MS2N07-D0BFN-CSSL2-NNNNN-NN

MPN: R914503541

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The MS2N07-D0BFN-CSSL2-NNNNN-NN servo motor offers a rated power of 2.84 kW, a rated torque of 9.0 Nm, and features a rotatable connector design. Part of the MS2N Synchronous Servo Motors series by Bosch Rexroth Indramat, it incorporates IP65 protection, natural convection cooling, and weighs approximately 8.2 kg.

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Product Description:

The MS2N07-D0BFN-CSSL2-NNNNN-NN Synchronous Servo Motor is designed and manufactured by Bosch Rexroth, a trusted manufacturer of motion control solutions. This motor is designed for precision performance with optimized construction and advanced operational features. The motor flange exactness is standard with bearings also defined as standard. The mounting design follows B5 / IM3001 standards and includes PT1000.

The MS2N07-D0BFN-CSSL2-NNNNN-NN Synchronous Servo Motor comes with a frame length code D which ensures compact integration in various systems. It features a low rotor inertia that allows faster acceleration and better dynamic response. The winding speed is specified at 1500 rpm which supports consistent speed control in different applications. The cooling mode is self-cooling which eliminates the need for external cooling units. This servo motor includes an advanced encoder performance with 20-bit resolution. It is based on ACUROlink with SIL2 and PL d safety levels. The encoder design is single single-turn with one revolution absolute which confirms reliable position feedback. The electrical connection is a single cable connection with an M23 type that is rotatable for flexible installation. The coating is applied with standard varnish in RAL 9005 black for durability. The motors shaft design includes a keyway with half-key balancing and without a shaft sealing ring.

The MS2N07-D0BFN-CSSL2-NNNNN-NN Synchronous Servo Motor has a size 2 holding brake is integrated which is electrically released. The holding torque of the brake is 36 Nm which provides secure positioning during power-off conditions. The holding brake operates at 24V with a rated current of 0.94 A. The connection time is 60 ms and the disconnection time is 200 ms which offers a reliable response in controlled operations.

Cooling mode
Self Cooling
Electrical connection
Single cable connection M23, rotatable
Encoder design
Singleturn - 1 revolution absolute
Encoder performance
Advanced - 20-Bit, ACUROlink (SIL2, PL d)
Frame Length code
D
Holding brake
Size 2, electrically released
Holding brakes voltage
24V
Holding torque
36 Nm
Rated current of holding brake
0.94 A
Rotor inertia
Low
Shaft design
Keyway, half-key balancing without shaft sealing ring
Winding speed
1500 rpm
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Frequently Asked Questions about MS2N07-D0BFN-CSSL2-NNNNN-NN:

Q: Why is the single-cable M23 connector used in the MS2N07-D0BFN-CSSL2-NNNNN-NN servomotor?

A: The M23 connector simplifies wiring by combining power and feedback in one cable. It also offers flexibility with a rotatable design for easier installation in compact layouts.

Q: What advantage does the 20-bit encoder offer in the MS2N07-D0BFN-CSSL2-NNNNN-NN servomotor?

A: The 20-bit encoder allows extremely high-resolution feedback for enhanced position accuracy. It ensures tighter control in dynamic and high-precision systems.

Q: How does the ACUROlink interface benefit signal integrity?

A: The ACUROlink interface ensures real-time digital communication with minimized latency. This improves system responsiveness and supports functional safety certifications like SIL2.

Q: Why is half-key balancing used on the shaft in this servo motor?

A: The half-key balancing reduces unbalance in rotating parts, improving system vibration characteristics. It ensures smoother operation at higher speeds.

Q: What makes PT1000 integration useful in this servo motor?

A: The PT1000 sensor provides precise motor temperature monitoring. This ensures thermal protection and allows real-time thermal control of the motor.


Internal Product Review

  • ‘‘The MS2N07-D0BFN-CSSL2-NNNNN-NN servo motor delivers high-precision control through a 20-bit single-turn encoder and low rotor inertia. Its B5/IM3001 design supports seamless integration. The 1500 rpm winding enables stable operational velocity across applications.’’

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