MS2N06-E0BHN-BSUK0-NNNNN-NN

MPN: R914000389

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The MS2N06-E0BHN-BSUK0-NNNNN-NN, part of Bosch Rexroth Indramat's MS2N Synchronous Servo Motors, features a rated power of 0.95 kW. This servo motor has a rated torque of 3 Nm and operates at a rated voltage of 400 V. It includes an EnDat 2.2 multi-turn absolute encoder and has an IP65 protection class.

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Product Description:

The MS2N06-E0BHN-BSUK0-NNNNN-NN is an MS2N servo motor by Bosch. It comes with a half-key balanced shaft, that measures 24 mm in diameter and possess an embedded sealing ring. This motor features a flange diameter of 116 mm and its centering collar measures 95 mm along with 9 mm wide mounting holes.

The MS2N06-E0BHN-BSUK0-NNNNN-NN motor generates a maximum torque of 53.4 Nm, under cold conditions and the standstill torque at 100K reaches 16.3 Nm. Its power consumption is 2.75 kW and possess a rated speed 2000 rounds/min. This motor has peak warm torque limited to 49.0 Nm and its recorded turning effect constant is 2.58 Nm/A. Its continuous current usage at 100K is 5.65 A while its maximum current draw reaches up to 25.4 A. The MS2N06 motor’s emf value is specified as 157 V per 1000 rounds and it achieves a mechanical speed of 6000 rounds/min while for better control at high speed it has a rotor angular inertia rated at 0.00089 kg·m². Its winding resistance at 20 °C is 2.54 Ohm and it maintains ambient temperature by its self-cooling mechanism through the IC410 standard. The MS2N06 motor uses a double-cable electrical connection with M23/M17 rotatable interface and it operates with five magnetic pole pairs configuration. Its leakage capacitance is 3.03 nF and the winding takes 48.6 sec to stabilize while the motor takes 20 minutes.

The MS2N06-E0BHN-BSUK0-NNNNN-NN motor features a HIPERFACE encoder with 128 signal periods and it complies safety functionality of SIL2/PL d category. The encoder is single-turn and it provides sinusoidal signal of 1Vss. The MS2N06 motor has PT1000 temperature sensor integrated inside the enclosure for over-heat protection and its housing is coated with RAL 9005 varnish for weather proofing.

Cooling Method
Natural convection
Encoder Type
EnDat 2.2 multi-turn absolute encoder
Flange Size
60 mm
Maximum Torque (Cold)
53.4 Nm
Motor Type
Synchronous Servo Motor
Mounting Hole Width
9 mm
Peak Torque
12.5 Nm
Protection Class
IP65
Rated Current
2.7 A
Rated Power
0.95 kW
Rated Speed
3000 rpm
Rated Standstill Torque (100K)
16.3 Nm
Rated Torque
3 Nm
Rated Voltage
400 V
Rotor Inertia
0.00089 kg·m²
  • MS2N06E0BHNBSUK0NNNNNNN
  • MS2N06 E0BHN BSUK0 NNNNN NN
  • ms2n06-e0bhn-bsuk0-nnnnn-nn

Frequently Asked Questions about MS2N06-E0BHN-BSUK0-NNNNN-NN:

Q: How does the self-cooling (IC410) system benefit the MS2N06-E0BHN-BSUK0-NNNNN-NN motor?

A: The IC410 self-cooling method allows the motor to maintain thermal balance during extended operation. This prevents overheating and prolongs the life of internal components.

Q: Why is a HIPERFACE encoder with 128 signal periods integrated into the MS2N06-E0BHN-BSUK0-NNNNN-NN motor?

A: It enhances motion accuracy by providing fine position feedback. This is especially beneficial for dynamic control in automation systems.

Q: What is the function of the PT1000 temperature sensor in the MS2N06 motor?

A: The PT1000 monitors internal motor temperature in real-time. It helps prevent thermal damage by enabling automated shutdown or cooling interventions.

Q: Why is the double-cable M23/M17 connection used in this Bosch motor?

A: It ensures separation of power and signal transmission, reducing electromagnetic interference. The rotatable design also aids flexible installation in tight spaces.

Q: How does the 5-pole pair magnetic configuration improve performance?

A: More pole pairs provide smoother torque output and better speed resolution. It is ideal for applications requiring tight motion control.


Internal Product Review

  • ‘‘The MS2N06-E0BHN-BSUK0-NNNNN-NN is a high-performance servo motor. It includes a half-key balanced shaft with a 24 mm diameter and a HIPERFACE encoder offering 128 signal periods. This model is commonly used in CNC machining centers and robotics due to its accurate feedback and robust speed handling.’’

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