the MS2N Synchronous Servo Motors range.

The MS2N10-D1BNL-ASAG0-NNNNN-NN Synchronous Servo Motor supports a peak speed of 6000 rpm, allowing flexible use in high-speed applications. The maximum current capacity is 121.5 A which provides strong acceleration capability. Its winding inductance is 3.23 mH with a winding resistance of 0.178 ohms, ensuring stable electrical performance.

Coolant inlet temperature
10 to 40°C
Cooling mode
Water cooling
Maximum permissible inlet pressure
6.0 bar
Operating speed
3000 rpm
Operating torque
61.9 Nm
Pressure drop
0.17 bar
Required coolant flow
2.64 I/min
Rotational inertia
0.0171 kgm^2
Static current at 100k
63.3 A
Static torque at 100k
101 Nm
Volume of coolant duct
0.25 I
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Frequently Asked Questions about MS2N10-D1BNL-ASAG0-NNNNN-NN:

Q: Why is stainless steel used for the coolant duct in this motor?

A: The stainless steel duct resists corrosion in industrial environments. It also ensures long-term durability under high coolant pressure.

Q: How does the rated current of 39.6 A benefit this servo motor?

A: The rated current supports steady torque output during continuous operation. It ensures reliable performance even under varying mechanical loads.

Q: Why is a maximum inlet pressure of 6.0 bar important for cooling?

A: The high-pressure tolerance prevents damage during coolant circulation. It also ensures effective heat dissipation under heavy-duty operation.

Q: How does the 0.178 ohms winding resistance improve motor efficiency in the MS2N10-D1BNL-ASAG0-NNNNN-NN servo motor?

A: The winding resistance of MS2N10-D1BNL-ASAG0-NNNNN-NN servo motor reduces electrical losses, improving efficiency during extended duty cycles. It also ensures smoother current flow, maintaining consistent torque delivery.

Q: What role does the 0.25 l coolant duct volume play in the MS2N10-D1BNL-ASAG0-NNNNN-NN servo motor?

A: The duct volume supports continuous coolant circulation. It ensures even thermal distribution throughout the motor.


Internal Product Review

  • ‘‘The MS2N10-D1BNL-ASAG0-NNNNN-NN servo motor demonstrates strong capability with 19.4 kW operating power and 174 Nm peak torque. Its 63.3 A static current requirement ensures reliable strength. The 2.64 l/min coolant flow enhances thermal regulation which make it crucial for demanding motion control applications.’’

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