Home Bosch Rexroth Indramat MS2N Synchronous Servo Motors MS2N04-D0BHN-CMSG1-NNANN-NN

MS2N04-D0BHN-CMSG1-NNANN-NN

Name: MS2N04-D0BHN-CMSG1-NNANN-NN
Brand: Bosch Rexroth Indramat
Price: 167 USD
Rating: 4.5 (35 reviews)

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MPN: R911382976

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The MS2N04-D0BHN-CMSG1-NNANN-NN motor features low inertia for quick response. It includes an advanced 20-bit encoder system for precise feedback, ensuring reliable performance in demanding applications.

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Product Description

Bosch Rexroth Indramat's MS2N04-D0BHN-CMSG1-NNANN-NN Synchronous servo motor guarantees accurate motion control. The servo motor includes innovative technology to fulfill the needs of demanding applications while being efficient and precise. Its high-control performance is attributed to its revolutionary encoder system and low-inertia rotor, making it an essential component of industrial automation.

The D-class frame length of the MS2N04-D0BHN-CMSG1-NNANN-NN servo motor makes it compatible with many mechanical systems. Due to the rotor's low inertia (code 0), high-speed operations can accelerate and decelerate quickly. With BH winding support and a nominal speed of 2000 1/min, this MS2N servo motor is both reliable and efficient. The servo motor self-cools; therefore, no extra cooling equipment is required. The motor's H-grade encoder allows ACURO@Link to offer 20-bit position feedback. G denotes the encoder's single-turn construction, which allows for absolute location tracking over one rotation. Because there is no sealing ring on the smooth shaft (H), the torque is transferred with minimal friction. In order to reduce interference and ensure electrical safety, the servo motor includes an additional grounding connector. Because of its precise positioning and high torque density, it is ideal for use in automated systems.

The MS2N04-D0BHN-CMSG1-NNANN-NN synchronous servo motor lacks any distinguishing design features. The motor's low vibration and consistent torque output make it ideal for use in drive systems. The servo motor can operate from 0 to 40 degrees Celsius and store from -20 to +65 degrees Celsius. Energy losses are minimized thanks to its electrical architecture, which allows for efficient power transfer. Enhanced operating stability and longevity are results of the use of modern materials in the design. In terms of motion efficiency and high-precision control, the servo motor meets standards. The MS2N motor performs best on tasks that need accuracy and consistency.

MS2N04-D0BHN-CMSG1-NNANN-NN Technical Specifications

Rotor Inertia:	Low Inertia (0)
Winding Type:	BH (2000 1/min)
Cooling Mode:	Self-cooling (N)
Encoder Performance:	Advanced 20-bit, ACURO@Link
Encoder Design:	Single-turn, 1 revolution
Special Design:	None
Additional Grounding Connection:	Yes
Shaft Design:	Smooth without sealing ring

Frequently Asked Questions about MS2N04-D0BHN-CMSG1-NNANN-NN

Q: Why does MS2N04-D0BHN-CMSG1-NNANN-NN have low inertia?

A: The low inertia allows faster response and higher acceleration. This enhances the motor’s dynamic performance in time-sensitive applications.

Q: Does MS2N04-D0BHN-CMSG1-NNANN-NN have an encoder system?

A: Yes, it is equipped with a 20-bit encoder. This ensures precise position feedback and optimal motor performance.

Q: Do MS2N04-D0BHN-CMSG1-NNANN-NN motors require external cooling?

A: No, it operates with a self-cooling system (N). This reduces the need for external cooling mechanisms, streamlining operation.

Q: How does the smooth shaft benefit MS2N04-D0BHN-CMSG1-NNANN-NN?

A: The smooth shaft design minimizes friction and wear. This enhances motor longevity and smoothens operation without sealing ring issues.

Q: Why is MS2N04-D0BHN-CMSG1-NNANN-NN designed without a sealing ring?

A: The absence of a sealing ring simplifies maintenance. It also improves the overall efficiency and reliability of the motor.

Internal Product Review

‘‘The MS2N04-D0BHN-CMSG1-NNANN-NN offers exceptional performance with a 20-bit encoder for precise feedback and a low inertia rotor for quick acceleration. The self-cooling mode enhances durability, while the smooth shaft design simplifies maintenance. This motor excels in demanding applications requiring efficiency and accuracy.’’